EPA-460/3-75-008-b
August 1975
DEFECT TESTING
OF FIVE CATALYST EQUIPPED
FORD PROTOTYPE VEHICLES
VOLUME II
U.S. ENVIRONMENTAL PROTECTION AGENCY
Office of Air and Waste Management
Office of Mobile Source Air Pollution Control
Emission Control Technology Division
Ann Arbor, Michigan 48105
-------
EPA-460/3-75-008-b
DEFECT TESTING
OF FIVE CATALYST EQUIPPED
FORD PROTOTYPE VEHICLES
VOLUME II
by
R. G. McMiJk-n
Olson Labs, Inc.
421 E. Cerritos Avenue
Anakeim, California 92805
Contract No. 68-03-0452
EPA Project Officer: F. Peter Hutchins
Prepared for
U.S. ENVIRONMENTAL PROTECTION AGENCY
Office of Air and Waste Management
Office of Mobile Source Air Pollution Control
Emission Control Technology Division
Ann Arbor, Michigan 48105
August 1975
-------
This report is issued by the Environmental Protection Agency to report
technical data of interest to a limited number of readers. Copies are
available free of charge to Federal employees, current contractors and
grantees, and nonprofit organizations - as supplies permit - from the
Air Pollution Technical Information Center, Environmental Protection
Agency, Research Triangle Park, North Carolina 27711; or, for a fee,
from the National Technical Information Service, 5285 Port Royal Road,
Springfield, Virginia 22161.
This report was furnished to the Environmental Protection Agency by
Olson Labs, Inc. , Anakeim , California, in fulfillment of Contract No.
68-03-0452. The contents ol this report are reproduced herein as received
from Olson Labs, Inc. The opinions, findings, and conclusions expressed
are those of the author and not necessarily those of the Environmental
Protection Agency. Mention of company or product names is not to be
considered as an endorsement by the Environmental Protection Agency.
Publication No. EPA-460/3-75-008-b
11
-------
Appendix A
EMISSION TEST RESULTS
-------
Car No. 1
T1614170
4-3
-------
i
-*^
LE NO. - T1614170 DATE RECEIVED - 02/04/75
t
DERAL TEST~PRCCEDUR£rfL975J NUMBER -
TEST CCND : RUN DATE - 02/19/75
INLRTI A - 5000.
COLD START
INLET PRESS. - 40.20 TEMP -
>
SAMPLE (CONCENTRATION)
bACKuRCUNU (CUNCEMTRATION) v
MASS EMISSIONS (GRAMS)
COLD STAI3ILI ^EU
INLET PRESS. - 40.20 Tt^P -
SAMPLL (CONCENTRATION)
bACKGROUND ( CCNCEN F RA F I UN )
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.10 TEMP -
SAM.PLE (CCNChNTRAriLN)
bACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1 )
. £.
RUN NO
IHP
110.
HC
57.
15.
1 .8 1
110.
HC
26.
16.
0.74
110.
HC
64 .
15 .
2.11
0.36
- A07933
- 10.1
VOL/REV -
CO
279.
5.
J 23.dO
VOL/REV -
CO
73.
44.
4.32
VOL/REV -
CU
158.
e.
13.03
2.93
- -- -
hB TEMP -
AHP -
0.2703
C02
2.79
O.G8
369(3.64
0.2703
C02
1.66
0.06
3744.45
0.2704
C02
2.28
0.08
3003.21
939. D6
64.0 I/B TEMP - 73.0
13.4 QDOM - 25117.
KtV COUNT - 11617.
fvOX
83.
2.
NCX( CCRR. )
11.56 11.48
Rt.V CCUNT - 19920.
NOX
32.
0.
NOXICCRR. )
/ . 8 3 7.77
RLV CCUNT - 1 1612.
NOX
64.
0.
NOXICCKR. )
9.13 9.07
2.40 2.38
_ . _ _
bARO -
HUCF
0.993
hUCF
0.993
HUCF
G.993
PAGE
-------
'' ' ' ' .,- ' ' -.--' ; -' - ''>'"" "" , :-. ' !/v.'- '- v' . PAGE «L;--\--;.
VEHICLE NO. - T1614170 DATE RECEIVED - 02/04/75 " / ' ;;
I .
SHORT TEST SEQUENCE NUMBER - A
TEST COND : RUN DATE - 02/19/75
KEY KODE TEST
KPH HC.PPM
HI 49. 48.
LQ 34. 47.
IDLE 0. 50.
FEDERAL THREE-MODE TEST
Ml 50. 39.
LO 30. 49.
IDLE 0. 42.
UNLOADED TEST
:t» RPM - 2500. 95.
' COMMENTS :
&\
EPA FEDERAL SHCRT CYCLE TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
PASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
KUN NO
CO, %
0.05
0.02
0.02
0.05
0.04
0.02
0.05
- 110.
HC
43.
13.
0.50
- 110.
39.
13.
- A07933 WB TEMP - 64-0 Ob TEMP - 73.0 SARD - 30.06
NO, PPM
745.
1487.
123.
1049.
2507.
68.
471.
VCL/REV - 0.2702 RfcV COUNT - 2820.
CO C02 NOX
46. 1.48 75.
3. 0.08 1.
NOXICCRR.) HUCF
1.43 733.25 4.05 4.02 0.993
VOL/REV - 0.27o3 REV COUNT - 1712.
30. 1.23 25.
3. 0.08 1.
-------
PAGE 2
VEHICLE NO. - T1614170
DATE RECEIVED - 02/19/75
FEDERAL TEST PROCEDURE 11975) NUMBER - 2.
TEST CONU : RUN DATE - 02/20/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25137.
COLD START
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 8.89
RUN NO
IMP
-A07949
- 10. 1
DWELL - 30.0
110.
HC
54.
10.
1.87
110. -
HC
20.
10.
0.74
110.
HC
45.
10.
1.50
0.32
VOL/REV -
CO
300.
0.
25.81
VOL/RtV -
CO
52.
6.
6.83
VOL/REV -
CO
184.
0.
15.91
3.60
WB TEMP -
AHP -
TIMING -
0.2707
C02
2.83
0.07
3730.04
0.2707
C02
1.81
0.07
4059.17
0.2707
C02
2.36
0.07
3110.41
991.47
67.0 DB
13.4
TEMP - 72.0
ODOM - 25141.
12.0 IDLE RPM - 650.
REV COUNT
NOX
72.
0.
10.17
REV COUNT
NOX
27.
0.
6.59
REV COUNT
NOX
56.
0.
7.95
2.07
- 11540.
NQXtCORR. )
10.98
- 19920.
NOXtCORR.)
7.11
- 11598.
NOXJCORR. )
8.59
2.23
BARO -
IDLE
HUCF
1.080
HUCF
1.080
HUCF
1.080
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 02/19/75
SHORT TEST SEQUENCE NUMBER - 2.
TEST COND : RUN DATE - 02/20/75 RUN NO -A07949
KEY MODE TEST
PAGE 3
WB TEMP - 67.0 DB TEMP - 72.0 BARO - 29.89
MPH HC.PPM
HI 49. 30.
LO 34. 32.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 38.
LO 30. 45.
IDLE 0. 45.
UNLOADED TEST
RPM - 2500. 55.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, X
0.05
0.03
0.10
0.05
0.03
0.03
0.05
- 110.
HC
61.
11.
0.82
- 110.
28.
10.
NO, PPM
641.
1476.
82.
961.
2195.
68.
484.
VOL/REV - 0.2706 REV COUNT - 2812.
CO C02 NOX
459. 1.65 50.
10. 0.07 0.
NOXtCORR. ) HUCF
14.95 826.40 2.73 2.95 1.080
VOL/REV - 0.2705 REV COUNT - 1705.
547. 1.53 12.
0. 0.07 0.
-------
PAGE 4
VEHICLE NO. - T1614170
DATE RECEIVED - 02/20/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 3.
TEST CGNU : RUN DATE - 02/21/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25162.
COLD START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.32
RJN NO
IMP
-A07962
- 10.1
DWELL - 30.0
110.
HC
64.
12.
2.22
110.
HC
20.
10.
0.73
110.
HC
43.
10.
1.41
VOL/REV -
CO
283.
0.
24.38
VOL/REV -
CO
42.
2.
5.91
VOL /REV -
CO
171.
0.
14.75
WB TEMP -
AHP -
TIMING -
0.2702
C02
2.78
0.07
3667.55
0.2702
C02
1.79
0.06
4018.92
0.2704
C02
2.32
0.07
3050.24
58.0 DB
13.4
TEMP - 72.0
DOOM - 25165.
12.0 IDLE RPM - 650.
REV COUNT
NOX
87.
0.
12.31
REV COUNT
NOX
32.
0.
7.77
REV COUNT
NOX
68.
1.
9.50
- 11607.
NOXICORR. )
10.95
- 19924.
NOXJCORR.)
6.91
- 11612.
NOX(CQRR.)
8.45
BARO -
IDLE
HUCF
0.889
HUCF
0.889
HUCF
0.889
0.33
3.31
977.95
2.46
2.19
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 02/20/75
ShOKT TEST SEUUrNCh NUMtiEK - 3.
TEST COND : RUN DATb - 02/21/75 KUN NO -A07962
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LQ
IDLE
MPH
50.
30.
0.
THREE-MODE
49.
34.
0.
HC.PPM
39.
42.
41.
TEST
35.
45.
40.
CO, *
0.06
0.03
0.08
0.05
0.04
0.03
NO, PPM
770.
1699.
82.
1086.
2507.
68.
UNLOADED TEST
RPM - 2500.
COMMENTS :
70.
0.04
537.
PAGE 5
WB TEMP - 58.0 DB TEMP - 72.0 BARO - 29.88
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110.
VOL/REV - 0.2705
REV COUNT - 2829.
HC
27.
9.
0.30
CO
378.
0.
12.66
C02
1.70
0.06
862.65
NOX
51.
0.
2.80
NOX(CORR.)
2.49
HUCF
0.889
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
108.
10.
VOL/REV - 0.2705
1232.
2.
REV COUNT - 1700.
1.40 16.
0.06 0.
-------
PACE
VEHICLE NO. - T1614170
DATE RECEIVED - 02/25/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 4.
TEST COND : RUN DATE - 03/03/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 25182.
COLD START
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 8.61
RJN NO
IMP
-A08037
- 9.9
DWELL - 30.0
110.
HC
91.
14.
3.30
110.
HC
30.
14.
1.18
110.
HC
78.
15.
2.70
0.55
VOL/REV -
CO
715.
4.
61.44
VOL/REV -
CO
452.
4.
66.43
VOL/REV -
CO
323.
4.
27.61
14.48
WB TEMP -
AHP -
TIMING -
0.2702
C02
2.89
0.06
3842.48
0.2702
C02
1.81
0.06
4076.92
0.2704
C02
2.41
0.06
3196.03
1006.79
69.0 DB
13.4
TEMP - 77.0
ODOM - 25191.
12.0 IDLE RPM - 630.
REV COUNT
NOX
73.
0.
10.36
REV COUNT
NOX
25.
0.
6.09
REV COUNT
NOX
60.
0.
8.53
2.05
- 11605.
NOXICORR.)
11.29
- 19912.
NOXICORR.)
6.63
- 11603.
NOXICORR.)
9.29
2.24
BARO
IDLE
HUCF
1.089
HUCF
1.089
HUCF
1.089
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 02/25/75
SHORT TEST SEQUENCE NUMBER - 4.
TEST COND : RUN DATE - 03/03/75 RUN NO -A08037
KEY MODE TEST
PAGE 7
MB TEMP - 69.0 DB TEMP - 77.0 BARO - 29.98
MPH HC.PPM
HI 49. 35.
LO 34. 38.
IDLE 0. 48.
FEDERAL THREE-MODE TEST
HI 50. 41.
LO 30. 52.
IDLE 0. 50.
UNLOADED TEST
RPM - 2500. 55.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND {CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATI ON >
CO. ?
0.07
0.04
1.20
0.07
0.07
0.55
0.05
- 110.
HC
43.
16.
0.45
- 110.
192.
14.
NO, PPM
745.
1629.
41.
1024.
2389.
41.
537.
VOL/REV - 0.2701 REV COUNT - 2828.
CO C02 NOX
537. 1.71 46.
5. 0.07 0.
NOX(CORR.) HUCF
17.78 861.07 2.53 2.75 1.089
VOL/REV - 0.2701 REV COUNT - 1709.
1971. 1.36 17.
6. 0.07 1.
-------
PAUE 26
VEHICLE NO. - T1614170
DATE RECEIVED - 03/04/75
FFDIRAL TEST PRCCLUURt (1975) NUMBER - 5.
TEST CUNU : RuK UATfc - 03/18/75
INERJ 1A - 5000.
ENGINE PARAMETERS
UDOMETER - 2:>212
COLD START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
bACKGKOUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (b*AMS)
HOT START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MP&) - 9.10
RUN NU
IMP
-A08156
- 9.9
UWELL - 28.0
110.
HC
1620.
10.
69.12
110.
HC
570.
13.
41.11
110.
HC
369.
11.
15.38
10.61
VOL/RtV -
CO
796.
1.
6d.91
VOL/RtV -
CO
46.
2.
6.56
VOL/REV -
CO
154.
6.
12.84
5.eo
Wb TEMP -
AHP -
TIMING -
0.2702
C02
2.60
0.06
3459.07
0.2702
C02
1.67
0.04
3H16.02
0.2702
C02
2.23
0.05
2971.62
932.97
62.0 06
13.4
TEMP - 73.0
OUOM - 25266.
12.0 IULE RPM - 6bO.
KL V COUNT
NOX
102.
0.
14.52
KLV COUNT
NUX
52.
0.
12.73
KLV COUNT
NOX
72.
0.
10.26
3.31
- 11612.
NOXtCCRR. )
13.82
- 19962.
NOXJCORK. )
12.11
- 11623.
NOX(CORR. )
9.76
3.15
oARO
IDLE
HU^
0.951
HUCF
0.951
HUCF
0.951
COMMENT :
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 03/04/75
SHORT TEST SEQUENCE NUMBER - 5.
TEST COND : RUN DATE - 03/18/75 RUN NO -A08156
KEY MODE TEST
WB TEMP - 62.0 OB TEMP - 73.0
PAGE 27
BARO - 30.03
MPH HC.PPM
HI 49. 120.
LO 34. 200.
IDLE 0. 110.
FEDERAL THREE-MODE TEST
HI 50. 110.
LO 30. 125.
IDLE 0. 160.
UNLOADED TEST
RPM - 2500. 160.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION*
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, X
0.05
0.04
0.02
0.06
0.03
0.04
0.04
- 110.
HC
43.
11.
0.53
- 110.
37.
11.
NO, PPM
719.
1629.
271.
999.
2654.
96.
497.
VOL/REV
CO
35.
0.
1.1
VOL/REV
25.
0.
- 0.2702
REV COUNT - 2817.
HC
43.
11.
0.53
CO
35.
0.
1.17
C02
1.57
0.05
795.25
NOX
70.
0.
3.83
NOX(CORR.)
3.64
HUCF
0.951
- 0.2702 RtV COUNT - 1710.
1.34 27.
0.05 0.
-------
PAGF
VtHICLt NO. - T16141
DATE RECEIVED - 03/19/75
ffcUtRAL FfcST PRCCEOijKc
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 03/19/75
SHORT TEST SEQUENCE NUMBER - 6.
TEST CQNU : RUN DATE - 03/21/75 RUN NO -AC8190
KEY MODE TEST
PAGE
WB TEMP - 60.0 DB TEMP - 69.0 BARO - 29.98
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPM
480.
350.
320.
380.
380.
250.
450.
TEST
TEMP
1)
kTION)
)
TEMP
J)
a i ON)
CO, %
0.08
0.03
0.03
0.06
0.05
0.03
0.06
- 110.
HC
666.
27.
10.52
- 110.
585.
24.
NO, PPM
325.
999.
285.
464.
1745.
68.
167.
VOL/REV - 0.2703 REV COUNT - 2810.
CO C02 NOX
72. 1.61 94.
3. 0.06 0.
NOX(CCRR. ) HUCF
2.29 809.23 5.13 4.83 0.942
VOL/REV - 0.2703 REV COUNT - 1705.
48. 1.37 30.
3. 0.07 0.
-------
PAGE 20
VtHICLk NO. - T1614170
DATE RECEIVED - 03/21/75
ffcUtKAL ILbT PROCtUURc (IV75) NUMBER - 7.
TtST COND : RUN UATL - 03/25/75
INERTIA - 5000.
ENGINE PARAMETERS : COUMETER - 25336.
COLU START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
bACKGROUNO (CONCENTRATION)
MASS LMISS10NS (GRAMS)
COLO STABILIZED
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOS1TL
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.26
RUN NO
IMP
-A08232
- 9.9
DWELL - 28.0
110.
HC
435.
12.
17.99
110.
HC
187.
11.
12.81
110.
HC
378.
14.
15.46
3.91
VOL/REV -
CO
306.
2.
26.26
VOL/REV -
CO
45.
3.
6.17
VOL/REV -
CO
155.
2.
13.12
3.33
WB TEMP -
AHP -
TIMING -
0.2702
C02
2.71
0.06
3575.55
0.2702
C02
1.71
0.06
3810.49
0.2704
C02
2.29
0.06
3003. 70
941.34
6l.O DB
13.4
TEMP - 71.0
OOOK - 25350.
12.0 IDLE RPM - 660.
KEV COUNT
NOX
35.
0.
11.99
RLV COUNT
NOX
39.
0.
9.42
RtV COUNT
NOX
72.
0.
10.14
2.71
- 11650.
NOXICGRK.)
11.39
- 19940.
NOX(CORR. )
8.95
- 11615.
NOXICORR.)
9.63
2.58
BARO
IDLt
HUCF
0.950
HUCF
0.950
HUCF
0.950
0.02
COMMLNT :
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 03/21/75
SHOKT TEST SEQUENCE NUMBER - 7.
TEST COND : RUN DATE - 03/25/75 RUN NO -A08232
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREt-MOOE
50.
30.
0.
HCt PPM
170.
122.
105.
TEST
165.
138.
100.
CO, *
0.07
0.04
0.03
0.07
0.04
0.03
NO, PPM
680.
1606.
258.
999.
2654.
82.
UNLOADED TEST
RPM - 2500.
COMMENTS :
150.
0.04
550.
PAGE 21
WB TEMP - 61.0 DB TEMP - 71.0 bARO - 29.70
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CCNCENTRATION)
BACKGROUND (CGNCENTRATI ON>
MASS EMISSIONS (GM/MI)
- 110
VOL/REV - 0.2703
REV COUNT - 2819.
HC
240.
12.
3.76
CO
45.
1.
1.47
C02
1.61
0.06
811.82
NOX
80.
0.
4.38
NOX(CCRR.)
4.16
HUCF
0.950
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.30
TEMP - 110.
SAMPLE (CCNCENTRATION)
BACKGROUND (CCNCENTRATION)
180,
6.
VOL/REV - 0.2703
45.
1.
REV COUNT - 1718.
1.37 27.
0.06 0.
-------
PAGt 26
VEHICLE NO. - T1614170
DATE RECEIVED - 03/25/75
FEDERAL TEST PRQCEUURE (1975) NUMBER - 8.
TEST COND : RUN UATt - 03/26/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 2t>3o9.
COLD START
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.10
RUN NO
IMP
-A08243
- 9.9
DWELL - JC.O
110.
HC
58.
6.
2.21
110.
HC
23.
7.
1.17
110.
HC
58.
6.
2.21
0.45
VOL/REV -
CO
231.
0.
IS. 83
VOL/REV -
CO
3C.
1.
4.28
VOL/REV -
CO
86.
0.
7.38
2.27
WB TEMP -
AHP -
TIMING -
0.2702
C02
2.46
0.04
3263.70
0.2702
C02
1.58
0.04
3573.99
0.2702
C02
2.10
0.05
2765.22
873.81
55.0 DB
13.4
TEMP - 68.0
OUOM - 25369.
12.0 IDLE RPM - 700.
RfcV COUNT
NOX
207.
0.
29.19
REV COUNT
NOX
68.
0.
16.50
REV COUNT
NOX
200.
0.
28.21
6.02
- 11613.
NOX(CCRR.)
25.37
- 19984.
NOX(CORR.)
14.34
- 11612.
NOXtCORR. )
24.52
5.23
BARO
IDLE
HUCF
0.869
HUCF
0.869
HUCF
0.869
COMMENT
-------
VEHICLE NO. - T1614170 UATE RECEIVED - 03/25/75
SHORT TEST SEQUENCE NUMBER - 8.
TEST COND : RUN DATE - 03/26/75 RUN NO -A08243
KEY MODE TEST
WB TEMP - 55.0 DB TEMP - 68.0
MPH HCiPPM
HI 49. 50.
LO 34. 42.
IDLE 0. 40.
FEDERAL THREE-MODE TEST
HI 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE T
INLET PRESS. - 40.50
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT
MASS EMISSIONS (GM/MI1
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.50
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRAT
50.
48.
90.
100.
EST
TEMP
ION)
TEMP
ION)
COt *
0.06
0.03
0.03
0.08
0.03
0.03
0.04
- 110.
HC
56.
7.
0.81
- 110.
36.
6.
NO, PPM
3095.
1416.
245.
324.
2409.
109.
325.
VOL/REV
CO
34.
0.
1.1
VOL/REV
23.
0.
PAGE 27
BARO - 29.78
- 0.2702
REV COUNT - 2828.
HC
56.
7.
0.81
CO
34.
0.
1.14
C02
1.57
0.05
79B.36
NOX
98.
0.
5.38
NOX(CORR.)
4.68
HUCF
0.869
- 0.2702 RtV COUNT - 1717.
1.29 47.
0.05 0.
-------
PAGE 36
VEHICLE NO. - T1614170
DATE RECEIVED - 03/26/75
FEULRAL TEST PROCEDURE (1975) NUMBER - 9
IEST CONU : RUN DATE - 03/27/75
1MLRTIA - 5000.
ENGINE PARAMETERS
CDCMETER - 25387
COLD START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION}
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.13
RUN NO
IMP
-A08255
- 9.9
DWELL - 26.0
110.
HC
64.
11.
2.26
110.
HC
27.
12.
1.10
110.
HC
65.
12.
2.26
0.45
VOL/REV -
CO
229.
I.
19.60
VOL/KEV -
CO
32,
3.
4.28
VOL/REV -
CO
132.
9.
10.58
2.50
WB TfcMP -
AHP -
TIMING -
0.2703
C02
2.48
0.06
3268.05
0.2703
C02
1.60
0.06
3570.26
0.2702
C02
2.08
0.06
2728.75
870.79
60.0 DB
13.4
TEMP - 76.0
ODOM - 25387.
12.0 IDLE RPM - 660.
REV COUNT
NOX
190.
0.
26.83
REV COUNT
NOX
66.
0.
16.00
REV COUNT
NOX
190.
0.
26.84
5.71
- 11608.
NOXICCRR.)
24.08
- 19928.
NOXICORR. )
14.36
- 1161t>.
NOXICORR. )
24.08
5.13
8ARO
IDLE
HUCF
0.897
HUCF
0.897
HUCF
0.897
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 03/26/75
SHORT TEST SEQUENCE NUMUER - 9.
TEST COND : RUN DATE - 03/27/75 RUN NO -A08255
KEY MODE TEST
WB TEMP - 60.0 OB TEMP - 76.0
PAGE 37
BARO - 29.81
MPH HCtPPM
HI 49. 40.
LO 34. 35.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 40.
LO 30. 38.
IDLE 0. 80.
UNLOADED TEST
RPM - 2500. 80.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS
-------
PAGE 2
VEHICLI NO. - F1614170
UATE RECEIVED - 03/27/75
FEUERAL TEST PROCEDURE (197b) NUMBER - 10.
TEST CONU : KUN DATE - 03/28/75
INERTIA - 5000.
ENGINb PARAMETERS
ODOMETER - 25407.
COLD START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT ION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATI ON)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.bO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL 6CONCMY (MPG) - 9.45
RUN NO
IHP
-A08257
- 9.9
DWELL - 28.0
110.
HC
61.
8.
2.27
110.
HC
25.
10.
l.ll
110.
HC
86.
7.
3.38
0.53
VOL/REV -
CO
270.
0.
23.35
VOL/REV -
CO
40.
3.
5.50
VOL/REV -
CO
171.
C.
14.78
3.20
WB TEMP -
AHP -
TIMING -
0.2 f02
C02
2.65
0.05
3533.31
0.2702
C02
1.68
0.05
3809.80
0.2702
C02
2.19
0.04
2918.67
932.37
56.0 DB
13.4
TEMP - 74.0
ODOM - 25411.
12.0 IDLE RPM - 650.
REV COUNT
NOX
88.
0.
12.50
REV COUNT
NOX
40.
1.
9.53
REV COUNT
NOX
74.
0.
10.50
2.79
- 11625.
NOX(CORR. )
10.60
- 19994.
NOX(CORR.)
8.08
- 11619.
NOX(CCRR.)
8.90
2.36
BARO
IDLE
HUCF
0.848
HUCF
0.848
HUCF
0.84B
COMMENT :
-------
VEHICLt NO. - T1614170 DATE RECEIVED - 03/27/75
SHORT TEST SEQUENCE NUMBER -10.
TEST COND : RUN DATE - 03/28/75 RUN NO -A08257
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC.PPM
30.
35.
38.
TEST
30.
40.
75.
CO. %
0.08
0.04
0.03
0.08
0.04
0.03
NO, PPM
693.
1487.
271.
1073.
2605.
82.
UNLOADED TEST
RPM - 2500.
COMMENTS :
48.
0.05
484.
PAGE 3
WB TEMP - 56.0 OB TEMP - 74.0 BARO - 29.95
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.50 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2702
REV COUNT - 2813.
HC
60.
9.
0.84
CO
69.
0.
2.29
C02
1.56
0.06
783.67
NOX
64.
1.
3.44
NOXICCRR.)
2.92
HUCF
0.848
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.50
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
41.
8.
VOL/REV - 0.2702
60.
0.
REV COUNT - 1712.
1.32 17.
0.05 0.
-------
PAGE
VfcHtCLt NO. - TL614170
DATE RECEIVED - 03/28/75
hEDLRAL TEST PROCEDURE (1975) NUMBER - 11.
TEST COND : RUN DATt - 03/31/75
INhRTIA - 5000.
LNGINE PARAMETERS : ODOMETER - 25440
COLD START
INLET PRESS. - 40.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.90
TEMP -
SAMPLE (CCNCtNTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
KASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.33
RUN NO
IHP
-AC8265
- 9.9
DWELL - 28.0
110.
HC
76.
12.
2.72
110.
HC
31.
15.
1.17
110.
HC
96.
25.
3.02
0.54
VOL/REV -
CO
377,
3.
32.07
VOL/REV -
CO
52.
7.
6.62
VOL/REV -
CO
172.
5.
14.33
3.81
WB TEMP -
AHP -
TIMING -
0.2701
C02
2.73
0.07
3584.06
0.2701
C02
1.73
0.07
3839.08
0.2701
C02
2.28
0.07
2980.14
943.85
63.0 DB
13.4
TEMP - 75.0
ODOM - 25440.
12.0 IDLE RPM - 650.
REV COUNT
NOX
73.
0.
10.28
REV COUNT
NOX
35.
1.
8.22
REV COUNT
NOX
64.
0.
9.02
2.37
- 11602.
NOXICORR.)
9.87
- 19914.
NOXICORR. )
7.89
- 11605.
NOX(CORR.)
8.66
2.28
BARO
IDLE
HUCF
0.960
HUCF
0.960
HUCF
0.960
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 03/28/75
SHORT TEST SEQUENCE NUMBER -11.
TEST COND : RUN DATE - 03/31/75 RUN NO -AC8265
KEY MODE TEST
WB TEMP - 63.0 DB TEMP - 75.0
PAGE 5
BARO - 29.82
MPH HC.PPM
HI 49. 22.
LO 34. 25.
IDLE 0. 28.
FEDERAL THREE-MODE TEST
HI 50. 28.
LO 30. 35.
IDLE 0. 90.
UNLOADED TEST
RPM - 2500. 60.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CCNCENTRATICN)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.10
0.05
0.04
0.10
0.05
0.04
0.06
- 110.
HC
65.
19.
0.76
- 110.
48.
18.
NO, PPM
576.
1258.
218.
719.
2217.
82.
416.
VOL/REV - 0.2702 REV COUNT - 2821.
CO C02 NOX
87. 1.64 55.
15. 0.08 0.
NOX(CCRR.) HUCF
2.40 817.34 3.01 2.89 0.960
VOL/REV - 0.2702 REV COUNT - 1702.
62. 1.35 22.
11. 0.07 1.
-------
PACE
VCHlCLk NO. - 1161^170
DATE RECtlVEO - 03/31/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 12
IEST CQNU : RUN DATE - 04/01/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 2t>47l
COLD START
INLET PRESS. - 40.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PKESS. - 40.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT STAKT
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.34
RUN NO
1HP
-AC8280
- 9.9
DWELL - 28.0
110.
HC
68.
12.
2.39
110.
HC
27.
13.
1.03
110.
HC
135.
8.
5.44
VOL/REV -
CO
322.
2.
27.63
VOL/REV -
CO
38.
4.
5.03
VOL/REV -
CO
172.
1.
14.79
WB TEMP -
AHP -
TIMING -
0.2701
C02
2.69
0.06
3567.82
0.2701
C02
1.72
0.07
3836.42
0.2702
C02
2.24
0.05
2976.50
60.0 DB
13.4
TEMP - 71.0
ODOM - 25471.
12.0 IDLE RPM - 650.
RtV COUNT
NOX
84.
0.
11.91
REV COUNT
NOX
36.
0.
8.75
REV COUNT
NOX
70.
0.
9.95
- 11613.
NOXICORR. I
11.06
- 19904.
NOXICORR.)
8.13
- 11621.
NOXtCORR.)
9.24
BARO -
IDLE
HUCF
0.928
HUCF
0.928
HUCF
0.928
0.69
3.38
942.29
2.61
2.42
COMMENT :
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 03/31/75
SHORT TEST SEQUENCE NUMdER -12.
TEST CONO : RUN DATE - 04/01/75 RUN NO -AC8280
KEY MODE TEST
PAGE 7
WB TEMP - 60.0 DB TEMP - 71.0 bARO - 29.97
MPH HC.PPM
HI 49. 35.
LO 34. 35.
IDLE 0. 30.
FEDERAL THREE-MODE TEST
HI 50. 32.
LO 30. 38.
IDLE 0. 48.
UNLOADED TEST
RPM - 2500. 60.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.07
0.05
0.04
0.08
0.05
0.04
0.05
- 110.
HC
49.
9.
0.66
- 110.
27.
8.
NOtPPM
732.
1511.
245.
946.
2507.
96.
445.
VOL/REV - 0.2701 REV COUNT - 2817,
CO C02 NOX
45. 1.62 72.
1. 0.06 0.
NOXCCCRR.) HUCF
1.46 815.88 3.94 3.66 0.928
VOL/REV - 0.2701 REV COUNT - 1724.
30. 1,38 26.
0. 0.05 0.
-------
VEHICLE NU. - [1614170
DATE RECEIVED - 04/01/75
PAGE 8
FEDtKAL TEST PROCEDURE (1975) NUMBER - 13.
ItST COND : RUN DATE - 04/02/75
INfcKTIA - 5000.
tNGINL PARAMETERS : UDOMETER - 25491.
COLO START
INLET PKfcSS. - 40.6C
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATI ON)
MASS EMISSIONS (GKAMS)
COLD STABILIZED
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.70
TEMP -
SAMPLE (CCNCENTRATION)
BACKGROUND (CCNCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M)
FUEL ECONOMY (MPG) - 9.35
R
UN NO
IHP
-AC8292
- 9.9
DWELL - 28.0
1
1
1
LO.
HC
66.
13.
2.37
10.
HC
27.
15.
0.89
10.
HC
93.
15.
3.35
0.51
VOL/REV -
CO
255.
3.
21.89
VOL/RhV -
CO
34.
3.
4.62
VOL/REV -
CO
165.
6.
13.81
2.92
WB TEMP -
AHP -
TIMING -
0.2702
C02
2.66
0.07
3533.97
0.2702
C02
1.71
0.06
3864.45
0.2701
C02
2.24
0.07
2960.52
942.87
59.0 DB
13.4
TEMP - 72.0
ODOM - 25^94.
12.0 IDLE RPM - 650.
KLV COUNT
NOX
64.
1.
8.99
REV COUNT
NOX
37.
1.
8.82
REV COUNT
NOX
67.
0.
9.56
2.42
- 11601.
NOX(CORR.)
8.12
- 19913.
NOXICCRR.)
7.96
- 11607.
NOXtCORR.)
8.63
2.18
BARO -
IDLE
HUCF
0.903
HUCF
0.903
HUCF
0.903
COMMENT
-------
XI
'ICl.t- NC. - T1614170 DATE RECEIVED - 04/01/75
SHCkT TEST SEQUENCE NUMBER -13.
TEST CONL- : RUN DATE - 04/02/75 RUN NO -A08292
KEY MODE TEST
PAGE
WB ThMP - 59.0 DB TEMP - 72.0 BARO - 30.13
MPH HCtPPM
HI 49. 32.
LO 34. 35.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 35.
LO 30. 42.
IDLE 0. 55.
UNLOADED TEST
RPM - 2500. 60.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.06
0.03
0.03
0.06
0.03
0.03
0.04
- 110.
HC
52.
14.
0.63
- 110.
38.
19.
NO, PPM
641.
1416.
231.
1073.
2654.
96.
458.
VOL/REV - 0.2700 REV COUNT - 2825.
CO C02 NOX
47. 1.60 82.
9. 0.07 1.
NOX1CORR. ) HUCF
1.27 802.16 4.44 4-01 0-903
VOL/REV - 0.2700 REV COUNT - 1711.
56. 1.35 27.
28. 0.06 1.
-------
PAGE 10
VEHICLE NO. - T1614170
DATE RECEIVED - 04/02/75
FEL/ERAL TEST PROCEDURE (1975) NUMBER - 14.
TfcST CCNLJ : RUN DATE - 04/03/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 25514.
COLO START
INLET PRESS. - 40.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLU STABILIZED
INLET PRESS. - 40.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 8.07
RUN NO
1HP
-AC83C6
- 9.9
DWELL - 28.0
110.
HC
1080.
14.
45.51
110.
HC
366.
18.
25.55
110.
HC
789.
11.
33.10
8.53
VOL/REV -
CO
1211.
7.
103.78
VOL/REV -
CO
903.
24.
130.29
VOL/REV -
CO
631.
17.
52.74
27.33
MB TEMP -
AHP -
TIMING -
0.2700
C02
2.85
0.06
3778. b3
0.2700
C02
1.90
0.07
4261.82
0.2701
C02
2.46
0.07
3225.57
1030.02
55.0 DB
13.4
TEMP - 69.0
ODOM - 25518.
12.0 IDLE RPM - 625.
REV COUNT
NOX
82.
0.
11.61
RtV COUNT
NOX
30.
0.
7.30
REV COUNT
NOX
70.
0.
9.88
2.39
- 11601.
NOXtCGRR.)
10.01
- 19949.
NOX(CORR.)
6.30
- 11547.
NOX(CCRR. )
8.51
2.06
BARO -
IDLE
HUCF
0.862
HUCF
0.862
HUCF
0.662
COMMENT :
-------
VEHICLE NO. - T1614I70 DATE RECEIVED - 04/02/75
SHORT TEST SEQUENCE NUMBER -14.
TEST COND : RUN DATE - 04/03/75 RUN NO -A08306
KEY MODE TEST
PAGE 11
WB TEMP - 55.0 DB TEMP - 69.0 BARO - 29.97
MPH HC.PPM
HI 49. 290.
LO 34. 400.
IDLE 0. 500.
FEDERAL THREE-MODE TEST
HI 50. 325.
LO 30. 440.
IDLE 0. 250.
UNLOADED TEST
RPM - 2500. 250.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.08
0.05
3.00
0.10
0.07
1.75
0.12
- 110.
HC
417.
15.
6.66
- 110.
675.
12.
NO, PPM
796.
1792.
68.
1148.
2409.
68.
641.
VOL/REV - 0.2700 REV COUNT - 2832.
CO C02 NOX
1543. 1.80 45.
17. 0.06 0.
NOX(CORR.) HUCF
51.05 914.52 2.47 2.13 0.862
VOL/REV - 0.2700 REV COUNT - 1701.
2436. 1.43 12.
11. 0.05 0.
-------
VkHICLL NC. - T1614170
PAGE 12
DATE RECEIVED - 04/03/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 15
TbST CGND : RUN DATE - 04/04/75
INERTIA - 5000.
INLINE PARAMETLRS
GDCMETER - 2i>548
COLD START
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTKATI ON)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
bACKGROUND (CONCENTRATION)
MASS EMISSION^ (GRAMS)
HOT START
INLET PRESS. - 40.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 8.96
RUN NO
IHP
-A08319
- 9.9
DWELL - 28.0
110.
HC
1228.
19.
51.66
110.
HC
582.
20.
41.15
110.
HC
864.
17.
36.10
11.19
VOL/REV -
CO
596.
26.
49.18
VOL/REV -
CO
91.
26.
9.61
VOL/REV -
CO
232.
6.
19.45
5.58
WB TEMP -
AHP -
TIMING -
0.2701
C02
2.70
0.07
3565.00
0.2701
C02
1.72
0.06
3855.75
0.2700
C02
2.27
0.05
3001.05
946.57
60.0 DB
13.4
TEMP - 72.0
ODOh - 25548.
12.0 IDLE RPM - 610.
RLV COUNT
NOX
95.
1.
13.32
REV COUNT
NOX
42.
1.
9.96
REV COUNT
NOX
69.
0.
9.75
2.83
- 11632.
NOX(CORR. )
12.29
- 19932.
NOX(CCRR. )
9.19
- 11611.
NOX(CORR.)
9.00
2.61
BARO
IDLE
HUCF
0.923
HUCF
0.923
HUCF
0.923
COMMLNT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/03/75
SHORT TEST SEQUENCE NUMBER -15.
TEST COND : RUN DATE - 04/04/75 RUN NO -A08319
KEY MODE TEST
PAGE 13
WB TEMP - 60.0 DB TEMP - 72.0 BARO - 29.89
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.70
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.70
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCEN
HC,PPM
400.
475.
330.
460.
540.
240.
400.
TEST
TEMP
I)
TION)
)
TEMP
1)
JION)
COt %
0.08
0.05
0.04
0.08
0.06
0.04
0.07
- 110.
HC
564.
24.
8.81
- 110.
450.
21.
NO, PPM
685.
1815.
271.
1123.
2605.
82.
109.
VOL/REV - 0.2701 REV COUNT - 2788.
CO C02 NOX
92. 1.63 92.
39. 0.06 0.
NOX«CORR. ) HUCF
1.75 812.65 4.98 4.59 0.923
VOL/REV - 0.2701 REV COUNT - 1698.
56. 1.36 35.
11. 0.06 0.
-------
PAGE
VEHICLE NO. - T1614170
DATE RECEIVED - 04/04/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 16.
TEST COND : RUN DATE - 04/08/75
INERTIA - 5000.
ENGINE PARAMETfcKS : ODOMETER - 25568.
COLD START
INLET PRESS. - 41.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GkAMS)
COLD STABILIZED
INLET PRESS. - 41.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.10
RUN NO
IMP
-A08343
- 9.6
DWELL - 28.0
110.
HC
975.
23.
40.39
110.
HC
460.
22.
31.95
110.
HC
804.
19.
33.38
9.11
VOL/REV -
CO
344.
5.
29.04
VOL/REV -
CO
66.
4.
9.13
VOL/REV -
CO
191.
4.
16.06
4.10
WB TEMP -
AHP -
TIMING -
0.2700
C02
2.37
0.06
3108.86
0.2700
C02
1.56
0.06
3471.34
0.2700
C02
2.03
0.06
2657.49
843.06
6^.0 DB
13.4
TEMP - 73.0
ODOM - 25571.
12.0 IDLE RPM - 660.
REV COUNT
NOX
182.
2.
25.33
REV COUNT
NOX
69.
1.
16.45
REV COUNT
NOX
175.
2.
24.40
5.50
- 11596.
NOXICORR. )
24.16
- 19940.
NOX(CORR-)
15.70
- 11620.
NOXICORR. )
23.28
5.25
BARO
IDLE
HUCF
0.954
HUCF
0.954
HUCF
0.954
0.03
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/04/75
SHORT TEST SEQUENCE NUMBER -16.
TEST COND : RUN DATE - 04/08/75 RUN NO -A08343
KEY MODE TEST
PAGE 3
WB TEMP - 62.0 UB TEMP - 73.0 BARO - 29.82
MPH HCtPPM
HI 49. WO.
LO 34. 285.
IDLE 0. 195.
FEDERAL THREE-MODE TEST
HI 50. 525.
LO 30. 380.
IDLE 0. 160.
UNLOADED TEST
RPM - 2500. 330.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, X
0.08
0.05
0.04
0.10
0.05
0.04
0.07
- 110.
HC
506.
24.
7.95
- 110.
419.
24.
NO, PPM
2703.
1535.
150.
2899.
2458.
82.
576.
VOL/REV
CO
97.
9.
2.9
VOL/REV
74.
8.
- 0.2700 REV COUNT - 2819.
NOX
80.
2.
C02
1.54
0.06
774.30
4.27
NOX(CORR.)
4.07
HUCF
0.954
- 0.2700 REV COUNT - 1719.
1.24 39.
0.07 2.
-------
VfcHlCLfc NO. - T1614170
P AGE
DATE RECEIVED - 04/08/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 17.
TEST COND : RUN DATL - 04/11/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25591.
COLD START
INLET PRESS. - 40.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.dO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY IMPG) - 9.93
RUN NO
IMP
-A08376
- 9.6
DWELL - 28.0
110.
HC
71.
10.
2.61
110.
HC
25.
9.
1.17
110.
HC
80.
8.
3.06
0.54
VOL/REV -
CO
252.
6.
21.22
VOL/REV -
CO
51.
5.
6.80
VOL/REV -
CO
135.
3.
11.34
2.99
WB TEMP -
AHP -
TIMING -
0.2700
CD2
2.63
0.07
3469. JO
0.2700
C02
1.60
0.06
3577.98
0.2698
C02
2.12
0.06
2779.48
887.23
61.0 UB
13.4
TEMP - 73.0
DDOM - 25605.
12.0 IDLE RPM - 625.
RfcV COUNT
NOX
74.
1.
10.34
REV COUNT
NOX
31.
0.
7.53
RfcV COUNT
NOX
57.
0.
6.04
2.21
- 11624.
NOX(CORR. )
9.66
- 19926.
NOX(CORR.)
7.03
- 11593.
NOXICORR.)
7.51
2.06
BARO
IDLE
HUCF
0.934
HUCF
0.934
HUCF
0.934
COMMENT
-------
VEHICLE NO. - T161<«170 DATE RECEIVED - 04/08/75
SHORT TEST SEUUtMCE NUMBER -17.
TEST COND : RUN DATE - 04/11/75 RUN NO -A08376
KEY MODE TEST
PAGE
WB TEMP - 61.0 DB TEMP - 73.0 BARO - 29.93
MPH HCtPPM
HI 49. 35.
LO 34. 30.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 30.
LO 30. 38.
IDLE 0. 45.
UNLOADED TEST
RPM - 2500. 75.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 41. bO TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
cot z
0.06
0.04
0.04
0.06
0.04
0.04
0.06
- 110.
HC
67.
9.
0.95
- 110.
38.
8.
NOt PPM
667.
1246.
123.
872.
2151.
68.
109.
VOL/REV - 0.2697 RtV COUNT - 2802.
CO C02 NOX
63. 1.56 46.
5. 0.05 0.
NOXICORR.) HUCF
1.92 784.36 2.50 2.33 0.934
VOL/REV - 0.2697 RfcV COUNT - 1704.
56. 1.45 28.
3. 0.06 0.
-------
CAGE
:n
i
*o
VEHICLE NO. - T1614170
DATE RECEIVED - 04/14/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 18.
TfcST COND : RUN DATt - 04/17/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25633.
COLD START
INLET PRESS. - 41.30
TEMP -
SAMPLE (CONCENTRATIONI
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 41.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.88
R
1
I
1
UN NO
I HP
-A08430
- 7.1
DWELL - 28.0
10.
HC
75.
15.
2.56
10.
HC
29.
15.
1.02
10.
HC
49.
14.
1.49
0.40
VOL/REV -
CO
380.
16.
31.35
VOL/REV -
CO
52.
14.
5.60
VOL/REV -
CO
160.
8.
13.06
3.54
WB TEMP -
AHP -
TIMING -
0.2699
C02
2.54
0.08
3328.86
0.2699
C02
1.64
0.06
3659.09
0.2699
C02
2.13
0.06
2793.86
891.07
6.' . 0 OB
13.4
TEMP - 73.0
ODOM - 25640.
12.0 IDLE RPM - 700.
KFV COUNT
NOX
201.
1.
28.30
RLV COUNT
NOX
61.
1.
14.53
REV COUNT
NOX
181.
0.
25.54
5.50
- 11643.
NOX(CORR. )
26.97
- 19926.
NUX(CORR.)
13.85
- 11616.
NOX(CORR. )
24.34
5.24
6ARO
IDLE
HUCF
0.953
HUCF
0.953
HUCF
0.953
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/14/75
SHORT TEST SEQUENCE NUMBER -18.
TEST COND : RUN DATE - 04/17/75 RUN NO -A08430
KEY MODE TEST
WB TEMP - 62.0 DB TEMP - 73.0
PA&E 7
BARO - 29.89
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.30
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.30
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPM
52.
38.
32.
48.
45.
32.
42.
TEST
TEMP
1)
,TION)
)
TEMP
1)
iTION)
CO, *
0.07
0.04
0.04
0.07
0.05
0.04
0.05
- 110.
HC
35.
12.
0.38
-110.
80.
14.
NO, PPM
3193.
1803.
164.
3535.
2752.
96.
458.
VOL/REV - 0.2699 REV COUNT - 2821.
CO C02 NOX
158. 1.61 60.
10. 0.04 0.
NOXtCORR.) HUCF
4.93 821.66 3.28 3.13 0.953
VOL/REV - 0.2699 REV COUNT - 1701.
794. 1.38 34.
50. 0.05 1.
-------
PAGE 8
VEHICLE NO. - T1614170
UATE RECEIVED - 04/17/73
FEDERAL TEST PROCEDURE 11975) NUMBER - 19.
TEST CONU : RUN DATE - 04/18/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25660.
COLD START
INLET PRESS. - 48.20
TEMP -
SAMPLE (CONCENTRATION!
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILISED
INLET PRESS. - 48.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 42.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.44
RUN NO
I HP
-A08443
- 7.1
DWELL - 28.0
110.
HC
82.
12.
2.90
110.
HC
30.
12.
1.28
110.
HC
66.
13.
2.25
0.51
VOL/REV -
CO
289.
5.
23.74
VOL/REV -
CO
39.
4.
5.03
VOL/REV -
CO
162.
3.
13.66
3.07
WB TEMP -
AHP -
TIMING -
0.2662
C02
2.45
0.07
3125.08
0.2662
C02
1.60
0.07
3454.62
0.2690
C02
2.06
0.07
2665.59
843.69
62.0 DB
13.4
TEMP - 73.0
ODOM - 25665.
18.0 IDLE RPM - 790.
RhV COUNT
NOX
44.
0.
6.04
REV COUNT
NOX
16.
0.
3.78
RtV COUNT
NOX
33.
0.
4.66
1.20
- 11583.
NOX(CORR. )
5.74
- 19918.
NOX(CORR. )
3.59
- 11601.
NOXICORR.)
4.43
1.14
BARO
IDLE
HUCF
0.951
HUCF
0.951
HUCF
0.951
.
COMMENT :
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/17/75
SHORT TEST SEUUENCE NUMBER -19.
TEST COND : RUN DATE - 04/18/75 RUN NO -A08443
KEY MODE TEST
PAGE 9
WB TEMP - 62.0 DB TEMP - 73.0 BARO - 30.10
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 42.50
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 42.50
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPM
49.
38.
30.
40.
35.
28.
35.
TEST
TEMP
1)
tTION)
)
TEMP
1)
kT I ON )
CO, X
0.07
0.04
0.03
0.07
0.04
0.03
0.03
- 110.
HC
33.
11.
0.36
- 110.
61.
10.
NO, PPM
1283.
2556.
218.
1699.
999.
101.
706.
VOL/REV - 0.2691 REV COUNT - 2826.
CO C02 NOX
87. 1.59 25.
11. 0.04 0.
NOX(CORR.) HUCF
2.53 810.23 1.37 1.30 0.951
VOL/REV - 0.2691 REV COUNT - 1703.
513. 1.36 9.
4. 0.06 0.
-------
PAGE 10
VtHICLt NO. - T1614170
DATE RECEIVED - 04/17/75
FEDERAL TEST PROCEDURE (1975» NUMBER - 20.
TEST COND : RUN DATE - 04/19/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25685.
COLD START
INLET PRESS. - 42.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PKESS. - 42.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 42.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.15
RUN NO
IHP
-AC8446
- 7.1
DWELL - 26.0
110.
HC
71.
9.
2.65
110.
HC
28.
9.
1.39
110.
HC
48.
8.
1.71
0.47
VOL/REV -
CO
260.
1.
24.06
VOL/REV -
CO
35.
2.
4.89
VOL/REV -
CO
78.
1.
6.63
2.53
WB TEMP -
AHP -
TIMING -
0.2694
C02
2.45
0.05
3252.02
0.2694
C02
1.58
0.05
3558.88
0.2693
C02
2.07
0.05
2732.57
868.64
62.0 08
13.4
TEMP - 72.0
ODOM - 25689.
18.0 IDLE RPM - 790.
RfcV LOUNT
NOX
114.
1.
16.01
REV COUNT
NOX
42.
1.
9.97
RLV COUNT
NOX
78.
0.
11.03
3.09
- 11618.
NOX(CORR. )
15.33
- 19944.
NOXICORR. )
9.55
- 11603.
NOX(CORR. )
10.57
2.96
BARO
IDLE
HUCT-
0.958
HUCF
0.958
HUCF
0.958
COMMENT :
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/17/75
SHORT TEST SEQUENCE NUMBER -20.
TEST COND : RUN DATE - 04/19/75 RUN NO -A08446
KEY MODE TEST
PAGE 11
WB TEMP - 62.0 DB TEMP - 72.0 BARO - 30.10
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 42.40
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 42.40
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HCtPPM CO, Z
38. 0.0*
35. 0.03
30. 0.03
38. 0.05
35. 0.0*
25. 0.03
120. 0.03
TEST
TEMP - 110.
HC
1) 33.
vTlON) 9.
) 0.39
TEMP - 110.
a 35.
iTION) 8.
NO, PPM
1011.
1559.
164.
1380.
511.
68.
431.
VOL/REV - 0.2693 REV COUNT - 2806.
CO C02 NOX
42. 1.64 76.
1. 0.05 0.
NOXJCORR.) HUCF
1.36 825.87 4.13 3.95 0.958
VOL/REV - 0.2693 REV COUNT - 1697.
104. 1.53 33.
0. 0.06 0.
-------
PAGE 12
VEHICLE NO. - T1614170
DATE RECEIVEU - 04/19/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 21
TEST CONK : RUN DATt - 04/21/75
INERTIA - 5000.
ENGINE PARAMETLRS
ODOMETtR - 25689.
COLO START
INLET PRESS. - 42.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 42.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 8.39
RUN NO
IMP
-AC8457
- 7.1
DWELL - 26.0
110.
HC
84.
21.
2.67
110.
HC
26.
19.
0.51
110.
HC
111.
18.
3.96
0.52
VOL/REV -
CO
509.
9.
42.80
VOL/REV -
CO
40.
5.
5.15
VOL/REV -
CO
289.
6.
24.31
4.99
WB TEMP -
AHP -
TIMING -
0.2695
C02
2.88
0.06
3792.70
0.2695
C02
1.93
0.06
4321.99
0.2698
C02
2.54
0.06
3347.41
1048.12
64.0 DB
13.4
TEMP - 74.0
DOOM - 2571 b.
o.O IDLE KPM - 720.
RtV COUNT
NOX
63.
0.
8.86
REV COUNT
MOX
28.
0.
6.77
REV COUNT
NOX
49.
0.
6.92
1.94
- 11594.
NOX(CORR. )
8.74
- 19924.
NOXtCORR.)
6.68
- 11610.
NflX(CORR.)
6.82
1.91
BARO
IDLE
HUCF
0.987
HUCF
0.987
HUCF
0.987
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/19/75
SHORT TEST SEQUENCE NUMBER -21.
TEST COND : RUN DATE - 04/21/75 RUN NO -AC8457
KEY MODE TEST
WB TEMP - 64.0 DB TEMP - 74.0
PAbE 13
HARD - 29.93
MPH HC.PPM
HI 49. 32.
LO 34. 30.
IDLE 0. 30.
FEDERAL THREE-MODE TEST
HI 50. 30.
LO 30. 32.
IDLE 0. 28.
UNLOADED TEST
RPM - 2500. 30.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, 2
0.04
0.03
0.03
0.05
0.04
0.03
0.04
- 110.
HC
30.
13.
0.28
- 110.
81.
8.
NO, PPM
537.
1086.
82.
732.
277.
55.
352.
ti
VOL/REV - 0.2696 REV COUNT - 2831.
CO C02 NOX
207. 1.80 27.
5. 0.06 0.
NOX(CORR.) HUCF
6.75 912.85 1.48 1.46 0.987
VOL/REV - 0.2696 REV COUNT - 1703.
780. 1.50 21.
2. 0.05 0.
-------
PAGE 14
VEHICLE NO. - T161417G
DATE RECEIVED - 04/21/75
FEDERAL TEST PROCEDURE (1*75) NUMBER - 22.
TEST CONU : RUN DATb - 04/22/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25737.
COLD START
INLET PRESS. -
TEMP -
SAMPLE (CONCENTRATION!
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 41.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.60
TEMP -
SAMPLL (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITL
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.35
R
UN NO
1HP
-A08470
- 7.1
DWELL - 28.0
1
1
I
10.
HC
98.
10.
3.74
10.
HC
21.
11.
0.73
10.
HC
85.
12.
3.11
0.55
VOL/REV -
CO
734.
5.
62.64
VOL/REV -
CO
50.
13.
5.47
VOL/REV -
CO
273.
10.
22.61
6.04
W8 TEMP -
AHP -
TIMING -
0.2699
C02
2.74
0.05
3631.26
0.2699
CD2
1.79
0.05
4041.38
0.2698
C02
2.23
0.06
2930.41
969.75
6?.0 DB
13.4
TEMP - 73.0
DOOM - 25744.
12.0 IDLE RPM - 750.
REV COUNT
NOX
71.
1.
9.88
RLV COUNT
NOX
29.
0.
7.04
RtV COUNT
NOX
56.
0.
7.91
2.11
- 11592.
NOXICORR. )
9.41
- 19945.
NOXtCQRR.)
6.71
- 11607.
NOXJCORR.)
7.53
2.01
BARO
IDLE
HUCF
0.952
HUCF
0.952
HUCF
0.952
COMMENT :
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/21/75
SHORT TEST SEQUENCE NUMBER -22.
TEST COND : RUN DATE - 04/22/75 RUN NO -A08470
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE TEST
50.
30.
0.
HC.PPM
35.
35.
30.
32.
38.
32.
CO, Z
0.05
0.03
0.03
0.04
0.04
0.03
NO, PPM
796.
1185.
82.
1049.
872.
55.
UNLOADED TEST
RPM - 2500.
COMMENTS :
35.
0.03
378.
PAGE 15
WB TEMP - 62.0 DB TEMP - 73.0 BARO - 29.95
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110.
VOL/REV - 0.2696
REV COUNT - 2824.
HC
38.
20.
0.30
CO
339.
4.
11.16
C02
1.75
0.06
884.42
NOX
25.
0.
1.37
NOX(CORR.)
1.30
HUCF
0.952
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.90
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
73.
11.
VOL/REV - 0.2696
694.
3.
REV COUNT - 1694.
0.72 17.
0.05 0.
-------
PAGE Ib
VEHICLE NO. - T1614170
DATE RECEIVED - 04/22/75
FEDERAL TEST PROCEDURE (1975) NUMBEK - 23.
TEST COND : RUN DATE - 04/23/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 25765.
COLO START
INLET PRESS. - 41.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 41.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.37
KUN NO
IMP
-A0b<» 78
- 9.7
DWELL - 28.0
110.
HC
589.
12.
16.07
110.
HC
189.
20.
12.37
no'.
HC
H4.
12.
12.88
3.55
VUL/KEV -
CO
400.
3.
34.16
VOL/REV -
CO
90.
45.
6.b5
VOL/REV -
CO
200.
8.
16.54
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/22/75
SHORT TEST SEQUENCE NUMBER -23.
TEST COND : RUN DATE - 04/23/75 RUN NO -AOB478
KEY MODE TEST
PAGE 17
WB TEMP - 65.0 08 TEMP - 76.0 BARO - 30.02
MPH HC.PPM
HI 49. 165.
LO 34. 115.
IDLE 0. 95.
FEDERAL THREE-MODE TEST
HI 50. 145.
LO 30. 148.
IDLE 0. 82.
UNLOADED TEST
RPM - 2500. 130.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.07
0.03
0.03
0.07
0.04
0.03
0.05
- 110.
HC
210.
19.
3.16
- 110.
176.
14.
NO, PPM
537.
1173.
136.
872.
1894.
82.
378.
VOL/REV - 0.2698 REV COUNT - 2827.
CO CD2 NOX
80. 1.51 55.
5. 0.06 0.
NOX(CORR. ) HUCF
2.50 760.19 3.01 2.99 0.993
VOL/REV - 0.269B REV COUNT - 1712.
62. 1.26 20.
3. 0.05 0.
-------
PAGE IB
VEHICLE NO. - T1614170
DATE RECEIVED - 04/23/75
FEDtRAL TEST PROCEDURE (1975) NUMBEK - 24.
TEST COND : RUN DATt - 04/25/75
INERTIA - 5000.
ENGINE PARAMETERS : UDOMETER - 25788
COLD START
INLET PRESS. - 41.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCfcNT RAT I UN)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 41.50
TLMP -
SAMPLE (CONCENTRATION)
BACKGROUND (LONCfcNTKATI ON)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPGJ - 9.54
KUN NU
IMP
-A08504
- 9.7
DWELL - 2b.O
110.
HC
67.
10.
2.42
110.
HC
21.
9.
0.88
110.
HC
66.
9.
2.42
0.44
VOL/KEV -
CO
36o.
0.
31.38
VOL/REV -
CO
45.
2.
6.35
VOL/REV -
CO
207.
0.
17.72
3.99
WB TEMP -
AHP -
TIMING -
0.2698
C02
2.67
0.05
3529.14
0.2698
C02
1.67
0.05
3757.14
0.2697
CO*;
2.19
0.04
2892.44
923.11
61.0 OB
li.4
TEMP - 73.0
ODOM - 25793.
12.0 IDLE RPM - 660.
REV COUNT
NOX
72.
0.
10.14
KLV IDUNT
NOX
31.
0.
7.52
RtV COUNT
NOX
60.
0.
8.44
2.23
- 11609.
NOX(CGRR. )
9.47
- 19988.
NOX(CORR.)
7.02
- 11602.
NOXICORR. )
7.88
2.08
BARO
IDLE
HUCF
0.934
HUCF
0.934
HUCF
0.934
COMMENT
-------
VEHICLE NO. - T1614170 DATE RECEIVED - 04/23/75
SHORT TEST SEQUENCE NUMBER -24.
TEST COND : RUN DATE - 04/25/75 RUN NO -A08504
KEY MODE TEST
HI
LO
IDLfc
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC.PPM
30.
28.
30.
TEST
35.
38.
42.
CO, %
0.07
0.04
0.04
0.07
0.04
0.04
NO, PPM
405.
1061.
123.
524.
1769.
82.
UNLOADED TEST
RPM - 2500.
COMMENTS :
40.
0.04
392.
PAGE 19
WB TEMP - 61.0 Ufl TEMP - 73.0 BARO - 29.87
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.50 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2698
REV COUNT - 2828.
HC
40.
8.
0.53
CO
45.
1.
1.47
C02
1.53
0.05
776.20
NOX
58.
0.
3.18
NOX(CORR.)
2.97
HUCF
0.934
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.50
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
34.
8.
VOL/REV - 0.2698
61.
1.
REV COUNT - 1704.
1.31 21.
0.05 0.
-------
Car No. 2
T2104164
-------
VEHICLE NO. - T2104164 i
' FEDERAL "TEST""PROCEDURE" (i975~j NUMBED
TEST COND : RUN DATE - 02/03/75
INERTIA - 5000.
COLD START
INLET PRESS. - 38.so
SAMPLt (CCNCtMRAriGN)
UACKGKCUM) (CCNCiiNTRAT I ON )
^ASS EM1SSICKS
COLU STAB1 LI ZED
INLtT PRESS. - 38.30
SAMPLE
bACKGKLUNU (CONCErJTRAT ION )
MASS LMSSIONS
HOT
INLET PRESS. - 39.10
SAMPLE (CONCENTRATION)
BACKGROUND ICcNCfcNTKAT1 ON)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPGJ - 8.07
E RECEIVED - C
NUMBER - /. ~
03/75 RUN NO
0. IMP
TEMP - HO.
HC
?40.
N) 17.
10.16
r e M P - no.
HC
153.
N) 15.
10.79
T t f P - 110.
hC
142.
N ) 13.
14.97
3.16
H/20/75
- AQ7812
- 10. C
VOL/KtV -
CO
511.
6.
46 ."i7
VOL/KtV -
CO
49.
Li .
7.73
VCL/RIV -
CO
262.
C.
24.07
5.52
V>B TEMP -
AHH -
0.235d
C02
2.9tj
O.C6
4 l';2.47
U.2K5y
C02
1.81
0. 06
4 3jr - 1 9^19.
!\OX
30.
0.
NCX(CU
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 01/20/75
1
SHORT TEST SEQUENCE NUMBER -
z.
TEST CCNU : RUN DATE - 02/03/75
KEY MODE TEST
MPH HC.PPM
HI 49. 50.
LO 34. 38.
IDLE 0. 35.
FtuEKAL THREE-CODE TOST
Hi 50.
LO 30.
IDLE 0.
UNLOADED TEST
£> RPM - 2500.
^ COMMENTS :
55.
48.
65.
45.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRAT
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.00
SAMPLE (CONCENTRATION)
"BACKGROUND (CONCENTRAf
ION)
TEMP
ICN)~
RUN NO
CO, %
0.04
0.02
0.02
0.04
0.02
0.02
0.03
- 110.
HC
192.
12.
3.15
- 110.
224.
12.
- A07812
NO, PPM
602.
1098.
2C4 .
7«3.
2129.
82.
456.
VOL/REV
CO
49.
C.
1.7
VOL/REV
45.
0".
PAGE 17
WB TtMP - 64.0 DB TEMP - 72.0 BARO - 30.02
- 0.2B56
REV COUNT - 2825.
HC
192.
12.
3.15
CO
49.
C.
1.73
C02
1.60
0.06
854.06
NO*
54.
0.
3.13
NCXfCCRR. )
3.14
HLCF
1.001
- 0.2856 RdV COUNT"- 1695,
1.38 22.
0.06 " "" 0.
-------
PAGE I*
VEHICLE NO. - T2104164
DATE RECEIVED - 02/l*/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 2.
TEST COND : RUN DATE - 02/20/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 23329
COLD START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COLO STABILIZED
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCtNTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.70
RJN NO -A07950
IHP - 10
DWELL -
110. VOL
HC
219.
11.
8.83
110. VOL
HC
161.
12.
10.92
110. VOL
HC
272.
11.
11.18
2.81
.1
31.0
/REV -
CO
42*.
6.
35.83
/REV -
CO
45.
3.
6.22
/RfcV -
CO
169.
5.
14.18
3.96
WB TEMP -
AHP -
TIMING -
0.2704
C02
2.75
0.06
3595.85
0.2704
C02
1.63
0.08
3604.87
0.2706
C02
2.13
O.U7
2798.60
899.50
71.0 Ob
13.4
TEMP - 79.0
ODOM - 23339.
13.0 IDLE RPM - 620.
RtV COUNT
NOX
106.
0.
14.93
REV COUNT
NOX
37.
0.
9.00
REV COUNT
NOX
62.
0.
8.81
2.72
- 11538.
NOX(CORR. )
16.96
- 19925.
NOXtCORR. )
10.22
- 11624.
NOXICORR. )
10.01
3.10
BARO
IDLE
HUCF
1.136
HUCF
1.136
HUCF
1.136
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 02/19/75
SHORT TEST SEQUENCE NUMBER - 2.
TEST COND : RUN DATE - 02/20/75 RJN NO -A07950
KEY MODE TEST
WB TEMP - 71.0 OB TEMP - 79.0
PAGE 15
BARO - 29.86
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00
SAMPLE (CONCENTRATION)*
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPM
70.
70.
110.
70.
84.
125.
60.
TEST
TEMP
I)*
J I ON )
)
TEMP
1)
iTION)
CO, X
0.10
0.05
0.05
0.07
0.04
0.04
0.03
- 110.
HC
163.
11.
2.51
- 110.
171.
12.
NO, PPM
770.
1653.
312.
973.
2556.
96.
537.
VOL/REV - 0.2704 REV COUNT - 2822.
CO C02 NOX
77. 1.54 55.
1. 0.07 1.
NOX(CORR.) HUCF
2.54 771.03 2.96 3.37 1.136
VOL/REV - 0.2703 REV COUNT - 1712.
72. 1.29 25.
1. 0.07 1.
-------
PAGE 16
VEHICLE NO. - T2104164
DATE RECEIVED - 02/20/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 3.
TEST COND : RUN DATE - 02/21/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER -
COLD START
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.HO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 9.36
KUN NO
1HP
-A07960
- 10.1
DWELL - 31.0
110.
HC
242.
11.
9.91
110.
HC
196.
12.
13.55
110.
HC
282.
10.
11.66
VOL/REV -
CO
44.7.
6.
38.20
VOL/REV -
CO
57.
10.
6.99
VOL/REV -
CO
199.
4.
16.88
MB TEMP -
AHP -
TIMING -
0.2706
C02
2.78
0.06
3701.97
0.2706
C02
1.66
0.07
3713.21
0.2704
C02
2.22
0.06
2937.04
63.0 DB
13.4
TEMP - 79.0
DOOM - 23358.
18.0 IDLE RPM - 620.
RtV COUNT
NOX
92.
0.
13.09
RfcV COUNT
NOX
3B.
0.
9.28
RtV COUNT
NOX
69.
0.
9.81
- 11615.
NOXJCORR. )
12.18
- 19930.
NOX(CQRR. )
8.63
- 11619.
NOXICORR.)
9.12
BARO
IDLE
HUCF
0.930
HUCF
0.930
HUCF
0.930
3.26
4.40
930.56
2.73
2.54
COMMENT :
-------
VEHICLE NO. - 1210416* DATE RECEIVED - 02/20/75
SHORT TEST SEQUENCE NUMBER - 3.
TEST COND : RUN DATE - 02/21/75 RUN NO -A07960
KEY MODE TEST
PACE 17
WB TEMP - 63.0 DB TEMP - 79.0 BARO - 29.93
MPH HC.PPM
HI *9. 71.
LO 3*. 75.
IDLE 0. 95.
FEDERAL THREE-MODE TEST
HI 50. 65.
LO 30. 78.
IDLE 0. 115.
UNLOADED TEST
RPM - 2500. 50.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - *0.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - *0.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.08
0.03
0.02
0.06
0.0*
0.02
0.03
- 110.
HC
172.
11.
2.67
- 110.
227.
12.
NO, PPM
732.
1511.
285.
1036.
2605.
82.
537.
VOL/REV - 0.270* REV COUNT - 2833.
CO C02 NOX
72. 1.57 73.
3. 0.07 1.
NOXICORR.) HUCF
2.31 789.83 3.96 3.69 0.930
VOL/REV - 0.270* REV COUNT - 1712.
53. 1.26 2*.
10. 0.07 1.
-------
PACE IB
VEHICLE NO. - T2104164
DATE RECEIVED - 02/21/75)
FEDERAL TEST PROCEDURE (1975) NUHBtk - 4.
TEST COND : RUN DATE - 02/25/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 23378.
COLD START
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLO STABILIZED
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.12
RUN NO
I HP
-A07972
9.9
DWELL - 32.0
110.
HC
330.
12.
13.66
110.
HC
126.
17.
8.06
110.
HC
360.
15.
14.84
VOL/RtV -
CO
741.
4.
63.92
VOL/REV -
CO
41.
4.
5.52
VOL/REV -
CO
253.
3.
21.71
rtB TtMP -
AHP -
TIMING -
0.2705
C02
2.72
0.06
3624.61
0.2705
C02
1. 72
0.06
3891. 74
0.2705
C02
2.25
U.06
2987.99
65.0 OB
13.4
TtMP - 77.0
ODOP - 23386.
12.0 IDLE RPM - 720.
Kt V COUNT
NOX
61.
0.
b.69
RtV COUNT
NOX
32.
1.
7.60
RLV LOUNT
NOX
53.
1.
7.42
- 11603.
NOXICORR. )
8.56
- 19963.
NOXICORR. )
7.49
- 11621.
NQXtCQRR. )
7.31
BARO
IDLE
HUCF
0.985
HUCF
0.985
HUCF
0.985
2.99
6.05
953.BO
2. 08
2.04
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 02/21/75
SHORT TEST SEQUENCE NUMBER - 4.
TEST COND : RUN DATE - 02/25/75 RUN NO -A07972
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE TEST
50.
30.
0.
HCtPPM
75.
60.
12.
80.
85.
145.
CO, %
0.07
0.04
0.02
0.05
0.05
0.03
NO, PPM
770.
1722.
258.
1222.
2360.
109.
UNLOADED TEST
RPM - 2500.
COMMENTS :
12.
0.02
589.
WB TEMP - 65.0 DB TEMP - 77.0
PAGE 19
BARO - 30.00
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2704
REV COUNT - 2824.
HC
171.
14.
2.60
CO
193.
1.
6.41
C02
1.58
0.05
803.07
NOX
58.
1.
3.13
NOXtCORR.)
3.08
HUCF
0.985
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
173.
12.
VOL/REV - 0.2704
157.
0.
REV COUNT - 1710.
1.37 20.
0.05 1.
-------
PAGE 20
VEHICLE NO. - T2104164
DATt RECEIVED - 02/25/75
FEDERAL TEST PROCEDURE (1975) NUMBER -
TEST COND : RUN DATt - 02/26/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER -
u
COLD START
INLtT PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND 98. d8
0.2705
C02
1. 7t
0.06
3892.01
0.2704
CG^
2.27
0.06
3015.20
960.16
oa.O 08
13.4
TEMP - 76.0
ODUM - 23407.
12.0 IDLE RPM - 720.
KEV UOUNT
NOX
64.
0.
9. 13
RtV COUNT
NOX
30.
0.
7.35
RtV COUNT
NOX
54.
1.
7.56
2.08
- 11604.
NOXICORR. )
9. 76
- 19933.
NOXKORR.)
7.86
- 11613.
NOXICORR. 1
8.08
2.22
BARO
IDLE
HUCF
1.068
HUCF
1.068
HUCF
1.068
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 02/25/75
SHORT TEST SEQUENCE NUMBER - 5.
TEST COND : RUN DATE - 02/26<75 RUN NO -A07983
KEY MODE TEST
WB TEMP - 68.0 DB TEMP - 76.0
PAGE 21
BARO - 30.05
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.10
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPM
80.
68.
115.
78.
89.
150.
55.
TEST
TEMP
1)
IT I ON )
)
TEMP
1)
kTION)
CO, I
0.03
0.01
0.01
0.04
0.02
0.02
0.01
- 110.
HC
172.
17.
2.57
- 110.
178.
17.
NO, PPM
796.
1653.
245.
1173.
2850.
109.
28.
VOL/REV - 0.2704 REV COUNT - 2834.
CO C02 NOX
271. 1.63 36.
24. 0.07 1.
NOX(CORR.) HUCF
8.28 821.71 1.93 2.06 1.068
VOL/REV - 0.2705 REV COUNT - 1700.
75. 1.38 21.
9. 0.07 1.
-------
PAGE 22
VEHICLfc NO. - T2104164
OATE KECtlVEU - 02/26/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 6.
TEST CONU : RUN DATE - 02/27/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETFR - 23428.
COLD START
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COLD STABILIZED
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 9.31
KJN NO
IMP
-A07998
- 9.9
DWELL - 32.0
1 10.
HC
219.
15.
8.77
110.
HC
168.
14.
11.37
1 10.
HC
25t>.
14.
10.38
VOL/K6V -
CO
574.
4.
49.49
VOL/RtV -
CO
62.
3.
8.80
VOL/RtV -
LU
253.
14.
20.78
Wd TEMP -
AHP -
TIM INC, -
G.<: 706
CD*'
2.74
0.06
36i5.55
0.2706
CO^
I.b6
0.06
3748.09
0.2706
CU2
2.25
0.07
2978. 16
71.0 DB
I J.4
TEMP - 78.0
DOOM - 23428.
12.0 IDLE RPM - 610.
rtLV L.OUNT
NOX
63.
0.
8.98
KhV COUNT
NOX
35.
1.
8.33
KtV LUUNT
NOX
59.
1.
8.28
- 11603.
NOX(CORR. )
10.27
- 19927.
NOXtCORR. )
9.52
- 11621.
NOXtCQRR.)
9.47
BARO -
IDLE
HUCF
1.143
HUCF
1.143
HUCF
1.143
2.81
935.67
2.26
2.58
COMMENT :
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 02/26/75
SHORT TEST SEQUENCE NUMBER - 6.
TEST CONO : RUN DATE - 02/27/75 RUN NO -A07998
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC,PPM
65.
75.
150.
TEST
81.
85.
120.
CO, *
0.08
0.03
0.02
0.05
0.04
0.01
NO, PPM
693.
1535.
218.
1036.
2151.
82.
UNLOADED TEST
RPM - 2500.
COMMENTS :
50.
0.03
576.
PAGE 23
WB TEMP - 71.0 DB TEMP - 78.0 BARO - 30.01
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.80 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2706
REV COUNT - 2827.
HC
165.
17.
2.45
CO
102.
10.
3.08
C02
1.62
0.08
809.77
NOX
42.
1.
2.25
NOXCCORR. )
2.58
HUCF
1.143
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.90
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
198.
17.
VOL/REV - 0.2705
102.
14.
REV COUNT - 1700.
1.38 20.
0.08 1.
-------
PAGE 40
VEHICLE NO. - T2104164
DATE RECEIVED - 02/27/75
FEDERAL TEST PROCEDURE (197^) NUMBtR - 7.
TEST COND : RUN DATE - 03/04Y75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER -
COLD START
INLET PRESS. - 39.90 TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION!
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.27
RUN NO
IMP
-A08051
- 9.9
DWELL - 12.0
I 10.
HC
202.
16.
7.98
110.
HC
140.
17.
9.03
110.
HC
250.
16.
10.02
2. 42
VOL/REV -
CD
743.
IB.
62.78
VOL /REV -
CO
62.
13.
7.26
VOL/KtV -
CU
254.
13.
20.84
6.15
WB TEMP -
AHP -
TIMING -
o.zro^
C02
2. 78
0.08
367 U 5 8
0.2705
C02
1 .68
0.07
3748. 74
0.2705
C02
2.28
0.06
3016. }1
939.69
66.0 OB
13.4
TEMP - 78.0
DOOM - 23479.
12.0 IDLE RPM - 610.
KtV COUNT
MOX
60.
1.
8.39
RE
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 02/27/75
SHORT TEST SEQUENCE NUMBER - 7.
TEST CONO : RUN DATE - 03/04/75 RUN NO -A08051
KEY MODE TEST
PAGE 41
MB TEMP - 66.0 DB TEMP - 78.0 BARO - 29.89
MPH HC.PPN
HI 49. 50.
LO 34. 50.
IDLE 0. 90.
FEDERAL THREE-MODE TEST
HI 50. 58.
LO 30. 60.
IDLE 0. 100.
UNLOADED TEST
RPM - 2500. 30.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO. Z
0.08
0.04
0.02
0.08
0.06
0.03
0.04
- 110.
HC
172.
13.
2.64
- 110.
192.
13.
NO, PPM
693.
1559.
271.
973.
2151.
82.
563.
VOL/REV - 0.2702 REV COUNT - 2835.
CO C02 NOX
84. 1.66 51.
4. 0.06 0.
NOXICORR. ) HUCF
2.68 842.46 2.81 2.81 1.002
VOL/REV - 0.2702 REV COUNT - 1703.
69. 1.34 24.
9. 0.06 0.
-------
PAGE 42
VEHICLE NO. - T2104164
DATE RECEIVED - 03/04/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 8.
TEST COND : RUN DATt - 03/05/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 23500.
LOLO START
INLfcT PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
HOT START
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.70
RUN NO
IHP
-A08066
- 9.S
DWELL - 32.0
110.
HC
246.
17.
9.73
110.
HC
130.
14.
8.47
110.
HC
171.
15.
6.64
2.19
VOL/KEV -
CO
1021.
16.
S6.07
VOL/KEV -
CO
33.
4.
4.27
VOL/REV -
CO
120.
22.
8.42
6.14
MB TEMP -
AHP -
TIMING -
0.2705
C02
2.60
0.07
3410. 82
0.2705
C02
1.64
0.06
3658.17
0.2706
C02
2.16
0.06
2835.87
898.83
65.0 DB
13.4
TEMP - 79.0
DOOM - 23505.
12.0 IDLE RPM - 800.
KEV COUNT
NOX
82.
0.
11.56
R^V COUNT
NOX
61.
0.
14.77
RfcV COUNT
NOX
80.
0.
11.30
3.49
- 11606.
NOXICORR. )
11.26
- 19932.
NOXICORR. )
14.38
- 11618.
NOXICORR. )
11.00
3.40
BARO
IDLE
HUCF
0.974
HUCF
0.974
HUCF
0.974
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/04/75
SHORT TEST SEQUENCE NUMBER - 8.
TEST COND : RUN DATE - 03/05/75 RUN NO -A08066
KEY MODE TEST
PAGE 43
MB TEMP - 65.0 DB TEMP - 79.0 BARO - 29.72
MPH HC.PPM
HI 49. 62.
LO 34. 71.
IDLE 0. 108.
FEDERAL THREE-MODE TEST
HI 50. 67.
LO 30. 83.
IDLE 0. 125.
UNLOADED TEST
RPM - 2500. 52.
COMMENTS :
tPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, *
0.07
0.04
0.03
0.06
0.05
0.03
0.04
- 110.
HC
126.
14.
1.86
- 110.
189.
12.
NO.PPM
641.
1559.
796.
999.
2507.
136.
563.
VOL/REV - 0.2703 REV COUNT - 2830.
CO C02 NOX
76. 1.75 93.
4. 0.06 0.
NOXtCORR. ) HUCF
2.41 888.60 5.11 4.98 0.974
VOL/REV - 0.2704 REV COUNT - 1699.
47. 1.41 29.
4. 0.06 0.
-------
VEHICLE NO. - T210M64
LATE RECEIVED - 03/05/75
FEDERAL TEST PROCEDURE (19751 NUHBER - 9.
TEST COND : RUN DATE - 03/10/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 23526.
COLO START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.23
1.78
10.83
938.73
2.71
2.53
PAGE
RUN NO
IMP
-AOBlUl
- 9.9
DWELL - 32.0
110.
HC
3tt.
4.
1.45
110.
HC
105.
5.
7.29
110.
HC
228.
5.
9.51
VOL/REV -
CO
1«13.
0.
155.60
VOL/REV -
CO
44.
6.
b.60
VOL/REV -
LU
179.
1.
IS. 32
WB TtMP -
AHP -
TIMING -
0.2704
C02
2.t>8
0.06
3532.92
0./704
C02
1. 12
0.06
3840. t>3
0.2704
C02
2.24
0.06
2948. 71
i9.0 DB
13.4
TEMP - 68.0
DOOM - 23527.
12.0 IDLE KPM - 730.
RtV LOUNT
NOX
73.
0.
10.29
KtV COUNT
NOX
4J.
0.
10.40
RtV LOUNT
NOX
68.
0.
9.62
- 11616.
NOXtCORR. )
9.61
- 19930.
NOXtCQRR. )
9.71
- 11652.
NOXtCORR. )
8.98
BARO -
IDLE
HUCF
0.934
HUCF
0.934
HUCF
0.934
COMMENT :
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/05/75
SHORT TEST SEQUENCE NUMBER - 9.
TEST COND : RUN DATE - 03/10/75 RUN NO -A08101
KEY MODE TEST
WB TEMP - 59.0
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
4V.
34.
0.
THREE-MODE
50.
30.
0.
HC,PPM
62.
30.
95.
TEST
70.
80.
60.
CO, %
0.07
0.02
0.02
0.05
0.03
0.02
NO, PPM
667.
1582.
431.
923.
2556.
123.
UNLOADED TEST
RPM - 2500.
COMMENTS :
55.
0.04
589.
DB TEMP - 68.0
PAGE 45
BARO - 29.72
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2705
REV COUNT - 2823.
HC
128.
5.
2.04
CO
83.
0.
2.77
C02
1.68
0.06
850.32
NQX
62.
0.
3.40
NOXICORR.)
3.18
HUCF
0.934
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
261.
5.
VOL/REV - 0.2705
46.
0.
REV COUNT - 1699.
1.37 31.
0.06 0.
-------
VEHICLE NO. - T2104164
DATE RECLIVEU - 03/10/75
TEST PROCEDURE (1975) NUMBER - 10.
TEST COND : RUN DATE - 03/11/75
INEKTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 23546.
COLD START
INLET PRESS. - 39.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCbNTKATI ON)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MII
FUEL ECONOMY (MPG) - 9.41
2.14
3.82
930.41
2.72
2.5*
PAGE 46
RJN NO
IMP
-A08UO
- 9.9
DWELL - 32.0
110.
HC
237.
4.
9.91
110.
HC
11*.
5.
7.94
110.
HC
165.
5.
6.78
VOL/REV -
CO
452.
1.
38.72
VOL/REV -
CO
35.
3.
4. 71
VOL/KEV -
CO
151.
2.
I/. 74
WB TEMP -
AHP -
TIMING -
0.270b
C02
2.73
0.06
3601.15
0.2708
C02
1.69
0.06
3767.51
0.2 7U6
C02
2.23
0.06
2915.91
59.0 OB
IJ.4
TEMP - 68.0
DOOM - 23548.
12.0 IDLE RPM - 730.
RbV LOUNT
NOX
75.
0.
10.58
KLV COUNT
NOX
44.
0.
10.63
KF V LOUNT
NOX
65.
0.
9.13
- 11628.
NOXJCORR. )
9.89
- 19927.
NOX(CORR. )
9.94
- 11603.
NOXICORR. )
8.54
BARO -
IDLE
HUCF
0.935
HUCF
0.935
HUCF
0.935
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/10/75
SHORT TEST SEQUENCE NUMBER -10.
TEST COND : RUN DATE - 03/1U75 RUN NO -A08110
KEY MODE TEST
PAGE 47
MB TEMP - 59.0 DB TEMP - 68.0 BARO - 29.60
MPH HCtPPM
HI 49. 60.
LO 34. 70.
IDLE 0. 100.
FEDERAL THREE-MODE TEST
HI 50. 70.
LO 30. 82.
IDLE 0. 75.
UNLOADED TEST
RPM - 2500. 50.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, I
0.05
0.02
0.02
0.05
0.02
0.02
0.02
- 110.
HC
176.
5.
2.84
- 110.
254.
5.
NO, PPM
563.
1295.
431.
898.
2556.
123.
524.
VOL/REV - 0.2707 REV COUNT - 2832.
CO C02 NOX
37. 1.69 60.
3. 0.06 0.
NOXJCORR. ) HUCF
1.14 658.93 3.31 3.09 0.935
VOL/REV - 0.2707 REV COUNT - 1698.
36. 1.59 34.
5. 0.06 0.
-------
PAGE 8
VEHICLE NO. - T210416<»
UATb RECLIVEu - 03/12/75
FEOEKAL TEST PROCEUURL (1S75) NUMBER - 11.
TEST CONO : RUN DATL - 03/13/75
INERTIA - 5000.
ENGINE PARAMETERS
OUUMETER -
COLD START
INLET PRESS. - <»0.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATI ON)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - ^0.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
HOT START
INLET PRESS. - ^0.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATIUN)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG» - 10.05
RUN NO
I HP
-A08120
- 9. Si
DWELL - 32.0
1 10.
HC
-*4.
7.
5C.65
VOL/REV -
CO
46.
12.
ta.07
VOL/REV -
CO
203.
j.
16.82
4.87
rtb TLMP -
AMP -
TIMING -
U . 2 7 J 1
CU2
<* . 61
0.06
3470.41
U.2701
CU2
1 . 54
0.08
3417.64
0.2701
C02
2.11
0.06
2792.58
866. B9
62.0 OB TEMP - 76.0
li.4 OUOM - 23573.
12.0 IDLE RPM - 610.
Kt J CUUNT - 1 1615.
NOX
62.
0.
NUXtCORR. )
b.b2 8.21
Rf V COUNT - 19978.
NOX
28.
0.
NOX(CORR. )
6.8D 6.38
RLV LCUNT - 11626.
NOX
50.
0.
NOX(CORR. )
7.12 6.63
1.96 1.82
BARO
IDLE
HUCF
0.931
HUCF
0.931
HUCF
0.931
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/12/75
SHORT TEST SEQUENCE NUMBER -11.
TEST CGNL) : RUN DATE - 03/13/75 RUN NO -A08128
KEY MODE TEST
WB TEMP - 62.0
UB TEMP - 76.0
PAGE
BARO - 30.03
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.60
SAMPLE (CONCENTRATION)
BACKGROUND {CONCENTRATION*
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.60
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPM
60.
65.
200.
62.
75.
155.
45.
TEST
TEMP
1)
>T I ON )
)
TEMP
1)
iTION)
CO, *
0.05
0.03
0.02
0.05
0.04
0.03
0.04
- 110.
HC
159.
7.
2.51
- 110.
139.
6.
NO, PPM
680.
1559.
136.
948.
2556.
55.
537.
VOL/REV - 0.2701 KEY COUNT - 2821.
CO C02 NOX
53. 1.44 52.
2. 0.05 0.
NOXICCRR. ) HUCF
1.70 728.00 2.85 2.65 0.931
VOL/REV - 0.2701 REV COUNT - 1701.
51. 1.25 26.
1. 0.06 0.
-------
VEHICLt NO. - T21G4164
DATE RECEIVED - 03/17/75
FEDERAL TEST PROCEDURE (1975) NuMBfcH - 12.
TEST COND : RUN DATE - 03/18/75 «ON NO -AJ81:i5
INERTIA - 5000. 1HP - 9.*
we
ENGINE PARAMETERS
ODOMETER -
0.
DWELL - 32.0
AHH
TIMING
1 1.4
12.0
PAGE 10
TEMP - 76.0 ttARO - 30.09
UUUP - 23808.
IDLE RPM - 610.
IDLE CO - 0.06
COLD START
INLET PREbS. - 40.20
TfcMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTKAT1UN)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.30
TfcMP -
SAMPLE (CONCENTRATION)
BACKGROUND ICONCENTRATION)
MASS EMISSIONS (GKAMS)
COMPOSITE
MASS EMISSIONS IGM/MI)
FUEL ECONOMY (MPG) - 9.86
1 10.
HC
435.
12.
18.19
110.
HC
402.
13.
28. 76
110.
HC
462.
11.
19.40
6.35
VOL/KtV -
CO
849.
2.
73.55
VCJL/KtV -
cu
1 35.
2.
19.85
VLL/KLV -
CO
303.
C.
26.31
d.86
0.2/0-*
C02
2.55
0.05
3410.89
0.2704
C02
1.53
0.05
3470.47
J.2703
C02
2.05
0.05
2728.85
865.68
Ki V OTUNT
NUX
77.
0.
10.98
Rt V LOUNT
NOX
32.
0.
7.85
Kf V COUNT
NOX
60.
0.
8.56
2. 33
- 11596.
NOX(CCRR. )
9.83
- 19930.
NOX(CORR.)
7.02
- 11604.
NOXICCKR.)
7.66
2.08
HUCF
0.895
HUCF
0.895
HUCF
0.895
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/17/75
SHORT TEST SEQUENCE NUNBER -12.
TEST CONO : RUN DATE - 03/18/75 RUN NO -A08155
KEY MODE TEST
PAGE 11
WB TEMP - 60.0 DB TEMP - 76.0 BARO - 30.09
MPH HC,PPM
HI 49. 85.
LO 34. 110.
IDLE 0. 450.
FEDERAL THREE-MODE TEST
HI 50. 78.
LO 30. 118.
IDLE 0. 360.
UNLOADED TEST
RPM - 2500. 70.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO. 2
0.07
0.08
0.06
0.08
0.06
0.05
0.10
- 110.
HC
405.
12.
6.50
- 110.
447.
24.
NOtPPM
770.
1699.
150.
860.
2368.
82.
458.
VOL/REV - 0.2703 REV COUNT - 2822.
CO C02 NOX
84. 1.49 43.
1. 0.06 0.
NOXtCORR.) HUCF
2.77 749.77 2.36 2.11 0.995
VOL/REV - 0.2703 REV COUNT - 1693.
58. 1.25 28.
0. 0.06 0.
-------
PAGE 12
VEHICLE NO. - T2104164
DAft *ECbIVEl) - 03/16/73
FEDERAL TEST PROCEDURE (1975) NUMBER - 13.
TfcST CCND : RUN OATt - 03/19/7^
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 2382J.
COLD START
INLET PRESS. - 39.80
TLMP -
SAMPLE (CCNCtNTRATION)
BACKGROUND < CONCENTR AT ION )
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCtNTRAT I ON)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 9.42
HUN ND
IMP
-AC01 7C
- 9.9
DWFLL - 32.0
no.
HC
441.
20.
lfl.01
110.
HC
< 72.
20 .
26.01
110.
hC
S13.
16.
21.30
6. 12
VUL/KbV -
CO
992.
14.
flM.i7
VOL/RtV -
CO
15 J.
20 .
19.84
VUL/KLV -
CO
317.
5.
26.99
9.55
KB TtMP -
A HP -
TIMING -
0.2705
C02
2.70
0.06
3586.63
0.2705
C02
1 .01
0.07
3&09.22
0.2705
C02
2.21
0.07
290H. 77
907. ^3
61 .0 OB
13.4
TtMP - 72.0 HARD - 29.91
UUOM - 23833.
12.0 IDLE RPM - 610. IDLE CO - 0.06
Kt V COUNT
NOX
b3.
0.
11.79
Kt V COUNT
NOX
32.
0.
7.84
KI.V COUNT
NOX
60.
0.
6.53
2.37
- 11607.
NOX(CORR.) HUCF
11.09 0.941
- 20023.
NOX(CCRR.) HUCF
7.38 0.941
- 11619.
NOXICCRR.) HUCF
8.02 0.941
2.23
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - C3/18/75
SHORT TEST SEQUENCE NUMBER -13.
TEST COND : RUN OATt - 03/19/7:* RUN NO -AC8170
KbY MODE TEST
PAGE 13
WB TEMP - 61.0 UB TEMP - 72.0 bARO - 29.91
MPH HC.PPM
HI 49. 70.
LO 34. 85.
IDLE 0. 350.
FEDERAL THREE-MODE TtST
HI 50. 60.
LO 30. 110.
IDLE 0. 370.
UNLOADED TEST
RPM - 2500. 75.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/M1 )
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, *
0.14
0.07
0.10
0.08
0.08
0,07
0.09
- 110.
HC
384.
24.
5.98
- 110.
396.
24.
NO, PPM
745.
1606.
150.
973.
2654.
76.
524.
VOL/RtV - 0.2705 REV COUNT - 2835.
CO C02 NOX
142. 1.55 63.
27. 0.07 0.
NOXICCRR.) HUCF
3.66 7o0.14 3.47 3.27 0.941
VOL/REV - 0.2705 REV COUNT - 1705.
106. 1.32 28.
21. 0.06 0.
-------
VEHICLE NO. - T2104164
UATt RECfclVFu - C3/19/73
FEDERAL TEST PROCtUURb (I
Ob TtMP - 78.0 BARO - 29.88
ODO* - 23853.
IDLE RPM - 610.
IDLE CO - 0.06
COLD STAKT
INLET PRtSS. - 40.20
TEMP - 110.
VOL/KtV - 0.2 704
*: V L.UUNT - 1 1608.
SAMPLE (CONCENTRATION)
BACKGROUND ( CUNC t NT RAT I (.,"
MASS EMISSIONS (GRAMS)
COLD STABILILED
INLET PRESS. - 40.20
fEM»> -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS IGKAMS)
HOT START
INLET PRESS. - 40.10
TLKP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.40
HC
528.
10.
22.11
110.
HC
3^9.
1 1.
?B.45
110.
HC
495 .
11.
20.70
6.64
CU
1 5 '> K .
i, ,
137.49
VUL/KEV -
CO
1 5*».
<, .
22.21
VUL/RtV -
CO
393.
3.
33.60
13.40
C02
2.63
0. 06
3550. b2
0.2704
C02
1.60
0. 06
3582.50
0.2704
C02
2.20
0.06
2'VU3. 66
90 1 . n
NOX
72.
0.
10.20
Rt V COUNT
NOX
32.
0.
7.7b
KLV COUNT
NOX
56.
0.
/.94
2.23
NUXICCRR. )
10.48
- 19926.
NOX(CORR.)
7.99
- 1161V.
NOX (CC3R. )
8. 16
2.29
HUCF
1.027
HUCF
1.027
HUCF
1.027
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/19/75
SHORT TEST SEQUENCE NUMBER -14.
TEST CONU : RUN DATE - 03/20/75 RUN NO -A08183
KEY MODE TEST
WB TEMP - 67.0
DB TEMP - 78.0
PAGE 15
6ARO - 29.88
MPH HC.PPM
HI 49.
LO 34.
IDLE 0.
FEDERAL THREfc-MODE TEST
HI 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
75.
98.
320.
95.
105.
350.
65.
CO, %
0.14
0.07
0.07
0.10
0.08
0.07
0.07
NO.PPM
667.
1535.
136.
898.
2605.
82.
511.
EPA FEDERAL SHORT CYCLE TEST
I NLET PRESS. - 40.30
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRAT
MASS EMISSIONS (Gf./MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.30
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT
TEMP
ION)
TEMP
ION)
- 110.
HC
447.
18.
7.08
- 110.
453.
12.
VOL/REV - 0.2702 REV COUNT - 2819.
CO C02 NOX
153. 1.46 79.
4. 0.06 0.
NOX(CCRR.) HuCF
4.97 732.99 4.32 4.44 1.027
VOL/REV - 0.2702 REV COUNT - 1703.
110. 1.23 29.
2. 0.06 0.
-------
PAi»E 16
VEHICLE NO. - T2104164
DATt RECElVtiJ - 03/21/75
FEDERAL TEST PROCEDURE (1^75) NUMttK - 15.
TEST CONO : RUN DATE - 03/2W75
INfcRTIA - 50UO.
ENGINE PARAMETERS
ODOMETER - 25316.
COLD START
INLET PRESS. - 40.10
TE^P -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.30
TEMK -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCtNTKATI UN)
MASS EMISSIONS (GrtAMS)
HOT START
INLET PRESS. - 40.20
TEMP -
SAMPLt (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MIi
FUEL ECONOMY (MPG) - 9.10
RUN NU
IMP
- A C a 2 1 4
- 9.^
DWELL - 32.0
1 10.
HC
2 IHb.
14.
1 Jl.(-0
110.
HC
1515.
1 5.
110.34
1 10.
HC
206 7 .
I 7.
07.83
VOL/KEV -
CO
1360.
16.
116.62
VUL/KtV -
CO
1«2.
15.
24. BO
VOL/RtV -
CO
544 .
19.
45.41
*ri FFMP -
AHP -
TIMING -
0.27U2
CO,?
2. ..5
O.u6
1380.30
0.2702
C02
1.54
0. Cb
1453.27
0.2703
cu^
2. 13
0. J6
2 * I 3 . 1 5
o^.O UB
11.4
TEMP - 74.0
OOOf - 238BI.
12.0 IDLE RPM - 610.
KL V COUNT
NOX
102.
0.
14. 4«
Rl V COUNT
NOX
47.
0.
11.47
KHV COUNT
NOX
f7.
0.
10.94
- 11584.
NOXICCRR. )
13.68
- 19910.
NOXICOKR. )
10.83
- 11589.
NOX(CCRR. )
10.33
BARO -
IDLE
HUCF
0.945
HoCF
0.945
HUCF
0.945
27.21
13.46
3. 19
3.01
COMMENT :
-------
a>
i
Ul
VEHICLE NO. - T2104164 DATE RECEIVED - 03/21/75
SHORT TEST SLGUtNCE NUMtJER -15.
TEST COND : RUN DATE - 03/24/75 RUN NO -A08214
KEY MODE TEST
WB TEMP - 62.0 DB TEMP - 74.0
PAGE 17
bARO - 30.01
MPH HC.PPM
Hi 49. 850.
LO 34. 600.
IDLE 0. 550.
I-EDEKAL THREE-PCUE TEST
HI 50. 950.
LO 30. 750.
IDLE 0. 600.
UNLOADED TEST
RPM - 2500. 660.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET HRtSS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND ( CONCENT RAT I ON )
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
cn, *
0.12
0.05
0.05
0.10
0.07
0.08
0.12
- 110.
HC
1503.
30.
24.31
- 110.
1377.
54.
NO, PPM
948.
1883.
204.
1U7.
2085.
96.
164.
VOL/KEV - 0.2701 RE V COUNT - 2820.
CO C02 NOX
95. 1.45 115.
11. O.C6 0.
NOX(CCRR-) HUCF
2.80 727.74 6.30 5.95 0.945
VOL/REV - 0.2701 Rtv COUNT - 1712.
122. 1.19 38.
e. 0.05 o.
-------
PAGE 18
VEHICLE NO. - T2104164
DATE RECEIVED - 03/24/75
FEDERAL TEST PROCEDURE (H75I NUM8EK - 16.
TEST COND : RUN DATt - 03/25/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 23902.
COLD START
INLET PRESS. - <»0.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.30
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (G^/MI)
FUEL ECONOMY (MPG) - 9.40
KUN NO
1HP
-AC8231
y.-i
DWELL - 32.0
1 10.
HC
2184.
10.
?2.4b
110.
HC
1437.
13.
103.72
110.
HC
2010.
15.
84.78
VOL/KtV -
CO
ia«5.
6.
161.35
VOL/REV -
CO
2C3.
C.
29.85
VOL/REV -
CO
560.
8.
47.36
WB TtMP -
AHP -
TIMING -
0.2702
C02
2.34
0.06
3075.96
0.2702
C02
1.52
0.06
3373.27
0.2702
C02
2.11
0.06
2763.20
02.0 Db
1 1.4
TEMP - 74.0
ODQM - 23902.
12.0 IDLfc RPM - 610.
RLV COUNT
NOX
84.
0.
11.85
KFV COUNT
NOX
43.
0.
10.39
RLV COUNT
NOX
77.
0.
10.85
- 11628.
NOXICORR. I
11.23
- 19914.
NOXICCRR. )
9.35
- 11618.
NOXtCORR.)
10.29
bARO -
IDLE
HUCF
0.948
HUCF
0.948
HUCF
0.948
25.57
16.
836.13
2.89
2.74
COMMENT
-------
VEHICLE NO. - T2104164 UATfc RECLlVeD - 03/24/75
SHORT TEST StwUL:NCh NUPbtR -16.
TEST CONU : RUN DATE - 03/2S/75 RUN NO -A08231
KEY r'ODE TEST
hi
LO
IDLt
FEDERAL
HI
LO
IDLE
MPri
49.
34.
0.
THRtE-PCUE
50.
30.
0.
HC, PPM
760.
510.
500.
VEST
900.
7t>0 .
550.
CO, %
0.10
0.06
0.05
0.09
0.05
0.06
NO.PP
94 t .
1683.
177.
1073.
1926.
68 .
UNLQADEU TEST
RPM - 2500,
COPfENTS :
670
0.14
136.
PAGE 19
Wb TEMP - 62.0 OH TEMP - 74.0 bARO - 29.74
hPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLL (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CASS EMISSIONS (G^/NI)
- 110.
VOL/REV - 0.^703
RFV COUNT - 2822.
HC
1644.
24.
26. 7B
CO
239.
1.
7 .94
CU2
1.56
0.06
786.47
NOX
85.
0.
4.66
NOX (CCRR. )
4.42
huCF
0.94d
COMPGSITL NJ/NY TEST
INLET PREbS. - 40.2o
TEMP - 110.
(CCNCEUTKAf ION) 1U7.
BACKGROUND ( C CNCE'NT KAT1 ON ) 18.
VCL/RtV - 0.2703
1C7.
7.
REV LCUNT - 1707.
1.19 39.
C.C6 0.
-------
PAGE 30
VEHICLE NO. - 12104164
DATE RECEIVfcJ - 03/26/75
FEOtRAL TEST PROCEDURE (1975) NUMeER - \f.
TEST COND : RUN DATE - Oj/27/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 23921.
COLD START
INLET PRESS- - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCtNTKAT I ON)
MASS EMISSIONS (GKAMS)
HOT START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPGJ - 9.03
KUN NO
IhP
-AC9253
9. -i
DWELL - 32.0
110.
HC
495.
12.
20.58
no.
HC
?54.
14.
17.58
110.
HC
450.
17.
18.46
4.93
VCL/RtV -
CO
2443.
15.
208.90
VOL/KtV -
CO
320.
19.
44.51
VOL/KtV -
CO
578.
24.
47.68
21.53
Wb TEMP -
AHP -
TIMING -
0.2702
C02
2. 11
0.06
3582.19
0.2702
C02
1.68
0.06
3763.54
0.2702
C02
2.^6
0.06
2974.71
933.^.6
6^.0 UB
13.4
TEMP - 70.0
ODOM - 23921.
12.0 IDLE RPM - 650.
RLV COUNT
NOX
79.
0.
11.17
KE V COUNT
NOX
31.
0.
7.53
Rt V COUNT
NOX
59.
0.
8.34
2.28
- 11614.
NOX(CORR. )
10.89
- 19960.
NOX(CCRR. )
7.35
- 11614.
NOXtCORR. )
8.14
2.22
BARO -
IDLE
HUCF
0.976
HUCF
0.976
HUCF
0.976
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/26/75
SHORT TEST SEQUENCE NUMB.ER -1?.
TEST CONU : RUN DATE - 03/27/75 RUN NO -A08253
KEY MODE TEST
MPH HC.PPM
HI 49. 80.
LO 34. 98.
IDLE 0. 180.
FEOEKAL THREE-MODE TEST
HI 50. 80.
LO 30. 130.
IDLE 0. IdO.
UNLOADED TEST
RPM - 2500. 70.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND ( CCNCENTR AT I ON )
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND ( CCNCENTR AT I ON )
CO, %
0.14
0.07
0.70
0.12
0.15
0.40
0.10
- 110.
HC
366.
33.
5.49
- 110.
222.
21.
NO, PPM
719.
1653.
82.
923.
2458.
68.
550.
VOL/REV
CO
477.
55.
14.0
VOL/REV
6J1.
46.
WB TEMP - 62.0 Db TEMP - 70.0
PAGE 31
bARO - 29.84
- 0.2702 REV COUNT - 2814.
NOX
54.
0.
C02
1.54
0.07
768.27
2.95
NOXICCRR.)
2.88
HUCF
0.976
- 0.2702 RfV COUNT - 1710.
1.34 26.
0.07 0.
-------
PACE 16
VEHICLE NO. - r2i04i64
DATE RECt-IVEu - 03/27/75
FEDERAL TEST PROCEDURE (1975) NUMdtK - IB
TEST CONO : RUN UATL - 03/28/75
INERTIA - 5000.
ENGINE PARAMETERS : OUCMETER - 23940.
COLU START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CCNCENTRAFIGN)
BACKGROUND (CGNCENTRAIION)
MASS EMISSIONS (GRAMS)
COLO STABILIZED
INLET PRESS. - 40.80
TEMP -
SAMPLt (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
JNLET PRESS. - 40.70
TEMP -
SAMPLE (CCNCENTRATION)
BACKGROUND (LCNCENTRAlI UN)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M)
FUEL ECONOMY (MPG) - 9.34
RUN NO
IhP
-AOH239
9.9
DWELL - 3^.0
110.
HC
m.
7.
15.99
110.
HC
? 16.
8.
15.29
110.
HL
390.
d.
16. 37
4.20
VOL/RfcV -
LU
U26.
C.
105. «5
VOL/REV -
CO
253.
2.
37.26
VOL/REV -
(.0
399.
^
34 .34
13.65
Hh TEMP -
AHP -
TIMING -
0.2 101
C02
2 . 69
0.06
356 7.41
0.^701
C02
1.62
0.04
3685.22
0.2702
CC2
2. 18
0.05
2*94. 79
91^.90
57.0 Dtt
11.4
TEMP - 76.0 BARO - 29.96
DOOM - 23945.
12.0 IDLE RPM - 650. 1ULE CO - 0.0*
RF V LOUNT
NUX
89.
0.
12.62
RtV COUNT
NOX
35.
0.
8.54
REV COUNT
NOX
70.
0.
9.95
2.62
- 11616.
NOX(CORR.) HUCF
10.73 0.850
- 19974.
NOX(CORR.) HUCF
7.26 0.850
- 11631.
NOX(CORR.) HUCF
8.46 0.850
2.23
COMMENT
-------
VEHICLE NO. - T2104164 DATE RECEIVED - 03/27/75
SHORT TEST SEUUtlNCt NUNbER -18#
TEST CCND : RUN DATE - 03/28/75 RUN NO -A08259
KEY MODE TEST
WB TEMP - 5/.0 DB TEMP - 76.0
PAGE 17
BARO - 29.96
MPH HC,PPM
HI 49. 85.
LO 34. 110.
IDLE Q. 190.
FEDERAL THREt-MCUE TEST
HI 50.
LO 30.
lULh 0.
UNLOADED TfcST
RPM - 2500.
COMMENTS :
80.
110.
100.
60 .
EPA FEDERAL SHORT CYCLL TEST
INLET PRESS. - 40.80 TEMP
SAMPLE (CCNCENTRAT ICN )
BACKGROUND (CCNCENTKAT
MASS EMISSIONS IGM/MI)
LCMPOSITt NJ/NY TEST
INLtT PRESS. - 40.80
SAMPLE (CCNCLNTRATION)
BACKGROUND {CCNCtf\TRAT
ION)
TEMP
ION)
CO, %
0.15
0.10
0.50
0.14
0.12
0.20
0.10
- 110.
HC
279.
9.
4.44
- 110.
294.
12.
NO, PPM
834.
1745.
82.
1123.
2605.
55.
641.
VOL/REV - 0.2701 REV COUNT - 2811.
CO C02 NOX
325. 1.68 46.
4. 0.05 0.
NOX1CCRR.) HUCF
1C. 66 di.0.67 2.51 2.13 0.850
VOL/REV - 0.2701 REV COUNT - 1712.
569. 1.35 25.
4. 0.06 0.
-------
VtHlCLt NO. - T21U4164
DATE KECtlVt.J - OJ/31/75
FEDERAL TEST PROCEDURE (1971)) NUMBER - 1S0
TEST CONL : KUN DATE - 04/01/75 RUN NO -AC62/9 *b TLMP - 5».0
INERTIA - 5000. IhP - ?. -i AHP - 13.4
PAGE 18
DB TtMP - 70.0 8ARO - 29.93
DOOM - 24199.
ENGINE PARAMETERS : UUCMETEK -
o. DWELL - 32.0 TIMING - 12.0 IDLE RPM - 650.
IDLE CO - 0.04
COLD START
INLfcT PRESS. - 40.
SAMPLE (CCNCENTKATICN)
bACKGROUND (CONCENTRATION)
MASS EMISSIONS (C-KAMS)
COLD STA81LIZEU
INLfcT PRESS. - 40.50
TtMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCtNTRAT I ON)
MASS EMISSIONS (GKAMS)
HOT START
INLEI PRESS. - 40.60
TEMP -
SAMPLE (CCNCENTRATICN)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - b.B5
1 LO.
HC
42C.
24.
! 6.96
110.
HC
263.
1 3.
la. 37
1 10.
HC
42G.
14.
17.35
4.74
VCL/REV -
CO
8<«9.
3.
73.16
VOL/KEV -
CO
10?.
6.
26.85
VCL/RtV -
CO
394.
15.
32.70
1C. 26
O./? 702
L02
2. 79
0.02
3763.42
0.2702
C02
i. 73
0.05
3915.62
0.2702
C02
2.33
C.06
3077.17
) 7 1.72
RLV COUNT
NOX
74.
1.
10.37
REV COUNT
NOX
30.
0.
7.31
RLV COUNT
NOX
59.
1.
8.22
2.19
- 11634.
NGX(CCRR. )
9.52
- 19958.
NOXiCORR. )
6.71
- 11611.
NOX(CORR. )
7.55
2.01
HUCF
0.918
HUCF
0.918
HUCF
0.918
COMMENT
-------
VEHICLE NO. - T210416t DATE RECEIVED - 03/31/75
SHORT TEST SfcOUtNCfc NUMBER -18$
TEST COND : RUN UATE - 04/01/75 RUN NO -A08279
KEY CODE TEST
PAGE 19
WB TEMP - 59.0 DB TEMP - 70.0 BARO - 29.93
MPH HCiPPM
HI 49. 75.
LO 34. 105.
IDLE 0. 190.
FEDERAL THREE-MODE TEST
HI 50. 75.
LO 30. 120.
IDLE 0. 142.
UNLOADED TEST
RPM - 2500. 58.
COMMENTS :
tPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.60 TEMP
SAMPLL (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.60 TEMP
SAMPLE (CCNCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.15
0.08
0.14
0.12
0.10
0.16
0.08
- 110.
HC
291.
15.
4.58
- 110.
366.
18.
NO, PPM
719.
1582.
82.
986.
2556.
68.
550.
VOL/REV - 0.2702 REV COUNT - 2836.
CO C02 NOX
236. 1.69 42.
6. 0.07 0.
NOX(CORR. ) HUCF
7.64 853.29 2.31 2.12 0.918
VOL/REV - 0.2702 REV COUNT - 1710.
475. 1.41 23.
4. 0.06 0.
-------
Car No. 3
T2364165
-------
VEHICLE NO. - 1236^165 0
FEUERAT'TEST PROCEDURE (1975) NUMBER -
TEST CLMD : RUN UATt - 02/ 1 ->f 75
INtRTIA - 5000.
tULD START
INLET PRESS. - 43.30
SAMPLt (CCNCtfvTKAT ICN)
BACKGROUND ICCNCENTKATIC'I
KASS EMISSIONS lo
COLO STAUlLIZEU
I NLET PRESS. - 40. 50
SAMPLE JCCUCENTKATICN)
bACKGRCUND
MASS EMISSIONS (GPAMS)
HUT START
INLET' PRESS. - ^o.^o
SAMPLE (CONCENTRATION)
tJACKGRCUNU (LCNCENTRAT ION
MASS EMISSIONS (GRAMS)
CCMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 3.97
RECEIVED - 01/23/75
1 ....__
UMBER -
V75
*
TEMP -
)
TEMP -
)
TEMP -
i
- ^.
RUN NO
IHP
110.
hC
40 .
12.
1.19
1 10.
HC
Ib.
1 1.
C.52
110.
HC
116.
11.
A. 51
0 .48
- &0 79 34
- 10. 1
VOL /REV -
v,U
1S3.
C.
16 .60
VCL/KLV -
CO
9.
2.
1 .04
VOL/KtV -
CO
lu i .
c.
e .65
1 .76
v*tj TEMP -
A HP -
0.2702
C'J
-------
PAGE 21
VEHICLE NO. - T2364165 DATE RECEIVED - 01/23/75
1
SHORT TEST SEQUENCE NUMBER - /*.
TEST CONO : RUN DATE - 02/19/75
KEY N'ODE TEST
MPH hC.PPM
hi 49. 35.
LO 34. 39.
IDLE 0. 41.
FEDERAL THREE-NCUE TEST
HI 50. 31.
LO 30. 41.
IDLE 0. 39.
LNLCADEO TEST
RPK - 2500. 39.
tPA FEDERAL SHCRT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND ( CCNCENTRAT I ON )
MASS tMSSICNS (uf/KI )
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.40 TEKP
SAMPLE (CO-NCL-NTRATIGN)
BACKGROUND ( CCNCENT RAT I ON )
RUN NO
CO, S
0.04
0.01
0.03
G.03
0.02
0.02
- 110.
hC
26.
11.
0.25
- 110.
28.
12.
- -
- 407934 WB TEMP - bf.Q OB TEMP - 74.0 o_A_R_P_-_ 30 . 07
NO.PPK
405.
1234.
191.
602.
2065.
96 .
445.
VCL/REV - 0.2703 REV CGUNT - 2829.
CO C02 \OX
28. l.ol 49.
3. 0.08 1.
NOXCCCRR.) HuCF
C.d4 504.19 2.64 2.79 1.058
VOL/REV - 0.2702 RtV CCUNT - 17Q8.
29. 1.30 24.
9. 0.06 1.
-------
PACE 8
VEHICLE NO. - T2364165
L-ATE RECEIVED - 02/19/75
FEDERAL TEST PROCEDURE (197b) NUMBER - 2.
TEST CONU : RUN DATE - 02/20/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER -
COLD START
INLET PRESS. - 39.00
TEMP -
SAMPLE (CONCENTRATION!
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CQNCCNTRATI UN)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 9.
KUN NO
IHP
-A07949
- 10-1
DWELL - 30.0
110.
HC
41.
10.
1.33
110.
HC
16.
10.
0.44
110.
HC
90.
11.
3.39
0.39
VOL/KEV -
CO
171.
1.
1<..73
VOL/RtV -
CO
9.
1.
1.19
VUL/REV -
CD
97.
3.
b. l<»
1.62
HB TLMP -
AHP -
TIMIMG -
0.^:705
C02
3.04
0.07
4042.58
0.2705
L02
1.70
0.08
3791.63
0.2704
C02
2.41
0.08
3169.65
978.22
70.0 DB
13.4
TEMP - 77.0
DOOM - 9996.
6.0 IDLE RPM - 600.
RbV LOUNT
NOX
65.
0.
9.25
REV COUNT
NOX
33.
0.
3.06
Kt V COUNT
NOX
55.
1.
7.68
2. 19
- 11616.
NOX(CORR. )
10.38
- 19974.
NOX(CORR. >
9.06
- 11620.
NOX(CORR. )
8.61
2.46
BARO
IDLE
HUCF
1.122
HUCF
1.122
HUCF
1.122
COMMENT :
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 02/19/75
SHORT TEST SEQUENCE NUM6ER - 2.
TEST CONO : RUN DATE - 02/20/75 RUN NO -A07949
KEY MODE TEST
MPH HC.PPM
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
49.
34.
0.
THREE-MODE TEST
50.
30.
0.
30.
31.
35.
31.
35.
38.
CO, I
0.01
0.01
0.02
0.03
0.02
0.02
NO, PPM
365.
1222.
191.
511.
2107.
96.
UNLOADED TEST
RPM - 2500.
COMMENTS :
39.
0.02
PAGE
WB TEMP - 70.0 D8 TEMP - 77.0 BARO - 29.94
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110.
VOL/REV - 0.2704
REV COUNT - 2816.
HC
27.
12.
0.25
CO
16.
3.
0.43
C02
1.58
0.07
790.32
NOX
53.
0.
2.90
NOXICORR.)
3.25
HUCF
1.122
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.80
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
26.
11.
VOL/REV - 0.2706
18.
3.
REV COUNT - 1735.
1.27 25.
0.07 0.
-------
PAGE 10
VEHICLE NO. - T236<>16:>
DATE RECEIVED - 02/20/75
FEDERAL TEST PROCEDURE (I1*/1)) NUMBER - 3.
TtST CONU : RUN DATL - 02/ll/J')
INERTIA -
ENGINE ARAMETtKS
OUUMFTbR - 10016.
COLU START
INLEI PKESS. - <»U.<»0
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLO STABILIZED
INLET PRESS. - <>U.<»0
TEMP -
SAMPLE (CONCtNTRAlI ON I
BACKGROUND (CONCENTRATION)
MASS tMISSIONS (GRAMS)
HOT START
INLE I PRESS. - <»U.OO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COMPOSITE
MASS EMISSIONS (G*/M1>
FUEL ECONOMY (MPGI - 7.
RUN NO
I HP
I'ME
1 10.
HC
72.
10.
2.66
110.
HC
13.
10.
0.22
110.
HC
151.
9.
6.10
0.65
- AO 796 1
- 10.1
:IL - JL.O
VUL/KtV -
CO
)b Ki v i. HUNT
(,02 NOX
i.^i 73.
O.o 7 0.
*»^>6 7. 77 10. 38
0.2 702 Rt V COUNT
C02 NOX
1 . b9 <>0.
0.07 0.
<*<» /. t>2 *. 76
ij.2^04* Ki v wOUNT
v-o^ NOX
2.71 58.
0. o5 0.
Ih26. >! b. 2 7
lluJ.ai 2.52
- 1 1612.
NOX (CORK.)
9.32
- 19935.
NOXICOKR. )
8.77
- 1162'*.
NOX1CORR. )
7.^3
2.27
bARO
IDLE
HUCF
O.B9b
HUCF
0.89B
HUCF
0.89B
COMMENT :
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 02/20/75
SHORT TEST SEQUENCE NUMbhR - 3.
TEST COND : RUN DATE - 02/21/75 RUN NO -A07963
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
0.
THREE-MODE
50.
30.
0.
HC,PPM
30.
31.
32.
TEST
40.
CO, I
0.02
0.04
0.02
0.04
0.04
0.03
NO, PPM
445.
164.
180.
628.
298.
96.
UNLOADED TEST
RPM - 2500.
COMMENTS :
41.
0.04
96.
PAGE 11
WB TEMP - 62.0 DB TEMP - 81.0 BARD - 29.99
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.50 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
HC
16.
8.
0.13
VOL/REV - 0.2702
CO
18.
0.
0.60
C02
1.70
0.06
860.78
RfcV COUNT - 2826.
NOX
49.
1.
2.63
NOXiCORR.)
2.37
HUCF
0.898
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.40
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
18.
7.
VOL/REV - 0.2702
26.
0.
RtV COUNT - 1711.
1.40 25.
0.05 0.
-------
PACE 12
VEHICLE NO. - T2364165
UATE RECEIVED - 02/25/7i
FEDERAL TEST PROCEDURE (1975) NUMBER - 4.
TEST COND : RUN DATE - 02/27/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER -
COLD START
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 8.86
RUN NU -
I HP -
OWEL
110.
HC
79.
14.
?.79
110.
HC
30.
16.
1.03
110.
HC
95.
14.
3.46
0.56
A08003
9.9
L - 29.5
VOL/REV -
CO
433.
0.
37.55
VOL/REV -
CU
151.
0.
22.52
VOL/REV -
CO
350.
0.
30.19
7.45
*b TEMP -
AHP -
TIMING -
0.*1 706
C02
2.98
0.06
3^78.36
0.2706
C02
1. 7?
0.07
3866.89
0.2706
C02
2.43
0.06
3212.26
987.81
60.0 DB
13.4
TEMP - 71.0
DOOM - 10053.
12.0 IDLE RPM - 690.
RtV COUNT
NOX
28.
0.
3.99
REV COUNT
NOX
22.
0.
5.39
RCV COUNT
NOX
25.
0.
3.54
1.22
- 11594.
NOXICORR. )
3.70
- 19943.
NOXICORR. )
5.00
- 11537.
NOXICORR. )
3.29
1.13
BARO
IDLE
HUCF
0.928
HUCF
0.928
HUCF
0.92B
COMMENT
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 02/25/75
SHORT TEST SEQUENCE NUMbER - 4.
TEST COND : RUN DATE - 02/27/75 RUN NO -A08003
KEY MODE TEST
PAGE 13
WB TEMP - 60.0 DB TEMP - 71.0 BARO - 30.00
MPH HC,PPM
HI 49. 25.
LO 34. 25.
IDLE 0. 28.
FEDERAL THREE-MODE TEST
HI 50. 40.
LO 30. 35.
IDLE 0. 30.
UNLOADED TEST
RPM - 2500. 34.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, *
1.35
0.01
0.01
1.55
0.02
0.01
0.01
- 110.
HC
43.
14.
0.48
- 110.
45.
14.
NO.PPM
82.
1222.
177.
123.
1392.
68.
82.
VOL/REV - 0.2705 REV COUNT - 2821.
CO C02 NOX
288. 1.71 14.
0. 0.06 1.
NOXtCORR. ) HUCF
9.61 865.45 0.71 0.66 0.928
VOL/REV - 0.2705 REV COUNT - 1712.
302. 1.32 11.
0. 0.06 0.
-------
PAGE 48
>
i
VEHICLE HO. - T2364165
DATE RECEI/ED - D2/27/7!>
FEDERAL TEST PROCEDURE U975) NUMBER - 5.
TEST CONl) : RUN DATE - 03/0
-------
o
w
VEHICLE NO. - T2364165 DATE RECEIVED - 02/27/75
SHORT TEST SEQUENCE NUMBER - 5.
TEST COND : RUN DATE - 03/04/75 RUN NO -A08052
KEY MODE TEST
PAGE 49
WB TEMP - 62.0 DB TEMP - 71.0 BARO - 29.88
MPH HCtPPM
HI 49. 31.
LO 34. 30.
IDLE 0. 30.
FEDERAL THREE-MODE TEST
HI 50. 33.
LO 30. 35.
IDLE 0. 35.
UNLOADED TEST
RPM - 2500. 40.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.10 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.10 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
1.80
0.03
0.02
1.90
0.10
0.03
0.03
- 110.
HC
37.
15.
0.37
- 110,
33.
11.
NO, PPM
87.
1049.
191.
82.
667.
82.
405.
VOL/REV - 0.2704 REV COUNT - 2837.
CO C02 NOX
920. 1.69 25.
11. 0.06 0.
NOX(CORR.) HUCF
30.51 859.49 1.38 1.33 0.96B
VOL/REV - 0.2705 REV COUNT - 1709.
749. 1.33 14.
13. 0.06 0.
-------
PAGE 50
VtHlCLE NO. - T236416IJ
DATE RECEIVED - 03/05/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 6.
TEST COND : RUN DATE - 03/10/75
INERTIA - 5000.
ENGINE PARAMETERS
ODUMETER - 10115.
COLU START
INLET PRESS. - 3U.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COLD STABILISED
INLET PRESS. - 38.80
TEMP -
SAMPLE (CONCfcNTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 8.59
KUN NU
IHP
-AOdlOO
- 9.9
DWELL - 29.5
110.
HC
114.
2.
A. 80
110.
HC
15.
5.
0.74
110.
HC
116.
6.
4.70
0.73
VOL/REV -
CO
539.
34.
43.67
VOL/RtV -
CO
9S.
14.
12.48
VOL/REV -
CO
344.
s.
28.88
6.36
WB TEMP -
AHP -
TIMING -
0.2710
C02
3.12
0.07
4143.91
0.2710
C02
1. 73
0.06
3899.40
0.2705
CD2
2.63
O.U7
3467.95
1021.07
59.0 DB
13.4
TEMP - 68.0
DOOM - 10153.
12.0 IDLE RPM - 610.
KLV COUNT
NOX
58.
1.
8. 10
REV COUNT
NOX
29.
0.
7.08
KLV COUNT
NOX
63.
1.
8.78
2.08
- 11602.
NOX(CORR. )
7.55
- 19939.
NOXICORR.)
6.60
- 11621.
NOXICORR.)
8.19
1.94
BARO
IDLt
HUCF
0.933
HUCF
0.933
HUCF
0.933
COMMENT
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 03/05/75
SHORT TEST SEQUENCE NUMBER - 6.
TEST COND : RUN DATE - 03/10^75 RUN NO -A08100
KEY MODE TEST
PAGE 51
WB TEMP - 59.0 DB TEMP - 68.0 BARO - 29.80
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 38.bO
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 38.80
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPH
30.
40.
100.
35.
30.
45.
45.
TEST
TEMP
1)
JION)
)
TEMP
1)
iTION)
CO, ?
0.02
0.05
1.00
0.02
0.04
0.02
0.05
- 110.
HC
101.
4.
1.61
- 110.
56.
5.
NO, PPM
445.
1295.
191.
667.
2129.
109.
537.
VOL/REV - 0.2710 REV COUNT - 2«29.
CO C02 NOX
1196. 1.70 35.
2. 0.06 1.
NOXtCORR.) HUCF
40.05 864.24 1.87 1.75 0.933
VOL/KEV - 0.2710 REV COUNT - 1739.
622. 1.46 24.
4. 0.06 0.
-------
VEHICLE NO. - T2364165
DATE RECEIVED - 03/10/75
FEDERAL TEST PROCEDURt (1975) NUKBLR - 7.
TEST CONO : RUN UATE - 03/20/75 KUN NO -ACblbC
INhRTIA - 5000. IHP - 9.9
- 65.0
AHP - 13.4
PAGE 16
OB TEMH - 75.0 BARC) - 29.90
ODOM - 10199.
ENGINE PARAMETERS
ODOMETER - 10174. DWELL - 29.5 TIMING - 12.0 IDLE RPM - 610,
IDLE CO - 0.03
COLD START
INltT PRESS.
- 40.30
TtMP - 110.
VCL
- U.270J
KtV COUNT - 11589.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENT RAT I UN)
MASS EMISSIONS (OKAMS)
COLO STABILIZED
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (oRAMS)
COMPOSITE
MASS tMISSIONS (GM/M1)
FUEL ECONOMY (MPGI - 8.79
hC
86 .
13.
J.I 1
110.
HC
22.
14.
0.59
110.
HC
146.
15.
5.61
0.6H
CU
}54.
16.
80.78
VOL/REV -
LO
111.
22.
13.17
VOL/RfcV -
CO
491.
7.
41 .d3
9.>7
C02
1.U6
0. 06
4059.34
0.2703
C02
1. 73
0.06
3882. Id
0.2 704
C02
2.41
U. u6
4191.^4
992.89
NOX
56.
0.
7.92
KL-V COUNT
NOX
29.
0.
7.05
KlrV COUNT
NOX
47.
0.
6.67
1.90
NOXICOrtR.)
7.94
- 19910.
NOX(CORR. )
7.06
- 11620.
NOX(CCRR. )
6.69
1.91
HUCF
1.002
HUCF
1.002
HUCF
1.002
COMMENT :
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 03/10/75
SHORT TEST SEQUENCE NUMBER - 7.
TEST COND : RUN DATE - 03/20/75 RUN NO -AC8180
KEY MODE TEST
s>
£
PAGE 17
WB TEMP - 65.0 Db TEMP - 75.0 BARO - 29.90
MPH HC.PPM
HI 49. 28.
LO 34. 30.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 32.
LO 30. 50.
IDLE 0. 55.
UNLOADED TEST
RPM - 2500. 40.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS IGM/MI )
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUNU (CONCENTRATION)
CO, %
0.03
0.02
0.25
0.04
0.25
0.75
0.50
- 110.
HC
177.
15.
2.67
- 110.
126.
15.
NO, PPM
405.
1368.
177.
550.
1606.
82.
352.
VOL/REV - 0.2704 RLV COUNT - 2816.
CO C02 NOX
2162. 1.61 30.
14. 0.08 0.
NOX(CORR-) HUCF
72.22 800.79 1.64 1.65 1.002
VOL/REV - 0.2704 Rh V COUNT - 1715.
1472. 1.24 27.
6. 0.07 0.
-------
PAGE 10
VEHICLE NO. - T2364165
DATE RECLIVLO - 03/20/75
FEDERAL TEST PROCEDURE (1975) NUMBEK -
TEST COND : RUN DATt - 03/2U75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 10218.
COLO STAKT
INLET PRESS. - t0.4u
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
SAMPLE (CCNCENTRATION)
BACKGROUND (CGNCENTKA 1 ICN)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTKATI ON)
MASS EMISSIONS (G«AMS)
COMPOSITE
MASS EMISSIONS IGM/MI)
FUEL ECONOMY (MPG) - *.24
*UN ND
I HP
-Acer, 3
- 9. i
DWELL - 24.5
1 10.
HC
J4.
7.
1.15
1 10.
HC
1'j.
/.
0.59
110.
HC
64.
7.
2.4'*
VCL /Rf V -
cu
132.
c.
11.39
VOL/RLV -
CO
9.
2.
1.04
VCL/KtV -
CG
b3.
J.
6.92
WtJ TEMP -
AHP -
T 1M1NO -
0.2 ?C?
C02
2.36
0.05
3H36. 73
0.2 7u2
CC2
1.65
0.05
3726.81
0.2703
CO^
2. 18
C.05
3165.30
59.0 f'B
13.4
TEMP - 69.0
ODOf - 10223.
12.0 IDLE KPM - 690.
KtV COUNT
NOX
6b.
0.
9.36
KLV COUNT
NOX
33.
0.
8.04
RtV COUNT
NOX
55.
0.
7.81
- 11606.
NUX( CORR. )
8.65
- 19940.
NOX(CORR.)
7.43
- 11619.
NOX(CCRR.)
7.22
BARO
IDLE
HbCF
0.925
HUCF
0.925
HUCF
0.925
0.31
1.32
957.44
?.20
2.04
COMMENT
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 03/20/75
SHORT TEST SEQUENCE NUMbER - 8.
TEST CONU : RUN DATb - 03/21/75 RUN NO -AC8193
KEY MODE TEST
*>
\
V
o
WE TEMP - 59.0 Ufa TEMP - 69.0
PAGE 11
BARO - 29.93
MPH HC.PPM
HI 49. 23.
LO 34. 25.
IDLE 0. 25.
FEDERAL THREE-MCOE TEST
HI 50. 23.
LO 30. 22.
IDLE 0. 22.
UNLOADED TEST
RPM - 2500. 23.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CCNCENTRATION)
BACKGROUND ( CCNCENTRAT ION >
MASS EMISSIONS (GM/MI)
COMPOSITL NJ/NY TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, *
0.03
0.02
0.02
0.03
0.02
0.02
0.03
- 110.
HC
16.
7.
0.15
- 110.
23.
7.
NO, PPM
352.
615.
177.
537.
204.
68.
245.
VOL/REV - 0.2702 REV COUNT - 2816.
CO C02 NOX
18. 1.68 48.
1. 0.04 0.
NOXJCORR.) HUCF
0.57 357.73 2.62 2.43 0.925
VOL/REV - 0.2702 RcV COUNT - 1717.
8. 1.32 27.
0. 0.06 0.
-------
PAGE
VEHICLE NO. - T2364165
DATE RECEIVED - 03/24/75
FEDERAL TEST PROCEDURE (1975) NUMBER -
TEST COND : RUN DATE - 03/24/75
1NEKT1A - 5000.
ENGINE PARAMETERS
COOMETER - IG2"*:>.
COLD START
INLET PRESS. - 40.4o
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
bACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MM
FUEL ECONOMY (MPG) - 9.
UN NO
IMP
-AC8215
- 4.9
DWELL - 29.5
13.
HC
61.
12.
2. 10
10.
HC
24 .
1 1.
0.95
10.
HC
111.
11.
4.28
VOL/KfcV -
CO
216.
2.
Iti .48
VCL/KtV -
CO
9.
1.
1.19
VOL/REV -
CO
103.
2.
a. 73
Wb TEMP -
AHP -
TIMING -
0.2702
C02
2.88
0.06
3H26. 73
0.2702
002
1.64
0.05
3702.83
0.2702
00^
2.33
0. J5
3096. ^3
63.0 bd
13.4
TEMP - 75.0
ODOf - 10246.
12.0 IDLE RPM - 670.
RtV COUNT
NOX
68.
0.
9.65
Kt V COUNT
NOX
34.
0.
8.28
RtV COUNT
NOX
56.
0.
7.95
- 11591.
NOX(CCRR. )
9.24
- 19892.
NOXICORR. )
7.93
- 11599.
NOX(CCRR. )
7.62
BARO -
IDLE
HUCF
0.958
HUCF
0.958
HUCF
0.958
007
1.38
948.4
?. 26
2.17
COMMENT
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 03/24/75
SHORT TEST SEQUENCE NUMBER - 9.
TEST COND : RUN DATE - 03/24/75 RUN NO -A08215
KEY MODE TEST
WB TEMP - 63.0 OB TEMP - 75.0
PAGE 9
BARO - 29.99
MPH HC.PPM
HI 49. 50.
LO 34. 4b.
IDLE CJ. 45.
FEDERAL THREE-MODE TEST
HI 50. 55.
LO 30. 50.
IDLE 0. 45.
UNLOADED TEST
RPH - 2500. 45.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CCNCENTRATION)
BACKGROUND (CCNCENTRATION)
CO, %
0.03
0.02
0.02
0.04
0.03
0.02
0.03
- 110.
HC
26.
11.
0.25
- 110.
30.
13.
NO, PPM
378.
706.
216.
576.
2i«.
82.
271.
VOL/REV - 0.2704 RLV COUNT - 2810.
CO C02 NOX
23. 1.62 49.
4. 0.05 0.
NOX(CORR.) HUCF
C.63 819.98 2.68 2.56 0.958
VOL/REV - 0.2704 RfcV COUNT - 1719.
14. 1.31 25.
2. 0.05 0.
-------
VEHICLE NO. - T236416t>
DATL RECtlVEG - 03/24/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 10.
TEST COND : RUN DATE - 03/25/7?
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 10266.
COLO START
INLET PRESS. - 40.40
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COLD STABILIZED
INLtT PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20
TLMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAKSI
COMPOSITE
MASS EMISSIONS (GM/Ml)
FUEL ECONOMY (MPG) - 8.96
KUN NO
IHP
-ACH230
- 9.S
DWELL - 2S.5
110.
HC
n.
1.19
110.
HC
20.
13.
0.51
110.
HC
387.
20.
VOL/REV -
CO
197.
9.
16.13
VCL/RLV -
CO
20.
1 1.
1.33
VOL/REV -
CD
212.
4.
wB It^P -
AHP -
TIMING -
0.2702
C02
3. CO
O.C6
3962. 89
0.2 702
C02
1.6b
0. J6
3751.06
0.2703
C02
0.16
63.0 UB Tl
1 i . 4 01
12.0 IDLE
RLV COUNT -
NOX
62.
0.
1
8.74
Rl V COUNT -
NOX
32.
0.
7.75
RTV COUNT -
NOX
50.
0.
PAGE 4
- 72.0 BARO - 29.80
ODOM - 10266.
M - 690. IDLE CO - 0.03
15.61
1.32
NOX(CCRR.
8.58
NOX(CORR.
7.61
17.b7
2.46
3331.28
J80.68
NOXtCORR.)
7.05 6.93
2.07
2.03
HUCF
0.982
hUCF
0.982
HUCF
0.982
COMMENT
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 03/24/75
SHORT TEST SEUUENCE NUMBER -10.
TEST COND : RUN DATE - 03/23/75 RUN NO -AC8230
KEY MODE TEST
\
~D
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC,PPM
30.
28.
25.
TEST
28.
28.
23.
CO, %
0.03
0.03
0.02
0.04
0.03
0.02
NO, PPM
312.
484.
177.
484.
191.
68.
UNLOADED TEST
RPM - 2500.
COMMENTS :
25. 0.03 191,
bPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.40 TEMP - 110.
SAMPLE (CONCENTRATION)
8ACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
PAGE 5
WB TEMP - 63.0 Dti TEMP - 72.0 BARO - 29.80
VOL/REV - 0.2702
RFV COUNT - 2826.
HC
26.
17.
0.15
CO
29.
11.
0.60
C02
2.14
0.06
1091.72
NOX
39.
0.
2.14
NOX(CORR. )
2.10
HUCF
0.982
COMPOSITE NJ/NY TEST
INLET^PRESS. - 40.40
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT I ON)
29
13
VOL/REV - 0.2702
32.
14.
REV COUNT - 1712.
1.35 19.
0.06 0.
-------
PAGE 22
VEHICLE NO. - T2364165
DATfc RECEIVED - 03/25/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 11.
TEST COND : RUN DAfL - 03/26/75
INtRT1 A - 5000.
ENGINE PARAMETERS
OOOMtTER - 10265.
COLD START
INLET PRESS. - 40.20
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.2U
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNC6NTRATI ON)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTKATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 8.54
KUN NU
IHP
-AC -124C
- 9.9
DWELL - 29.5
110.
HC
1050.
10.
44.1 7
110.
HC
178.
11.
26.75
110.
HC
604.
11.
13.67
VOL/KEV -
CO
342.
3.
29. J7
VGL/KEV -
CU
35.
<;.
A. 86
VOL/KtV -
CU
139.
1.
11.03
fct! TbMP -
AHP -
TIMING -
0.270'.
(-02
3.01
0.07
3960. 94
0.2704
C02
1.7B
0.06
3976. *1
0.2704
C02
2.50
0.06
3286. 75
5^.0 Ub
1 3.4
TEMP - 68.0
01)01* - 10289.
12.0 IULE RPM - 750.
KtV COUNT
NOX
88.
0.
12.40
KLV CGUNT
NOX
50.
0.
12.09
KcV COUNT
NOX
77.
0.
10.84
- 11596.
NOXICCRR. )
10.61
- 19901.
NOX(CGRR. )
10.34
- 11594.
NOXICCRR. )
9.28
BARO -
IDLE
HUCF
0.856
hUCF
0.856
HUCF
0.856
8 .60
3.21
1007.14
3.15
2.69
0.03
COMMENT
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 03/25/75
SHORT TEST SEQUENCE NUPdER -11.
TEST COW : RUN DATE - 03/26/75 RUN NO -A08240
KEY MODE TEST
PAGE 23
MB TEMP - 54.0 OB TEMP - 68.0 bARO - 29.75
MPH HCtPPM
HI 49. 220.
LO 3-+. 130.
IDLE 0. 65.
FEDERAL THREE-MODE TEST
HI 50. 190.
LO 30. 150.
IDLE 0. 55.
UNLOADED TEST
RPM - 2500. 130.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.07
0.04
0.03
0.07
0.05
0.03
0.06
- 110.
HC
444.
6Q.
6.33
- 110.
693.
132.
N0» PPM
471.
821.
136.
719.
325.
82.
96.
VOL/REV - 0.2704 REV COUNT - 2815.
CO C02 NOX
386. 1.80 52.
Ifi. 0.06 0.
NOX(CCRR.) HUCF
12.25 910,38 2.84 2.43 0.856
VOL/REV - 0.2704 REV COUNT - 1708.
354. 1.63 26.
69. 0.08 0.
-------
VEHICLE NO. - T2364165
DATb RECEIVED - 03/26/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 12.
TEST CONO : RUN DAIt - 03/27/75 HUN NO -A03256 WB TEKP - 56.0
INERTIA - 5000. IHP - 9.4 AHP - ii.4
PAGE 34
Ob TEMP - 69.0 BARO - 29.78
ODCJM - 10313.
ENGINE PARAMETERS : ODOMETER - 10311. DWELL - 30.0 TIMING - 18.0 IDLE RPM - 630. IDLE CO - 0.02
COLD START
INLET PRESS. - 40.40
TEMP - HO.
VOL/REV - 0.2702
RLV COUNT - 11605.
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCtNTRAT I ON)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
TEMP -
SAMPLE (CCNCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (C^/MI )
FUEL ECONOMY (MPG) - 10.73
HC
41.
7.
1.44
110.
HC
1 b .
7.
0.80
110.
HC
33.
7.
1.11
0.27
CO
117.
C.
10.04
VOL/REV -
CO
4.
U.
0.59
VOL/REV -
CO
51.
0.
4.39
C.99
C02
2.45
0.04
3248. «7
0.2702 Rr V
C02
1.45
U. 04
3271.22
0.2704 RtV
C02
2 .02
0.05
2661.43
824. 70
NOX
145.
0.
20.44
COUNT
NQX
61.
0.
14.80
COUNT
NOX
156.
0.
22.04
4.82
NOX(CLiRR. )
17.94
- 19972.
NOXJCORR. )
12.99
- 11615.
NOX(CCRR.)
19.34
4.23
HUCF
0.878
HUCF
0.878
HUCF
0.878
COMMENT
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 03/26/75
SHORT TEST SEQUENCE NUMBER -12.
TEST COND : RUN DATE - 03/27/75 RUN NO -A08256
KEY MOUE TEST
WB TEMP - 56.0 DB TEMP - 69.0
PAGE 35
BARO - 29.78
MPH HC.PPM
HI 49. 35.
LO 34. 30.
IDLE 0. 32.
FEDERAL THREE-MCDE TEST
HI 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
40.
38.
35.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRAT
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - ^0.30
SAMPLE (CCNCtNTRATION)
BACKGROUND (CONCENTRAT
ION)
TEMP
ION)
CO, %
0.04
0.03
0.03
0.04
0.03
0.03
0.03
- 110.
HC
31.
7.
0.40
- 110.
29.
6.
NO, PPM
2556.
667.
150.
2850.
2368.
109.
298.
VOL/REV - 0.2703 REV COUNT - 2820.
CO C02 NOX
7. 1.48 78.
1. 0.06 0.
NOXtCORR.) HUCF
0.20 744.00 4.27 3.75 0.878
VOL/REV - 0.2703 KEV COUNT - 1717.
3. 1.54 42.
0. 0.06 0.
-------
VEhlCLt NC. - T2364165
DATE RECEIVED - 03/27/75
PAGE 20
FEDERAL TtST PRCCEUURE 11975) NUMBER - U.
TEST CONU : HUN DATE - 03/28/75
1A - 5000.
ENGINE PARAMLTEKS
ODOMETER - 1031
COLO START
INLET PRESS. - 4u.6U
fLKP -
SAMPLE (CONCENTRATION)
BACKGRCUNU (CLNCCNTHAT 1LN)
MASS EMISSIONS (GKAMS)
COLO STABILIZED
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCLNTRAIION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.70
TEMP -
SAMPLE (CCNCtNTRAIICN)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M )
FUEL ECONOMY (MPG) - 10.85
RUN Nf)
IMP
-A08258
- 9.9
DWELL - 3C.O
110.
hC
39 .
8.
1.31
110.
HC
18.
4.
0.66
110.
hC
34.
9.
1.07
0.25
VOL/KLV -
CU
113.
C.
9.76
VOL/RtV -
CU
i, .
0.
C.59
VOL/REV -
CU
5U.
C.
b.Ol
1.02
WB TFMP -
AHP -
TIMING -
C' . 2 / 0 2
C02
? .4 1
O.C5
3200. si
U.2702
C02
1.45
0.05
3265.79
0.2 roi
CU
-------
VthlCLE NO. - T2i6416:> UATE RECEIVEU - 03/27/75
SHURT TtST StUUENCE NuKuER -13.
TEST CQNU : RUN DATC - 03/28/75
KEY MODE TEST
RUN NO -A03258
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC.PPM
35.
38.
32.
TEST
40.
45.
38.
CO, 2
0.04
0.04
0.03
0.04
0.04
0.03
NO, PPM
270J.
1392.
136.
2850.
2605.
96.
UNLOADED TEST
RPK - 2500.
COMMENTS :
32.
0.04
325.
TtMP - 60.0
DB TEMP - 83.0
PAGE 21
BARO - 29.94
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.90 TEMP
SAMPLb (CCNCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110.
VOL/REV - 0.2701
RLV COUNT - 2824,
HC
27.
10.
0.28
CO
5.
1.
0.13
C02
1.44
0.05
728.77
NOX
85.
2.
4.55
NOX(CCRR. )
3.89
HUCF
0.854
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.90
TEMP - 110.
SAMPLE (CCNCENTRATION)
BACKGROUND (CCNCENTRATION)
29
11
VOL/REV - 0.2701
7
0
1.12
0.05
REV COUNT - 1718.
45.
2.
-------
PAGE 22
VEHICLE NO. - F2364163
DATE RECEIVED - 03/28/75
I
^»
o
FEOERAL TEST PROCEL/URE (1975) NUMBER - 14.
TEST COND : RUN OATL - 03/31/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 10354.
LOLD START
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRAIION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLfcT PRESS. - 40.70
TEMP -
SAMPLE (CCNCLNTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 8.95
RUN NO
IHP
-ACB267
- 9.9
DWELL - 30.0
110.
HC
39.
12.
1.15
110.
HC
li>.
9.
0.44
110.
HC
88.
7.
3.46
0.39
VOL/REV -
CO
203.
11.
16.57
VOL/REV -
CO
9.
2.
1.04
VOL/REV -
CO
101.
G.
8.71
1.75
WB TEMP -
AHP -
TIMING -
0.2702
C02
3.03
0.07
4014.11
0.2702
C02
1.70
0.06
3823.03
0.2701
C02
2.47
0.06
3265.87
988.09
63.0 OB
13.4
TEMP - 75.0
ODOM - 10354.
12.0 IDLE RPM - 680.
REV COUNT
NOX
62.
0.
8.79
RfcV COUNT
NOX
31.
0.
7.56
REV COUNT
NOX
51.
0.
7.23
2.06
- 11607.
NOXtCCRR.)
8.42
- 19952.
NOX(CCRR. )
7.24
- 11606.
NOX(CORR.)
6.92
1.97
BARO
IDLE
HUCF
0.958
HUCF
0.958
HUCF
0.958
COMMENT
-------
VEHICLE NG. - T2364165 DATt RECEIVED - 03/28/75
SHORT TEST SEtiULNCL NUMBER -14.
TEST CONU : RUN DATE - 03/31/75 RUN NO -A08267
KEY MODE TEST
I
7^
WB TEMP - 63.0 OB TEMP - 75.0
PAGE 23
BARO - 29.95
MPH HCtPPM
Hi 49. 20.
LG 34. 22.
IDLE 0. 25.
FEDERAL THREE-MODE ThST
HI 50. 25.
LO 30. 28.
IDLE 0. 30.
UNLOADED TEST
RPM - 2500. 28.
COMMENTS :
EPA FEDERAL SHCRT CYCLE TEST
INLET PRESS. - 40.60 TEMP
SAMPLE (CCNCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GN/Pil)
COMPOSITE NJ/NY TEi>T
INLET PRESS. - 40.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.05
0.03
0.03
0.04
0.03
0.03
0.04
- 110.
HC
29.
13.
0.26
- 110.
25.
13.
NO, PPM
352.
1024.
109.
497.
2029.
82.
298.
VOL/REV
CO
16.
2.
C.5
VOL/REV
11.
1.
- 0.2700
REV COUNT - 2822.
HC
29.
13.
0.26
CO
16.
2.
C.53
C02
1.62
0.07
811.78
NOX
48.
1.
2.57
NOX(CORR. )
2.47
HUCF
0.958
)0 REV COUNT - 1707.
1.30 25.
0.08 1.
-------
VEHICLE NC. - U364163
UATE RECl IVLO - 04/C1/75
FEDERAL TEST PROCEDURE (1*75) NUMBER - 15.
TEST COND : RUN DATE - 04/02/75 RUN Mi -AC02-.5 v«B TEMP - 59.0
INERTIA - 5000. IMP - 9.S AHP - 13.4
ENGINE PARAMETERS : OL'UMLTER - Iu374. OwFLL - 3C.O TIMING - 12.0
PAGE
UB TEMP - 74.0 BARO - 30.15
OUOM - 10377.
IDLE RPM - 650
IDLE CO - 0.02
COLL) START
INLcF
- tO. 9
T t MP -
SAMPLE (CCMCLNTRA1 IC1N)
BACKGROUND ( CONCt NT R AT I ON )
MASS EMISSIONS (GRAMS)
COLL/ STABILISED
INLET PRESS. - 40.90
TEMP -
SAMPLE (CLNCLNTKAT1UN)
BACKGROUND (CCNCfcMTRAI1 ON)
MASS EMISSIONS (GRAFS)
HOT START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CCNCENTRATION)
BACKGROUND (LLNCENTRATI ON)
MASS EMISSIONS (CHAPS)
COMPOSITE
MASS EMISSIONS IGM/Ml)
FUEL ECONOMY (MPG) - 9.
1
1
1
10.
HC
9.
3.74
10.
HC
H.
O.B9
to.
HC
70.
U.
2.67
0.54
VUL/KcV
CO
1321.
3.
114.3
VUL/KLV
CO
Ul.
4.
lfa.9
VOL/REV
1,0
4.
36.7
11 .8
- 0.2700 KLV LUUNT - 11603.
C02 NOX
2./1 57.
0.06 1.
NCXICCRR.I
» 361 3.51 7.98 7.1 1
- 0.27CO REV COUNT - 19967.
C02
0.05
' 3613.65
- 0.27CO RtV COUNT - 11602.
C02 NOX
2.27 49.
0.05 1.
NOX(CORR,
! 3027.72 6.84 6.09
919.10
2.02
1.80
HUCF
0.890
NOX
32.
0.
7.85
NOX(CORR.)
6.99
HOCF
0.890
HUCF
0.890
COMMENT
-------
VEHICLE NO. - T2364165 DATfc RECEIVED - 04/01/75
SHOKT TEST SEQUENCE NUKbER -15.
TEST COND : KUN OATL - 04/02/75 RUN NO -A08295
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MCUE TEST
50.
30.
0.
HC,PPM
38.
38.
35.
35.
50.
38.
CO, *
0.20
0.08
0.03
0.07
0.60
0.03
NO, PPM
352.
1173.
109.
654.
1535.
82.
UNLOADED TEST
RPM - 2500.
COMMENTS :
42.
0.75
338.
PAGE 25
WB TEMP - 59.0 DB TEMP - 74.0 BARO - 30.15
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.70 TtMP - 110.
SAMPLE (CCNCt.YTRATIGN)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2701
REV COUNT - 2832
HC
91.
8.
1.38
CO
1244.
19.
41.00
C02
1.51
0.06
762.38
NOX
38.
0.
2.09
NOXtCORR. )
1.86
HUCF
0.890
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.?Q
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
58
7
VOL/REV - 0.2701
557.
6.
REV COUNT - 1714.
1.22 20.
0.06 0.
-------
PAUE 26
VEHlCLt NO. - T236416S
LATE RECElVbU - 04/C2/7D
FEDERAL TEST PROCEDURE (197t.) NUMBER -
TEST CONU : RUN UATt - 04/03/75
INERTIA - 5000.
ENGINE PARAMETERS
CLOMETER - 10199.
COLD STAKT
INLET PRESL. - 40.
SAMPLE (CONCi-NTKATICN)
BACKGROUND ( CONCENT RAT I G.'J )
MASS tMISSlCNS (GRAMS)
COLU STAblLI/EU
INLET PRESS. - 40.to
TEMP -
SAMPLE (CCNCLNTRAI1LN)
BACKGROUNIJ (CCNCENT RAT I ON )
MASS L-MISSIONS (GRAMS)
HOT START
INLLT PRESS. - <»0.90
TEMP -
SAMPLE (CCNCLNTRATICN)
bACKGKOUNU (CONCENTRATION)
MASS EMISSIONS IGKAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.55
KllN NO
IhP
-ACd3C7
- >. ,
DWELL - 3C.O
1
1
1
1C.
HC
1 l<».
1 1 .
4.39
10.
HC
29.
11.
1 .32
10.
HC
at).
9.
3.37
VGL/REV -
CO
1511.
2 .
129.94
VOL/RLV -
CO
1 )2.
4.
2 7.78
VOL/RLV -
CD
442.
it.
37.69
WU TLf.P -
AHK> -
TIMING -
0.2 fOl
CU2
2.b9
C. J6
3SSH.G9
0.2701
C02
I. 5fa
0.05
3552. 2i
U.2 7UO
C02
2.27
C.t6
29rt 7.65
60. 0 UfcJ
I 3.4
TEMP - 73.0
GUOM - 10399.
12.0 IDLE RPM - 650.
Kt V COUNT
NOX
49.
0.
6. ^3
REV COUNT
NOX
29.
0.
7.04
Hfc V COUNT
NOX
47.
0.
6.64
- 11604.
NOXtCORR. )
6.35
- 19914.
NOX(CCRR.)
6.45
- 11606.
NOX(CCRR.)
6.08
bARO -
IDLE
HUCF
0.916
HUCF
0.916
HUCF
0.916
0.63
14.02
904.69
1.84
1.69
0.02
COMMENT
-------
VEHICLE NO. - TP36M65 DATE RECEIVED - 04/02/75
SHORT TEST SECUENCE NUMBER -16.
TEST CONU : RUN DATE - 04/03/75 RUN NO -A083C7
KEY MODE TEST
~f?
A
WB TEMP - 60.0
OB TEMP - 73.0
PAGE 27
BARO - 29.91
MPH HCfPPM
HI 49. 42.
LO 34. 40.
IDLE 0. 32.
FEDERAL THREE-MODE TEST
HI 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
35.
70.
45.
50.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT
MASS EMISSIONS (GM/MI )
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.80
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT
ION)
TEMP
ION)
CO, %
0.20
0.25
G.03
0.10
0.80
0.03
1.25
- 110.
HC
104.
10.
1.56
- 110.
63.
8.
NO, PPM
484.
745.
136.
589.
1860.
104.
378.
VOL/REV
CO
1696.
17.
56.1
VOL/REV
575.
4.
- 0.2700 REV COUNT - 2«30.
NOX
26.
0.
C02
1.49
0.06
751.06
1.43
NOXICCRR.)
1.31
HUCF
0.916
- 0.2700 REV COUNT - 1712.
1.19 14.
0.05 0.
-------
VEHICLE NO. - F2364165
DATt KECtlVLU -
FEDERAL TEST PROCEDURE (1475) NoMbtK - 17.
TfcST CONU : RUN DAIL - 04/04/75 K'.i'-i NO -I
INERTIA - 5000. IHP -
ENGINE PARAMETERS
OUCMETCR - 10419. DWELL -
. V
22.0
TEMP - 6i.O
AHP - 13.4
PAGE 28
Dti TEMP - 70.0 BARO - 29.93
OUOM - 10422.
TIMING - 12.0 IDLE RPM - 650. IDLE CO - 0.02
COLD START
INLET PRESS. - 40.60
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS LMISS10NS (GrtAMS)
COLU STAtllLIZtD
INLET PRESS. - 40.60
HC
121 .
. 10
TEMP -
SAMPLE (CONCLNTRATION)
BACKGROUND (LLNCEMfKAT I UN)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - <»0.oO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAfI ON)
MASS EMISSIONS (GKAMS)
CQMPOSITL
MASS EMISSIONS (G^/^I»
FULL ECCNCMY (MPG) - 8.58
VOL/REV - 0.2701
Ki-V COUNT - 11595.
NOX
0.
CO CU2
678. 3.09
a. o.C6
NOX1CCRR.)
57.71 4100.23 7.64 7.61
110.
HC
47.
19.
VOL/RbV -
CO
26.
3.
0.2701
CO?
1. 77
O.L6
REV COUNT - 19943.
0.
3.^.1
NOXICORR.)
5.82
110.
HC
15.
l.t,2
0.63
VOL/REV
LU
b2.
3.
e.dO
4 .28
.2701 KfV COUNT - 11595.
C02 NOX
2.59 44.
C.06 0.
NOX(CCRR.)
3421.75 6.22 6.20
1025.60
1.69
1.68
HUCF
0.996
HUCF
0.996
HUCF
0.996
COMMENT :
-------
VEHICLE. NO. - T2364165 DATE RECEIVED - 04/03/75
SHORT TEST SECUENCE NUMBER -17.
TEST CGNU : RUN DATE - 04/04/75 RUN NO -AC8320
KEY fcODt TEST
WB TEhP - 63.0 UB TEMP - 70.0
PAGE 29
BARO - 29.93
MPH HCtPPM
HI 49. 30.
LQ 34. 30.
I OLE 0. 35.
FEDERAL THREE-MODE TEST
hi 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPf* - 2500.
COMMENTS :
28.
30.
30.
35.
EPA FEDERAL SHORT CYCLL TEST
INLET PRESS. - 40.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRAT
MASS EMISSIONS (GfVMI )
LOMPOSITt NJ/NY TEST
INLET PRESS. - 40.60
SAMPLE (CONCENTRATION)
BACKGROUND (CGNCENTRAT
ION)
TEMP
ION)
CO, X
0.03
0.03
0.03
0.03
0.03
0.03
0.03
- 110.
HC
65.
11.
0.89
- 110.
30.
13.
NOtPPM
218.
1049.
109.
431.
150.
82.
82.
VOL/REV - 0.2701 REV COUNT - 2821.
CO C02 NOX
17. 1.66 28.
0. 0.06 0.
NOX(CCRR.) HUCF
C.57 837. 98 1.53 1.53 0.996
VOL/REV - 0.2701 REV COUNT - 1714.
23. 1.30 22.
1. 0.06 0.
-------
VEHICLE NO. - F2364165
DATE RECEIVED - 04/10/73
FEDERAL TEST PROCEDURE (1975) NUMBtR - 18.
TEST COND : RUN DATE - 04/1 7/7i 8.
DWELL - 30.0
- t><. .0
AHP - 1J.4
TIMING - o.o
PAGE 20
OB TEMP - 74.0 BARO - 29.91
ODUK - 10476.
IDLE RPM - 790.
IDLE CO - 0.02
COLD START
INLET PRESS. - 41.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND ICUNCENTRAT I ON)
MASS [.MISSIONS (GRAMS)
COLD STABILISED
1NLLT PRESS. - 41 .70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.42
VOL/REV - 0.26V6
REV COUNT - 11604.
HC
49.
1 4 .
1.49
110.
HC
44.
11.
2.41
110.
HC
98.
9.
3.79
0.69
CD
266.
M.
20 .74
VUL/REV -
CO
34.
19.
2.21
VOL/REV -
CO
90.
6.
7.22
2.03
CU2
2.95
0.08
3865.01
0.2696
C02
1 "!> O
0. u5
3540.42
0.2698
CG2
2.41
0.04
3198.53
936. 74
NOX
66.
0.
9.29
RcV COUNT
NOX
44.
0.
10.65
RLV COUNT
NOX
61.
0.
8.61
2.61
NOX(CORR. )
8.79
- 19939.
NOXJCORR. )
10.07
- 11614.
NOX(CORR. )
8.14
2.46
HUCF
0.946
HUCF
0.946
HUCF
0.946
COMMENT :
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 04/10/75
SHORT TEST SEUUENCE NUKttER -18.
TEST CONO : RUN DATE - 04/17/75 RUN NO -A08432
KEY MODE TEST
PAGE 21
WB TEMP - 62.0 DB TEMP - 74.0 BARO - 29.91
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE TEST
50.
30.
0.
HCi PPM
30.
28.
28.
30.
27.
28.
CO, ?
0.04
0.04
0.03
0.05
0.04
0.04
NO, PPM
589.
1234.
770.
706.
338.
123.
UNLOADED TEST
RPM - 2500.
COMMENTS :
30,
0.04
431.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.40 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2698
REV COUNT - 2820.
HC
21.
8.
0.21
CO
36.
8.
0.93
C02
1.74
0.04
889.05
NOX
50.
0.
2.73
NOX(CORR. )
2.59
HUCF
0.946
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.40
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
21.
7.
VOL/REV - 0.2698
51.
1.
REV COUNT - 1709.
1.44 29.
0.04 0.
-------
V
O
VEHICLE NO. - T236^165 DATE RECtlVEO - 04/17/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 19.
PAGE 2.2.
TEST COND
ENGINE PARAMETERS
RUN DATt - 04/1O/75
1NLRTIA - 5000.
ODOMETER -
COLD START
INLET PRESS. - <»2.<.0
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCbNTRATI ON)
MASS EMISSIONS (GRAMS)
COLD STAblLIZEO
INLET PRESS. - 42.4U
TEMP -
SAMPLt (CONCENTRATION)
BACKGROUND (oONCENTKAT I ON)
MASS EMISSION^ (GKAMS)
HOT START
INLET PRESS. - 42.30
TtMP -
SAMPLt (CONCENTRATION)
BACKGROUND (CONCtNTRATI ON I
MASS EMISSIONS IGKAMS)
COMPOSITE
MASS EMISSIONS (GP/MI)
FUEL ECONOMY (MPG) - b.75
r/ -
HC CO
43. 229.
10. 6.
1.41 1 ?.?0
110. VOL/KfcV -
HC CO
la. Ib.
12. 6.
0.<»<, 1.78
110. VOL/KEV -
HC LU
155. 166.
14. 5.
6.01 13.33
r.t, IhMP -
AHP -
TIMING -
0.26,2
C02
3.11
0. C6
M25.54
0.2*9.
C02
1 . 75
o. j7
3^16.23
0.2692
CCJ2
2 . 50
0.07
32b4.^0
j'.U Db
i 1.4
TEMP - 69.0
OUOM - 10503.
1?.0 IDLE RPM - 690.
Kt V LDUNT
MOX
66.
0.
>.33
Kl V COUNT
NOX
}5.
0.
e.53
Rl V COUNT
NOX
50.
0.
7.07
- 11604.
NOX(CORR. )
8.61
- 19998.
NOXICORR. )
7.87
- 11592.
NOX(CORR. )
6.52
BARO -
IDLE
HUCF
0.923
HUCF
0.923
HUCF
0.92J
0.60
2.35
looa. 11
2.21
2.04
COMMENT :
-------
VEHICLE NO. - T2364165 DATE RECEIVED - 04/17/75
SHORT TEST SEQUENCE NUMBER -19.
TEST COND : RUN DATE - 04/18/75 RUN NO -A08444
KEY MODE TEST
PAGE 23
MB TEMP - 59.0 DB TEMP - 69.0 bARO - 30.12
MPH HC
HI 49.
LO 34.
IDLE 0.
FEDERAL THREE-MODE TEST
HI 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
,PPM
26.
30.
22.
28.
28.
25.
30.
EPA FEDERAL SHOKT CYCLE TEST
INLET PRESS. - 42.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATI
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 42.50
SAMPLh (CONCENTRATION)
BACKGROUND (CONCENTRATI
ON)
TEMP
ON)
CO, £
0.04
0.03
0.03
0.10
0.03
0.03
0.03
- 110.
HC
22.
10.
0.20
- 110.
24.
9.
NO, PPM
537.
177.
245.
654.
298.
104.
109.
VOL/REV - 0.2692 REV COUNT - 2818.
CO C02 NOX
38. 1.81 45.
3. 0.05 0.
NOXtCORR. ) HUCF
1.16 917.74 2.45 2.26 0.923
VOL/REV - 0.2692 REV COUNT - 1703.
67. 1.46 23.
3. 0.07 0.
-------
Car No. 4
T2544169
-------
36
VEHICLE NO. - T25<»M69 DATE RECEIVED - 02/04/75
FEDERAL TEST PROCEDURE (1975) NUMBER - /f.
TEST CCNU : RUN DATE - 02/1 J/75 RUN NO - 407-.35
INL«T1A - 5000. IHP - 10.1
COLD START
INLET PRESS. - ^0.20
SAMPLt (CONCENTRATION)
BACKGKCUNU (CUNCENTKATIC;N)
MASS
CCLU STABILISED
INLET
WB TEMP - 6H.O
AHP - 1 }.<
Ull TEMP - 78.0
01) Gf. - 11 4 3
SAMPLE (CLNChr,TRATI(jN»
BACKGKCUNU ( CLNCE. NT K AT I
PASS L
HOI START
INLET PKESS. -
SAMPLE (CCNCcNTKATICM)
BACKGKCUND (JLNCCNTKAT ICN)
KASS tMSSICNS (GRAMS)
COMPOSITt
MASS LNISS10NS (GM/MI)
FUEL ECONOMY 2.
0.
NLlX l
?.43 3.08
COMMLNT
-------
VEHICLE NO. - T2544169
Jf.
DATE RECEIVED - 02/04/75
SHORT TEST SEQUENCE NUMBER - /?.
TEST CCND :
KEY N.ODE TEST
HI
LO
IDLE
RUN DATE -
MPH
49.
34.
0.
02/19/75
HCtPPM
42.
40.
41.
RUN NO -
CO, %
0.04
0.02
0.03
A07935
NOtPPM
2195.
1049.
177.
FEDERAL THREc-MODE TEST
HI
LO
IDLE
50.
30.
0.
42.
41.
65.
0.04
0.02
0.03
2605.
1826.
109.
UNLOADED TEST
RPM ~ 2500.
COMMENTS :
55.
0.02
445.
WB TEMP - 68-0 DB TEMP - 78.0 bARO - 30.01
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.50 TEMP - 110.
VOL/REV - 0.2701
REV COUNT - 2820.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EM SSI OMS (GM/MI)
HC
43.
10.
0.54
CO
12.
2.
C.33
C02
1.54
0.08
764.39
MOX
81.
1.
4.38
NOX(CCRR. )
4.60
HUCF
1.051
COMPOSITE NJ/NY TEST
INLET >RESS. - 4Q.40
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
31
11
VOL/REV - 0.2702
6.
0.
RLV COUNT - 1703.
1.29 38.
0.06 1. "
-------
PAGE 26
VtHlCLh NO. - 125*4169
DATE RECEIVED - 02/20/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 2.
TEST COND : RUN DATE - 02/25/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 11451.
COLD START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 13.12
RJN NO
IMP
-AU7973
- 9.9
DWELL - 27.0
110.
HC
46.
14.
1.37
110.
HC
16.
11.
0.37
110.
HC
27.
8.
0.81
0.19
VOL/REV -
CO
143.
0.
12.35
VOL/KfcV -
CO
9.
2.
1.04
VOL/KEV -
CO
108.
0.
9.35
1.56
WB TfcMP -
AHP -
TIMING -
0.2704
C02
0.04
3453. t>5
0.2706
C02
2.15
0.05
2B55.85
873.61
69.0 Ub
13.4
TEMP - 80.0
ODOM - 11460.
12.0 IDLE RPM - 680.
KLV COUNT
NOX
113.
1.
15.89
RLV COUNT
NOX
50.
0.
12.20
RbV COUNT
NOX
112.
1.
15. 78
3.74
- 11604.
NOXICORR. )
16.89
- 19953.
NOXtCORR. )
12.97
- 11610.
NOX(CORR.)
16.77
3.97
BARO
IDLE
HUCF
1.063
HUCF
1.063
HUCF
1.063
COMMENT
-------
VEHICLE NO. - T254^169 DATE RECEIVED - 02/20/75
SHORT TEST SEQUENCE NUMBER - 2.
TEST COND : RUN DATE - 02/25/75 RUN NO -A07973
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC.PPM
35.
32.
35.
TEST
35.
39.
38.
CO, *
0.05
0.04
0.03
0.05
0.03
0.03
NO.PPM
1073.
563.
218.
1440.
898.
96.
UNLOADED TEST
RPM - 2500.
COMMENTS :
39.
0.02
255.
PAGE 27
WB TEMP - 69.0 DB TEMP - 80.0 BARO - 29.92
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110.
VOL/REV - 0.2704
REV COUNT - 2841.
HC
16.
8.
0.13
CO
13.
0.
0.44
C02
1.57
0.05
802.62
NOX
37.
1.
1.99
NOXICORR.)
2.11
HUCF
1.063
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.10
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
16.
8.
VOL/REV - 0.2704
7.
0.
REV COUNT - 4552.
1.26 36.
0.08 0.
-------
PACE 2B
VEHICLE NO. - T2544169
DATE RECEIVED - 02/25/75
FEDERAL TEST PROCEDURE (1975) NUHbER - 3.
TEST CONU : RUN DATE - 02/26/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER -
COLU START
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CQNCLNTRAT I ON)
MASS EMISSIONS (GRAMS)
.OLD STABILIZED
INLET PRESS. - 39.oO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.36
KJN N(J -
IHP -
DUEL
110.
HC
44.
10.
1.47
110.
HC
16.
10.
0.44
110.
HC
36.
14.
0.94
0.22
A079H7
9.9
L - 27.0
VDL/RtV -
CO
126.
0.
10.96
VOL/REV -
CO
5.
0.
0.75
VUL/RfcV -
CO
90.
1.
7.71
1.31
KB TtMP -
AHP -
TIMING -
U.2707
C02
2.62
0.06
3499.92
0.2707
C02
1.54
O.U7
3456.^5
0.^702
COd
2.17
O.U6
2«71.09
679.80
67.0 DB
13.4
TEMP - 72.0
DOOM - 11481.
12.0 IDLE RPH - 680.
KLV COUNT
NOX
115.
0.
16.44
KtV COUNT
NOX
49.
0.
12.05
RtV COUNT
NOX
110.
0.
15.65
3.74
- 11616.
NOXICORR. )
17.71
- 19982.
NOXICORR. )
12.98
- 11613.
NOXICORR.)
16.86
4.03
BARO
IDLE
HUCF
1.077
HUCF
1.077
HUCF
1.077
COMMENT
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 02/25/75
SHORT TEST SEQUENCE NUMBER - 3.
TEST COND : RUN DATE - 02/26/75 RUN NO -A07987
KEY MODE TEST
PAGE 29
WB TEMP - 67.0 DB TEMP - 72.0 BARO - 30.02
MPH HC,PPM
HI 49. 30.
LO 34. 29.
IDLE 0. 30.
FEDERAL THREE-MODE TEST
HI 50. 30.
LO 30. 31.
IDLE 0. 30.
UNLOADED TEST
RPM - 2500. 31.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.02
0.01
0.01
0.02
0.02
0.02
0.01
- 110.
HC
17.
9.
0.13
- 110.
16.
9.
NO, PPM
1036.
537.
177.
1343.
847.
82.
231.
VOL/REV - 0.2705 REV COUNT - 2825.
CO C02 NOX
8. 1.64 60.
0. 0.05 0.
NOXICORR.) HUCF
0.27 835.16 3.30 3.55 1.077
VOL/REV - 0.2704 REV COUNT - 1699.
0. 1.29 34.
0. 0.05 1.
-------
VEHICLE NO. - T2544169
PAGE 30
DATE RECEIVED - 02/27/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 4.
TEST COND : RUN DATfc - 02/28/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 11499.
COLD START
INLET PRESS. - 39.90
TEMP -
SAMPLE {CONCENTRATION)
BACKGROUND tCONCENTRATI ON)
MASS EMISSIONS (GRAMS)
COLO STABILIZED
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 10.43
RJN NO
IMP
-A08020
- 9.9
DWELL - 27.0
110.
HC
78.
12.
2.83
110.
HC
19.
12.
0.52
110.
HC
65.
11.
2.32
0.41
VOL/REV -
CO
311.
4.
26.57
VOL/KEV -
CO
13.
4.
0.89
VOL/REV -
CO
103.
3.
8.67
2.30
*B TEMP -
AHP -
TIMING -
0.2705
C02
2.04
0.06
3507.90
0.2705
C02
l.*9
0.06
3345.00
0.2705
C0<:
i.^a
0.06
2616.61
845.98
69.0 OB
13.4
TEMP - 7<,.0
DOOM - 11503.
12.0 IDLE RPM - 680.
REV COUNT
NOX
225.
0.
31.99
RtV COUNT
NOX
54.
0.
13.21
REV COUNT
NOX
153.
1.
21.66
5.24
- 11585.
NOXICORR. )
35.78
- 19931.
NOXICORR.)
14.77
- 11612.
NOXICORR.)
24.22
5.86
BARO
IDLE
HUCF
1.118
HUCF
1.118
HUCF
1.118
COMMENT
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 02/27/75
SHORT TEST SEQUENCE NUMBER - 4.
TEST COND : RUN DATE - 02/28/75 RUN NO -A08020
KEY MODE TEST
W8 TEMP - 69.0 DB TEMP - 74.0
PAGE 31
BARO - 29.99
MPH HC.PPM
HI 49. 38.
LO 34. 38.
IDLE 0. 25.
FEDERAL THREE-MODE TEST
HI 50. 30.
LO 30. 38.
IDLE o. 30.
UNLOADED TEST
RPM - 2500. 30.
COMMENTS :
tPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.05
0.04
0.03
0.05
0.03
0.02
0.01
- 110.
HC
22.
12.
0.17
- 110.
20.
11.
NO, PPM
2303.
1440.
150.
745.
2325.
96.
405.
VOL/REV - 0.2705 REV COUNT - 2819.
CO C02 NOX
11. 1.44 80.
4. 0.06 2.
NOX(CORR. ) HUCF
0.23 723.32 4.27 4.78 1.118
VOL/REV - 0.2705 REV COUNT - 1649.
9. 1.64 43.
3. 0.06 2.
-------
PAGE 52
I
VEHICLE NO. - T2544169
DATE RECEIVED - 02/28/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 5.
TEST COND : RUN DATE - 03/04/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 11522.
COLD START
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 39.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS IGM/KI)
FUEL ECONOMY (MPGi - 10.23
RUN NO
I HP
-A080SO
- 9.9
DWELL - 27.0
1 10.
HC
54.
13.
1.76
110.
HC
20.
12.
0.59
110.
HC
50.
13.
1.58
VOL/REV -
CO
158.
1 3.
12.55
VOL/REV -
CO
10.
5.
0.74
VOL/REV -
CO
126.
3.
10.64
WB TfcMP -
AHP -
TIMING -
0.2706
C02
2.76
0.08
3643.66
0.2706
C02
1.50
0.07
3332.61
0.2706
C02
2.11
0.07
2771.34
66.0 UB
13.4
TEMP - 71.0
ODOM - 11532.
12.0 IDLE RPM - 680.
KfcV COUNT
NOX
262.
1.
37.10
RbV COUNT
NOX
61.
1.
14.62
KEV COUNT
NOX
210.
0.
29.33
- 11621.
NOXtCORR. )
39.38
- 19920.
NOX(CORR. I
15.52
- 11615.
NOXICORR.)
31.66
BARO
IDLE
HUCF
1.061
HUCF
1.061
HUCF
1.061
0.30
1.63
863.87
6.34
6.73
COMMENT :
-------
VEHICLE NO. - T2544169 DATt RECEIVED - 02/28/75
SHORT TEST SEQUENCE NUMBER - 5.
TEST COND : RUN DATE - 03/04/75 RUN NO -A08050
KEY MODE TEST
PAGE 53
MB TEMP - 66.0 DB TEMP - 71.0 BARO - 29.88
MPH HC,PPM
HI 49. 40.
LO 34. 39.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 40.
LO 30. 45.
IDLE 0. 35.
UNLOADED TEST
RPM - 2500. 40.
COMMENTS :
I
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION!
CO, X
0.03
0.01
0.02
0.05
0.03
0.02
0.04
- 110.
HC
24.
13.
0.18
- 110.
21.
13.
NO, PPM
2260.
1368.
128.
2654.
2260.
87.
405.
VOL/REV - 0.2703 REV COUNT - 2840.
CO C02 NOX
12. 1.44 80.
3. 0.06 1.
NOXICQRR. ) HUCF
0.30 728.17 4.36 4.63 1.061
VOL/REV - 0.2704 REV COUNT - 1715.
10. 1.22 45.
0. 0.03 1.
-------
PAGE
VEHICLb NO. - T2544169
DATE RECEIVED - 03/04/7:>
FEDERAL TEST PROCEDURE (1975) NUMBER - 6.
TEST COND : RUN DATE - 03/05/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 11552.
COLD STAKT
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.
KJN NO
IMP
-A08065
9.9
DWELL - 27.0
110.
HC
66.
13.
2.25
110.
HC
22.
14.
0.58
110.
HC
35.
13.
0.93
VOL/REV -
CO
236.
9.
19.<»6
VOL /REV -
CO
12.
6.
0.88
VOL/RfcV -
CO
39.
3.
3.09
HB TfcMP -
AHP -
TIMING -
0.2706
C02
2.46
0.06
3232.63
0.2706
C02
l.<»6
O.O/
3212.85
0.2705
C02
1.96
0.06
2559.94
62.0 DB
13.4
TEMP - 73.0
ODOM - 11560.
12.0 IDLE RPM - 680.
RfcV COUNT
NOX
249.
0.
35.07
RfcV COUNT
NOX
62.
0.
14.98
REV COUNT
NOX
187.
0.
26.34
- 11601.
NOX1CORR. )
33.51
- 19908.
NOXCCORR. )
14.32
- 11612.
NOX(CORR.)
25.17
BARO
IDLE
HUCF
0.956
HUCF
0.956
HUCF
0.956
0.26
1.47
808.27
6.01
5.74
COMMENT
-------
.1 NO. - T2544169 DATE RECEIVED - 03/04/75
<-T TEST SEQUENCE NUMBER - 6.
TEST COND : RUN DATE - 03/05/75 RUN NO -A08065
KEY MODE TEST
MB TEMP - 62.0 DB TEMP - 73.0
PAGE 55
BARO - 29.69
UNLOADED TEST
RPM - 2500,
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.10
SAMPLE (CONCENTRATION)
BACKGROUND (CONCEN
HCtPPM
42.
41.
37.
45.
42.
33.
210.
TEST
TEMP
1)
kTION)
)
TEMP
1)
a i ON)
COt X
0.04
0.03
0.02
0.05
0.03
0.02
0.03
- 110.
HC
28.
14.
0.23
- 110.
28.
14.
NO, PPM
2948.
1699.
196.
3339.
2556.
101.
641.
VOL/REV - 0.2704 REV COUNT - 2823.
CO C02 NOX
14. 1.44 79.
3. 0.06 0.
NOX(CORR.) HUCF
0.37 724.08 4.33 4.14 0.956
VOL/REV - 0.2705 REV COUNT - 1711.
27. 1.21 42.
21. 0.07 0.
-------
VEHICLE NO. - T2544169
DATE RECEIVED - 03/05/75
PAGE 56
FEDERAL TEST PROCEDURE (1975) NUMBER - 7
TEST COND : RUN DATE - 03/07/75
INERTIA - 5000.
ENGINE PARAMETERS : OOOMETER - 11576.
COLD START
INLET PKbSS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLU STABILIZED
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG» - 10.&9
RUN NO
IMP
-A08083
- 9.9
DWELL - 27.0
110.
HC
66.
11.
2.36
110.
HC
23.
12.
0.81
110.
HC
41.
10.
1.33
0.34
VOL/REV -
CO
166.
8.
1J.70
VOL /REV -
CO
9.
4.
0.74
VOL/REV -
CO
46.
3.
3.73
1.17
MB TEMP -
AHP -
TIMING -
U.2702
C0
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 03/05/75
SHORT TEST SEQUENCE NUMBER - 7.
TEST COND : RUN DATE - 03/07/75 RUN NO -A08083
KEY MODE TEST
PAGE 57
WB TEMP - 63.0 OB TEMP - 73.0 BARD - 30.02
MPH HC.PPH
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
49.
34.
0.
THREE-MODE TEST
50.
30.
0.
50.
40.
30.
40.
35.
28.
CO, %
0.05
0.03
0.02
0.06
0.02
0.02
NO, PPM
2948.
1722.
204.
3535.
2752.
109.
UNLOADED TEST
RPM - 2500.
COMMENTS :
160
0.03
641.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110.
VOL/REV - 0.2702
REV COUNT - 2835
HC
25.
9.
0.27
CO
271.
9.
8.78
C02
0.07
0.01
31.59
NOX
90.
0.
4.95
NOX(CORR. )
4.81
HUCF
0.972
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.30
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
23
9
VOL/REV - 0.2702
11.
4.
REV COUNT - 1714,
1.25 47.
0.06 0.
-------
VEHICLE NO. - T25<»4169
PAGE 18
UATE RECEIVED - 03/07/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 8.
TEST CONU : KUN DATE - 03/12/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 11599.
COLD START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTKATION)
MASS EMISSIONS (GRAMS)
COLO STABILISED
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.92
RUN NO
IHP
-ACrtl24
9.9
DWELL - 27.0
110.
HC
61.
16.
1.92
110.
HC
25.
17.
0.59
110.
HC
48.
17.
1.32
VUL/rttV -
CO
149.
a.
12.15
VOL/REV -
CO
19.
15.
0.59
VOL/REV -
CO
tib.
17.
5.86
H6 TEMP -
AHP -
TIMING -
0.^702
C02
2. J2
0. 06
3059. 46
0.2702
C02
1.47
0.06
3279.29
0.2703
C02
l.9a
0.06
2600.45
63.0 Db
13.4
TEMP - 76.0
DOOM - 11603.
12.0 IDLE RPM - 680.
KtV LUUNT
NOX
159.
0.
22.51
RK V COUNT
NOX
58.
0.
14.10
RLV COUNT
NO*
170.
0.
24.07
- 1160J.
NOXtCORR. )
21.42
- 19934.
NOXtCORR.)
13.42
- 11598.
NOXtCORR. )
22.91
BARO -
IDLE
HUCF
0.952
HUCF
0.952
HUCF
0.952
0.29
1.22
810.28
5.00
4.76
COMMENT
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 03/07/75
SHORT TEST SEQUENCE NUMBER - 8.
TEST COND : RUN DATE - 03/12/75 RUN NO -ACH124
KEY MODE TEST
WB TEMP - 63.0 08 TEMP - 76.0
PAGE 19
8ARO - 29.89
MPH HCtPPM
HI 49. 35.
LO 34. 38.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 40.
LO 30. 38.
IDLE 0. 30.
UNLOADED TEST
RPM - 2500. 65.
COMMENTS :
EPA FEDERAL bHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.04
0.02
0.02
0.05
0.02
0.02
0.02
- 110.
HC
23.
13.
0.17
- 110.
23.
9.
NO, PPM
2654.
1626.
245.
2899.
2262.
15C.
537.
VOL/REV - 0.2702 REV COUNT - 2837.
CO C02 NOX
13. 1.44 87.
8. 0.06 0.
NOX(CORR.) HUCF
0.17 727.13 4.79 4.56 0.952
VOL/REV - 0.2702 REV COUNT - 1710.
20. 1.26 38.
15. 0.07 0.
-------
PAGE 20
VEHICLE NO. - T254M69
UATE RECEIVED - 01/12/75
FEDERAL TEST PROCEDURE (1975) NUMBEK - 9.
TEST CONO : RUN DATE - 03/13/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 1162'..
COLD START
INLET PRESS. - 40.5u
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND ( CliNCENTRAT I ON )
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.84
RUN NO
I HP
-A08132
- 9.9
DHFLL - 27.0
110.
HC
54.
8.
1.95
110.
HC
15.
7.
0.59
110.
HC
29.
7.
0.94
VOL/KtV -
CO
131.
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 03/12/75
SHORT TEST SEQUENCE NUMBER - 9.
TEST COND : RUN DATE - 03/13/75 RUN NO -A08132
KEY MODE TEST
WB TEMP - 62.0 LB TEMP - 77.0
PAGE 21
BARO - 29.96
MPh HCtPPM
HI 49. 35.
LO 34. 28.
IDLE 0. 25.
FEDERAL THREE-MODE TEST
HI 50. 32.
LO 30. 35.
IDLE 0. 30.
UNLOADED TEST
RPM - 2500. 65.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.02
0.02
0.02
0.04
0.02
0.02
0.02
- 110.
HC
19.
6.
0.22
- 110.
18.
9.
NO, PPM
2703.
1511.
204.
3144.
2325.
109.
511.
VOL/REV - 0.2703 REV COUNT - 2824.
CO C02 NOX
8. 1.H5 60.
0. 0.05 0.
NOX(CORR.) HUCF
C.27 734.56 4.39 4.06 0.925
VOL/REV - 0.2703 KtV COUNT - 1719.
17. 1.22 40.
11. 0.06 0.
-------
VEHICLE NO. - T2544169
PAGE 22
DATE RECEIVED - 03/14/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 10.
TEST COND : RUN DATE - 03/15/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 11647
COLD START
INLtT PRESS. - 40.60
TtMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTKAII UN)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCtNTRAf 1CJN)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 12.00
HUN NO
IMP
-ACB140
- 9.9
DWELL - 27.0
110.
HC
42.
7.
1.51
110.
HC
14.
7.
0.52
110.
HC
33.
7.
1.12
VOL/RtV -
CO
91.
1.
7.82
VOL/KtV -
CO
4.
0.
0.60
VCL/REV -
CO
a j.
0.
7.23
Kb TEMP -
AH*> -
TIMING -
0.2 fO I
C02
2.15
0.06
2S53.42
0.2701
C02
1.J2
0.05
2974. «4
0.2703
C02
1. 76
0.06
2328.14
62.0 DB
13.4
TEMP - 73.0
ODOM - 11651.
12.0 IDLE RPM - 635.
KLV COUNT
NOX
206.
0.
29.41
RF V COUNT
NOX
60.
0.
14.69
REV COUNT
NOX
185.
1.
26.35
- 11625.
NOXtCGRR. )
27.95
- 19945.
NOXICORR. )
13.97
- 11646.
NOX(CCRR.)
25.05
BARO -
IDLE
HUCF
0.951
HUCF
0.951
hUCF
0.951
0.24
5.37
COMMENT
-------
VEHICLE NO. - T2544169 DATE RECtlVED - 03/14/75
SHORT TEST SEMUENCE NUMBER -10.
TEST COND : RUN DATE - 03/15/75 RUN NO -A08140
KEY MODE TEST
PAGE 23
WB TEMP - 62.0 DB TEMP - 73.0 BARO - 30.10
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC,PPM
32.
35.
32.
TEST
38.
42.
35.
CO, %
0.04
0.03
0.03
0.04
0.03
0.03
NO, PPM
2899.
1653.
271.
3241.
2458.
136.
UNLOADED TEST
RPM - 2500.
COMMENTS :
70.
0.03
524,
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.50 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2702
RtV COUNT - 2791.
HC
18.
6.
0.20
CO
9.
0.
0.30
C02
1.41
0.06
699.79
NOX
100.
0.
5.42
NOX(CORR. )
5.15
HUCF
0.951
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.50
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
17.
7.
VOL/RfcV - 0.2702
15.
0.
REV COUNT - 1710.
1.33 78.
0.05 0.
-------
VEHICLE NO. - T2544169
PAGE 24
UATE RECEIVFfj - 03/18/75
FEDERAL TEST PROCEDURE (1975) NUMBER - II.
TEST COND : RUN DATE - 03/20/75)
INtRTIA - 5000.
ENGINE PARAMETERS : OUOMETER - Ub75.
COLD START
INLET ^RESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCtNTRATI ONJ
MASS EMISSIONS IGKAMS)
COLO STABILIZED
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CUNCENTRATIUNI
MASS EMISSIONS (GKAMS)
HOT START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPGJ - 10.51
HUN NO
I HP
-AU8192
- 9.9
DWELL - 27.0
I LO.
HC
54.
11.
1 .84
110.
HC
21.
11.
0.73
110.
HC
30.
11.
0.81
0.26
VCL/HtV -
CO
200.
3.
16.99
VOL/REV -
CO
12.
1.
1.63
VOL/RtV -
CO
61.
2.
5.09
1.56
*B TEMP -
AHP -
TIHING -
0.^703
C02
2.64
0. U6
3495.90
0.2703
C02
1.4S
0.06
3309.38
0.2702
C02
2.00
0.06
2b27.47
841.37
60.0 UB
13.4
TEMP - 70.0 6ARO - 29.90
OOOM - 11678.
12.0 IDLE RPM - 615. IDLE CO - 0.03
Kr V LCUNT
NOX
?49.
0.
35.28
RhV LOUNT
NOX
56.
0.
1 3.65
kcV CCUNT
NOX
168.
0.
23.79
5.65
- 11602.
NOX(CORR.) HUCF
33.02 0.936
- 19955.
NOXJCCRR.) HUCF
12.77 0.936
- 11604.
NOXJCORR.) HUCF
22.27 0.936
5.29
COMMENT
-------
VEHICLE NO. - T2544169 DATE KECEWEO - 03/18/75
SHORT TEST SEQUENCE NUMBER -11.
TEST COND : RUN UATE - 03/20/75 RUN NO -A08182
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC.PPM
32.
32.
30.
TEST
35.
35.
28.
CO, *
0.05
0.02
0.02
0.05
0.03
0.02
NO, PPM
2458.
1582.
136.
2899.
2325.
96.
UNLOADED TEST
RPM - 2500.
COMMENTS :
40.
0.04
471.
WB TEMP - 60.0
DB TEMP - fO.O
PAGE 25
BARO - 29.90
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.90 TEMP
SAMPLE {CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110
VOL/REV - 0.2705
RiiV CUUNT - 2817.
HC
24.
11.
0.21
CO
29.
2.
0.90
C02
1.53
0.05
775.18
NOX
90.
0.
4.93
NOXtCORR. )
4.61
HUCF
0.936
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.90
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
21.
10,
VOL/REV - 0.2705
15.
2.
1.24
0.06
KcV COUNT - 1714.
36.
0.
-------
PAGE 12
Vt-HICLt NO. - T2544169
UATt RtCtlVfcD - 03/20/75
FEDERAL TEST PROCEDURE (1973) NUMBER - 12.
TEST CCNU : RUN DATE - 03/21/75
INERTIA - 5000.
ENGINt PARAMETERS
ODOMETER - 11697.
COLD START
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATI ON)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI )
FUEL ECONOMY (MPG) - 10.39
HUN NO
IMP
-A08192
- 9.9
DWELL - 27.0
110.
HC
88.
9.
3.39
110.
HC
17.
8.
0.66
110.
HC
45.
a.
1.59
0.40
VOL/REV -
CO
164.
0.
14.19
VOL/REV -
CO
6.
0.
0.69
VOL/RtV -
CO
102.
0.
8.82
1.60
WB TEMP -
AHP -
TIMING -
0.2704
C02
2.40
0.05
3194.45
0.2704
C02
1.54
0.05
3479. tiO
0.2704
C02
2.02
0.05
2677.48
850.61
59.0 DB
13.4
TEMP - 68.0
ODOM - 11701.
12.0 IDLE RPM - 500.
REV COUNT
NOX
180.
0.
25.58
RtV COUNT
NOX
55.
0.
13.43
RtV COUNT
NOX
175.
0.
24.87
5.15
- 11609.
NOXICORR. )
23.82
- 19945.
NOX(CCRR.)
12.50
- 11604.
NOXtCORR.)
23.15
4.79
BARO
IDLE
HUCF
0.931
HUCF
0.931
HUCF
0.931
COMMENT
-------
VEHICLE NO. - F2544169 DATE RECEIVED - 03/20/75
SHORT TEST SEUUENCfc NUMBER -12.
TEST COND : RUN DATE - 03/21/75 RUN NO -AC8192
KEY MODE TEST
PAGE 13
WB TEMP - 59.0 UB TEMP - 68.0 BARO - 29.96
MPH HCiPPM
HI 49. 35.
LO 34. 28.
IDLE 0. 25.
FEDERAL THREE-MCUE TEST
HI 50. 35.
LO 30. 30.
IDLE 0. 28.
UNLOADED TEST
RPM - 2500. 80.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CCNCENTRATION)
BACKGROUND (CCNCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATION)
CO, %
0.02
0.02
0.02
0.03
0.02
0.02
0.02
- 110.
HC
27.
8.
0.31
- 110.
26.
6.
NO, PPM
2654.
1148.
123.
3095.
2107.
82.
458.
VOL/REV - 0.2703 REV COUNT - 2822.
CO C02 NOX
9. 1.51 83.
0. 0.05 0.
NOX(CCRR.) HUCF
0.30 765.50 4.55 4.24 0.931
VOL/REV - 0.2703 REV COUNT - 1712.
9. 1.38 64.
0. 0.05 0.
-------
VEHICLE NO. - T2544169
CATE RECEIVED - 03/21/75
PAGE 6
FEDERAL TEST PROCEDURE (I97b) NUMBE* - 13.
TEST CONU : RUN DATE - 03/24/7t>
INERT I A - bOOO.
ENGINE PARAMETERS : OOGMETER - 11721
COLD START
INLET PRESS. - 40.30
1 K M P -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT I ON)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.30 TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCLNTRAIIC*)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.20 TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT1 ON)
MASS EMISSIONS (GKAKS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.47
rt'JfJ Nil
IMP
-&U3217
- 9.9
CWELL - 30.0
1 10.
HC
51.
9.
1 .dO
I 10.
HC
I/.
11.
0.44
110.
HC
28.
8.
0.86
VLL/KtV -
CO
126.
2.
10.72
VGL/KEV -
CO
7.
1.
u .89
VOL/REV -
CO
44.
4.
3.46
tab KMP -
AHP -
T1MIMG -
0.2 703
C02
2.60
0. 15
3463. tJ9
U.2 ?03
(.02.
1.49
0. J6
3331.90
0.2703
CU2
?. J2
O.U6
2662. fO
62.0 Db
14.4
TEMP - 74.0
ODUf - 11727.
12.0 IULE RPM - 700.
Kt V CTUNT
NOX
263.
0.
37.3!)
KtV CflUNf
JOX
61.
0.
14. 136
KLV COUNT
NOX
180.
0.
25.57
- 11604.
NO«CORR. )
35.30
- 19904.
NOX(CORR. )
14.04
- 11602.
NOX(CORR.)
24.16
BARO
IDLE
HUCF
0.945
HUCF
0.945
HUCF
0.945
0.23
1.00
b45.21
6.07
5.73
COMMENT :
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 03/21/75
SHORT TEST SEQUENCE NUMBER -13.
TEST COND : RUN DATE - 03/24/75 RUN NO -AQ8217
KEY MODE TEST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
49.
34.
0.
THREE-MODE
50.
30.
0.
HC.PPM
46.
38.
35.
TEST
48.
40.
30.
CO, %
0.04
0.03
0.02
0.04
0.03
0.03
NO, PPM
2605.
1511.
218.
2948.
2368.
123.
UNLOADED TEST
RPM - 2500.
COMMENTS :
55.
0.03
PAGE 7
MB TEMP - 62.0 DB TEMP - 74.0 BARO - 29.97
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20 TEMP - 110.
SAMPLE (CCNCENTRATION)
BACKGROUND {CONCENTRATION)
MASS EMISSIONS (GM/MI)
VOL/REV - 0.2703
REV COUNT - 2828.
HC
20.
8.
0.20
CO
14.
4.
0.33
C02
1.52
0.05
772.38
NOX
99.
0.
5.44
NOX(CORR.)
5.14
HUCF
0.945
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.20
TEMP - 110.
SAMPLE (CCNCENTRATION)
BACKGROUND {CCNCENTRATION)
17.
8.
VOL/REV - 0.2703
8.
3.
REV COUNT - 1705.
1.25 21.
0.05 0.
-------
VEHICLE NO. - T2544169
PAGE 30
DATE RECLiVfcO -
FEDERAL TEST PROCEDURE (1975) NUMBER -
TEST CUND : RUN UATt - 03/26/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETER - 11749.
LOLD START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS tMISSlONS (GRAMS)
COLD STABILISED
INLET PRtSS. - 40.3U
SAMPLE (CONCENTRATION!
BACKGRCJUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.3U
TtMP -
SAMPLE (CCNLENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.lt>
KUN N;I
I HP
-AC624 1
- 9.9
DWELL - 30.0
1 10.
HC
101.
0.
7.39
110.
HC
101.
13.
6.44
110.
HC
99.
11.
3.74
1.57
VUL/REV -
LO
1979.
<> .
-------
VtHICLfc NO. - T2544169 DATE RECEIVED - 03/25/75
SHORT TEST StOUENCE NUMbER -15.
TEST COND : RUN DATE - 03/26/75 RUN NO -A08241
KEY MODE TEST
PAGE 31
WB TEMP - 56.0 DB TEMP - 73.0 BARO - 29.77
MPH HCtPPM
HI 49. 45.
LO 34. 35.
IDLE 0. 90.
FEDERAL THREE-MODE TtST
HI 50. 50.
LO 30. 45.
IDLE 0. 100.
UNLOADED TEST
RPM - 2500. 70.
COMMENTS :
EPA FEDERAL SHCRT CYCLE TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GP/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.40 TEMP
SAMPLL (CCNCENTRATION)
BACKGROUND (CONCENTRATION)
CO, X
0.05
0.03
3.10
0.10
0.03
3.30
0.05
- 110.
HC
126.
14.
1.85
- 110.
254.
16.
NO, PPM
3584.
2409.
123.
3780.
3241.
82.
693.
VOL/REV - 0.2703 REV COUNT - 2825.
CO C02 NOX
2178. 1.47 93.
26. 0.07 0.
NOX(CORR. ) HUCF
71.89 734.82 5.10 4.36 0.855
VOL/KEV - 0.2703 REV COUNT - 1720.
2819. 1.11 34.
44. 0.06 0.
-------
VEHICLE NO. - T254416V
FEDERAL TEST PKOCEUUKt <
TEST CONU : RUN bATE
INERTIA
LNGINt PARAMfTERS
COLO STAKT
INLET PKEiS. - 40.50
PAGE 32
DAT£ KECLlVcl) - 03/27/75
j ) f4UMBtS - 17.
03/31/75
5000.
IEMP -
SAMPLE (CCNCENTRATIGN)
BACKGROUND
29.7?
- 19940.
NOXtCOftR.)
10.38
- 1 1611.
NOX1CCRR. )
19.78
bARO
IOLE
HUCF
0.973
HUCF
0.973
HUCF
0.973
0.31
7.73
904.28
4.72
4.59
COMMENT
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 03/27/75
SHORT TEST SEQUENCE NUMBER -17.
TEST COND : RUN DATE - 03/31/75 RUN NO -A08266
KEY MODE TEST
PAGE 33
WB TEMP - 64.0 DB TEMP - 76.0 BARO - 29.82
MPH HC.PPM
HI 49. 28.
LO 34. 30.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 35.
LO 30. 40,
IDLE 0. 45.
UNLOADED TEST
RPM - 2500. 60.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GC/M1)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, ?
0.07
0.03
0.85
0.06
0.04
0.15
0.05
- 110.
HC
35.
14.
0.35
- 110.
145.
14.
NO, PPM
2249.
1295.
55.
2654.
1860.
55.
4ie.
VOL/REV - 0.2700 RhV COUNT - 2812.
CO C02 NOX
447. 1.69 50.
5. 0.08 1.
NOX(CCRR.) HUCF
14.68 840.22 2.67 2.60 0.973
VOL/REV - 0.2700 REV COUNT - 1700.
1834. 1.37 15.
9. 0.08 1.
-------
VEHICLb NC. - T2544169
LATE RECEWFi, - 04/CI/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 1R.
TEST CONU : KUN LJATE - 04/02/75 KUN NH -AC8294 WB TfcMP - 3n.O
INERTIA - 5000. 1HP - 9.9 AHP - li.4
PAGE
DB TEMP - 73.0 BARO - 30.16
DOOM - 11791.
FNGINL PARAMETERS
ODOMtTfcR - 117M. DwFLL - 30.0 TIMING - 12.0 IDLE RPM - 680. IDLE CO - 0.02
COLU START
INLET PKLSS. - 40.80
ThMP - 11).
VJL/KtV - 0.2700
KFV LUUNT - 1160?.
SAMPLE (CONCENTRATION)
BACKGKOUNU (CCNCtNTRAT 1 UN)
MASS EMISSIONS (GKAKS)
CULU STABILIZED
INLET PRESS. - 40.BO
IEMP -
SAMPLE (CCNCtNTRAHLiN)
6ACKGKQUND (CONCENTRATION)
MASS LMISSICNS (GRAMS)
HOT START
INLET PKtSS. - 40.dO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.57
HC
6U .
S .
P.14
iiO.
HC
1 /.
9.
0.59
110.
HC
25.
0.
0.73
0.26
CO
2U4.
j.
17.46
VCL/K£V -
CO
L .
1.
C.75
VOL/KEv -
CO
22.
1.
1.33
1.24
C02
2.41
0. J5
3221.23
0.2700
C02
1 . 5C
0.06
3379.30
0..70U
CU2
2 .00
O.C6
264^.56
836.62
NOX
198.
0.
2B.26
KTV COUNT
NOX
65.
0.
15.95
Kb V COUNT
NOX
181.
0.
25.85
5.71
NOXKCRR.)
24.89
- 19956.
NOX(CORR.)
14.05
- 11614.
NOXtCCRR.)
22.76
5.03
HUCF
0.681
HUCF
0.881
HUCF
0.881
COMMENT :
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 04/01/75
SHOKT TEST StguFNCE NUMBER -18.
TEST COND : RUN DATE - 04/02/75 RUN NO -A08294
KEY NODE TEST
PAGE 35
WB TfcMP - 58.0 DB TEMP - 73.0 BARO - 30.16
MPH HC
Hi 49.
LO 34.
IDLE 0.
FEDERAL THREE-MODE TEST
HI 50.
LO 30.
IULE 0.
UNLCADED TEST
RPM - 2500.
COMMENTS :
tPPM
40.
35.
35.
45.
45.
32.
50.
hPA FEDERAL SHORT CYCLE TEST
INLET PRESS* - 40.90 TEMP
SAMPLE {CONCENTRATION)
BACKGROUND (CCNCENTRATI
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLLT PRESS. - 40.90
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATI
ON)
TEMP
ON)
co, -a
0.04
0.03
0.03
0.04
0.03
0.03
0.04
- 110.
HC
19.
8.
0.18
- 110.
16.
7.
NO, PPM
2703.
1617.
258.
2948.
2262.
136.
511.
VOL/REV - 0.2700 RtV COUNT - 2829.
CO C02 NOX
7. 1.50 2.
0. 0.05 2.
NOX(CORR. ) HUCF
G.23 761.30 0.0 0.0 0.881
VOL/REV - 0.2700 REV COUNT - 1717.
6. 1.26 47.
0. 0.05 0.
-------
VEHICLE NO. - T2544169
PAGE 36
DATE RECtlVtlJ - 04/C2/75
FEDERAL TEST PRCCEUURE (1975) NUMtJfcK -
TEST CONU : RUN DATE - 04/04/7j
INtRTIA - 5000.
ENGINE PARAMETERS : ODUMLTl* - llbll.
COLL* START
INLET PRESS. - 40.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGRCUNU (CCNCtNTRATION»
MASS EMISSIONS (G^AMS)
COLD STABILISED
INLET PRESS. - 40.5U TEMP
SAMPLt (CONCLNTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/f.I )
FUEL ECONOMY (MPG) - 9.29
HUN NIJ -
IMP -
nwEi
1 10.
HC
e34.
10.
35. 13
110.
HC
100.
11.
6.55
110.
HC
366.
11.
15.19
ACd3^1
J.-4
L - 3C.O
VOL/REV -
CO
3»9.
1.
33.59
VUL/rttV -
CO
109.
0.
16.20
VOL/RLV -
CO
23s.
1.
2C.55
Wti TtMP -
AHP -
TIMING -
0.2702
C02
2.62
0.06
3482.26
0.2702
C02
1.68
0.05
3806.40
0.2701
C02
2.26
O.Ob
2985.20
61.0 OB
13.4
TbMP - 73.0
DOOM - 11815.
1P.O IDLE RPM - 650.
Rt V COUNT
NOX
227.
1.
3?. 14
REV CCUNT
NOX
84.
2.
20.02
RtV COUNT
NOX
222.
2.
J1.21
- 11622.
NOXICORR. )
29.98
- 19952.
NCX(CCRR.)
18.68
- 11604.
NOXICCRR.)
29.12
BARO
IDLE
HUCF
0.933
HUCF
0.933
HUCF
0.933
4.05
5.65
6.88
6.42
-------
COMMENT :
VEHICLE NO. - T2544169 UATt RECEIVED - 04/02/75
SHCKT TEST SEQUENCE NUMbER -19.
TEST COND : RUN DATE - 04/04/75 RUN NO -A08321
KEY MODE TEST
WB TEMP - 61.0 DB TEMP - 73.0
PAGE 37
BARO - 29.99
tPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.60
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRATI ON)
MASS EMISSIONS IGN/MI
COMPOSITE NJ/NY TEST
1NLLT PRESS. - 40.60
SAMPLE (CONCENTRATION
BACKGROUND (CONCENTRATION)
HC.PPM
48.
32.
35.
50.
38.
35.
105.
TEST
TEMP
)
TION)
}
TEMP
)
TION)
CO, ?
0.20
0.04
0.04
0.15
0.07
0.04
0.08
- 110.
HC
213.
24.
3.12
- 110.
210.
15.
NO, PPM
2703.
1894.
271.
2850.
2605.
96.
576.
VOL/REV - 0.2701 REV COUNT - 2818.
CO C02 NOX
81. 1.63 123.
0. 0.06 3.
NOX(CCRR.) HUCF
2.70 821.40 6.56 6.12 0.933
VOL/REV - 0.2701 REV COUNT - 1704.
89. 1.34 59.
3. 0.06 1.
-------
VbHICLE NO. - T2544169
DATE RECEIVED - 04/08/75
FEDERAL TEST PROCEDURE (1975) NUHbEK - 20.
TEST CONU : RUN DATE - 04/09/7'j -
-------
VEHICLE NO. - T2544169 DATE RECEIVED - 04/08/75
SHORT TEST SEQUENCE NUMBER -20.
TEST CONO : RUN DATE - 04/09/75 RUN NO -A08357
KEY MODE TEST
PAGE 25
WB TEMP - 59.0 DB TEMP - 70.0 BARO - 29.74
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.00
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.00
SAMPLE (CONCENTRATION)
BACKGROUND (CQNCEN
HCtPPM
40.
38.
35.
40.
45.
35.
80.
TEST
TEMP
1)
(1 1 ON)
)
TEMP
1)
kTION)
CO. *
0.04
0.03
0.03
0.05
0.03
0.03
0.03
- no.
HC
20.
10.
0.17
- 110.
20.
10.
NO, PPM
2605.
1606.
231.
2948.
2409.
109.
497.
VOL/REV - 0.2700 REV COUNT - 2826.
CO C02 NOX
14. 1.46 82.
6. 0.06 2.
NOX(CORR.) HUCF
0.27 734.26 4.39 4.04 0.920
VOL/REV - 0.2700 REV COUNT - 1712.
9. 1.21 40.
4. 0.06 1.
-------
Car No. 5
T1754162
-------
PAGE 8
VEHICLE NO. - T175<.162
DATE RECEIVED - 01/20/75
FEDERAL TEST PROCEDURE (1975) NUMBER - /.
TEST CONL) : HUN DATE - 02/17/75
INERTIA - 5000.
COLD START
INLET PRESS- - 311.20
SAfPLt (CCNCcNTRAlICN)
tSACKGRCUND (LLNCFNT K AT IC
("ASS LM SSIO.Mb (GKACS)
COLD STAolLI £EU
INLET PKLSS. - bn.20
SAMPLE (CUNCEuTKAflCN)
BACKGKCUND I CLNCE \T H AT 1 LM J
EMSS1CNS JuMANS)
HOT START
INLET PRESS. - J8.4J
SAfPLt (CCNChNTRATlCN)
BACKGnCUND ( CCNCcKT K AT I C J )
^ASS EMISSIONS
COMPOSITE
NASS EMISSIONS (G^/f I )
FL'FL ECONOMY (MPG) -
7/75
)
TL"ip -
J
1 t M f> -
)
RUN MO - A07SC5
[HP - 10. 1
110. VOL/R tV -
t'C CU
)0 . 5Ct .
2? . 1 <* .
? . 9 <. 4 ; . 2 1
. n . ; r L / ' t v -
HC CU
? -> . <: J .
20 . t
0 . 6 7 2.85
110. Vf.L/KhV -
HC Cu
1 0 'j . I 3 'i .
23. 2
453.<,9
b/ . 0 D6
1..A
KLV COUNT
\OX
78.
1 .
11.05
Rt V LCUNT
\UX
39.
1.
9. 36
KLV LCUNT
\OX
77.
1 .
10.90
2.71
TEMP - 73.0
COOK - 912'J.
- 11600.
NOX(Ct_'
-------
ICLE NO. -
SHORT TfcST
T1754162
SEQUENCE NUMBER
TEST CCND : __RUN DATE -
KEY MODE
HI
LO
IDLE
FEDERAL
hi
LO
UNLCADED
TtST
MPH
49.
34.
0.
THREE-MODE TtST
5U.
30.
0 .
TfcST
RPM - 2500.
CCMMtNTS :
DATE RECEIVED - 01/20/75
- A
02/17/75
HC.PPM
40.
42.
38.
35.
35.
40.
RUN NO -
CO, Z
0.04
0.03
0.02
0.04
0.03
0.02
0.04
A079C5
NO, PPM
693.
I860.
2fc5.
1011.
2752.
550.
PA&t 9
WB TEMP - 62.0 D8 TEMP - 73.0 BARD - 29.99
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 30.50 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCt'MTRATION)
MASS EMISSIONS IGM/MI)
HC
28.
12.
0.27
VOL/REV - 0.2713
CO
24.
C.
G.81
C02
1.52
O.G8
7o0.22
REV COUNT - 2831.
NOX
85.
0.
NCXtCCRR.)
HUCF
0.952
COMPOSITE NJ/NY TEST
"INLET PRESS." - 38.50'
SAWPLE (CONCENTRATION)
BACKGROUND ( CCNCE^TRAT'l ON ]
TEMP - 110.
30,
11.
VOL/REV - 0.2713 Rtv COUNT - 1707.
25.
2.
1.27
0.07"
31.
0.
-------
PAGE 32
VEHICLE NO. - T1754162
DATE RECEIVED - 02/19/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 2.
TEST COND : RUN DATE - 02/20/75
INERTIA - 5000.
ENGINE PARAMETERS : ODOMETbR - 91*1.
COLD START
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATIONI
BACKGROUND (CONCENTRATIONI
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLfcT PRESS. - 39.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.54
RUN NO
IHP
-A07947
- 10. 1
DWELL - 26.0
110.
HC
83.
15.
2.92
110.
HC
26.
14.
0.89
110.
HC
72.
10.
2.67
0.49
VOL/REV -
CO
437.
3.
37.59
VOL/REV -
CO
57.
30.
4.03
VOL/RfcV -
CO
IGti.
2.
V.20
3.39
MB TEMP -
AHP -
TIMING -
0.2707
C02
2. 75
0.09
3620.19
0.2707
CD2
1.66
0.08
3703.05
0.2707
C02
2.22
O.OB
2919. Ul
923.14
65.0 OB
13.4
TEMP - 72.0
DOOM - 9145.
12.0 IDLE RPM - 520.
Rt V COUNT
NOX
76.
0.
10.81
REV COUNT
NOX
33.
0.
a. 09
RtV COUNT
NOX
66.
1.
9.27
2.40
- 11604.
NOX1CORR. )
11.10
- 19983.
NOXICORR. )
8.30
- 11630.
NOXICORR. )
9.51
2.47
BARO
IDLE
HUCF
1.026
HUCF
1.026
HUCF
1.026
COMMENT
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 02/19/75
SHORT TEST SEQUENCE NUMBER - 2.
TEST COND : RUN DATE - 02/20/75 RUN NO -A07947
KEY MODE TEST
WB TEMP - 65.0 DB TEMP - 72.0
PAGE 33
BARO - 29.93
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 39.60
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 39.60
SAMPLE (CONCENTRATION)
BACKGROUND (CONCEN
HC.PPM
39.
41 .
45.
32.
43.
40.
41.
TEST
TEMP
1)
TION)
)
TEMP
1)
JION)
COt *
0.04
0.03
0.01
0.04
0.03
0.02
0.03
- 110.
HC
35.
11.
0.40
- 110.
47.
10.
NO,PPM
550.
1559.
136.
796.
2507.
68.
537.
VOL/REV - 0.2707 REV COUNT - 2820.
CO C02 NOX
29. 1.49 67.
1. 0.08 1.
NOXtCOKR.) HUCF
0.94 739.85 3.62 3.72 1.026
VOL/REV - 0.2707 REV COUNT - 1701.
90. 1.22 24.
2. 0.08 1.
-------
PAGE 3 - 02/20/73
FEDERAL TEST PROCEDURE (1*75) MJ'IBfcH - }.
TEST COND : RUN DATE - 02/21/75
INERTIA - 5000.
ENGINE PARAMETERS
OUOMETtK -
i 1 7
COLD START
INLET PRESS. - 3^.1
T L M P -
SAMPLE (CONCENTKAIION)
BACKGROUND (CONCENTRAl I ON)
MASS EMISSIONS IGKAMS)
LOLD STABILISED
INLET PRESS. - 39.au
TfcMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - ^0.^0
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPGI - 9.27
rfJ'M Ml) -A^7-*61
1 MP - 10.1
DWLIL - 26.0
110. VJL /Kt V -
HC LI)
HB . 267.
9 . 2 .
i . 4 1 23.23
110. VUl /Kt V -
HC CD
22 . 21.
8. 0.
1.03 3.13
110. VOL /Rfc V -
HC CO
106. 1 u<: .
H . 0.
4.23 d .d9
-b ftMH - 6/,.o UB TEMP - 72.0
AMP - 13.4 ODD* - 9175.
TMINC, - 12.0 IJLE RPM - 520.
0.2706 Kt V LliUNT - 11729.
Li.-4 MOX
2.rt4 91.
,..07 1.
NOXICORR. )
JH-J.-9 17.96 12.43
u.<;706 Kt- J COUNT - 19917.
Lilt! NOX
1 . f>« 32.
u.07 0.
NOX(CO»R. )
376r>.d2 7.83 7.51
0.2702 rti V LOUNT - 11697.
002 NOX
<- . 2 8 74.
0.06 0.
NOX (CLKR. )
1040.09 10.60 10.16
BARO
IDLE
HUCF
0.959
HUCF
0.959
HUCF
0.959
0.66
2.59
2.49
COMMENT
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 02/20/75
SHORT TEST SEQUENCE NUMBER - 3.
TEST COND : RUN DATE - 02/21/75 RUN NO -A07961
KEY MODE TEST
WB TEMP - 62.0 DB TEMP - 72.0
PAGE 35
BARO - 29.99
UNLOADED TEST
RPM - 2500.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.20
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
HC.PPN
30.
35.
30.
30.
40.
30.
30.
TEST
TEMP
1)
TION)
)
TEMP
1)
,T I ON )
CO, Z
0.04
0.02
0.03
0.04
0.03
0.02
0.03
- 110.
HC
37.
8.
0.48
- 110.
39.
8.
NO, PPM
680.
1653.
145.
898.
2850.
82.
537.
VOL/REV - 0.2703 REV COUNT - 2818.
CO C02 NOX
32. 1.47 79.
0. 0.05 0.
NOX(CORR.) HUCF
1.07 743.47 4.32 4.15 0.959
VOL/REV - 0.2704 REV COUNT - 1715.
32. 1.20 28.
0. 0.06 0.
-------
PAGE 36
VEHICLE NO. - T1754162
UAIb RECfciVtU - 02/21/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 4.
TEST CONO : RUN DATE - 02/25/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMtTER -
COLD START
INLET HRtSS. - 40.00
UMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CUNCENTRAT I ON)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 4U.OO
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.00
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 02/21/75
SHORT TEST SEQUENCE NUMBER - 4.
TEST COND : RUN DATE - 02/25/75 RUN NO -A07974
KEY MODE TEST
MPH HCtPPM
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
49.
34.
0.
THREE-MODE TEST
50.
30.
0.
31.
36.
39.
30.
41.
32.
CO, I
0.04
0.01
0.02
0.02
0.02
0.01
NO, PPM
615.
1722.
109.
847.
1822.
66.
UNLOADED TEST
RPM - 2500.
COMMENTS :
30.
0.03
524.
WB TEMP - 65.0 DB TEMP - 73.0
PAGE 37
BARO - 29.94
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 38.80 TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GH/MI)
VOL/REV - 0.2710
REV COUNT - 2834.
HC
39.
10.
0.48
CO
38.
0.
1.28
C02
1.49
0.05
760.19
NOX
69.
0.
3.81
NOXICORR.)
3.88
HUCF
1.018
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
32.
10.
VOL/REV - 0.2705
36.
0.
REV COUNT - 1702.
1.19 27.
0.05 0.
-------
PACE 38
VEHICLE NO. - T1754162
DATE RECElVfcU - 02/25/75
FEDERAL TEST PROCEDURE (1975) NJMdER -
TEST COND : RUN DATE - 02/26/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER -
COLD START
INLET PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COLD STABILIZED
INLfcT PRESS. - 39.90
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
HOT START
INLET PRESS. - 40.<>0
IEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPGI - 9.69
RUN NO
I HP
-A07987
- 9.9
DWELL - 26.0
110.
HC
68.
16.
2.24
110.
HC
30.
16.
1.04
110.
HC
9<>.
15.
3.40
0.53
VUL/REV -
CO
177.
4.
15.05
VOL/KEV -
CO
23.
0.
3.44
VOL/REV -
CD
109.
0.
9.47
2.04
Wb TEMP -
AHP -
TIMING -
U.2705
CU2
2.70
0.06
360^. 36
0.2705
C02
l.toO
0.06
3616.59
0.2702
C02
2.20
O.U6
2921.58
911.19
67.0 DB
1J.4
TEMP - 78.0
ODOM - 9214.
12.0 IDLE RPM - 630.
KfcV COUNT
NOX
93.
0.
13.29
KEV COUNT
NOX
30.
0.
7.37
RtV COUNT
NOX
74.
0.
10.56
2.55
- 11602.
NOXtCORR. )
13.60
- 19929.
NOXtCORR. )
7.54
- 11614.
NOX(CORR.)
10.61
2.61
BARO
IDLE
HUCF
1.023
HUCF
1.023
HUCF
1.023
COMMENT
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 02/25/75
SHORT TEST SEQUENCE NUMBER - 5.
TEST CONO : RUN DATE - 02/26/75 RUN NO -A079H7
KEY MODE TEST
PAGE 39
WB TEMP - 67.0 DB TEMP - 78.0 BARO - 30.10
MPH HC.PPM
HI 49. 31.
LO 34. 39.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 33.
LO 30. 41.
IDLE 0. 31.
UNLOADED TEST
RPM - 2500. 34.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.10 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.04
0.03
0.01
0.03
0.02
0.01
0.02
- 110.
HC
56.
16.
0.66
- 110.
54.
14.
NO, PPM
615.
1606.
123.
821.
2693.
55.
537.
VOL/REV - 0.2705 REV COUNT - 2823.
CO C02 NOX
40. 1.89 75.
4. 0.06 1.
NOXJCORR.) HUCF
1.20 960.54 4.06 4.16 1.023
VOL/REV - 0.2704 REV COUNT - 1700.
38. 1.19 26.
4. 0.06 1.
-------
PAGfc
VEHICLE NO. - U754162
DATfc KECLIVLD - 02/27/75
FEDERAL TEST PROCEDURE ) NUMBER - 6.
TEST COND : RUN DATE - 03/12/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETfcR - 923HO.
COLO START
INLET PRESS. - 40.lu
TEMP -
SAMPLE (CCNCLNTRAT1CN)
BACKGROUND (CONCENTKATI ON)
MASS EMISSIONS (GKAMS)
COLD STABILIZED
INLET PRESS. - 40.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.10
TEMP -
SAMPLE (CCNCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 10.21
RUN NO -
-
1
1
1
IMP -
UWFL
10.
HC
h5.
1 1 .
2.11
10.
HC
23.
12.
0.81
10.
HC
52.
10.
1.79
0.38
AUt,125
9.9
L - 26.0
vuL/Kev -
CO
215.
4.
lb.22
VUL/HtV -
CO
23.
4.
2.82
VUL/«tV -
CO
73.
4.
5. 94
1.87
kb TEMP -
AHP -
TIMING -
0.2 704
CU2
2.63
0.07
1^74.00
0.2704
CU2
1.52
0.06
3400.69
0.2 704
C02
2.U
O.U6
2799.61
865.40
60.0 OB
13.4
TEMP - 76.0
DOOM - 9242.
12.0 IDLE RPM - 480.
Kh V LLUNT
NOX
78.
0.
I 1 .07
Kh V COUNT
NOX
31.
0.
7.55
Kt V COUNT
NOX
63.
0.
8.91
2.32
- 11599.
NOX(CCRR. )
11. M5
- 19910.
NOXICORR. )
8. OB
- 11560.
NGX(CO*R. i
9.54
2.48
bARO
IDLE
HUCF
1.070
HUCF
1.070
HUCF
1.070
COMMENT :
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 02/27/75
SHORT TEST SEQUENCE NUMBER - 6.
TEST COND : RUN DATE - 03/12/75 RUN NO -AC8125
KEY MODE TEST
PAGE
WB TEMP - 68.0 OB TEMP - 76.0 BARD - 29.93
MPH HC.PPM
Hi 49. 28.
LO 34. 35.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50.
LO JO.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
30.
40.
35.
35.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND ( CONCENTRATION J
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.30
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT
TEMP
ION)
CO, %
0.03
0.02
0.02
0.05
0.04
0.03
0.03
- 110.
HC
62.
13.
0.81
- 110.
33.
13.
NO, PPM
602.
1606.
109.
847.
2703.
55.
550.
VOL/REV -
CO
25.
0.
0.84
VOL/REV -
24.
0.
0.2702 REV COUNT - 2839.
NOX
80.
0.
C02
1.38
0.06
696.01
4.41
NOX(CORR.)
4.72
HUCF
1.070
- 0.2702
REV COUNT - 1703.
1.18 24.
0.05 0.
-------
PAGE
4
VEHICLE NO. - T1754162
DATE RECEIVE!; - 03/ 13/75
FEDERAL TEST PROCEDURE (19751 NUMBtR - 7.
TEST COND : RUN DATE - 03/15/75
INERTIA - 5000.
ENGINE PARAMETERS
COLU START
INLET PRESS. -
OUOMtTER -
9264.
TEMC -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
TtMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL tCONOMY (MPG) - 10.28
KJN NO -A08
1
1
1
1HP -
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 03/13/75
SHORT TEST SEQUENCE NUMBER - 7.
TEST COND : RUN UATt - 03/15/75 RUN NO -AC8141
KEY MODE TEST
WB TEMP - 59.0 DB TEMP - 72.0
PAGE 5
BARO - 30.11
MPH HC.PPM
HI 49. 25.
LO 34. 28.
IDLE 0. 25.
FEDERAL THREE-MODE TEST
HI 50. 25.
LO 30. 32.
IDLE 0. 30.
UNLOADED TEST
RPM - 2500. 60.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GK/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
COf ?
0.05
0.04
0.03
0.05
0.04
0.04
0.05
- 110.
HC
24.
5.
0.31
- 110.
38.
4.
NOtPPM
352.
1440.
271.
641.
218.
82.
82.
VOL/REV - 0.2701 REV COUNT - 2789.
CO C02 NOX
13. 1.41 78.
0. 0.04 0.
NOX(CCRR.) HUCF
0.43 709.39 4.22 3.81 0.903
VOL/REV - 0.2701 REV COUNT - 1679.
21. 1.44 50.
0. 0.05 0.
-------
PAGE
VEHICLE NO. - T1754162
DATE KECfclVtU - 03/17/75
FEDERAL TEST PROCEDURE (1975) NUMBER - B.
TEST CONO : RUN DATE - 03/19/75
INERTIA - 5000.
ENGINE PARAMETERS
ODOMETER - 9295.
COLD START
INLET PRESS. - 39.70
SAMPLE (CONCENTRATION!
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
COLD STABILIZED
INLET PRESS. - 39.70
TEMP -
SAMPLE (CONCENTKATI UN>
BACKGROUND (LCNCENTKAT I ON)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 38.90
TbMP -
SAMPLE
-------
VEHICLh NO. - T1754162 DATE RECEIVED - 03/17/75
SHORT TEST SEQUENCE NUMBER - 8.
TEST COND : RUN DATE - 03/19/75 RUN NO -A08172
KEY MODE TEST
PAGE 7
WB TEMP - 64.0 DB TEMP - 75.0 BARO - 29.87
MPH HC.PPM
HI 49. 25.
LO 34. 30.
IDLE 0. 28.
FEDERAL THREE-MODE TEST
HI 50.' 25.
LO 30. 35.
IDLE 0. 28.
UNLOADED TEST
RPM - 2500. 60.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.00 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.05
0.04
0.03
0.05
0.05
0.03
0.05
- 110.
HC
36.
10.
0.43
- 110.
41.
9.
NO, PPM
352.
1416.
271.
680.
271.
96.
62.
VOL/REV - 0.2704 REV COUNT - 2825.
CO C02 NOX
19. 1.56 77.
0. 0.05 0.
NOXICGRR.) HUCF
0.63 792.85 4.23 4.14 0.980
VOL/REV - 0.2704 REV COUNT - 1710.
20. 1.29 30.
0. 0.05 0.
-------
VEHICLE NO. - T1754162
UA1E RECEIVEU - OH/20/75
FEDERAL TEST PROCEDURE (1975) NUMBtR - 9.
TEST COND : RUN DATt - 03/21/75 *»* NO -A081S1 Kb TtMP - 62.0
INbRTIA - 5000. IHP - 9.J AHP - 13.4
PAGE
DB TtMP - 73.0 BARO - 29.99
DOOM - 9330.
ENGINE PARAMETERS
ODCMETER - 932o. DWELL - 2o.O TIMING - 12.0 IDLE RPM - 630. IDLE CO - 0.05
CULD START
INLET PRESS. - 40.^0
TEMP - lid.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMSI
COMPOSITE
MASS EMISSIONS (GP/MI)
FUEL ECONOMY (MPG) - 9.66
VUL/rttV - 0.2702
KF V LOUNT - 1 1616.
HC
97.
22.
3.22
1 10.
HC
36.
18.
1.32
I 10.
HC
97.
16.
3.48
0.62
CO
l a 7 .
it.
14 .80
VOL/KtV -
CO
2d.
ti .
2.97
VOL/KfcV -
CO
99 .
ti.
7.88
1.84
C02
2.67
0.06
3^9.40
0.2 702
C02
1.63
0.06
3661.^0
0.2703
CU2
2.21
0.06
2926.22
91^.08
NOX
75.
0.
10.66
KuV COUNT
NOX
43.
0.
10.48
KtV COUNT
NOX
78.
0.
11.10
2.85
NOX(CCRR. )
10.15
- 19920.
NOX(CORR. )
9.98
- 11618.
NOX(CCRR. )
10.57
2.72
HUCF
0.952
HUCF
0.952
HUCF
0.952
COMMENT
-------
VEHICLfc NO. - T1754162 DATE RECEIVED - 03/20/75
SHORT TEST SEQUENCE NUMBER - 9.
TEST COND : RUN DATE - 03/21/75 RUN NO -A08191
KEY MODE TEST
PAGE 15
WB TEMP - 62.0 DB TEMP - 73.0 BARD - 29.99
MPH HC,PPM
HI 49. 35.
LO 34. 37.
IDLE 0. 32.
FEDERAL THREE-MODE TEST
HI 50. 32.
LO 30. 40.
IDLE 0. 35.
UNLOADED TEST
RPM - 2500. 30.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CCJNCENTRAT I ON )
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.30 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, *
0.04
0.02
0.02
0.04
0.02
0.02
0.03
- 110.
HC
49.
14.
0.58
- 110.
54.
14.
NJ,PPM
654.
1883.
298.
898.
2997.
109.
563.
VOL/REV
CO
39.
6.
1.1
VOL/REV
39.
9.
- 0.2702
REV COUNT - 2815.
HC
49.
14.
0.58
CO
39.
6.
1.10
C02
1.58
0.06
794.69
NOX
83.
0.
4.54
NOX(CORR.)
4.32
HUCF
0.952
)2 RfcV COUNT - 1708.
1.26 30.
0.06 0.
-------
VEHICLE NO. -
LATE RECEIVED - 03/25/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 10.
TEST CONU : RUN DATE - 03/26/75
INtRTIA - 5000.
ENGINE PARAMETERS
ODOMETER -
9394.
COLD START
INLET PRESS. - 40.30
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 40.30
TEMP -
SAMPLE ICCNCE'NTRAf ION)
BACKGROUND (CCNCtNTKAT 1 ON)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.50
TEMP -
SAMPLE (CCNCENTRATICN)
BACKGROUND (CCNCENTRAT I ON)
MASS EMISSIONS (GKAMSI
COMPOSITE
MASS EMISSIONS (GM/MlI
FUEL ECONOMY (MPG> - 9.34
0.79
4.10
891.23
3.00
2.59
PAGE 24
KUN NU
IMP
-AC8242
- 9.9
DWELL - 3C.O
110.
HC
210.
10.
8.52
I 10.
HC
27.
11.
1.17
110.
HC
53.
8.
1.91
s/OL/REV -
CO
657.
24.
3
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 03/25/75
SHORT TEST SEQUENCE NUNdER -10.
TEST COND : RUN DATE - 03/26/75 RUN NO -A08242
KEY MODE TEST
PAGE 25
WB TEMP - 55.0 D8 TEMP - 69.0 bARO - 29.79
MPH HC.PPM
HI 49. 42.
LO 34. 48.
IDLE 0. 45.
FEDERAL THREE-MODE TEST
HI 50. 42.
LO 30. 52.
IDLE 0. 50.
UNLOADED TEST
RPM - 2500. 40.
COMMENTS :
fcPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GP/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.04
0.03
0.03
0.05
0.04
0.03
0.04
- 110.
HC
57.
7.
0.83
- 110.
59.
6.
NO, PPM
872.
1996.
191.
1173.
3144.
82.
589.
VOL/REV
CO
26.
0.
0.8
VOL/REV
21.
0.
- 0.2702
REV COUNT - 2826.
HC
57.
7.
0.83
CO
26.
0.
0.87
C02
1.51
0.05
766.30
NOX
100.
0.
5.49
NOXtCORR. )
4.74
HUCF
0.863
- 0.2702 REV COUNT - 1702.
1.24 31.
0.05 0.
-------
VfcHlCLfc NO. - T1754162
CATE RECEIVED - 03/26/75
FEDERAL TEST PROCEDURE (1975) NUMBtR - 11.
TEST COND : RUN UATfc - 03/27/75 RUN NO -AC8254 WB TEMP - 5b.O
INERTIA - 5000. IhP - ?.<< 4HP - 13.4
PAGE 32
06 TEMP - 69.0 BARO - 29.86
ODOf - 9413.
ENGINE PARAMETERS
ODOMETER - 9413. DWELL - 30.0 TIMING - 12.0 IDLE RPM - 600. IDLE CO - 0.02
COLD START
INLET PRESS. - 40.5U
TEMH - 110.
VDL/KEV - 0.2702 RFV COUNT - 11652.
^
I
SAMPLE (CONCENTRATION)
BACKGROUND
-------
VEHICLE NO. - T1754162 GATE RECEIVED - 03/26/75
SHORT TEST SEQUENCE NUMBER -11.
TEST CQND : RUN OATfc - 03/27/75 RUN NO -A08254
KEY MODE TEST
WB TEMP - 56.0 Db TEMP - 69.0
PAGE 33
BARO - 29.86
MPH HCfPPM
Hi 49. 35.
LO 34. 38.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 35.
LO 30. 45.
IDLE 0. 40.
UNLOADED TEST
RPM - 2500, 38.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CONCENTRATION*
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI )
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.40 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.05
0.03
0.03
0.05
0.04
0.03
0.04
- 110.
HC
45.
15.
0.49
- no.
49.
17.
NO, PPM
770.
1928.
150.
1123.
3095.
82.
602.
VOL/REV - 0.2703 REV COUNT - 2805.
CO C02 NOX
36. 1.52 87.
4. 0.06 0.
NOXCCCRR. ) HUCF
1.06 760.89 4.74 4.16 0.877
VOL/REV - 0.2703 RtV COUNT - 1702.
35. 1.27 31.
3. 0.06 0.
-------
PAGE 40
VEHICLfc NO. - T1754162
UATb RECEIVfct) - 03/27/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 12.
TEST CONL- : RUN DATE - 03/28/73
INERTIA - SOOO.
ENGINE PARAMETERS
CUOMETER -
9432.
COLD START
INLET PRhSS. - 4U.70
rtMP -
SAMPLL (CONCtNTRATION)
BACKGROUND (CCNCENTRAT 1GN)
MASS EPISSICNi> (GRAMS)
COLD STAblLliEU
INLET PRESS. - 40.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCENTRAT1 CM)
MASS EMISSIONS IGRAMS)
HOT STAKT
INLET PRESS. - 40.70
TEMP -
SAMPLE (CCNCENTRAT1LN)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 9.90
RUN NO
1HP
-ACB26C
9.9
DrfFLL - JC.O
110.
HC
53.
9.
1 .88
1 10.
HC
IS.
9.
0.73
110.
HC
36.
7.
1.24
0.30
VUL/KEV -
(.0
26 7.
i .
22.90
VOL/KEV -
LU
14.
C.
2.08
VOL/RtV -
CU
96.
0.
8.28
2.22
Wb TEMP -
AHP -
T IMING -
0.2702
C02
2.H2
0. U6
3746.72
0.2702
C02
1.57
0.06
3b20.04
0.2702
CU2
?.08
0.06
2738.39
892.27
60.0 DB
13.4
TEMP - 83.0
DOOM - 9432.
12.0 IDLE RPM - 650.
RhV LOUNT
NOX
95.
1.
11.34
KLV COUNT
NOX
55.
0.
13.41
REV COUNT
NOX
130.
1.
18.28
3.94
- 11635.
NOX(CORR. )
11.40
- 19980.
NOX1CCRR. )
11.46
- 11619.
NOXtCORR.)
15.63
3.37
bARO
IDLE
HUCF
0.855
HUCF
0.855
HUCF
0.855
COMMENT
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 03/27/75
SHORT TEST SEUUENCt NUKdER -12.
TEST COND : RUN DATE - 03/28/75 RUN NO -A08260
KEY MODE TEST
PAGE 41
WB TEMP - 60.0 DB TEMP - 83.0 BARO - 29.92
MPri HCtPPM
HI 49. 45.
LO 34. 45.
IDLE 0. 40.
FEDERAL THREE-MODE TEST
HI 50. 35.
LO 30. 42.
IDLE 0. 28.
UNLOADED TEST
RPM - 2500. 35.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
PASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.05
0.03
0.03
0.05
0.03
0.03
0.03
- 110.
HC
28.
9.
0.31
- 110.
28.
8.
NO, PPM
1676.
1906.
352.
20t>3.
3095.
136.
615.
VOL/REV
CO
25.
2.
C.7
VOL/REV
20.
0.
- 0.2702
REV COUNT - 2818.
HC
28.
9.
0.31
CO
25.
2.
C.77
C02
1.57
0.06
790.30
NOX
98.
1.
5.31
NOXCCORR.)
4.54
HUCF
0.855
- 0.2702 REV COUNT - 1703.
1.30 48.
0.06 0.
-------
VEHICLE NO. -
UATF RECEIVED - 03/28/75
FEUtRAL TEST PROCEDURE (H75) NUMBER - 13.
TEST COND : RUN UATfc - 03/31/75
INERTIA - 5000.
ENGINE PARAMLTLRS
LUUMhTER -
9450.
LOLO START
INLET PRESS. - 40.70
TEMP -
SAMPLE (CONCENTRATION)
BACKGRUUND (CLNCENTRAT I ON)
MASS EMISSIONS (GRAMS)
COLO STABILIZED
INLET PRESS. - 40.7u
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAKS)
COMPOS1IE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.86
0.31
1.61
B96.22
3.82
3.61
PAGE
RUN NO -AC8264
IHP - 9
DWELL -
110. VOL
HC
60.
10.
2.13
110. VOL
HC
22.
12.
0.73
110. VOL
HC
3/.
9.
1.19
.9
3C.O
/KEV -
CO
22 1.
3.
lb.74
/REV -
CO
t-9.
15.
2.06
/RtV -
CO
74.
4.
6 .00
Wb TtMP -
A HP -
TIMING -
0.2707
C02
2.62
0.07
J444. 18
0.2707
C02
1.06
0.08
3659. 73
0.2701
C02
2.12
0.06
2773.52
62.0 DB
13.4
TEMP - 74.0
ODOM - 9450.
12.0 IDLE RPM - 650.
RL V COUNT
NOX
117.
1.
16. 38
RLV COUNT
NOX
51.
0.
12.35
KtV COUNT
NOX
115.
0.
16.19
- 11611.
NOXICORR. )
15.52
- 19912.
NOX(CCRR. )
11.70
- 11603.
NOX(CGRR.)
15.33
BARO
IDLE
HUCF
0.947
HUCF
0.947
HUCF
0.947
COMMENT :
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 03/28/75
SHORT TEST SEQUENCE NuNtiER -13.
TEST COND : RUN DATE - 03/31/75 RUN NO -A08264
KEY MODE TEST
W6 TEMP - 62.0 DB TEMP - 74.0
PAGE 43
BARO - 29.79
MPH hC
HI 49.
LC 34.
IDLE 0.
FEDERAL THREE-MODE TEST
HI 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
,PPM
30.
32.
28.
32.
38.
25.
38.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CQNCENTRATI
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.70
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTKATI
ON)
TEMP
ON)
CO, %
0.05
0.03
0.03
0.05
0.03
0.03
0.03
- 110.
HC
35.
13.
0.36
- 110.
37.
12.
NO, PPM
1368.
1487.
312.
1722.
2703.
IDS.
471.
VOL/REV - 0.2701 REV COUNT - 2817.
CO C02 NOX
27. 1.59 95.
6. 0.06 1.
NOX(CCRR.) HUCF
0.70 800.19 5.14 4.87 0.947
VOL/REV - 0.2701 REV COUNT - 1712.
24. 1.31 38.
4. 0.06 1.
-------
PAGE
VEHICLt NO. - H7tj4l62
DATE RECEIVED - 03/31/75
FEDERAL TEST PROCEDURE 11975) NUMBER - 14.
TEST COND : RUN DATL - 04/01/75
INERTIA - 5000.
ENGINE PARAMETERS
UDOMETER -
COLD START
INLtT PRESS. - 40.60
TEMP -
SAMPLE (CCNCENTRAUON)
BACKGROUND (CONCENTRAT I ON I
MASS EMISSIONS (CRAMS)
COLO STABILIZED
INLET PRESS. - 40.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRLSS. - 40,70
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 9.38
RUN NO
IMP
-A08276
- 9.9
DWELL - 30. 0
1 10.
HC
66.
14.
2.??
110.
HC
25.
15.
0.73
110.
HC
112.
2C.
3.92
VCL/RtV -
CO
215.
5 .
10. Od
VOL/REV -
CO
31.
17.
2.08
VCL/REV -
cu
150.
45.
9.04
*B TEMP -
AHP -
TIMING -
0.2701
C02
2.69
0.08
J530.17
0.2701
C02
1.72
0.07
3843.26
0.^701
C02
2.23
0.08
2976.86
60.0 D6
13.4
TEMP - 70.0
ODOM - 9470.
12.0 IDLE RPM - 650.
KCV COUNT
NOX
96.
1.
13.43
Kl V COUNT
NOX
37.
I.
8.77
RLV COUNT
NOX
75.
1.
10.47
- 11598.
NCXtCCRR.)
12.57
- 19973.
NOXICCRR. )
8.21
- 11606.
NOXtCCRR. )
9.80
BARO
IDLE
HUCF
0.936
HUCF
0.936
HUCF
0.936
0.52
2.00
941.07
2.73
2.56
COMMENT
-------
VEHICLE NIC. - T1754162 DATE RECEIVED - 03/31/75
SHORT TEST SEQUENCE NUMBER -14.
TEST CONb : RUN DATE - 04/01/75 RUN NO -A08278
KEY MODE TtST
HI
LO
IDLE
FEDERAL
HI
LO
IDLE
MPH
4S>.
34.
0.
THREE-MOLE
50.
30.
0.
HC.PPM
38.
40.
35.
TEST
30.
45.
28.
CO, %
0.06
0.04
0.03
0.05
0.03
0.03
NO, PPM
667.
1629.
271.
1011.
2752.
96.
UNLOADED TEST
RPM - 2500.
COMMENTS :
42.
0.04
511.
WB TEMP - 60.0 DB TEMP - 70.0
PAGE 45
BARO - 29.91
fcPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.70 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
- 110.
HC
41.
17.
0.40
VOL/REV - 0.2701
CO
36.
12.
0.80
C02
1.63
0.08
814.39
REV COUNT - 2830.
NOX
92.
1.
5.00
NOX(CCRR.)
4.68
HUCF
0.936
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.70
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
35,
11.
VOL/REV - 0.2701
25.
8.
1.32
0.06
RLV COUNT - 1715.
33.
1.
-------
VEHICLE NO. - T1754162
DATE RECEIVED - 04/C1/75
FEDERAL TEST PROCEDURE (1975) NUMBER - li.
TEST CONU : HUN DATL - 04/02/75 KUN NT! -AOS2SJ WB TEMP - 62.0
INERTIA - 5000. IHP - 9.9 AHP - 13.A
PAGE 46
DB TEMP - 75.0 BARO - 30.15
ODOM - 9493.
ENGINE PARAMETERS
ODOMETER -
94d«.
DWELL - 3C.O
T IMNG - 12.0
IDLE RPM - 630.
IDLE CO - 0.02
COLD START
INLET PRESS. - 40.80
TEMP - 111).
VUL/REV - O.ifOO RtV LOUNT - 11596.
SAMPLE (CONCENTRATION)
BACKGROUND (CCNCEMTRATI ON)
MASS EMISSIONS (GKAMS)
COLD STABILIZED
INLET PRESS. - 40.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 40.80
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCfcNTRATI UN 1
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GK/CI)
FUEL ECONOMY (MPG) - 9.70
HC
63.
17.
1.9H
110.
HC
33.
26.
0.5?
110.
HC
70.
14.
2.41
0.37
CO
2C4.
17.
16.22
VOL /REV -
CO
28.
11.
2.53
VOL/RLV -
LO
117.
4.
^.62
2.01
C02
2.60
0.07
1446. 73
0.2/00
C02
1.65
0.07
3697.37
0.2701
C02
2.19
0.07
2894.15
910. &7
SIOX
93.
1.
1 J.ll
REV COUNT
NOX
35.
1.
8.32
RLV LOUNT
NOX
86.
I.
12.13
2.78
NOX(CORR.)
12.27
- 19907.
NOXtCCRR.)
7.79
- 11609.
NQXtCORR.)
11.36
2.60
HUCF
0.936
HUCF
0.936
HUCF
0.936
COMMENT :
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 04/01/75
SHORT TEST SEQUENCE NUXOER -15.
TEST COND : RUN DATE - 04/02/75 RUN NO -A08293
KEY MODE TEST
WB TEMP - 62.0 DB TEMP - 75.0
PAGE
BARO - 30.15
MPH HC.PPM
HI 49. 35.
LO 34. 38.
IDLE 0. 35.
FEDERAL THREE-MODE TEST
HI 50. 30.
LO 30. 40.
IDLE 0. 28.
UNLOADED TEST
RPM - 2500. 32.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 40.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI )
COMPOSITE NJ/NY TEST
INLET PRESS. - 40.90 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.05
0.03
0.03
0.05
0.03
0.03
0.03
- 110.
HC
40.
16.
0.40
- 110.
32.
14.
NO, PPM
770.
1815.
204.
1049.
3046.
82.
563.
VOL/REV
CO
32.
5.
0.9
VOL/REV
30.
4.
- 0.2700
REV COUNT - 2834.
HC
40.
16.
0.40
CO
32.
5.
0.90
C02
1.49
0.07
746.86
NOX
82.
1.
4.45
NOXICCRR.)
4.17
HUCF
0.936
- 0.2700 REV COUNT - 1703.
1.28 31.
0.06 0.
-------
VEHICLE NO. - U7541t>
110.
HC
71.
9.
4.55
110.
HC
147.
8.
5.94
1 .46
CO
525.
1.
45.16
VUL/HtV -
cu
23.
1.
3.26
VOL/REV -
CO
bt>.
1.
7.25
3.57
C02
2.49
0.06
3290.42
0.2698
CD2
1.59
O.u5
3581. 39
0.2699
CO*
2. 14
0.06
2*19.56
H80.46
NOX
72.
1.
10.05
Kt V COUNT
NOX
32.
0.
7.78
Kt V COUNT
NOX
66.
0.
9.35
2.32
NOX(CO«R. )
9.91
- 19950.
NOX(CORR. )
7.67
- 11618.
NOXICORR. )
9.22
2.29
HUCF
0.985
HUCf1
0.985
HUCF
0.985
COMMENT :
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 04/07/75
SHORT TEST SEQUENCE NUMBER -16.
TEST COND : RUN DATE - 04/10/75 RUN NO -A08371
KEY MODE TEST
PAGE 27
WB TEMP - 65.0 OB TEMP - 77.0 BARO - 29.98
MPH HCfPPM
HI 49. 50.
LO 34. 45.
IDLE 0. B5.
FEDERAL THREE-MODE TEST
HI 50. 45.
LO 30. 51.
IDLE 0. 65.
UNLOADED TEST
RPM - 2500. 48.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSI FE NJ/NY TEST
INLET PRESS. - 41.20 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, %
0.05
0.04
0.03
0.05
0.04
0.03
0.03
- 110.
HC
90.
9.
1.33
-110.
117.
8.
NO, PPM
680.
1928.
231.
999.
3046.
82.
484.
VOL/REV
CO
22.
1.
0.7
VOL/REV
22.
0.
- 0.2699
REV COUNT - 2814.
HC
90.
9.
1.33
CO
22.
1.
0.70
C02
1.46
0.05
736.10
NOX
83.
1.
4.48
NOX(CORR. )
4.41
HUCF
0.985
9 REV COUNT - 1724.
1.22 31.
0.05 1.
-------
VEHICLE NO. - Tl754162
DATE RECEIVED - 04/10/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 17.
TEST COND : RUN DATE - 04/1U75 HUN NO -A08377
INtRTIA - 5000. IMP - 9.0
ENGINE PARAMETERS
ODOMETER - 956J.
DWELL - 30.0
28
wo
60.0 UB TEMP - 72.0 BARO - 29.90
13.4 GUOM - 9560.
AHP
TIMING - 12.0 IDLE RPM - 630.
IDLE CO - 0.02
COLD START
INLET PKESS. - 41.60
TEMP - 110.
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION!
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 41.60
TEMP -
SAMPLE (CONCENTKATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.40
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS»
COMPOSITE
MASS EMISSIONS (OM/M1)
FUEL ECONOMY (MPG) - 10.
VOL/REV -
KF V COUNT - 1 1622.
HC
216.
8.
H.85
1 10.
HC
71.
11.
4.33
110.
HC
162.
8.
6.55
1.59
CO
703.
6.
59.85
VOL/KEV -
CO
24.
4.
2.95
VOL/REV -
CO
GO.
3.
4.90
4.20
CD2
2.49
0.06
3278.43
J.269 7
CU2
1 . b5
0.05
3473.86
0.2698
C02
2.08
0.05
2739.16
859.3?
MUX
66.
0.
9.31
KLV COUNT
NOX
34.
I.
7.99
RL-V COUNT
NOX
68.
0.
9.59
2.33
NOX(CORR. )
8.59
- 19950.
NOXtCORR.)
7.37
- 11613.
NOX(CORR. )
8.85
2.15
HUCF
0.922
HUCF
0.922
HUCF
0.922
COMMENT
-------
>
IK
o
VEHICLE NO. - T1754162 DATE RECEIVED - 04/10/75
SHORT TfcST SEQUENCE NUMBER -17.
TEST COND : RUN DATE - 04/11/75 RUN NO -A08377
KEY MODE TEST
WB TEMP - 60.0 DB TEMP - 72.0
PAGE 29
BARO - 29.90
MPH HCtPPM
HI 49. 65.
LO 34. 58.
IDLE 0. 100.
FEDERAL THREE-MODE TEST
HI 50. 60.
LO 30. 65.
IDLE 0. 80.
UNLOADED TEST
RPM - 2500. 55.
COMMENTS :
EPA FEDERAL SHORT CYCLt TEST
INLET PRESS. - 41.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI )
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.80 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, *
0.05
0.04
0.03
0.05
0.04
0.03
0.05
- 110.
HC
125.
8.
1.92
- 110.
144.
8.
NO, PPM
667.
1487.
245.
821.
2703.
82.
136.
VOL/REV - 0.2696 REV COUNT - 2808.
CO C02 NOX
21. 1.46 69.
0. 0.04 0.
NOXJCORR.) HUCF
0.70 738.91 3.75 3.46 0.922
VOL/REV - 0.2696 REV COUNT - 1702.
27. 1.40 29.
0. 0.04 0.
-------
VEHICLE NO. - T1754162
LATE RECEIVED - 04/15/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 18.
TEST COND : KUN DATE - 04/17/75 KJN NO -ACb431 Wtt TEMP
INERTIA - 5000. IHP - 7.1 AHP
ENGINE PARAMETERS : ODOMETtR - 9574. DWELL - 28.0 TIMING
PAGE 30
- 6J.O DB TEMP - 74.0 BARO - 29.90
- 13.4 ODOM - 9582.
- 12.0 IDLE RPM - 650. IDLE CO - 0.05
COLO START
INLET PRESS. - 41.40
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 41.40
SAMPLE (CONCENTRATION)
BACKGROUND (CONCLNTKAT1 ON)
VUL/RtV - 0.26^9
CO
331.
CG2
2.60
0.1)7
NOX
86.
0.
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 41.30
SAMPLE (CONCENTRATION)
BACKGROUND ( CONC6NTRAI I ON )
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPGI - 9.91
TEMH - HO.
HC
^ 1
17.
5.27 2o.b6 3410.69 12.12
TfcMP - 110. VUL/KLV - 0.2699 Ki.:V COUNT
CO
4.
2.95
VOL/REV - 0.2699 RFV COUNT
CO
3.
4.3b 7.03
0.99 2.47
HtV COUNT - 11598.
NOX(CC«R.
11.71
- 19920.
TEMP -
HC
53.
16.
2.70
110.
HC
116.
13.
- 11592.
HUCF
0.966
C02
1.60
0.05
8.89
NOX
35.
0.
8.47
NOX(CCRR. )
8.18
HUCF
0.966
CU2
2.15
O.U6
6.84
H. 14
NOX
77.
0.
10.85
2.65
NOX(CORR. )
10.48
2.56
HUCF
0.966
COMMENT
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 04/15/75
SHORT TEST SEQUENCE NUMBER -18.
TEST COND : RUN DATE - 04/17/75 RUN NO -A08431
KEY MODE TEST
WB TEMP - 63.0
MPH HC
HI 49.
LO 34.
IDLE 0.
FEDERAL THREE-MODE TEST
HI 50.
LO 30.
IDLE 0.
UNLOADED TEST
RPM - 2500.
COMMENTS :
,PPM
40.
35.
38.
35.
32.
30.
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.40 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATI
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.40
ON)
TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, X
0.05
0.04
0.03
0.05
0.04
0.03
0.04
- 110.
HC
95.
9.
1.42
- 110.
87.
11.
NO, PPM
1123.
2303.
271.
1368.
693.
109.
680.
VOL/REV
CO
20.
1.
0.6
VOL/REV
20.
3.
DB TEMP - 74.0
PAGE 31
BARO - 29.90
- 0.2698
REV COUNT - 2829.
HC
95.
9.
1.42
CO
20.
1.
0.63
C02
1.44
0.05
729.25
NOX
86.
0.
4.72
NOX(CORR.)
4.56
HUCF
0.966
- 0.2698 REV COUNT - 1704.
1.23 31.
0.07 0.
-------
PAGE 32
VEHlClt NO. - 11/54162
DATE RECfclVtD - 04/17/75
FEDERAL TEST PROCEDURE: (1975) NUMbER - 19.
TEST COND : RUN DATt - 04/18/75
INfcKTIA - 5000.
ENGINE PARAMETtRS : ODOMETER - 9605.
COLD START
INLET PRESS. - 42.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRLSS. - 42.10
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND ( CONCfc.MfRAT I UN )
MASS EMISSIONS (GRAMS)
HOT START
INLET PRESS. - 42.20
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/MI)
FUEL ECONOMY (MPG) - 9.98
RUN NO
I HP
-AQH445
- 7.1
DWELL - 30.0
110.
HC
84.
6.
3.33
110.
HC
51.
8.
3.15
110.
HC
114.
9.
4.48
0.95
VOL/RtV -
CD
269.
1.
23.09
VOL/REV -
CO
23.
1.
3.26
VUL/RfcV -
CO
104.
3.
8.70
2.42
Wb TEMP -
A HP -
TIMING -
0.<;694
C02
2.54
0.06
3357.37
0.2694
C02
1.61
0.07
3580.49
0.2693
C02
2.13
0.06
2802.21
«82.b6
61.0 Ub
13.4
TEMP - 71.0
ODOM - 9609.
12.0 IDLE RPM - 630.
KL V LUUNT
NOX
81.
0.
11.47
Ki_V CUUNT
NOX
34.
0.
8.27
KLV COUNT
NOX
72.
0.
10.19
2.53
- 11600.
NOX(CORR. )
10.84
- 19922.
NOX(CORR. )
7,bl
- 11607.
NOXJCORR. )
9.63
2.40
UARO
IDLE
HUCF
0.945
HUCF
0.945
HUCF
0.945
OLE CO - 0.02
COMMENT :
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 04/17/75
SHORT TEST SEQUENCE NUMBER -19.
TEST COND : RUN DATE - 04/18/75 RUN NO -A08445
KEY MODE TEST
PAGE 33
WB TEMP - 61.0 DB TEMP - 71.0 BARD - 30.11
MPH HC.PPM
HI 49. 32.
LO 34. 28.
IDLE 0. 22.
FEDERAL THREE-MODE TEST
HI 50. 32.
LO 30. 30.
IDLE 0. 25.
UNLOADED TEST
RPM - 2500. 32.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 42.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 42.50 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, Z
0.04
0.03
0.03
0.04
0.04
0.03
0.04
- 110.
HC
77.
9.
1.12
- 110.
94.
8.
NO, PPM
1036.
2303.
271.
1295.
654.
109.
667.
VOL/REV - 0.2692 REV COUNT - 2818.
CO C02 NOX
28. 1.^2 70.
5. 0.06 0.
NOXtCORR.) HUCF
0.76 709.16 3.82 3.61 0.945
VOL/REV - 0.2&92 REV COUNT - 1713.
25. 1.26 35.
3. 0.04 0.
-------
PAGE 34
VEHICLE NO. - T1754162
DATE RECEIVED - 04/22/75
FEDERAL TEST PROCEDURE (1975) NUMBER - 20.
TEST COND : RUN DATE - 04/23/75
INtRTIA - 5000.
ENGINE PARAMETERS
COLD START
INLET PRESS. -
ODOMETER -
9633.
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COLD STABILIZED
INLET PRESS. - 41.60
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GKAMS)
HOT START
INLET PRESS. - 41.50
TEMP -
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GRAMS)
COMPOSITE
MASS EMISSIONS (GM/M1)
FUEL ECONOMY (MPG) - 10.35
RUN NO
IMP
-A08477
- 9.7
DWELL - 30.0
110.
HC
75.
14.
2.60
1 10.
HC
23.
13.
0.73
110.
HC
95.
19.
3.24
0.44
VOL/REV -
CO
204.
15.
16.25
VUL/REV -
CO
28.
9.
2.81
VOL/REV -
CO
132.
3V.
a. 01
1. vl
Wb TEMP -
A HP -
TIMING -
0.97
C02
2.61
0.07
3430.93
0.2697
CU2
1.60
0.07
3553.44
0.2698
C02
2.09
0.07
2732.18
878. 14
6t' . 0 Dti
13.4
TEMP - 72.0
ODOM - 9633.
12.0 IDLE RPM - 650.
Rt V COUNT
NOX
74.
0.
10.45
K..V COUNT
NOX
30.
0.
7.28
RLV COUNT
NOX
61.
0.
8.63
2.23
- 11597.
NOXICORR. )
10.02
- 19940.
NOX(CORR. )
6.99
- 11605.
NOX(CORR. )
8.27
2.14
BARO
IDLE
HUCh
0.959
HUCF
0.959
HUCF
0.959
COMMENT
-------
VEHICLE NO. - T1754162 DATE RECEIVED - 04/22/75
SHORT TEST SEQUENCE NUMdER -20.
TEST COND : RUN DATE - 04/23/75 RUN NO -A08477
KEY MODE TEST
WB TEMP - 62.0 DB TEMP - 72.0
PAGE 35
BARO - 29.99
MPH HCtPPM
HI 49. 35.
LO 34. 32.
IDLE 0. 28.
FEDERAL THREE-MODE TEST
HI 50. 32.
LO 30. 35.
IDLE 0. 26.
UNLOADED TEST
RPM - 2500. 28.
COMMENTS :
EPA FEDERAL SHORT CYCLE TEST
INLET PRESS. - 41.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
MASS EMISSIONS (GM/MI)
COMPOSITE NJ/NY TEST
INLET PRESS. - 41.60 TEMP
SAMPLE (CONCENTRATION)
BACKGROUND (CONCENTRATION)
CO, X
0.05
0.03
0.02
0.04
0.03
0.02
0.03
- 110.
HC
39.
10.
0.48
- 110.
36.
11.
NOtPPM
563.
1295.
164.
821.
2129.
82.
392.
VOL/REV - 0.2697 REV COUNT - 2818.
CO C02 NOX
28. 1.40 64.
5. 0.06 0.
NOX(CORR.) HUCF
0.76 700.03 3.50 3.35 0.959
VOL/REV - 0.2697 REV COUNT - 1692.
29. 1.25 27.
5. 0.06 0.
-------
Appendix B
TEST FUEL ANALYSIS
-------
Amoco Oil Company
16025 Northland Drive
Southfield. Michigan 48075
(313) 444-4000
A. C. Davis
Motors/Energy District Manager
CONSIGNEE:
PRODUCT:
TANK NO. :
DATE ISSUED:
Test
CERTIFICATE OF ANALYSIS
Standard Oil Division
Amoco Oil Company
205 Marion
River Rouge, Michigan 48218
Indolene Motor Fuel HO III
After Batch 1R
2-4-75
PRODUCT ANALYSIS
ASTM Method
API Gravity D287
Distillation % F D86
Initial Boiling Point D86
10% Evap. D86
50% Evap. D86
90% Evap. D86
Maximum D86
10% Slope D86
Reid Vapor Pressure D323
Oxidation Stability Minutes D525
Gum, mg/lOOml (after Heptane Wash) D381
TMEL grm. lead/gal. D526
Sulfur Weight, % D1266
Olefin, % D1319
Aromatic, % D1319
Saturates, % D1319
Octane Research (Clear) D2699
Octane Research (3cc TEL/gal) D2699
Phosphorus, grms. /gal. D3231
Sensitivity (Clear)
Sensitivity (3cc TEL/g'al)
Indolene HO III
Sample 13300
55.4
80
122
220
316
405
3.6
9.1
600+
2.8
0.005
0.009
7.9
30.5
61.6
95.4
103.6
0.000
8.0
6.3
Indolene #30 is Indolene HO III
plus 3 gms. /gal, lead.
A. C. Davis
-------
Appendix C
ANALYZER CALIBRATION CURVES
-------
DEFLECT ION TO CONCENTRATION CONVERSION TABL-E
LOCATION: ANAHEIM POLLUTANT: HC RANGE: 0 - 100 PPM CAL. DATE: 01/22/75 PAGE 1 OF 4
INSTRUMENT: FID-116 TRAIN: MASS PIC: MALLOW
The BEST CURVE FIT PROGRAM < I FPLEMtMT EtJ ON THE CUMPUCUKP MODEL 445) YlhLUS COEFFICIENTS FO* THE EQUATION:
CONCENTRATION = A(C) + A ( 1 ) *DEFi_hCT I ON + A(2 ) *(DEFLECIION**2) + ---- + A(4)*(DEFLECTION**4)
A(O) = 0.951346370-01
Ail) = 0.100010200+01
CALIBRATION POINTS CALCULATED VALUES
DEFLECTION CONCENTRATION DEFLECTION CL'MC E.'J TR A T !ON DIFFEKh'^CE TERROR
0.0 0.0 0.0 C.I
49.2 49.5 49.2 4-*. 3 -0.2 -0.404
93.9 93.9 93.9 94.0 0.1 0.112
-------
LOLA T I (IN: ANAHEIM
Ut- M. TC T I LN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: HC RANGE: 0 - 100 PPM CAL. DATE: 01/22/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGt 2 OF
0.9
0.0
1.0
2.0
1.0
4 . 0
5.0
6.0
7.0
a.O
9.0
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
1 ti.O
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
' . n
0. 10
1. 10
2.10
3.10
4. 10
5. 10
6. 10
7.10
8.10
9.10
10.10
11.10
12. 10
13.10
14.10
15.10
16.10
1 7. 10
It. 10
1 9 . 1 0
20. 10
21.10
22.10
23.10
24.10
25.10
26.10
27.10
2t:.10
29.10
30.10
31.10
32.10
33.10
i » «,
0.20
1.20
2.^0
3.20
4.20
5.20
6.20
7.20
8.20
9.20
10.20
1 1.20
12.20
13.20
14.20
15.20
lo.20
17. ?0
IE. 20
19.20
20.20
"" 1 "*
22.20
23.20
24.20
2^.20
26.20
27.20
2o.20
29.20
30.20
31.20
32.20
33.20
\<. >^
0. 30
1. 30
2. 30
3. 30
4.30
5.30
6.30
7.30
8. 30
9. 30
10. 30
11. 30
12. 30
13.30
14. 50
15. 30
16.30
17. 30
13. 30
19.30
20. 30
i i . .' .;
22.30
23.30
24.30
25.30
26.30
27.30
23.33
29.30
30. 30
31.30
32.30
33.30
i * "4 '
0.40
1.40
2.40
3.40
4.40
5.40
6.40
7.40
8.40
9.40
10.40
1 1.40
12. 4U
13.40
14.40
15.40
16.40
17.40
18.40
19.40
?'J.4P
21. - 0
22.40
23.40
24 .40
2D.40
26.40
27.40
20.^:
29. 4C
30.40
31.40
32.40
33.40
~\t t.r*
0.50
1.50
2.50
3.50
4.50
5.50
6.50
7.50
8.50
9.50
1C. 50
11.50
i <;. 30
13.50
14.50
15.50
16.50
1 7.50
ifc.50
19. 5C
2 0 . 5 'j
? ' c; "
22.50
23.50
2i. 5o
25.50
26.50
c i ' > 0
2 : . - J
2^.>0
30.50
31.50
32.50
33.50
} 4
0.60
1.60
2.60
3.60
4.60
5.60
6.60
7.60
8.60
9.60
10.60
11.60
i 2. CjO
13.60
14.60
15.60
16.60
17.60
13.60
19.60
20.60
21. oO
22.60
23.60
24. ou
25.60
26.00
2 7 . oO
2--j.au
29.60
30.60
31.60
32.60
33.60
> , r t
0. 70
1. 70
2.70
3.70
4.70
5.70
6.70
7.70
8.70
9.70
10.70
11.70
L?.. 70
13.70
14.70
15.70
16.70
1 7.70
18.70
19.70
23.70
21. 70
22.70
23.70
24.70
25.70
26.70
27.70
2 8 . 7 0
29.70
30.70
31.70
32.70
33.70
',;. TO
0.80
1.80
2.80
3.fO
4.80
5.80
6.80
7. SO
6.80
9.80
10.80
11.80
12. =0
13.80
14.30
15.80
16.80
17.80
18.80
19.80
20.80
21. no
22.30
23.80
24. 30
25.80
26.80
27.80
28.80
29.30
"30.80
31.80
32.30
33.80
** *
G.90
1.90
2.90
3.90
4.90
5.90
6.90
7.90
8.90
9.90
10.90
11.90
12.90
13.90
14.90
15.90
16.90
17.90
18.90
19.90
20.90
21. 9C
22.90
23.90
24.90
25.90
26.90
27.90
28.90
29.90
30.90
31.90
32.90
33.90
9'
1.00
2.00
3.00
4.00
5.00
6.00
7.00
8.00
9.00
10.00
11.00
12.00
1 3 . u '\j
14.00
15.00
16.00
17.00
18.00
19.00
20.00
21.00
r:.r;
23.00
24.00
25.00
26.00
27.00
28.00
29.00
30.00
31.00
32.00
33.00
34.00
i '. i
-------
LOCATION; ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: HC RANGE: 0 -_LOO PPM CAL. DATE: 01/22/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 3 OF
0.9
35.0
36.0
37.0
38.0
39.0
40.0
41.0
42.0
43.0
44.0
45.0
46.0
<|> 47.0
V^ 46.0
49.0
5C.O
51.0
52.0
53.0
54.0
ss n
j * . \.'
56.0
57.0
58.0
59.0
60. U
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69. 0
35.10
36.10
37.10
38.10
39.10
40.10
41.10
42.10
43.10
44.10
45.10
46.10
4/.10
48.10
49.10
50.10
51 .10
52.10
53.10
54.10
55 10
J jt L V_
56.10
57.10
58. 10
59.10
60.10
61.10
62.10
o3. 10
64.10
b5.10
66.10
67.10
68.10
--», in
35.20
36.20
37.20
38.20
39.20
40.20
41.20
42.20
43.20
44.20
45.20
46.20
47.20
4H.20
49.20
50.20
51.20
52.20
53.20
54.20
^ 5 . 2"
5 D . 1 0
57.20
58.20
59.20
60.20
61.20
6 . 20
63. 20
64.20
65.20
66.20
67.20
68.20
b- .2''
35.30
36.30
37.30
38. 30
39.30
40.30
41.30
42. 30
43.30
44.30
45.30
46.30
47. 30
48. 3C
49. 30
50.30
51. 30
52.30
53.30
54.30
55. 30
5*5., id
57.30
58.30
59. 30
60. 30
61.30
b 2 . 3 U
63. 30
64.30
65.30
66. 30
67.30
68. 30
5 '"> . "'i ri
35.40
36.40
37.40
38.40
39.40
40.40
4 1.40
42.40
43.40
44.40
45.40
46.40
» /.40
48.40
49.40
50.40
51.40
52.40
53.40
54.40
55.40
s ^
57.40
53.40
59.40
60.40
61.40
12.'-"?
63.40
64.40
65.40
66.40
67.40
68.40
r.-l.'V"
35.50
36.50
37.50
3C.50
39.50
40.50
41.50
42.50
43.50
44.50
45.50
4b.50
i r . 5 G
4E .50
49.50
50.50
51.50
52.50
53.50
54.50
£. K K O
56.30
57.50
58.50
59.50
60,50
o I . 50
i 2 , 3 _
* "* ~ '*.
1 4 . 5 0
65.50
66.50
67.50
68.50
i~~j*5 0
35.60
36.60
37.60
33.60
39.60
40.60
41.60
42.60
43.60
44. t>0
45.60
46.60
47. ou
48.60
49.60
50.60
51.60
52. bO
53.60
54.60
55.60
56.oO
57.60
58. oO
59. cO
60,'jQ
o I . o 0
cZ.c.0
1 j . ^ C
64-feO
65.60
66.60
67.60
68.60
r.'-» ,
35.70
36.70
37.70
3S.70
39.70
40.70
41.70
42.70
43.70
44.70
45.70
46. 70
-t i . 7 0
48.70
49,70
50.70
51.70
52.70
53. 70
54.70
55, 70
J-? , ; 0
57.70
5B.70
59.70
60.70
bl.70
c2.70
63.70
64. 70
65.70
66. 70
67.70
68.70
" . 7"!
35. BO
36.80
37.80
38. SO
39.80
40.80
41.80
42.80
43.80
44.80
45.80
46.80
4 i . ti 0
48.80
49.60
50. 60
51.80
52. SO
53.80
54.60
5 5 < a^
? 0 . ' C
57.80
58.80
59. .-.0
60.80
61.60
62.50
63.30
64.80
65.60
66.80
67.80
68.80
f^ . "!
35.90
36.90
37.90
38.90
39.90
40.90
41.90
42.90
43.90
44.90
45.90
4o.90
47.90
48.90
49.90
50.90
51.90
52.90
53.90
54.90
55. Q0
5-':. 90
57.90
58.90
59.90
60.90
61.90
b2.90
63.90
64.90
65.90
66.90
67.90
68.90
9. '
36.00
37.00
38.00
39.00
40.00
41.00
42.00
43.00
44.00
45.00
46.00
47.00
46.00
49.00
50.00
51.00
52.00
53.00
54.00
55.00
56.00
-J ' * 'J '';
58.00
59.00
60.00
61.00
62.00
63.00
64.00
65.00
66.00
67.00
68.00
69.00
T O
-------
LOCATION: ANAHEIM
UtFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
PCLLUTANT: HC RANGE: 0 - 100 PPM CAL. DATE: 01/22/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
o.e
PAGE 4 OF
0.9
70. U
71.0
7^.0
73.0
74.0
75.0
76.0
77.0
78.0
79.0
8C. 0
81 .0
82.0
83.0
84.0
85.0
86.0
87.0
88.0
89.0
9C.O
91.0
92.0
93. 0
94.0
95.0
96.0
97.0
98.0
99.0
70. 10
71.10
72.10
73. 10
74.10
7S.10
76.10
77.10
78. 10
79. 10
80.10
81 . 10
82.10
83. 10
84.10
8S. 10
86.10
87.10
66.10
8 J.10
90. 1C
91.10
92.10
9 1. 10
94. 10
9:>. 10
9o.lO
97. 11
9^.11
99.11
70.20
71.20
72.^0
73.20
/4.20
75.20
76.20
77.20
78.20
79.20
80.20
81.20
82.20
83.20
84.20
85.20
8t>.20
87.20
88.20
39.20
90.20
:-> 1 . 2C
92.20
93.20
94.20
95.20
96.20
97.21
9 6 . 2 1
99.21
70.30
71.30
72.30
73.30
74. 3U
75.30
76.30
77.30
78.30
79.30
80. 30
81.30
62.30
83.30
84.30
85.30
86. 30
87.30
88. 30
39.30
T.'. 30
- L . J >.
92.30
93.30
94.30
95.30
96.30
97.31
93. 31
99.31
70.40
71.40
72.40
73.40
74.40
75.40
76.40
77.40
78.40
79.40
80.40
01.40
82.40
83.40
84 .40
85.40
86.40
87.40
86.40
89.40
1C .-C
V l.-C
92.40
93.40
94.40
95.40
16.40
9 7 * '
^ £ 4 »
99.41
70.50
71.50
72.50
73.50
74.50
75.50
7o.50
77. 5C
78.50
79.50
ec.so
81.50
t!2.^0
83.50
d4.50
as. 5o
86.50
fa 7.50
c8.50
69.50
-' C - -' '' J
"7 L - 3
92.50
93.50
94. 5u
95.50
96.50
V / . 5 I
5 ; . - i
7 ~J . "3 A.
70.60
71.60
72.60
73.60
74.60
75.60
76. oO
77.60
78.60
79.60
80.C.O
81.60
8^.60
63.60
64.60
85.60
86. 60
8 /.L>0
88.60
89.60
90.60
91.00
92.60
93.60
94. 6U
95.60
0 6 . ^ 0
4 ' M
" i C3 L
ȣ ,~ L
) V . 0 J.
70.70
71.70
72.70
73.70
74.70
75.70
76.70
77.70
78.70
7-J. 70
30.70
61.70
62.70
83.70
64.70
85.70
66.70
67.70
68. 70
69. 70
9C. 70
' i . 7 0
92. 70
93.70
^'.. 70
95.70
96.71
97.71
91.71
99.71
70.HO
71.80
72.80
73.80
74.80
75.80
76.80
77.80
78.80
79.80
SO.L'O
81.80
82.60
83.80
84.80
85.80
86.80
87.80
88.80
89.80
9C.90
-> 1 . d 0
92. BO
93.80
94.^0
95.fcO
96.81
97.81
98.81
99.81
70.90
71.90
72.90
73.90
74.90
75.90
76.90
77.90
78.90
79.90
80.90
81.90
82.90
83.90
84.90
85.90
86.90
87.90
88.90
89.90
90.90
i 1 .-»C
92.90
93.90
94.90
95.90
96.91
97.91
98.91
9V. 91
71.00
72.00
73.00
74.00
75.00
76.00
77.00
78.00
79.00
80.00
81.00
82.00
83.00
64.00
85.00
86.00
87.00
88.00
89.00
90.00
9KOO
)Z ,OJ
93.00
94.00
95.00
96.00
97.01
98.01
99.01
100.01
-------
DEFLECT ION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM POLLUTANT: HC RANGE: 0 - 300 PPM CAL. DATE: 01/14/75 PAGE 1 OF
INSTRUMENT: FIO-116 TRAIN: MASS PIC: MCMILLEN
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON THE COMPUCORP hODEL 445) YIELDS COEFFICIENTS FOR THE 6CUATICN:
CONCENTRATIOK = AIGI + A (1)-'DEFLECT I ON + A ( 2 ) * ( DEFL ECT ION** 2 ) 4- - - - - + A ( 4) *( DEFLEC F I
A(0) = -0.54074278D4-00
At1 =" r<«?nQ]4r*':>3'1H-01
CaLIBRATIOiN P C 1 N r S CALCULATED VALUtS
DEf-LECTICN CONCENTRAT I C,\ DEFLECTION CONC tN TK A T ION DIFFERENCE
C.O 0.0 0.0 -C.5
59.0 175.2 ^9.0 176.5 1.3 0.766
98,e 296.8 98.8 296.0 -0.8 -0.270
-------
LOCAJIDN: ANAHEIM
OEM Ft, TI CN
0.0
UEFLECTION TO CONCENTRATION CONVERSION TABLE
PCLLUTANT: HC RANGE: 0 - 300 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 2 OF 4
0.9
c.o
1.0
2.u
". . 0
*i . U
5. 0
0.0
7.0
fi.O
9.0
o tc.o
1 11. 0
*" 12.0
13.0
14.0
15. U
16.0
17.0
1 6.0
19.0
2 C.O
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
-0.54
2.46
5.46
3 . < t.
L L . <7
15.37
16.37
21.37
24.37
27.37
30.37
53.38
36. 3H
3V. 38
42.38
45.38
40.38
51.38
54 . 39
57.39
60.39
63.39
66.39
69.39
72.39
75.39
78,40
81.40
84.40
87.40
90.40
93.40
96.40
99.41
102.41
C.66
3.66
6 .60
S. 6(.
12.6 /
15.67
18.67
21.67
24. fa?
27.67
3C.67
33.6':
36. 6&
39. 66
42.68
45.60
4fi.6
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: HC RANGE: 0 - 300 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 3 OF 4
0.9
35.0
36.0
37.0
""* '.7 ."
3^.0
4C.O
41 . U
42.0
43. C
4 4 . 0
45.0
46.0
47.0
48.0
49.0
50. 0
51.0
52.0
55.0
54,0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
104.51
107.51
110.51
II.7.. 51
1 Ib.Dl
119.52
122.52
125.52
128.52
131.52
134.52
137.52
140.53
143.53
146.53
149.53
152.53
155.53
158.53
161.54
164.54
167.54
170.54
173.54
176.54
179.54
182.55
135.55
188.55
191.55
194.55
197.55
200.55
203.56
206.56
104.81
107.81
110. al
Ili.e.
116.61
119.82
122.82
125.82
128.82
131.82
134.82
137.02
140.33
143.83
146.83
149.83
152.83
155.1:3
158.83
161 .84
1&4.84
167. d4
170.84
173.84
176.84
179.84
182.85
185.85
168.85
191.85
194.85
197.85
200.85
203.86
206.86
105. 11
108. 11
111. 11
i i -^ i i
117. 11
120. 12
123. 12
126. 12
129.12
132. 12
135. 12
138. 12
141. 13
144. 13
147. 13
150.13
153.13
156.13
159. 13
162. 14
165.14
168. 14
171.14
174. 14
177. 14
180. 14
183.15
136. 15
189.15
192.15
195.15
198.15
201.15 -
204.16
207.16
105.41
108.41
111.41
1 1 -t . -1 i
il7.nl
120.42
123.42
12fc.42
129.42
132.42
135.42
138.42
141.43
144.43
147.43
150.43
153.43
156.43
159.43
162.44
165.44
168.44
171.44
174.44
177.44
180,44
183.45
136.45
189.45
192.45
195.45
198.45
201.45
204.46
207.46
1C5.71
1C6.71
111.71
l * *- 7 f
117.7 i
12C.72
123.72
126.72
129.72
132.72
135.7.?
138.72
141.73
144. 7J
147.73
150,73
153.73
1 5 6 . 7 3
159.73
162.74
165.74
168.74
171.74
174.74
177.74
1KC.74
183.75
186.75
189.75
192.75
195.75
198.75
2C1.75
204.76
207.76
106.01
109.01
112.01
.i:>.01
1 Lb. 01
121.02
124.02
127.02
130.02
133.02
136.02
139.02
142.03
145.03
142.03
151.03
154.03
157,03
160.03
163.04
166.04
169.04
172.04
175.04
178.04
18'1.04
184.05
187.05
190.05
193.05
196.05
199.05
202.05
205.06
203.06
106.31
109.31
112.31
: LI. 31
) ls.32
121.32
124.32
127.32
130.32
133.32
136.32
139.32
142. 33
145.33
148.33
151.33
154.33
157.33
160.33
163.34
166.34
169.34
172.34
175.34
178.34
181.34
184.35
187.35
190.35
193.35
196.35
199.35
202.35
205.36
208.36
106.61
109.61
112.61
Hi. 6i
1 i e . o2
121.62
124.62
127.62
130.62
133.62
136.62
139.63
142.63
145.63
148.63
151.63
154.63
157.63
160.63
163.64
166.64
169. b4
172.64
175.64
178.64
181.64
184,65
187.65
190.65
193.65
196.65
199.65
202.65
205.66
208.66
106.91
109.91
112.91
1 i ^ . V I
116.92
121.92
124.92
127.92
130.92
133.92
136.92
139.93
142.93
145.93
148.93
151.93
154.93
157.93
160.94
163.94
166.94
169.94
172.94
175.94
178.94
181.94
184.95
187.95
190.95
193.95
196.95
199.95
202.95
205.96
208.96
107.21
110.21
113.21
116.21
119.22
122.22
125.22
128.22
131.22
134.22
137.22
140.23
143.23
146.23
149.23
152.23
155.23
158.23
161.24
164.24
167.24
170.24
173.24
176.24
179.24
182.25
185.25
188.25
191.25
194.25
197.25
200.25
203.25
206.26
209.26
-------
LOCATION: ANAHEIM
ULFLECTlCN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: HC RANGE: o - 300 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71.0
72.0
71. (.»
74.0
?'j.O
76.0
77.0
7f .0
74. 0
8C.O
auo
82.0
03.0
84.0
H5.0
86.0
87.0
B8.0
84.0
90.0
91 .0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
209.56
212.56
215.56
.'if .56
221 .56
224.56
227.57
230.57
233.5?
236.57
239.57
242.57
245.57
248.58
251.58
254.50
257.58
260.50
263.58
266.58
269.59
272.59
275.59
278.59
281.59
284.59
207.59
290.60
293.60
296.60
209.06
212.86
215.06
? 1 i . L; 6
221. bb
224.87
227.07
230.07
233.07
236.07
239. d7
242.67
245.87
240.00
251.08
254. OU
257.08
2bO .00
263 . i!ti
266.80
269. (39
272.09
275.89
278.89
281.89
284.29
287.09
290.90
293.90
296.90
210.16
213. 16
216. 16
2 1 -> . 1 o
222. Ib
225. 17
220. 17
231. 17
234. 1 !
237. 17
240. 17
243. 1 /
246. 18
249. la
252. 10
255. 18
258.18
261. 18
26V. IS
2*7. 10
270. 19
273. 19
276. 19
274. 19
282. 19
285. 1 )
288. 19
291.20
294.20
297.20
210.46
213.46
?16/. 46
/ 1 v . «. 6
^22 . 4o
225.47
220.47
231.47
234.47
237.47
240.47
24 3.47
246.48
244.40
252.48
255.48
258.48
261.40
264.48
267.48
270.49
273.49
276.49
279.49
282.49
285.49
280,49
291.50
294.50
297.50
210.76
213.76
216.76
21 <>.7<_
2 2 2 . 7 b
225.77
226.77
231.77
234.77
237.77
240.77
243. 77
246. 7f
^49. 78
252.78
255.78
256.78
261.70
264.78
267.79
27C.79
273.79
276.79
279.79
282.74
285.79
286.79
291.80
294.80
297. 8C
211.06
214.06
?17.06
.- - C. 06
:v j . o b
226.07
229.07
2 i2.07
235.07
238.07
241.07
244.07
247.08
250.08
253,08
256.08
259. CO
2b2.08
2b5.08
268.09
271.09
274.09
277.09
280.09
283.09
286.09
269.10
292.10
295.10
2r 8.10
211.36
214.36
217.36
2 L C . 3 o
223. 3b
22fe.37
224.37
232.37
235.37
23C. 37
241.37
244.37
24 1 . 3b
250.38
253.30
256.38
259.36
262.38
265.38
268.39
271.39
274.39
277.39
280.39
283.39
266.39
209.40
292.40
295.40
298.40
211.66
214.66
217.66
.'?0. or
223. 66
226.67
229.67
232.67
235.67
238.67
241.67
244.67
247.68
250.68
253.68
256.68
259.68
262.68
265.68
268.69
271.69
274.69
277. 69
280.69
283.69
286.69
289. 70
292.70
295.70
298.70
211.96
214.96
217.96
2i'C . V6
223.96
226.91
229.97
232.97
235.97
238.97
241.97
244.97
247.96
250.98
253.98
256.98
259.98
262.98
265.98
268.99
271.99
274.99
277.99
280.99
283.99
286.99
290.00
293.00
296.00
299.00
212.26
215.26
218.26
221.26
224.26
227.27
230.27
233.27
236.27
239.27
242.27
245.27
248.28
251.28
254.28
257.28
260.28
263.28
266.28
269.29
272.29
275.29
278.29
281.29
284.29
287.29
290.30
293.30
296.30
299.30
-------
LOCATION: ANAHEIM
INSTRUMENT: FID
DEFLECTION TU CONCENTRATION CONVERSION TAbLfc
POLLUTANT: HC KANbE: 0 - 3000 PPM CAL. UAlE:
TKAIN: MASS Pic: MALLUW
PAbE 1 UP
THE bbST CURVE FIT PRUbRAM (IMPLEMENTED ON THE CbMPuubKP MUbtL ^^^> YitLUi> LUEhFICIEMS hbk Tut
CONCfcNTHATlbN = Alt) f A t 1 ) "Ut FLtC T lbi\ + A ( 2 J * ( bL t-LhC 11LU**Z ) » - + M ( H ) * ( UtPLtC I
A(0)-= -C.
A(l) = 0
A(2) - C
A(3) = -0
CALlBKATlUN HUlMS LALCUi-A'lEb VALUhS
DEFLECTION CuNOE hTk^T ION' OEhLtCllUN OL.M-t Nf KA I luN
0.0
16. b
35.A
6V.V
V2.U
0.0
>^ .0
2 7 t>O . O
0.0
6S.V
*r / 0.7
*-* o k. to
:ui t. o
l.b
-i .H
0 .o
-G.2
XEhKUK
.2oi
-G.U07
-------
LUCA71LN: AMAntiM
UEFLbCTlON
o.o
DtFLbCTILN TU CLNotNTKATlLN CbNVtKi>10N TABLt
HULLUlAUl : HL KANOt: C - 3GOO KHM OAL. IM 7 t : OH/O7/75
0.1
0.2
0.3
O.H
0.6
O.7
f-AGt
U.b
Uh
O.V
c.o
1.0
2.0
3.0
6.0
7.0
b.K
V.G
«*a .-»:>
v o. c 5
173
^6.3?
50. VI
17&. Ji<
Zb .0 J
103.Ot
1 21. 16
6.VO
3 1 .2b
fa U . oO
13 o.ob
1 5 o . (. C
Ibl.HV
20 V. 17
V.
1 v b . 0 "j
133.21
2 iv . 75
11. 7o
30.17
ou . 7c
110.50
135.73
161 .Lb
100 .61
211 ._>.;
2Jt .21
iC.6i
cb.o?
113.V.7
lf>3.63
Io.o3
-ti .Ob
V0.56
Io6.17
1V1.7-*
2 1 '« .<«V
IV. DO
*»3.&H
llb.OV
lvt.31
,.v>7
t5.vv
/o.ou
120.61
171.^7
ri
10.0
11.0
u.c
13.0
1A.O
15.0
16.0
17.C
Iti.C
IV.U
20.C
21.0
22.U
23.0
2^.0
21.(j
26.0
27.0
2B.G
2v.o
30.0
31.0
32.0
33.0
251.22
277. ^1
JL.^ .00
320.17
356.d2
^10.61
6U3.77
oil.Vb
6oO .27
717.34-
7to.07
.o7
.lc
b3
306.33
332.b3
3b6.33
ftU.t-7
606.56
63^.78
063.11
7^.0.20
7 7 7 . b 3
bOo.bl.o3
duV.75
b66.l7
bV7.56
V27.07
ill. 61
3V 1.71
, V2
t>2t.3V
,.lb
612
Cot.oU
6V7.30
fc!2.66
b^l.bl
fa71.10
900.51
V30.03
>O6
tt7.fa7
r I4* . * o
30^.53
0«t
615.O2
6 71 . o«»
7 2b . b 1
7c6. -jt.
07^.0-3
.VV
^43.t7
370.21
3V7.10
.lo
617 .0*+
70^ .02
73i.oV
76U.^V
bit .^8
b *» 7 . 66
876.V7
VUO.^0
V3' ,SS
/1O6.UV
2v3.lt
372.bv
3VV.bO
i>3o.71
620.06
763.37
/V2.32
b2l.3S»
87V.V1
SOV.35
2Vt>.77
«tfat.23
511.7V
567.
651.76
6b0.1b
706.770.13
626.
083.03
711.61
7*0.31
76V.15
7vfa.l2
827.22
885.79
915.25
3Ol .t
3bO.V5
«tbV.73
517.->1
OUU.V5
i>29.12
Tlt.i?
772.OH
teOl.Oj
bbd.73
91b.2i
9^7.bO
-------
LOCATION: ANAMtlM
UhFLtOl IL'N TL, CbNCtn IKATIUN OljNvtt-.MO-N iM
HULHjT«Nl: hC KANOt: 0 - 30'OC PHM OAL . uA I fc
CU.LLNlKAl ILh
C.I 1.2 0 . .? i-- . + L.b u . b
0.7
U .b
Oh
O.V
3t>.U
37.0
3t.O
3^.0
^50. n
VcO.^V
i vlv) .33
li.H-u.2t
1 u 12 . 3 2
1 V. Hi . £ C
lOlb.31
i^7b.JG
101 V . 3 U
1 L«» V' . 2 «v
1'. 7V. je
lu^.ju
i-t2 .3v
VotJ .-^
1L l' b . - O
i i.-ot .-'ii
11/01 .37
lovl
1 1 »*« . tb
iuo /.
^ . 0
5 1.0
52.0
56.L
57-L'
50.0
5V. 0
60.0
61.0
b?. O
b3.t'
fc5.i.i
6b.O
67.U
bb.O
6V. 0
11 JL ..;...
11JL . /7
ilcl . ii-
11V1 ,ol
l^jb.71
irv.1.3^
1 7tD. 33
50.67
.o7
. *t . c 1
1? to.c>-
. 11
.i. V
1 t. 3. u . b 0'
11.1. ^ . 3 L
1757.7V
1 u ^ 1 . 7 ^
IVlt .03
.73
1 1 JO.OS
*io7.^i
12tV.77
1 ^ 2 0 . o j
i-,7b.2',
1;-07 .00
lt,02.12
let5.^c
172V.oV
17V2.V3
1 b 2 A . V 3
1 1 0 V . 5 f
1 1 3 V . o 7
1170.^7
12 J 1 . J 7
1 2 c 2 . ^ t,
i;V2.t5
132J.7*.
L-lc.b7
I'.^O. UC
. Ib
1cb c.b5
1 7 -J 0 . s 3
1732.27
1 o2o.13
IbbO.lV
ltV2.3t-
21
IVbB.Vl
2021.IV
i 1 i^.ci.
11 *.*:. VI
i i 7i . 3 ^
1 ^ i-3 . o3
I^t5.1-
12 V5.v^
13^ b.o2
135V.7V
. vv
7b
i t. * u . 1 L.
io 11.oj
iYi-o.ti
1 7 3 '.> . t b
iVt-Y.-b
Ib31 .3*,
Itit-^.HO
IV^Y.bt
1W2.13
1115.t.^
11Vc .j7
i^uc ,cV
12 j 7 . 5 L.
/ .L'*Tl. .tt'
lc. 1 i .bl
1 o / ^ . L -
i /u t- .7^
177^. .^
iiifcb .t-1
1V3^.V'J
IVVi-.^b
2 C 2 7 . b 5
1i ic.b5
1 i 7 V . . 1
l-.33.Ub
lJt3.VV
13vi>.u7
It57.^o
IMOO . Io
15j^.1/
1 c 11. V 7
1 b / b . 1 o
i > .. V . V o
1/73. /:>
loo5. 72
lc37./D
lvj't.12
1 1:>2 .U2
l^^t j . b"+
!«./+.37
lj.3o.lu
13Vb.lb
1ft V.o«r
l«,vi .vi
1 o t 1 . 3 b
1 7 1 _? . 1 C
lvut>.lb
i/iib.Ob
l^tb.71
i 7 O . ^ o
11> 5 2 . "V c
Ibo't . 53
171b.jt
17io.2i
Ifc-f't .16
1130.10
1 1 "_o . ^b
1 Jll .JO
l^bb ,
1 52 V ,
1 c fc / . 7 1
1/1V.5J
lYtl.^0
I7to,j^
Ibs ?._>o
/U.^b. dd
2C05.C-. 2oOb.27
2037.3t>
-------
LL'CATIUN: ANAHL1M
Dt FLIL7 JIN
0 . U
UfchLtCTlUN TU CUNLtKTkAT luN CUNVfcKi. 1UN T*,dLt
t-ULLUlAi.il: hC KANGt: C - 3000 HKh LAL. DA 1 1 :
CLNLthlKAT JLN
.I 0.2 U . 3 I . H C . t L' . 6
U.7
PAOL t
U.U
U.V
71 .U
72.0
73.0
7 «v - V
7 5. L
7/.C
7 J . u
7v.O
I-1.0
<_< . i
bj.O
i '. . u
b 5 . l.
tic. 0
b7.0
ov.c
*(.'. U
VI.L
V3. U
t 0 ^ ~ . U 1
2 > 7 o . i c.
2 2 ; c . _ c,
22 K' . u b
2JLJ .--1
t *i "-> C . 'f H
_ t)b<» . 1 b
t ct1* .
i-- ^ o 7 . » o
.. 111 . '/b
i. 1 H^t. 2 0
22uV . 11
. 2 7^ . 1 -
2 - 0 O . c, 7
2.;7l.LV
I-i JO
i o t. o . L- '
2t. J2 .Ot
2Co~ . <:*
^ i" ( i . L I
2o2o.lV
^. tou .7?
2 c V_- . 2 **
^ ^ <_ 5 . 71
2 0 o 2 . b.;
2115.02
2212.30
i 2 7 7 . 3 o
t 3 *T t . 75.x.'0
^ *> U 7 . O 5
2 «t 7 2 . 6 5
i t' 0 5 . ^ o
25 Vo. /u
2 o u j . j 2
2c £. b . 5-
27ol.lt
: 7 v b. v ^
,50
2V61 ,*
2 C o 5 . b 7
21 lb.2o
2 1 5O . c l>
. 1 b .->. 1 -
2 .11 3 . 1 f
i. -14 5 . 7*i
2-76.1-i
<. ^ 7 o . 1 1
1 . J*»
^ 57r.vo
.71.61
.-1
7 3 7 . ^ 1
/ ft v . t, s
2 OJ"*. 7L
t fco7.23
2L tV.ll
2121.50
^ ilo._c
22 It . 11
22 t.- . t.V
2 -. 1 o . ^ 3
. ,l'L
b2
2.cl.57
2<* 1" . 11.
217V.j t
25V/.2.1
2^ V5.»-7
2 7 L 7 . o 7
^ 7 sO.Io
27 72 . t4'
2b
7C .
2VV7.13
2vb7.v-*
fu.j)7
212^.?^
21^7.17
^ 2 C I . 1 S
t jlV.&V
L_-b^.ti
2^1 / .S^
2i.s7.u7
2b 1 _ .1 1
2 0*0.72
Jo7i. ..,3
^7n-.V-
^ 7 7 < . 1 u
2 c 0 c.ot
. J .21
2v7i.;
-iUU J.<
212 ?.Vo
2lOb.'t 1
2 1 ^ ^ . t 7
2 Jl' 5. 5 1
2Job.OS
2S^ j.Ob
2^5J .*V
2«to5. VU
25ia.11
J. 7t>
2/11. IV
2 7 H c>. 71,
^ /Vv.jo
2c l 1.V2
2o*i 'T .'- o
.lb
. f V
i .3v
2567.ul
2o52.2^
i 06*. .05
27i7.-t,
^ /C^.ol
2ot7.72
2VH5.22
3L/10.0V
. ov
.00
21oo.VO
21VV.37
22vt>.vu
.0V
2t.oL . 1 1
^
.15
2o5o.77
2bVl .j,7
t i. 3 . V "l
2150.5o
2. < b V . l _-
julo.57
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM POLLUTANT: HC KANGE: o - 3000 PPM CAL. DATE: 01/14/75 PAGE i OF
INSTRUMENT: FID-116 TRAIN: MASS PIC: MCMILLEN
THE BEST CURVE FIT PRCGRAP (IMPLEMENTED ON THE COMPUCORP MODEL ^^t5) YI6LOS COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = A(0) -t- A 1 1 ) *UEFLECT I ON + A ( 2 ) * I DEFLEC T ION**2 ) +---- + A( 4 ) * ( UEF LEC TI ON**4 )
A(0) = 0.75027995U-01
A( 1 '. = t. JOCw-t917.,^C.
CALIHRATICN POINTS CALCULATED VALUES
bEFLECTICN CONCENTR A r I C.M DEFLECT I0f4 CONCENTRATION DIFFERFNCt TERROR
c.o
16.. 0
32.0
68.0
92.0
J. 0
477.4
964.0
2040.0
2760.0
0.0
16.0
32.0
68 .0
92.0
C.I
480. 2
96C.2
204C.4
2760.5
2.6
-3.6
0.4
0.5
0.577
-0.391
0.020
0.019
-------
LOCATION: ANAHEIM
LifcF LEG II CN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TAULE
POLLUTANT: HC RANGE: 0 - 3000 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 2 OF 4
0.9
c.o
1.0
2.0
J . U
4. 0
5.0
6.0
7.0
h.O
9.0
10. 0
I 1 .U
0> 12.0
< 13.0
^ 14.0
1 5.0
16,0
1 7.0
1 8 . f.)
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
3C.O
31.0
32.0
33.0
34.0
0.08
40.08
60.08
9 . C v
120. 09
15C.10
180.10
210.11
240. 11
270. 12
400.12
330.13
360.14
490.14
420. 14
450.15
480.15
510.16
540.16
570. 17
600.17
630.18
660. 18
690.19
720.19
750.20
780.20
810.21
b40.21
870.22
900.22
930.23
960.23
990.24
1020.24
3.08
33. Od
63.09
4 jj.OV
123. 10
153.10
183. 11
213.11
243. 11
273.12
304. U
433.14
363. 13
393. 14
423.14
453.15
433.15
!>13. 16
543.16
574.17
003.17
633.18
663. 18
693.19
723.19
753.20
f83.20
813.21
843.21
873.22
903.22
933.23
963.23
993.24
1023.24
6.0(5
36.03
66.09
9 t> . 0 '»
1 2 f > . 1 u
156. 10
186. 11
216. 11
246. 12
276. 12
306. 13
336. 13
36t>. 14
396. 14
426. 15
456. 15
486. 15
516. 16
'.46. 16
576. 17
606. 17
636. IS
666. 18
696. 19
72b. 19
756. 2C
786.20
816.21
846.21
876.22
906.22
936.23
966.23 '
996.24
1026.24
9.08
39.03
69.09
99.09
1
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION:
ANAHEIM
PCLLUTANT: HC
DEFLECTION
3.5.0
36.0
37.0
3 c w ^
^9.0
nC.O
A 1.0
42.0
43.0
44.0
45.0
46.0
47.0
48.0
49.0
5C.O
51.0
52.0
53.0
54.0
55.0
56.0
57.0
56.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66. 0
67.0
68.0
69.0
0.0
1050.25
1080.25
1110.26
I i4 C . 2(.
1170.27
1200.27
1230.28
1260.28
1290.29
1320.29
1350.30
1380.30
1410.31
1440.31
1470.32
1500.32
1530.33
1560.33
1590.34
1620.34
1650.35
1680.35
1710.36
1740.36
1770.37
1800.37
1830.38
1860.38
1890.39
1920.39
1950.40
1980.40
2010.41
2040.41
2070.42
0.1
1053.25
1083.25
1113.26
1 i ^ L . i o
i i 7 3 . 2 I
1203.27
1233. 2d
1263.25
1293,29
1323,29
1353.30
1383.30
1413.31
1443.31
1473.32
1503.32
1533.33
1563.23
1593.34
1623.34
1653.35
1683.35
1713.36
1743.36
1773.37
1803.37
1833.38
1B63.38
1893.39
1923.39
1953.40
1983.40
2013.41
2043.41
2073.42
0.2
105b.25
1086.25
1116.26
1 1 -r C . 2 t
1 176. 2 /
1206.27
1236.28
1266.28
1296.29
1326.29
1356.30
1386.30
1416.31
1446.31
1476. 32
1506.32
1536.33
1566.33
1596.34
1626.34
1656.35
1686. 35
1716.36
1746.36
1776.37
1806.37
1836.38
1866. 38
1896.39
1926.39
1956.40
1986.40
2016.41 -
2046.41
2076.42
RANGE:
0 - 3000
PPM CAL. DATE: 01/14/75
PAGE 3 OF 4
CONCENTRATION
0.3
1059.25
1089.25
1119.26
\ ''-.-> ' t
i 11 9 . 27
1209.27
1P39.28
1269.28
1299.29
1329.29
1359.30
1389.30
1419.31
1449. 31
1479.32
1509.32
1539.33
1 5 6 9 . 3 3
1599. 3 i . L'f
1191.27
1221.26
125U28
1281.29
1311.29
1341.30
1371.30
1401.31
1431.31
1461.32
1491.32
1521.33
1551.33
1581.33
1611.34
1641.34
1671.35
1701.35
1731. 36
1761.36
1791.37
1821.37
1851.38
1881.38
1911.39
1941.39
1971.40
2001.40
2031.41
2061.41
2091.42
0.8
1074.25
1104.26
1134.26
1 1 D ^i . " ' 7
119*127
1224.28
1254.28
1284.29
1314.29
1344.30
1374.30
1404.31
1434.31
1464.32
1494.32
1524.33
1554.33
1584.34
1614.34
1644.35
1674.35
1704.36
1734.36
1764.36
1794.37
1824.37
1854.38
1884.38
1914.39
1944.39
1974.40
2004.40
2034.41
2064.41
2094.42
0.9
1077.25
1107.26
1137,26
1167.27
1197.27
1227.28
1257.28
1287.29
1317.29
1347.30
1377.30
1407.31
1437.31
1467.32
1497.32
1527.33
1557.33
1587.34
1617.34
1647.35
1677.35
1707.36
1737.36
1767.37
1797.37
1827.38
1857.38
1887.39
1917.39
1947.40
1977.40
2007.41
2037.41
2067.41
2097.42
-------
LOCATION: ANAHEIM
UEFLFC fIGN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: HC RANGE: 0 - 3000 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 C.6 0.7
0.8
PAGE 4 OF
0.9
7C. 0
71.0
72.0
7" . 0
7*i . u
75.0
76.0
77.0
78.0
79.0
eo.o
^ 81.0
< 82.0
\> 83.0
84.0
H5.0
86.0
d7.0
88.0
89.0
9C.O
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
2100.4^
2130.43
2160.43
? 1 'C . 4*i
2220.44
2250.45
2280.45
2310.45
2340.46
2370.46
2400.47
2430.47
2460.48
2490.48
2520.49
2550.49
2580.50
2610.50
2640.51
2670.51
2700.52
2730.52
2760.53
279*0.53
2820.54
2850.54
2880.55
2910.55
2940.56
2970.56
2103.42
2133.43
2163.43
:' i ^ _>.*,<-
222 :>. -»-
2253.45
2283.45
2313.46
2343.46
2373.47
2403.47
2433.48
2463.48
2493.48
2523.49
2353.49
^583.50
2ol3.50
2643.51
2c>73.51
2703.52
2733.52
2763.53
2793.53
2823.54
2853.54
2883.55
2913.55
2943.56
2973.56
2106.42
2136.43
2166.43
? 1 r-i Li f .
2i2o. 44
2256.45
2286.45
2316.46
234t>. 46
2376.47
2406.47
2436.48
2466.^8
2496.49
2526.49
2556.50
2586.50
2616.51
2646.51
2676.52
2706.52
2736. 52
2766.53
2796.53
2826.54
2656. 5<
2886.55
2916.55
2946.56
2976.56
2109.42
2139.43
2169.43
2 1 ^ ', . - -
i. 2 2-7 . t4
2254.45
2209.45
2 H9.46
2349.46
2379.47
2409.47
? 4 59 . 4 8
2 4 is 9 . 4 8
2499.49
2529.49
2559.50
2589.50
2019.51
2649.51
2679.52
2 70V. 5 2
273V. 53
2769.53
2799.54
2829.54
2d59. 55
2889.55
2919.55
2949.56
2979.56
2112.42
2142.43
21/2.43
:2c,;-.',-
2 2 3 . . *» M
2262.45
2292.45
2322.46
2352.46
2302.47
24)2.47
2442, 4f!
24 72.48
2502.49
2532.49
2562.50
2592.50
2622.51
2652.51
26S2.52
2712.52
2742.53
2772.53
2802.54
2832.54
2862.55
2892.55
2922.56
2952.56
2982.57
2115.42
2145.43
2175.43
_- _- <.. -- - -, -H
2 fL j 5 . H 4
2265.45
2295.45
2 32 5. H 6
235^.46
2365.47
2415.47
2445.48
2475.48
2505.49
2535.49
2565.50
2595.50
2625.51
2655.51
2685.52
2715.52
2745.53
27/5.53
2805.54
2835.54
2865.55
2895.55
2925.56
2955.56
2985.57
2118.42
2148.43
2178.43
> ^ j t _ .
223c.-f+
2260. 45
2298.45
232b.40
2358.46
2368.4 7
2418.4V
2448.48
2478.48
2508.49
2538.49
2568.50
2598.50
2628.51
2658. 51
268S. 52
2718.52
2746.53
2778.53
2808.54
2838.54
2868.55
2898.55
2928.56
2958.56
2988.57
2121.42
2151.43
2181.43
.'ill. --
2241.4H
22/1.45
2301.45
2331.46
2361.46
2391.47
2421.47
2451.48
2481.48
2511.49
2541.49
2571.50
2601.50
2631. ul
2661.51
2691.52
2721.52
2751.53
2781.53
2811.54
2841.54
2871.55
2901.55
2931.56
2961.56
2991.57
2124.42
2154.43
2184.43
21 i i '4
2 2 T 1 . H 4
2274.45
2304.45
2334.46
2364.46
2394.47
2424.47
2454.48
2484.48
2514.49
2544.49
2574.50
2604.50
2634.51
2664.51
2694.52
2724.52
2754.53
2784.51
2814.54
2844.54
2874.55
2904.55
2934.56
2964.56
2994.57
2127.42
2157.4 1
2187.43
2217.44
2t'47.44
2277.45
2307.45
2337.46
? 567.46
2397.47
2427.47
2457.48
2487.48
2517.49
2547.49
2577.50
2607.50
2637.51
2667.51
2697.52
2727.52
2757.53
2787.53
2817.54
2847.54
2877.55
2907.55
2937.56
2967.56
2997.57
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM POLLUTANT: HC RANGE: o - 3000 PPM CAL. DATE: 01/20/75 PAGE i OF 4
INSTRUMENT: FID-108A TRAIN: 7-M PIC: MALLOW
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON THE COMPUCOKP MODEL 445) YlhLDS COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = A(0) + A(1)*DEFLECTI ON + A(2 )*(DEFLECT ION**2} «---- + A(4)*(DEFLECT ICN**4)
A{C) = -0.384062730-01
,'.; I ! = C. 2~
\
CALIBRATION PCINTS CALCULATED VALUES
DEFLECTION CCNCENTRATICN DEFLECTION CONCENTRATION DIFFERENCE ^c
0.0 0.0 0.0 -C.O
9.1 279.0 9.1 212.6 -6.4 -2.306
33.8 1005.0 33.8 1012.5 7.5 0.7-,6
67.5 2016,0 67.5 2022.0 4.0 0.2JO
92.4 2773.0 92.4 2/67.9 -5.1 -O.lc2
-------
LOCATION: ANAHEIM
OFTLECnON
0.0
ft
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: HC RANGE: 0 - 3000 PPM CAL. DATE: 01/20/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PACE 2 OF 4
0.9
0.0
1.0
2.0
3.0
4.U
5.0
6.0
7.0
e.o
9.0
10.0
1 1 . 0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
-0.04
29.92
59.87
a?. 03
1 i -/ . 7 S
149. 74
17 ;.70
209.66
239.61
269.57
299.53
329.48
359.44
3d9.40
419.35
449.31
479.27
i>09.22
539. 18
569. 14
599.09
629.05
659.01
688.96
718.92
748.88
778.83
808.79
838.75
868.70
898.66
928.62
958.57
988.53
1018.49
2.96
32.91
62.87
92.0?
i Z 2 . 7 o
152. 74
182. 70
212.65
242.ol
2/2.57
302.52
332. '.a
362.44
392.39
422.35
452.31
482.26
512.22
542.18
572.13
602.09
632.05
662.00
691.96
721.92
751.67
781.83
811.78
841.74
871.70
901.65
931.61
961.57
991.52
1021.48
5.95
35.91
65.87
9 5 . 8 1'
125.76
155.74
18-J.69
215.65
245.61
275.56
305.52
335.48
365.43
395.39
425. 34
455.30
485.26
515.21
545.17
575. 13
605.08
635.04
665.00
094.95
724.91
754.37
784.82
814.78
844.74
874.69
904.65
934.61
964.56
994.52
1024.48
8.95
38.91
68.86
-f.. (j?
iZo.77
158.73
188.69
213.64
246.60
278.56
108.51
338.47
i6y.43
198.38
428.34
458.30
488.25
518. 21
548.17
578.12
608.08
638.04
667.99
697.95
727.91
757.86
787.82
817.78
847.73
877.69
907.65
937.60
967.56
997.52
1027.47
11.94
41.90
71. B6
1 C 1 . 8 i
131.77
161.73
191.60
221.64
251.60
261.55
311.51
341.47
371.42
4C1.38
431.34
461.29
491.25
521.21
551. 16
581.12
611.08
641.03
6?C.99
7C0.95
730.90
760.86
790.81
620.77
S5C.73
880.68
910.64
940.60
970.55
1000.51
1030.47
14.94
44.90
74.85
Kx-.ril
iis.77
164. 72
194. 08
224.64
254.59
284.55
314.51
344.46
374.42
404.38
434.33
464.29
494.^4
524.20
554.16
584.11
614.07
644.03
673.98
703.94
733.90
763. «5
793.81
623.77
853.72
883.68
913.64
943.59
973.55
1C03.51
1033.46
1 7.94
47.89
77. d5
1 '»." 7 . ^ i
1 > , . "/ o
167.72
197.67
227.63
257.59
2U7.54
317.50
347.46
377.41
407. 37
437.33
467.28
497.24
527.20
557. I'j
5d7. 11
617.07
647.02
676.98
706.94
736.89
766.85
796.81
826.76
856.72
886.68
916.63
946.59
976.55
1006.50
1036.46
20.93
50.89
80.04
1 iO.oC
1 s o . 7 C
170.71
200.67
230.63
260. 58
290.54
320.50
350.45
380.41
410.37
440.32
470.28
500.24
530. 19
560-15
590.11
620.06
650.02
679.98
709.93
739.89
769.85
799.80
829.76
859.72
B89.67
919.63
949.58
979.54
1009.50
1039.45
23.93
53.88
83.84
1 1 j. 80
I * i . 7 5
173.71
203.67
233.62
263.58
293.54
323.49
353.45
383.41
413.36
443.32
473.28
503.23
533.19
563.15
593,10
623.06
653.01
682.97
712.93
742.88
772.84
802.80
832.75
862.71
892.67
922.62
952.58
982.54
1012.49
1042.45
26.9?
06.80
( j 6 . 0 4
1 16. 79
146.75
1 76.71
^06.66
2^6.62
266.57
296.53
326.49
356.44
386.40
416.36
446.31
476.27
506.23
536. 18
066.14
596.10
626.05
656.01
t.85.97
715.9?
745. tJ8
775.84
805.79
835.75
865.71
895.60
925.62
955.58
985.53
1015.49
1045.45
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
X
LOCATION:
ANAHEIM
POLLUTANT: HC RANGE:
DEFLECTION
35.0
36.0
37.0
"3O p
39. u
40. 0
41.0
42.0
43.0
44.0
45.0
46.0
47.0
48.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
0.0
1048.44
1078.40
1108.35
I : 31.31
i. j. oo . i-T
1196.22
1223.18
1256.14
12S8.09
13io.05
1346.01
1377.96
1407.92
1437.88
1467.83
1497.79
1527*75
1557.70
1587.66
1617.62
Io47. 57
1677.53
1707.49
1737.44
1767.40
1797.36
1827.31
1857,27
1887.23
1917.18
1947.14
1977.10
2007.05
2037.01
2066.97
0.1
1051.44
1031.39
1111.35
1 1 - 1 . 1 1
, - -i
-k A 1 i * C_ W
1201.22
1231.13
1261.13
1291.09
1321.05
1351.00
1380.96
1410.92
1440.87
1470.83
1500.79
1530.74
1560.70
1590.66
lt.20.al
1650.57
1680.53
1710.48
1740.44
1770.40
1600.35
1830.31
1860.26
1890.22
1920.18
1950.13
1980.09
2010.05
2040.00
2069.96
0.2
1054.43
1034.39
1114. 35
1 ' ^ - ^
1 iT -r. *.O
1204.22
1234.17
12o4. 13
1294.09
1324. 04
1354.00
1383.96
1413.91
1443.87
1473.82
1503. 78
1533.74
1563.69
1593.65
1623.61
1653. 56
1683. 52
1713.43
17^3.43
1773. 39
1803.35
1833.30
1863.26
1893.22
1923. 17
1953. 13
1983.09
2013.04
2043.00
2072.96
0 - 3000
PPM CAL. DATE: 01/20/75
PAGE 3 OF 4
CONCENTRATION
0. 3
1057.43
1087.39
1117.34
> i H ' , 3C
; i 7 v . ti 5
1207.21
1237.17
1267.12
129 7.08
1327.04
1356.99
1386.95
1416.91
1446.36
1476.82
1506.78
1536.73
1566.69
1596.65
1626.60
1656 .56
1636.52
1716.47
1746.43
1776.39
1806.34
1336.30
1866. 26
1896.21
1926.17
1956. 13
1986.08
2016.04
2046.00
2075.95
C.4
10tC.42
1 CSC. 3 8
1 1 2 C . 3 '
< i J ~* Z-i
L 1 O <-<<. ^
121C.21
124C.16
1270.12
1 3 C C . 0 8
133C.03
1359.99
1389.95
1419.90
1449.86
1479.82
15C9.77
1539.73
1569.69
1599.64
1629.60
1659.56
1689.51
1719.47
1749.43
1779.38
1809.34
1839.30
1869.25
1699.21
1929.17
1959.12
1989.08
2019.03
2048.99
2078.95
0.5
1C63.42
1093.38
1123.33
: i ' , : " -
i i£ 3. 2 i
1213.20
1243. 16
1273. 12
1303.07
1333.03
1362.99
1392. 94
1422.90
1452.36
1482.81
1512.77
1542.73
1572.68
1602. o4
1632.59
1662.55
1692. 51
1722.46
1 752.42
1782.38
1812.33
1842.29
1872.25
1902.20
1932.16
1962.12
1992.07
2022.03
2051.99
2061.94
0.6
1066.42
1096.37
112&.33
,.--.,- ) --,
i i C u. 2*r
1216.20
1246.16
1276. 11
131-6.07
1336.02
1365.98
1395.94
1425.89
1455. 85
14o5. 81
1515.76
1545. 72
1 57b.68
1605.63
1635.59
1665.55
1695.50
1725.46
1755.42
1765.37
1815.33
1845.29
1875.24
1905.20
1935.16
1965.11
1995.07
2025.03
2054.98
2084.94
0.7
1069.41
1099.37
1129. 3?
; 5 '-> . 2 <-
i i e 9 . c -*
1219.19
1249.15
1279.11
1309.06
1339.02
1368.98
1398.93
1428.89
1458.55
1488.60
1518.76
1548.72
1578.67
1608.63
1638.59
1668.54
1698.50
1728.46
1758.41
1788.37
1818. 33
1648.28
1878.24
1908.20
1938.15
1968.11
1998.06
2028.02
2057.98
2087.93
0.8
1072.41
1102.36
1132.32
\ 6 r . 2 6
L 1^^.23
1222.19
1252.15
1282.10
1312.06
1342.02
1371.97
1401.93
1431 .89
1461.84
1491.80
1521.76
1551.71
1581.67
1611.63
1641.56
1671.54
1701.49
1731.45
1761.41
1791.36
1821.32
1851.28
1881.23
lgll.19
1941.15
1971.10
2001.06
2031.02
2060.97
2090.93
0.9
1075.40
1105.36
1135.32
1 165 .27
1195.23
1225.19
1255.14
1285.10
1315.06
1345.01
1374.97
1404.92
1434.38
1464.24
1494.79
1524.75
1554.71
1584.66
1614 .62
1644.58
1674.53
1704.49
1734.45
1764.40
1794.36
1824.32
1854.27
1884.23
1914.19
1944. 14
1974. 10
2004.06
2034.01
2063.97
2093.93
-------
LOCATION: ANAHEIM
(JCFLECTICN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: HC RANGE: 0 - 3000 PPM CAL. DATE: 01/20/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71 .0
72.0
73. 0
7<« . 0
75.0
76.0
77.0
78.0
79.0
80.0
r* 81.0
, «2.0
* 83.0
P* 84.0
85.0
86.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
2096.92
2126.83
2156.83
: i : ., .7-9
£. £. L G / U
2246.70
2276.66
2306.62
2336.57
2366.53
2396.49
2426.44
2.88
2845.84
287t>.79
2905.75
2935.71
2965.66
2099.92
2129.87
2159.83
2 1 3 v . 7 V
J 5 , g , t.
f~ t* L ~ 1 ^
2249.70
2279. t>6
2309.61
2339.57
2369.53
2499.^8
2429.44
2459.40
2489.35
2519.31
2549.27
2D79.22
2609. 16
2639. 14
2669.09
2699.05
2729.01
2758.96
2788.92
2818.88
2848. b3
2878.79
2908.74
2938.70
2968.66
2102.91
2132.87
2162.83
21-^2. 71
s ' "J 'j ~7 (.
£.£.££ 1 *t
2252. 70
2282.65
2312.61
2342.57
2372.52
2402.48
2432.44
2462. 39
2492. 35
2522.31
2552.26
2582.22
2612. 17
2642. 13
2672. 09
2702.04
2732.00
2761.96
2791.91
2821. 87
2B51.83
2881.78
2911.74
2941.70
2971.65
2105.91
2135.87
2165.82
i i ~> ',. . r °
I I
2^55.69
2285.65
2315. oO
2345.56
2375.52
2405.47
2435.43
2465. 39
2495.34
2525.30
2555.26
2585.21
2bl5. 17
2645.13
2675.08
2705.04
2735.00
2764.95
2794.91
2824.87
2354.82
2884.78
2914.74
2944.69
2974.65
21C8.90
2138.86
2168.82
, i - : . 7 7
2258.69
22dd.64
2318.60
234b.56
2378.51
24Cb-47
2<«3t!.43
2466.38
2498.34
2528.30
2558.25
2588.21
2618.17
2646. 12
2673.08
27C8.04
2737.94
2767.95
2797.91
2827.86
2857.82
2b87.78
2917.73
2947.69
2977.65
2111.90
2141.86
2171.81
:<'(.!. 7.'
x , < \ 7 i
2261.68
2291.64
2321.60
2351.55
23bl.51
2411.47
2441. 4.64
2 3 2 4 . 5 9
2354.55
2384.50
24 14.46
2444.42
2474.37
2504.33
2534.29
2564.24
2594.20
2624.16
2654. 11
2634.07
2714.03
2743.9d
2773.94
2803.^0
2833.85
2863.81
2893.77
2923.72
2953.68
2983.64
21 1 7.89
2147. C5
2177.80
J2D7. 76
- , ' f ~-
2267.67
2297.63
2327.59
2357.54
2387.50
2417.46
2447.41
2477.37
2507.33
2537.28
2567.24
2597.20
2627.15
2657. 11
2687.07
2717.02
2746.98
2776.94
2806.89
2836.85
2866.81
2896.76
2926.72
2956.68
2986.63
2120.89
2150.84
2180.80
2 J 1 ?. 76
2 ' H 71
2270.67
230U.63
2330.58
2360.54
2390.50
2420.45
2450.41
2480.37
2510.32
2540.28
2570.24
2600.19
2630. 15
2660.11
2690.06
2720.02
2749.98
2779.93
2809.89
2839.84
2869. 8C
2899.76
2929.71
2959.67
2989.63
2123.88
2153.84
2193.80
2213.75
p j , -j i
2273.67
2303.62
2333.58
2363.54
2393.49
2423. 4t>
2453.41
2483.36
2513. 12
2543.27
2573.23
2603. 19
2633.14
2663.10
2693.06
2723.01
2752.97
2782.93
2812.88
2942.84
2872.80
2902.75
2932.71
2962.67
2992.62
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM .__.PGLLUTANj: CO .. RANGE : ,_0_ r. 750..PPM CAL. DATE: 02/10/75
INSTRUMENT: AlA-21 TKAlN: MASS PIC: MALLOW
PAGE 1 OF__<»_
ThE bEST LURV6 FIT FKUtKAM tlMPLEMtNTED UN ThE CUMPUCORP MODEL
CONCENTRATION = AID) + A ( 1 )*uEFLtC T10N * A ( 2 ) * < DEFLECT IUN**2 )
At C) = -0.
A(l) - 0 .
A12) - 0.
) YIELDS COEFFICIENTS FOR THE EQUATION
--- + A ( <+ ) * ( DEFLECT
0.0
13.3
3^.9
69.0
71.2
JN POINTS
CUIMCEMTKAT IUN
o.o
66. r>
2^0.0
Hbl.C
CALCULATED VALUES
UEFLELTlLN CONCENTRATION
0.0
39.9
t>9.0
71.2
-1.3
69. 1
237.9
DIFFERENCE
2.6
-2.1
-3.6
ttkRUR
3.&69
0.957
-0.731
-------
LOCATION: ANAHEIM
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
PULLuTANT: _ CO RANGE: 0 - 750 PPM CAL. DATE: 02/10/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 O.b 0.7
0.8
PAGE 2 UF 4
0.9
0.0
1.0
2.0
3.0
t ,o
5.0
6.0
Y.O
8.0
v.o
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
10.0
19. 0
2C.O
21.0
22.0
23.0
24.0 .
25.0
26.0
27. Q.
2«.0
29.0
30.0
31.0
32.0
33.0
34.0
-1.30
3.o7
8 .6V
13.76
It. 86
^4.06
2V. 2V
34.57
3V. 91
45.^0
50.74
56.23
<! . 7B
6 7 . 3 6
73.0A
78.74
at. 50
V0.31
9b.l»
1C2.09
10b.07
lit. 09
120.17
126.29
132. 4b
138.71
It5.00
151.34
157.73
IftH.ld
170.68
177.23
_ 183.. 84
190.50
197.21
-C.faO
t. 17
9.19
1 4 . 2 1
19. nO
24.5fa
2V. b2
35. 11
tO.45
45.84
51.29
56.7V
62. 3t
67.95
73.60
7V.32
85.08
90. VO
96.77
102.o9
108.67
114.69
120.78
126.91
133.10
13V.34
145.63
._.. 151.98
158. 36
164.83
171.33
177.09
LB4.50
191.16
197. «a
-0.31
t.67
9.70
It. /b
19.92
25.10
30.34
35.64
40. 9b
46.38
51.84
5 7 . 3 1
02.90
08. 51
74.17
79. b9
85.66
VI. 4&
V7.30
103.28
109.27
115.30
121.39
127.53
133.72
13V. 96
It6.26
152.61
159.02
165. 4B
171. v9
17U.55
185.16.
191.83
19C.55
U. 19
^.17
10.^0
15.29
20.43
1:5.62
30. U7
36. 17
tl .t,2
t6.93
52.36
57. US
t>3. t6
69.07
/t. Vt
^0.46
96.24
#2.07
V7.V5
103. ba
1U9.87
115.91
122.00
128.14
134.34
It0.59
146.90
153.25
15V. 66
166.12
172.64
179.21
_L85.83_
192.50
199.23
O.ftb
5.07
10.71
15.80
20.95
26.15
31.40
3o. 70
t2.06
47.47
52.93
58. t5
bt.O?
69.64
75.31
81.04
66.62
92.65
98.54
104.49
110.47
116.51
122.61
128.76
13t.9(.
ltl.22
147.53
.._ 153.89
160.31
166.77
~"T73.29
179.87
186.4.9__
193.17
199.91
1.18
6.17
11.22
16.32
21. 47
26.67
31. V3
37.24
4^ .60
4b.O 1
53.48
59.00
OH. 58
70.20
75.88
bl.61
87.40
93.24
99.13
105.07
111 .07
117.12
123.22
12V.38
135.59
141.85
146.16
154.53
160.95
167.42
173.95
180.53
. 187.16
193.84
200.58
1 .6t)
6.67
11.73
16.83
21.98
27.19
32.45
37.77
43.14
4B. 56
54.03
59.56
fc5. 14
70.77
76.45
U2.19
67.98
93.83
> 9 . 7 2
105.67
111.67
117.73
123.84
130.00
136.21
142.48
148.60
155.17.
161.60
168.07
174.60
181.19
187. 83_
194.52
201.26
2.17
7.18
12.23
17.34
22.50
27.72
32.98
38.30
43.68
49.10
54.58
60.11
65.70
71.33
77.02
82.77
88.56
94.41
100.31
106.27
112.28
118.34
124.45
130.62
136.84
143.11
149.43
155.81
162.24
163.72
175.20
181.35
__. 188.49..
195.19
201.94
2.67
7.68
12.74
17.86
23.02
26.24
33.51
3tt.84
44.22
49.65
55.13
60.67
66.26
71. VO
77.60
83.34
89.15
95.00
100.91
106.07
112.68
118.95
125.06
131.24
137.46
143.74
150.07
156.45
162.89
169.38
175.92
182.51
._ 189.16
195. t?6
202.61
3.17
6.18
13.25
18.3V
2J.54
2«J.77
34.04
39.37
44.76
50.19
55. bb
61.23
66.82
72.47
78.17
b3.92
b9.73
95.59
101.50
107.47
113.40
119.56
125.68
131.86
138.09
144.37
150.70
157.09
163.53
170.03
176.57
183.17
.189.83.
196.53
203.29
-------
LOCATIONS...
DEFLECTION
35 .0
36.0
37.0
3t.O
39.0
40.0
41.0
42.0
43.0
44 .0
45. O
46.0
47.0
tb.O
49.0
50.0
M.O
52.0
53.0
54.0
55.0
5b.O
57.0
58.0
59.0
60.0
bl.0.__
62.0
63.0
b4.0
65.0
66.0
67.0
68.0
6V. 0
ANAHEIM__
0.0
203.97
2:10.79
2 17 . 06
224. 5i
231.55
238.53
245 .bt>
252. £0
259.96
267.22
274.5?
281.86
2c,9.2t>
296.71
3C4.22
311.77
319.38
327.05
324.76
2-»2.52
350.35
358.23
3fc6 . lr>
374.14
3L-2.17
390.2o
399 .4-0
4C6.59
414.83
<-23. 13
421 .45
439.88
448.34
456.85
465.nl
DEFLECTION TO CONCENTRAT1C
POLLUTANT: CO RANUE: 0._- 750
0.1
204. 65
r. 1 1 . 4 /
?lfc.35
225.2V
232.25
239.29
<: 40.37
253.51
2t>U. VI
267 .95
275.25
232.00
290.00
297. 4t
20^.97
312.53
32C. 15
327 .82
135.54
342.31
351. IH
35V.02
366.95
374 .94
3c2. 9J
391.07
399.21
407.41
415.06
^23. 9b
^32. 32
H40.73
449.19
457.70
466.27
0.2
205.33
212.16
219.04
225.97
232.96
239.99
247.09
254.23
161.43
26U.68
275.98
283.34
<90. 75
2V8.21
305.72
313.29
320.91
32b.59
336.31
34f.09
351.92
359.81
367.75
375.74
3K2.78
391.88
4O0.03 _
408.23
416.49
424.80
433. 16
441.57
450.04
^58.56
^67.13
Cl
0.3
20<->.U1
212 ,b4
21V.73
22b.67
233.66
2<*u.70
2^-7 . tiO
2 5 4 . V 5
2<>2.15
269. -tl
27b.72
2*4.08
2V1 .49
296.96
300.4U
314.05
321. ob
329.36
337 .09
344. 25.63
434.00
442.41
450. U9
459.41
467.99
JNCENTRAT]
0.4
2C6.69
213.53
220.42
22 /. 3b
234.36
241.41
248. M
255.6 /
2t2.n7
270.14
277.45
284. b2
292.24
299.71
207.23
314. bl
322.44
330.13
337. bo
345.65
353.50
361.39
369.34
377.34
3t>5.40
393.51
._4G1.67
409.88
418.14
426.46
434.63
443. 2t>
451.74
460.27
468.85
CAL... DATE: 02/10/75
0.5 C.6 0.7
_ PAGE 3 OF
207.37
214.21
221.11
22b.Ct>
235.06
242.12
249.22
2^6.3b
2to. foO
270.t'6
27H.18
285.56
292.98
300.46
307.99
315.57
323.?!
330.90
338.64
346.44
254.28
362.19
370.14
378.15
386 .21
394.32
402.48
410.70
418.97
427.30
435.68
444.10
_452..59
461.12
469.71
2C8.05
214.90
221.80
22V.lb
235.76
242.82
249.94
257.10
264.32
271.59
278.92
286.30
293.73
301.21
308.75
316.33
323.98
331.67
339.42
347.22
355.07
362.98
370.94
373.95
387.02
395.13
403.30.
411.53
419.80
428.13
436.52
444.95
.._453.44
461.98
470.57
208.74
215.59
222.50
229.46
236.47
243.53
250.65
257.82
265'. 05
272.32
279.65
287.04
294.47
301.96
309.50
317.10
324.74
332.44
340.20
348.00
355.66
363.77
371.74
379.75
387.82
395.95
404.12
412.35
420.63
428.97
437. 3b
445.80
0.8
209.42
216.28
223.19
230.15
23/.17
244.24
251.37
258.54
265.77
273.05
280.39
287.78
295.22
302.71
310.26
317.86
325.51
333.22
340.97
34b.79
356.65
364.57
372.54
380.56
388.63
396.76
404. 94_
413.18
421.47
429.81
438.20
446.64
0.9
210.10
216.97
223.88
230.85
237.88
244.95
252.08
259.26
266.50
273.79
281.13
288.52
295.97
303 ,4b
311.02
318.62
326.23
333.99
341.75
349.57
357.44
365. 36_
373.34
3dl.3b
389.44
397.58
405.77
414.00
422.30
430.64 .
439.04
447.49
462.84
471.44
463.69
472.30
464.55
473.16
-------
LOCATION: ANAHbIM
DEFLECTION
u.O
0.1
DbFLECTlON TO CONCENTRATION CONVERSION TAftLE
: co. RANGE: o - 730 PPM CAL. DATE: 02/10/75
CONCENTRATION
0.2 U.3 0.4 0.5 0.6 0.7
0.8
PAGE 4 OF 4
0.9
70.0
71.0
72.0
73.0
74.0
75.0
fo.O
77.0
78.0
79.0
80.0
B 1 .0
82.0
83.0
o4 .0
85.0
86.0
8 1.0
bb.O
8V. 0
90.0
91.0
92.0
93.0
94.0
"5.0
96.0
97.0 .
98.0
99.0
474.03
4^2.69
4V1 .4^
X'O. 19
509.02
517.69
5?6.b3
535.61
544. d5
553. V4
563.09
572. ?f
50 1. 53
5v0.t)3
600. 19
609.60
619. O6
628. 57
638. It
647.76
657.43
667.16
676.94
686.77
696.65 _
706.59
716.58
726. 6Z _
736.72
746.87
474. «9
483. 56
492.29
501.07
509.90
5ib.79
t>27.72
536.71
545. /6
55^.65
564.00
573.11
582.46
5V 1.77
601.13
610.54
620.01
o29.53
639.10
64b.73
658.40
668.14
677.92
687.76
697.65
707.59
717.50
727.63
737.73
747.89
475.76
484.43
493. 17
501.95
510.79
519. 6b
S28.62
537.62
540.66
555.77
564.92
b74. 13
583.39
592.70
602.07
611.49
620.96
630.48
640. 06
649.69 -
059.37
669.11
678.90
683.7H
698.64^.
703.59
718.59
728.64.
738.75
748.91
476.62
435.30
4Vt.04
50*.tf3
511.67
520.57
5?V.52
538.52
547.57
556.68
565.04
575. 05
5 1< i . 3 2
593.64
603.01
612.43
621.^1
63 i .44
641.02
650.66
660.35
670.09
679. b8
639.73
699.63
709.58
719.59
729.65
739.76
749.92
477.49
4l<6. 18
4V4.92
503.71
512.56
521.46
530.42
539.42
546.4B
557.59
566.76
575. 9t
585.25
594.57
603.95
613. 3b
622.86
632.3V
641.98
651.62
661.32
671.06
680.86
690.72
700.62
710.58
7*0.59
730.66 .
740.77
750.94
478.35
487.05
495.80
50t.60
513.45
522.35
531.31
540.3?
549.39
558.51
567.68
576.90
586. 18
595.51
60t .bV
614.32
623. fcl
633.35
642.94
652.59
662.29
672.04
681.85
691.71
701.62
711.58
721.60
731.67
741.79
751.96
479.22
4fc7.92
1-96.67
505.48
514.34
523.25
532.21
541.23
550.30
559.42
568.60
577.83
587.11
596.44
605.83
615.27
624.76
634.31
043.91
653.56
663.26
673.02
682.83
692.69
702.61
712.58
722.60
732.66-
742.80
752.98
480.09
488.79
497.55
506.36
515.23
524.14
533.11
542.13
551.21
560.34
569.52
578.75
588.04
597.38
606.77
616.22
625.71
635.27
044.87
654.53
664.24
674.00
683.81
693.68
703.60
713.58
723.61
733.69
743.82
754.01
4b0.96
489.67
490.43
507.25
516.11
525.04
53^.01
543.04
552.12
561.25
570.44
579.68
588. V7
598.31
607.71
617.16
626.67
636.22
645.83
655.50-
665.21
674.98
684.80
694.67
704.60
714. 5fa
724.61
734.70
744.84
755.03
481.82
490.^4
4V9.31
508.13
517.00
525.93
534.91
543.94
553.03
562.17
571.36
580.60
589.90
599.25
608.66
618.11
627.62
637.18
646.60
656.46
666.18
675.96
685.78
695.66
705.60
715.58
725.62
735.71
745.85
756.05
-------
DEFLECTION TO CONCENTRATION CONVERSION TAtiLE
LOCATION: ANAHEIM POLLUTANT: co RANGE: o - 750 PPM CAL. UATE: 01/17/75 PAGE i OF 4
INSTRUMENT: AlA-21 TRAIN: MASS PIC: MALLOW
THE BEST CURVE HT PROGRAM (IMPLEMENTED UM THE COMPUCOKP MODEL 445) YILL!Ji> COEFFICIENTS FOR The EQUATION:
CONCENTRATION = A(j) * A ( 1 ) * GEFLEC T I ON f A< 2 ) * ( DEFL ECT ION** 2 > +---- + A( ^ ) * ( DEF LEC r I C
At 0) = -0. ISOadlBlO+OL
A.' ! I = :.-*<337176?;>'jl
CALIBRATICN PCINTS CALCULATED VALUES
DEFLECriCiV CCNCENTKAT ICN DEFLECT ID'] CO 4C EM i
-------
LOCATION: ANAHEIM
DPILECTICN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: co RANGE: o - 750 PPK CAL. DAIL: 01/17/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
o.e
PAGE 2 Ot- 4
0.9
0.0
1.0
2.0
-,. o
*t U
5.0
6. 0
7.0
8.0
9.0
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19. j
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
26.0
29.0
30.0
31.0
32.0
33.0
34.0
-1.81
3.15
8.17
13.24
1 b . 3 1,
23.54
28.77
34.05
39.38
44.77
50.21
55.70
61.24
66.84
72.49
76. 19
83.95
89.76
95.62
101.54
107.50
113.52
119.60
125.72
131.90
138.13
144.42
150.76
157.15
163.59
170.09
176.64
183.24
189.89
196.60
-1.31
3.65
8.6«
13. 75
Ib.bE,
24.06
29.29
34.58
39.92
45.31
50. 75
56.25
61 .60
67.40
73.06
78.77
84.33
90.34
96.21
102.13
108.10
114. 13
120.21
126.34
132.52
138.76
145.05
151.39
157.79
164.24
170.74
177.29
183.90
190.56
197.27
-0. 82
4.15
9. 18
i". . 2(..
1 ». 3-»
24.58
29. 62
35. 11
40. 45
45. 85
51.30
56. 80
62. 36
67.97
73.63
79.34
85. 11
90.93
96.80
102. 73
108. 70
114.73
120.82
126.96
133.14
139.39
145.68
152.03
158.43
164.89
171.39
177.95
184.56-
191.23
197.95
-0.33
4.65
9.69
14.77
1 '-i . '-> 1
25.10
30.34
35.64
40.99
40.39
51.85
57.36
62.92
68.53
74.20
79.92
85.69
91.51
97.39
103.32
109.30
115.34
121.43
127.57
133.77
140.01
146.32
152.67
159.07
165.53
172.05
178.61
185.23
191.90
198.62
C. 17
5.16
1C. 19
1 i . .< r
82.79
8b.59
94.44
100.35
106.31
112.32
116.38
124.49
130.66
136.88
143.16
149.49
155.87
162.30
168.78
175.32
181.91
188.56
195.25
202.00
2.66
7.67
12.73
17.85
23.0?
?8.24
33.52
38.84
44.22
49 .66
55.15
60 .69
66. 2P
7 1 . * 2
77.62
83.37
89.18
95.03
100.94
106.90
112.92
118.99
125.11
131.28
137.51
143.79
150.12
156.51
162.^4
169.43
175.98
182.57
189.22
195.93
202.68
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - 750 PPM CAL. DATE: 01/17/75
CONCENTRATION
0.L 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 3 OF 4
0.9
35.0
36.0
37.0
3S.C
39 . o
40. 0
41.0
42.0
43.0
44.0
45.0
46.0
47.0
48.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
203.36
210.17
217.04
223, 96
130.93
237.95
245.03
252. 16
259.34
266.58
273.87
281.21
288.61
296.05
303.55
311.11
318.71
326.37
334.08
341.85
349.66
357.53
365.46
373.43
381.46
389.54
397.68
405.86
414.10
422.40
430.74
439.14
447.59
456.10
464.65
204.04
210 .86
217.73
224.o5
23 i. .o3
238.06
245. 74
252.68
260.07
267.31
274.60
281.95
289.35
296.50
304.31
311.86
319.43
327. 14
334.86
342.63
350.45
358.32
366.25
374.23
332.27
390.35
398.49
406.69
414.93
423.23
431.58
439.98
448.44
456.95
465.51
204.72
211.54
21t>.42
il. tl ~ * ' "-"
23,.. 3_>
239. 37
246.45
253.59
260. 79
268.03
275. 33
282. 69
290.09
297. 55
305.06
312.62
320.24
327.91
335.63
343.41
351.23
359. 11
367.05
375.03
383.07
391. 17
399.31
407.51
415.76
424.06
432.42
440.83
449.29
457.80
466.37
205.40
212.23
219. 11
22o . 04
233. 03
240.07
247.17
254.31
261.51
268.76
276.07
?83.42
290.93
298.30
305.61
313.38
321.00
323.68
336.41
344. 19
352.02
359.91
367.84
375.84
383.88
i91.98
400.13
408.33
416.59
424.90
433.26
441.67
450.14
456.66
467.23
206.08
212.91
219. 8C
^ 2 c . 7 ^
233.73
240.76
247.88
255.03
262.23
269.49
276.80
284.16
2S1.58
299.05
306.57
314.14
321.77
329.45
337.18
344.97
352.81
36C.70
368.64
376.64
384.69
392.79
4CC.95
409.15
417.42
425.73
434.10
442.52
450.99
459.51
468.09
206.76
213.00
220.49
_' ,.-' 7 . -i ^
^3^.44
241.49
248.59
25 'j. 7-3
262.96
270.22
277.53
234.90
292.32
299.80
307.32
314.90
3 2 2 . 'j 3
330.22
337.96
345.75
353.^9
361 .49
309.44
377.44
385.50
393.00
401.76
409.98
418.24
426.56
434.94
443. 36
451.84
460.37
468.95
207.44
214.29
221.18
r - .-. . i i
2 j ~j . it
242. 19
249.30
250.47
263.68
270.95
278.27
285.64
293.07
300.55
306.08
315.65
323. 30
33: .99
338.73
346. 53
354.3b
3o2.28
.370.24
378.24
386.30
394.42
402.58
410.80
419.07
427.40
435. 78
444.21
452.69
461.22
469.81
2US.12
214.97
221. H8
~> > ' '4
135.. OH
242.90
250.02
257.18
264.40
271.68
279.00
286.38
293.81
301.30
308.83
316.42
324.07
331.76
339.51
347.31
355.17
363.07
371.03
379.05
387.11
395.23
403.40
411.63
419.90
428.23
436.02
445.05
453.54
462.08
470.68
20S.21
215.66
222.57
2 2 -v . 5 "1
2 jo. 55
243.61
250.73
257.90
265.13
272.41
279.74
287.12
294.56
302.05
309.59
317.19
324.83
332.54
340.2^
342. 10
355.96
363.87
371.83
379.85
387.92
396.05
404.22
412.45
420.73
429.07
437.46
445.90
454.39
462.94
471.54
209.49
216.35
223.26
230.23
237.25
244.32
251.45
258.62
265.85
273.14
280.47
287.36
295.31
302.80
310.35
317.95
325.60
333.31
341 .07
348.38
356.74
364.66
372.63
380.66
388.73
396.96
405.04
413.28
421.57
429.91
438.30
446.75
455.24
463.80
472.40
-------
LOCATION: ANAHEIM
DtFLEC n ON
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - 750 PPM CAL. DATE: 01/17/75
CONCENTKA riON
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 4 0^
0.9
70.0
71.0
72.0
71.0
/4.G
75.0
76.0
77.0
78.0
79.0
HC.O
81.0
82.0
63.0
84.0
dS.O
66.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
473.26
481.93
490.04
499.41
50d.23
517.11
526.03
535.01
544.05
553.13
562.27
571.46
560.70
590.00
599.35
608.75
618.21
627.72
637.28
646.89
656.56
666.28
676.05
685.88
695.75
705.69
715.67
725.71
735.80
745.94
474. 13
482. HO
H91.52
lj 3 C . 2 °
5 J » . I Z
518.00
526.93
535. SI
544.95
554.04
563.19
572.38
581.63
590.93
600.29
609.70
619. 16
628.07
638.24
647.86
657.53
667.25
677.03
686.86
696.75
706.68
716.67
726.71
736.81
746.96
474.99
483.67
492. 39
DO;. 17
i * i O '
-> t O w u
518.89
527.82
530.81
545.86
554.95
564. 10
573.31
582.56
591.87
601.23
610.64
620. 11
629.63
63<9.20
648.82
658. 50
668. 23
678.01
607.85
697.74
707.58
717.67
727.72
737.32
747.97
475.86
484.54
493.27
50, .05
5 I 0 . o4
519.78
528.72
537.72
S46.77
555.87
365.02
574.23
503.49
5*2.80
602.17
611.58
621.06
630.58
640. 16
649.79
659.47
669.21
678.99
688.83
698.73
708.68
718.68
728.73
738.83
748.99
476.7^
4b5.41
494. 14
5C2.91'
Ji 1.7o
520.67
529.62
538.62
547.67
556.78
565.94
575. 15
be4 .42
593.73
6C3.11
612.53
622.01
631.54
641. 12
65C.75
660.44
670.16
679.96
689.82
699.72
709.67
719.68
729.74
739.85
750.01
477.59
486.28
4-J5.02
S C :: . e 1
5 i 2 OO
521. 56
530.52
539. -32
548.53
557.69
566. 86
576.08
585. 35
594.67
604.05
013.47
622.96
632.49
642. 08
651. 72
661.41
671. 16
680. S6
690.81
700.71
710.07
720.68
730.74
740.26
751.03
478.46
467. 15
495.90
'> (j - . 7 0
j 1 J . Ji
522.46
531.41
5t0.43
549.49
550.61
567. 78
577.00
586.28
545.60
604. 99
014.42
623.91
633.45
643.04
652.69
662.38
672.14
681.94
691.80
701.71
711.67
721.69
731.75
741.36
752.05
^79.32
488.02
496.77
,'06. u. 8
j \ 4 . 4 i
523.35
532.31
541.33
550.40
559.52
568. 70
577.93
587.21
596.54
605.93
615.37
624. 86
634.40
644.00
653.65
663.36
673. 11
682.92
692.79
702.70
712.67
722.69
732.76
742.69
753.07
4bU. 19
480.89
4V7.65
=>'. c .46
Jlj.33
524.24
533.21
542.23
551.31
560.44
569.62
576.85
5Bt). 14
597.48
606.67
616.31
625.61
635.36
644.97
654.62
664.33
674.09
683.91
693.78
703.70
713.67
723.70
733.77
743.91
754.09
481.06
499.77
498.53
507.35
516.22
'325.14
534.11
543.14
552.22
561 .35
570.54
579.70
589. C7
598.41
007.81
617.26
626.76
636.32
645.93
655.59
665.30
675.07
684.09
694.76
704.69
714.67
72^.70
734.78
744.92
755.11
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCAT10NJL _ ANAHEIM POLLUT ANT: .. .. CO, RANGE: 0..-3000 PPM CAL. DATE:. 02/14/75
INSTRUMENT: 315B TRAIN: MASS PIC: MALLOW
PAGE 1
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON ThE COMPUCORP MODEL
CONCENTRATION = A(C) + A < U*OtFLbCTI UN » A ( 2 } * t DE F LECTION**2 )
A(O) = 0.lVfC10t?D+01
A(l) = 0.2180077tD*0?
A(2» = 0.917^1(^670-01
) YIELDS COEFFICIENTS FOR THE EQUATION
-- + A ( >+ )* ( DEFLECTI GN**4 )
CALIBRATION POINTS
DEFLECTION CL'NCENTKAT 1 UN
CALCULATED VALUES
DtFLECTlL'N CL'NCEfJTRATIUN
DIFFERENCE
?ERROR
0.0
19.3
Hl.O
61.5
73.3
95.0
0.0
^61.0
1051.0
1679. C
22B2.0
2c!98 .0
0.0
19. i
«fl.O
fal.5
78.3
95.0
1.9
456.9
1050.0
16H9.7
2271.4
2901.0
-4.1
-1 .0
1C. 7
-10.6
3.0
-0 .696.
-0.095
0.637
-0.463
0.105
-------
LOCATION: ANAHEIM
DtFLfcCTION
O.C
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: .. CO RANGE: 0 - 3000 PPM CAL. DATE: 02/14/75
CUNCbNTRATION
0.1 0.2 o.3 0.4 0.5 0.6 0.7
O.b
PAGE 2 OF
o.v
0.0
1.0
2.0
3.0
i.O
5.0
6.0
7.0
b.O
9.0
10.0
rv 11.0
I 12.0
U 13.0
P 14.0
15.0
lo.O
17.0
le. .0
19.0
20.0
21.0 . .
22.0
23.0
24.0
25.0
26.0
27. 0_
20.0
29.0
30.0
31.0
32.0
33.0
34.0
1.94
23. U3
45. Vl
bO . 17
vO.61
113.24
13^05
1 i v . 0 4
It2.22
2l'5.5t,
22V. 12
252.85
tl 7 6 . 7 1>
jOO.BO
325.13
349.60
3 '4. 24
399.07
4<:4.ot!
44V . 2c
474.66
500.22
525. vo
bi>l.b9
578.01
604. 3O
630.78
657.45
bt"«.29
711.32
738.54
765.93
793. 52_
821.23
849.23
4. 1<>
26. U3
4o.l3
70. 4U
92. b7
115.51
13t!.34
161.35
Ib4.1>5
207.92
231.49
255.23
27V. lo
-03.28
327.57
352.05
376.71
4L'1.5t>
426.59
451.01
477.20
502. 7b
528.55
554.50
5a0.63
606.94
633.44
060.12 .
6^6.99
714.04
741.27
768.68
796.28
824.07
852.03
o.30
26.23
50.35
72.64
95.12
117.7V
lnO.03
163.66
lbo.68
210.27
2^3.85
257.62
28 1.57
305.70
330.01
35<*.51
37-9.19
4J4.00
-29.10
454.34
H79.75
£.05.35
531.13
557.10
5t$3.25_
oC9.5»
636.10
662.80 .
609.68
716.75
744.00
771.44
799.. 05
826.85
85^.84
8.49
30.44
52.57
7*.. bu
°7.3b
1 J 0 . C 6
1W.93
lof. .9fi
lbV.21
212.62
236.22
2oo. 00
2 o-^.97
306.12
332.45
356.97
3'Ji.67
tOfc.55
<»3 1 . 62
^56. B /
4^2.30
507.92
533.72
559.71
5o5 .ba
612.23
638.76
665.48
692.36
719.47
746.74
774.19
801.83
829.65
657.65
10.08
32. 6^,
54.79
77.12
99.64
122. 3*
145.22
166.29
191.54
214.97
238.59
2o?. 39
2C6.38
310.54
334.90
359.43
384. 15
409.05
4i>4.l4
459.41
4C4.66
510.49
536.31
562.32
tt'8.50
6l4.b7
641.43
668.16
695. OB
722.19
749.47
776.94
804.60.
832.44
860.46
12. b6
34. 85
57.02
79.37
101.VO
124.62
147.52
170.61
193 .-Jfa
217. -3
240.96
264.78
2H8.79
312.97
337.34
361.89
3b6.63
411.55
436.66
461.94
487.41
513.07
538.91
564.93
591.13
617.52
644.09
670.85
697.78
724.91
752.21
779.70
..807.37
835.23
863.27
15.05
37.06
59.24
ol.6l
104.17
126.90
149.82
172.93
196.21
219. 6B
243.34
?fc7.17
^91 . ^0
315.40
339.79
364.36
369.12
414.05
439.18
404.48
469.97
515.64
541.50
567.54
593.76,
620.17
646. 7b
673.53
700.49
727.63
754.95
782.46
810.15
838.03
866.08
17.25
39.27
61.47
83.86
106.43
129.19
132.12
175.25
198.55
222.04
245.71
269.57
293.61
317.83
342.24
366.83
391.60
416.56
441.70
467.02
492.53
518.22
544.09
570.15
596.39
622.82
649.43
676.22
703.19
730.35
757.70
785.22
81Z.93
840.82
868.90
19.44
41.48
63.70
do. 11
108.70
131.47
134.43
177.57
200.89
224.40
248.09
271.96
296.02
320. 2b -
344.69
369.30
394.09
419.06
444.22
4o9.5b
495.09
520.80
546.69
572.77
599.03
625.47
652.10
678. 9L _
705.90
733.08
760.44
787. 9«
815,71
843.62
871.72
21.64
43.69
65.93
68.36
110.97
133.76
156.73
179.89
203.23
226.70
250. n7
274.36
298.44
322.70-
347.14
371.77
396.58
421.57
440.75
472.11
497.65
523. 3tt
549.29
575.39
601.66
628.13
654.77
681.60
708.61
735. bl
763.1V
790.75
.818.50.
846.42
874 . 54
-------
__ LOCATION! ANAHEIM.
DEFLECTION
0.0
r>
Ui
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CU RANGE: 0 -3000 PPM CAL. DATE: 02/14/75
CONCENTRATION
0.1 0.2 C.3 0.4 0.5 C.6 0.7
0.8
. PAGt 3 OF 4
0.9
35.0
36.0
37.0
3U.O
39.0
40.0
41.0
42.0
43 .0
44-. 0
4!j .0
46.0
47 .0
48.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
60.0
61.0 ...
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
877.1,6
90 5.67
934.17
962.65
99 1 . 72
1020.77
1050.00
1079.42
1109.02
1138.30
Ilo8.77
1198.92
1229.25
1259.77
12v0.47
1321-.-35
1352.42
13c3 .67
Ii-l5. 10
I4n6. 72
1478.52
1510.5 1
ii>42 . 6y
1575.03
1607 .56
i
164C.23
1673.18
17Co.27
1739.5H
1772.99
1806.63
18tU .45
1874.45
1908.64
1943.01
L80.lt
906.52
937.03
965. 73
V9n.6^
1023.68
1052.92
1C82.37
1111.99
1141.7V
1171.77
1201.94
1232.29
1262.63
12V3.55
1324. 4b
1355.53
1 ;t>6.cU
l^lb.26
144V. o9
1^,^1.1 i
1513.72
1545. VO
1575?. 27
1610.83
Ifc43. 56
167ti.<*B
1709.59
1742. (.'.&
1776.35
1810.00
1 343.84
1677.86
1912.07
1946.46
883.01
911.36
939.89
968.61
997.52
1026.60
1055.67
1065.32
lllH.96
1144.78
1174.78
1204.97
1235.34
1265.89
1296.63
1327.55
1356.65
1369.94
I«t21.4l
1453.07
1464.90
1516.93
1549.13
1581.52
1614.09
1646. 85
1679.79
1712.91
1746.22
1779.70
1813.36
1347.23
1681.27
1915.50
1949.90
b65.b3
914.20
V t2.76
971.49
UOC..H2
IO^.V.52
io&ti.ai
101,6 .28
1117.V3
1147.77
1177.79
1208.00
1210.39
1266. V6
12VV.71
1330 .65
1361.77
li.9i.Uti
1424. 57
1456.24
14L.8. 10
1520.14
1552.36
15t 4 .77
1617.36
1650.13
1683.09
1716.23
1/49.56
1783.06
1816.76
1650.63
1884.69
1918.93
1953.36
868.66
917.05
945.62
9 f4.38
1CC3.32
1032. t'*
1C' 1 1.7 5
1091.22
1120.91
1150.76
11B0.80
1211.03
1241.42
1272.02
13C2.80
1333.76
1364.90
i3c.'6.22
1427.73
14^.^.42
1491.29
1523.35
1555.59
15L8.02
1620.63
1653. M-2
1696.40
1719.56
1752.90
1786.42
1820.13
1854.03
1888.10
1922.36
1956.81
891.49
919.90
946.49
977.26
1006.22
1035.36
1064.69
1094. 19
1123.89
llt>3.76
1183.82
1214.06
124*4 ,i,6
1275.09
1305.39
1336. 86
1360.02
1399.26
1430 .fc9
1462 .60
1^94 ,4V
1526.57
1558.83
1591.27
1623.90
1656.71
1689.70
1722.88
1756.24
1789.79
1823.52
1857.43
1891.52
1925.60
1960.26
894.33
922.75
951.36
980.15
lOOv. 13
1038.29
1067.63
1097. 15
1126.86
1156.76
1186. «3
1217.09
12^7.54
1278.16
1308.97
1339.97
1371.15
1^02.51
1414.05
1465.78
1497.69
1529.79
1562.06
1594.53
1627.17
1660.00
1693.01
1726.21
1759.59
1793.15
1-J26.90
1860.83
1894.94
1929.24
1963.72
897.16
925.60
954.23
983.04
1012.03
1041.21
1070.57
1100.12
1129.85
1159.76
1189.85
1220.13
1250.5V
1281.24
1312.07
1343.08
1374.27
1405.65
1437.22
1468.96
15CO.U9
1533.01
1565.30
1597.78
1630.45
1663.29
. 1696.32
1729.54
1762.94
1796.52
1830.28
1864.23
_1.898.36__
1932.68
1967.18
900.00
928. *+6
957.10
985.93
1014.94
1044.14
1073.52
1103. Oti
1132.83
1162.76
1192.87
1223.17
1253.65
1284.31
1315.16
1346.19
1377.40
1408.80
1440. 3ti
1472.15
1504.10
1536.23
1568.54^
1601.04
1633.72
1666.59
1699.64.
1732.87
1766.29
1799.89
1833.67
1867.64
_1901.7_9
1S36.12
1970.64
902.63
931.31
959.98
988.83
1017.86
1C47.07
1076.47
1106.05
1135.81
1165.76
1195.89.
1226.21
1256.71
1267.39
1318.25
1349.30
1360.54
1411.95
1443.55
1475.33
1507.30
1539.45
1571.78
1604. 3O
1637.00
1669.89
1702.95.
1736.20
1769.64
1803.26
1837.06
1871.04
1905.21
1«39.56
1974.10
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM PULLOTANI: _ co RANGE: o - 3000 PPM CAL. DATE: 02/14/75
nrFLtCTlDN CONCENTRATION
0.0 0.1 0.2 0.3 O.i 0.5 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71.0
72.0
V3.0
71 .0
75.0
/6.0
77.0
7 S . G
7V. 0
UO.O
bl.O
&< .0
83.0
b4.0
35. G
t6.0
o7.0
66.0
8V. 0
QO.O
91. 0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
1977.56
2C12 .10
/C<-7 . 22
. '002. 32
2117.01
t- 1 '.> 3 . 0 U
2ita.7i
2221.50
2260.60
2.«o.bO
2333. 19
23ov.7"i
2iOc . 52
2413.10
?l80.5o
25 I 7. (39
21-55.38
25V 1.05
2610.^1
2668.95
2707.17
2/15.58
27ui. 17
2822.95
2861.90
2901.01
2940.37
2979. 88
2019.57
3059.il
lVbl.03
201 5. Yo
2050. 12
t~ 0 c j ^i ^
2171. 15
«^ 1 5 t* ^ ^t
21V2.31
222b. 17
2261.^1
2300. ib
2336. Hi
2273.43
Til 0.21
2447.16
24bi.3l
2521.03
255V. 14
2i96.ti3
?6ri.71
2672.70
2711.01
'> "J 4, O ft "3
2 / tj tf 0**
2626. b3
2Ub5.bl
2904.97
2914.31
29b3. fc**
3023.55
3063. i4
1934.50
2019.27
2054.22
20H9.37
? J2-t.o9
2160.20
2195.69
22.il. 77
22o/.{J3
2301.07
23iO. 19
2377.10
2il2. b9
2i50. 87
2 s d8. 03
2525.37
25&2.90
^600.61
2 63 b. 50
2676.58
^71i. 81
2753.28
2791.91
2J.30.72
2869.72
29C8.9C
29i8.26
29&7.80
bC'27.5b
30o7.14
198/.9t>
2022.76
2057. 73
2092.89
2 1 ? t . 2 3
2163.76
2l99.i7
2235.36
2271.11
2307.70
23H. 1 5
23b0.77
2H7. 5b
2151.56
2l V 1.76
252V. 12
2566.66
2601.39
26t2 . 20
2680.10
2718.63
2757.14
27V5.78
2b3i.6l
2b73.63
2912.82
29^.20
2991.77
3031.51
307 l.il
1991.11
2026.25
20oi.24
2096.12
2131.7i;
2167.32
2203.05
2218.96
^275. 06
2311.31
2317.80
23Ei,45
2^21.27
2158.29
2495.18
2532.86
2570.13
i6U8.17
2fci6. 10
2681.22
2722.51
2760.99
27V9.66
2L-38.51
2077.51
2916.75
2956.15
2995.73 .
1025.50
3075.15
1994.91
^02V. 7i
2061.75
209^.95
21 35 . 33
2170.8V
2206. fti
2212.57
2278.68
2311.98
2351.16
2388.12
2424.97
2162.00
2499.21
2536.61
2571.19
2611.96
264V. 91
2636.04
2726.35
2761.85
2803.51
2ti2.iO
2881.15
2920.68
2960.10
2999.70
1039.18
3079.15
I '.'9 8. 38
20i3.23
206C..26
2lL'3.4&
2 i3b.87
2174.45
2210.22
22i6.17
22f,2.30
2318.62
2355.11
2391.80
2428.66
2165.71
2502.95
2510.36
2577.96
2615.71
2653.71
2o91.66
2730.20
2768.71
2807.11
2ai6.30
2885.37
2921.62
2961.05
3003.67
3013.17
30C3.46
2001.86
2036.73
2071.77
2107.01
2H2.12
217d.02
2213.81
2219.77
2285.92
2322.26
2358.77
2395.48
2432.36
2469.43
2506.68
2544.11
2581.73
2619.53
2657.52
2695.69
2734.04
2772.57
2811.29
2850.20
2c89.26
2928.55
2908.01
3007.64
3047.46
3087.17
2005.34
2040.22
2075.29
2110.5i
2145.98
2181.59
2217.39
2253.38
2289.55
2325.90
2362.14
2399.16
2436.06
2471. li
2510.41
2547. B7
2585.50
2623.32
2661.13
2699.51
2737.88
2776.14
2815.18
2854.10
2893.20
2932.49
2971.96
3011.62 ...
3051.45
3091. IB
2008.82
2013.72
207b.61
211i.0b
2119.53
2185.17
2220.99
2256.99
2291. Id
2329.55
2306.10
2102.84
2139.76
2176.86
2514.15
2551. t>2
25B9.28
2627.12
2665.14
2703.34
2741.73
2780.30
2819.06
2858.00
2697.12
2936.13
2975.92
3015.59
3055. i«>
1095.49
-------
u,
1
DEFLECTION TO CONCENTRATION CONVERSION TA13LE
LOCATION: ANAHEIM PCLLUTANT: CO RANGE: 0 - 3000 PPM CAL. DATE: 01/14/75 PAGE 1 OF 4
INSTRUMENT: N01R315B TRAIN: MASS PIC: MCMILLEN
THF BEST CURVE FIT PROGRAM ( IMPLEMENTED ON THE COMPUCURP MODEL 445) YILLDS COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = A(0) + A I 1 ) ^DEFLECT I ON + A ( 2 )* { DEFLECT ICJN** 2 ) +---- + A ( 4 ) * f DEF LEC T I ON**4 )
A(0) = 0.866870040-t-OO
CALIBRATICK PCINTS CALCULATED VALUES
UEFLECT1CN CCNCENTRATICN DEFLECT IL"' CCNCEN TRA 5 ION UlFFEKENCt
c.o
19.2
40.2
61.5
78.5
95.0
0.0
461.0
1051.0
1679.0
22b2.0
289d.O
o-o
19.2
40.2
61.5
78.5
95.0
C.9
459.2
1033.7
1694.4
22 VtJ. 2
2892.7
-1.8
-17.3
15.4
-3.d
-5.3
-0.390
-1.650
0.917
-0.167
-0. 183
-------
LOCATION: ANAHtIM
l)FF LCL TICN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLb
POLLUTANT: CO RANGE: 0 - 3000 PPM CAL. DATE: 01/1W75
CONCENTrtATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PACE 2 OF 4
0.9
c.o
1.0
2.0
3.r>
4 . '.
5.0
t . 0
7.0
8.0
9.0
10. (j
1 1 . a
12. 3
13. .1
14.0
15.0
16. U
1 7.0
18.0
19.0
20. 0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
50.0
31.0
32.0
33.0
34.0
0.87
23.16
45.63
6 9 . :> 7
v i . y o
114.07
137.23
160.57
184.07
207.76
231.61
255.64
279.84
304.21
328.76
353.48
378.38
403.44
428.68
454. 10
479.68
505.45
531.38
557.49
583.77
610.22
636.85
663.65
690.62
717.77
745.09
772.59
800.25
828.09
856.11
3.09
25.40
47.fc9
70. 5^
V J . iC
116.38
139.^6
162.91
l9<> .44
2lU. 13
234.01
250.05
^82 . d 7
306. oh
331.22
355.9b
380. er
405. 96
431.22
456.05
432.25
508.03
533.98
560.11
586.41
612. db
639.52
666.34
693.33
720.49
747.83
775.34
803.03
830.89
fa58.92
5.31
27.64
50. 14
7 : . 6 <
,'">ȣ;,
118. 6 J
14 1.29
165. 26
108.60
212.51
236. 40
260. 46
284. 70
309. 1 1
333.69
358. 45
383. 37
40H.48
433. 75
459.20
484.82
510.62
536.59
562.73
589.04
6 1 1> . 5 '3
642.20
669.03
696.04
723.22
750.58
778. 10
805.81 -
833.68
861.73
7.54
29. H8
52.40
! s . 1C
1 / *-!c.
121.00
144.22
167.60
191. 16
2 14. -9
23H . 7 ;
I U / r i. O
130.27
153.55
177.00
200.63
224.44
248.41
272.56
296. M 8
321.38
346.05
370.89
395.90
421.09
446.46
471.99
497.70
523.58
549.64
575.87
602.27
628.84
655.59
662.51
709.61
736.88
764.32
791.93
819.72
847.68
875.82
16.69
41.12
63. 73
i . i
^ i i
1 U '-> . H 6
132.59
155.89
179.36
203.01
226.83
250.82
274.98
299.32
323.84
348.52
373.38
398.42
423.62
449.00
474.55
500.28
526.18
552.25
57fa.50
604.92
631.51
658.28
685.21
712.33
739.61
767.07
794.71
822.51
850.49
878.64
20.92
43.37
66.00
88.80
1 11. n
134.91
158.23
181. 72
^0^.33
.^29.22
253.23
277.41
301.77
326.30
351.00
375.88
400.93
426.15
451.55
477.12
502.86
528. 78
554.87
581.13
007.57
634.18
660.96
687.92
715.05
742.35
769.83
797.48
825.30
653.30
881.47
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION:
ANAHEIM
POLLUTANT: CO
DEFLECTION
35.0
36.0
37.0
"i " k ~-
j V. U
40. 0
41 .C
42.0
43.0
44. 0
45.. 0
'(6.0
47.0
48.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
0.0
884.29
912.65
941.19
"?
1033.66
1062.92
1092.36
1121.97
1151.75
1181.70
1211.83
1242. 13
1272.61
1303.26
1334.08
1365.07
1396.24
1427.58
1459.10
1490.78
1522. 65
1554.68
1586.89
1619.27
1651.82
1684.55
1717.45
1750.53
1783.78
1817.20
1350.79
1884.56 -
1918.50
1952.62
RANGE:
0 - 3000
PPM CAL. DATE: 01/14/75
PAGE 3 OF 4
CONCENTRATION
0.3
892.78
921.20
949.78
7 o . 5 <
lOO'i ."<7
1036.58
1065. H6
1095.31
1124.94
1154.73
1184.71
1214.05
1245. 17
1275.66
1306. 33
1337.17
1368.18
1 199.37
1430.72
1462.26
1493.96
1525.34
155^.89
1590.12
1622.52
1655.09
1687.83
1720.75
1753.84
17B7.11
1820.55
1854.16
1887.95
1921.90
1956.04
C.4
8S5.62
924.05
952.65
c' . j i . 4 j
10lC.3d
1039.50
1C68.8C
1093.27
1127.91
1157.72
1187.71
1217.88
1248.21
1278.72
1309.41
1340.26
1371.29
1402.49
14 3 3. 8 7
I4fc5.42
1497.14
1529.04
1561.11
1593.35
1625.77
1658.36
1691.12
1724.05
1757.16
1790.45
1823.90
1857.53
1891.33
1925.31
1959.46
0.5
89d.45
926. 90
955.52
; o - , 3 i
1 0 J. i . 2 d
1C42.42
1071.73
1101.22
1 130.38
1160.72
1190.72
1220. yO
L251.26
1291.73
1312.48
1343.36
1374.40
1405.62
1437.02
1468.58
1500.32
1532.24
1564.32
1596.58
1629.02
1661.62
1694.40
1727.36
1760.48
1793.78
1827.26
1860.90
1894.72
1928.72
1962.88
0.6
901.29
929.75
953.39
9d7. 20
1016.19
1045.34
1074.68
1104. 18
1133.86
1163.71
1193.73
1223.93
1254.30
1284.35
1315.56
1346.45
1377.52
1402.76
1440.17
1471. 75
1503.51
1535.44
1567.54
1599. 82
1632.27
1664.89
1697.69
1730.66
1763.81
1797.12
1830.61
1864.28
1898.12
1932.13
1966.31
0.7
904.13
932.61
961.26
'-! -» 0 . 0 <7
1019.09
1048.27
1077.62
1107.14
\ 136.83
1166.70
1196.74
1226.96
L257.35
1237.91
1318.64
1349.55
1380.63
1411.39
1443.32
1474.92
1506.69
1538.64
1570.76
1603.06
1635.53
1668.17
1700.98
1733.97
1767.13
1600.46
1833.97
1867.65
1901.51
1935.54
1969.74
0.8
906.97
935.47
964.14
9 9 2 . ;- 9
1022.00
1051.20
1080.56
1110.10
1139.81
1169.70
1199.76
1229.99
1260.40
1290.98
1321.73
1352.65
1383.75
1415.02
1446.47
1476.09
1509.88
1541.85
1573.98
1606.30
1638.78
1&71.44
1704.27
1737. 2d
1770.46
1803.81
1837.33
1871.03
1904.90
1938.95
1973.17
0.9
009.81
938.33
967.02
995.88
1024.92
1054.13
1083.51
1113.06
1142.79
1172.70
1202.77
1233.02
1263.45
1294.04
1324.81
1355.75
1386.87
1418.16
1449.62
1481.26
1513.07
1545.05
1577.21
1609.54
1642.04
1674.72
1707.56
1740.59
1773.78
1807.15
1840.70
1874.41
1908.30
1942.36
1976.60
-------
Vs>
LOCATION: ANAHEIM
Ut ( Lit TI ON
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - 3000 PPM CAL. DATE: 01/14/75
CONCENTKATION
0.1 0.2 0.3 C . 4 0.5 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71 .0
12 * 0
-r T r-
i
1 1 O
7',.0
76.0
77.0
78.0
79.0
ec. o
U I . (j
C f. (-'
U3.0
84.0
85.0
86.0
87,0
88. 0
69.0
90.0
91. U
92.0
93.0
94 . J
95.0
96.0
97.0
98.0
99.0
1S80.03
2014.46
2049.06
r o ; 3 . E ?
f. i 1 o . 7 6
2153.90
2189. 19
2224.66
2260.30
2296.11
2332. 10
2368.26
2404.59
2441.09
2477.77
2514.63
2551.65
2580.85
2626.23
2663.77
2701.49
2739.38
2777.45
2815.69
2854.10
2892,69
2931.45
2970.38
3009.49
3048.77
1983.47
2017.91
2052.53
I JET . 3i
i i 22 £o
2157.^2
2192. f3
2223.21
2263.87
2299.70
233^.70
2 :>7 1 . Ud
240t! .<^3
2444. 75
2481.45
2518.32
2555.37
2592. 5B
2 & 2 9 . ^ 7
2667.54
2705.27
2743.18
2781.27
2819.52
2857.95
2b96.56
2935.33
2974.28
3013.41
3052.70
1986.90
2021.36
2056.00
2 u 3 0 . 8 !
1 1 2 i . 7 ^
2160.94
2196.27
2231.77
2267.45
2303.29
2339.31
2375. 'jl
2 4 1 l . (: d
2440.42
2485. 13
2522.02
2559.08
2596.31
2033. 72
2671.30
2709.06
2746.98
2785.08
2823.36
2861.81
2900.43
2939.22
297B.19
3017.33
3056.64
1990.34
2024.92
2059.47
/* J 9 H 3 f '
^ L ^ *y « -50
2164.47
? 199. 81
2235.33
2271.02
2 106.99
2342.93
2379. 14
?415.52
2452.08
2488.81
2525.72
2562.79
2600.05
2637.47
2675.07
2712.34
2750.79
2788.90
2827.19
2H65.66
2904.30
2943, 1 1
2982.09
3021.25
3060.58
1993.70
202e.2ii
2C62.95
2097. 7 -
2 i 3^ . o k/
2U7.99
22C3.36
2232.89
2274. 6C
231C.4K
2 34 6. 5 'i
23«2.77
241S. 1 7
2455.75
2492.49
2529.42
2566.51
2603.78
2641.22
267e.84
2716.63
2754.59
2 79 2. 7, '.
2831.03
2069.5?
2908.17
2947. OC
29B6.00
3025.18
3064.53
1 'i:> 7. £2
2031.74
2066.42
. C 1 . c. '-
21 »v. d3
217-J.05
2210.45
2246.02
2281. 76
2317.68
Z J53. 77
2390.03
2426.47
2463.08
2499.86
2536.82
2573.95
2611.26
2648. 73
2686. 3fa
2724.21
2762.20
2800.37
2838.72
2877.23
2915.92
2954.79
2993.82
3033.03
3072.42
2004. 11
2036.66
2073.38
:: i o i . ; >
2 1. 4 3 . 5 4
2178.58
2214.00
2249.59
2285. J5
2321.28
2357.39
2393.67
2430.12
2466.75
2503.55
2540.53
2577.67
2615.00
2652.49
2690.16
2728.00
2766.01
2804.20
2842.56
2681.09
2919.60
2958.68
2997. /4
3036.96
3076.36
2007.56
2042.12
207'>.8f>
) f 7
<- <. i i. 1
2140. 86
2102.12
2217.55
2253.15
2288.93
2324.88
2361.01
2397.31
2433.78
2470.42
2507.24
2544.23
2581.40
2618.74
2656.25
2693.93
2731.79
2769.82
2808.03
2U46.41
2884.96
2923.68
2962.58
3001.65
3040.90
3080.31
2011.01
2045.59
2080.35
2115.27
2150. 38
2135.65
2221.10
2^56.72
2292.52
2328.49
2364.63
2400.95
2437.44
2474.10
2510.93
2547. 9*
2585.12
2622.48
2660.01
2697.71
2735.59
2773.64
2811.86
2850.25
2888.82
2927.56
2966,48
3005.57
3044.83
3084.26
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION:... ANAHEIM.. POLLUTANT:.. ...CO.. RANGE: .. 0 - 3000 ..PPM. CAL. DATE: 02/10/75
INSTRUMENT: AIA-2 iKAlN: ?-M HC: VALENCIA
PAGE 1 OF 4 ._.
THE BEST CURVE FIT PROGRAM (IMPLEMENTED UN Tut COMPUCORP MODEL
0.0
23.0
to. 9
66.8
&"* .5
979. 0
22C2.0
2783.0
0.0
23.0
f 6 .9
66 ,U
64.5
96.0
6.
-------
7-M
LOCATION: ANAHtlM.
Ut FLk-CTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - 3000 PPM CAL. UATE: 02/10/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
PAGfc 2 OF 4-
0.8 0.9
0.0
1.0
2.0
3.0
*. .0
5.0
t>.0
7.0
8.0
9.0
10.0
<"i 11.0
' 12.0
tf I3-0
14.0
15.0
16.0
i.7.0
18.0
19.0
20.0
21.0
22.0
?3.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
3? 0
33.0
34.0
O.42
2 ? . 7 u
39.41
56.30
73.45
VO.bb
100.53
1 2 f , . 4 6
It4.65
163. 1C
181.31
200.78
220.01
239.51
259.2.6
279.27
299.55
iiC.Ob
ItC.Bfa
361.94
363.25
t04.83
426.67
448.77
471.13
4*3.74
5 1 6 . 62
539.76
563.17
5?6.83
610.75
634.93
659.37
684.08
709. 0«»
b . 0*t
24.'*'*
4 1 . 09
5U.OO
75. le
92.61
110.31
12d.26
l46.tb
164. Sb
1L<2.69
202.6V
221.95
. 241.47
261.25
2h 1. 2V
301.59
^22.15
1*«2.97
264.00 .
385. tO
. 407.00
428.87
450.99
473.38
496.02
5 1 8 . 93
-. 542. 0-*
565.52
51:9.21
613.16
637.36
661.83
686.56
711.55
9.67
26.09
42.77
59. 71
7o.91
9*. 37
11^.09
110.07
148.32
166.82
185.58
204.61
223.89
243.44
263.24
283.31
303.64
324.22
345. O7
366.18 .
387.55
409.18
»31.07
453.22
t/5.63
498.30
521.23
5t4.42,
567.88
591.59
615.56
639.80
664.29
689.05
714.07
11.30
27.75
<*M.-»5
ol .t2
1 L' . t-4
9^.13
11 3. on
111.69
150.15
168.6b
187.^7
206.52
225. j>3
245.41
265.24
265.33
3 (j s « t* 3
^ i.' t> 3 0
3*7.17
368.30
38V. 70
411.35
433.27
455.45
477.o8
500.58
523.54
546.76
570.24
593.98
617.98
642.24
666.76
691.54
716.58
12.91
29.40
46. 14
63.13
h b . 3 b
97.89
115.67
131.70
152.00
170.55
Ib9.37
208.44
227. 7d
247.38
267.23
2b7.35
307.73
328.37
149.27
370.43
391.85
413.53
435.48
457.68
4fc0.14
502.87
525.85
-.549.09
572.60
596.36
620.39
644.68
. ..669.22.
694.03
719.10
14.57
31.07
<«7.b2
r>4 . fc4
82.12
99.66
117.^6
135.52
153. 8t
172.42
191.26
210.37
229.73
249.35 _
269.23
289.38
309.78
330.45
351.18
372.56
394.01
415.72
437.68
459.91
4t2.40
505.15
528.16
551.43
574.96
598.76
622.81
647.12
671.69
696.53
721.62
16.21
32.73
49.51
66.56
B3.86
Iol.t3
119.25
1.-.7.34
155.69
174.29
193.16
212.29
211.68
251.33
271.24
291.41
311.84
332.53
153.48
374.70
396.17
417.90
439.90
462.15
4C4.67
507.44
530. 4&
553.77
577.33
601.15
625.23
649.57
674.17
699.03
724.15
17.t>5
34.40
51.21
68.28
85.61
103.20
121.05
139.16
157.54
176.17
195.0o
214.22
233.63
253.31
273.24
293.44
313.90
334.61
355.59
... 376. b3
398.33
420.09
442.11
464.39
486.93
509.73
532.80
556.12
579.70
603.55
627.65
652.01
676.64
701.53
726.67
19.49
36.07
52.90
70.00
87.35
104.97
122.85
140.99
159.39
178.05
196.97
216.15
235.59
255.29.
275.25
295.47
315.96
336.70
357.70
378.97
400.49
422.28
444.33
466.63
489.20
512.03
535.12
558.46- ._
582.07
605.94
630.07
654.47
679.12
704.03
729.20
21. 14
37.74
54.60
71.72
89.10
100.75
12n.65
142. 82
161.24
179.93
198.87
218.08
237.55
257.27
277.26
297.51
318.02
338.79
359. B2
381.11
402.66
424.47
446.54
468.88
491.47
5.14.32
537.44
560.81
584.45
608.35
632.50
656. V2
.681.60
706.53
731.73
-------
LOCATION;_. ANAHEIM.
DEFLECTION
0.0
ft
DEFLECTION TO CONCENTRATION CONVERSION TABLE
^PULLUTANl: C0__ RANGE: ..Or 3000 PPM CAL. DATE: 02/10/75..
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
PAGE 3 OF_H
0.6
0.9
35.0
36.0
37.0
38.0
39.0
40.0
41.0
42. C
43.0
44.0
45 .0
46.0
47 .0
4B.O
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56. 0_
57.0
50.0
59.0
60.0
61.0 __
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
734.27
7*9.7?
785.50
hll.50
037.77
t64. 30
(391. OS
Vlu . 13
945.^4
973.01
1000. b^
102C.93
1057. 2tt
10e5.U9
1114.76
11^3.^0
1173.29
1202.91-
1232. P. 6
1263.03
1 2 9 3 . M-7
1324 . lo
1355.12
13bo. 33
1H17.U1
1449.55
1461.55
1513. bl
15^0.33
i 57 9. 10
1612.15
1645. t5
1679.01
1712.83
1746.91
73t.bO
762.31
788.09
814. 12
b^O.^1
to 6 6 . 9 6
t93.7&
920. o5
94b. 19
9 7 5 . 7 a
1003.04
1031.75
1060. 13
lObb. 77
1117.07
1146. 152
1176.2*
1205. -3-2
1235. t6
126t>.0o
1296.52
1327.25
135b.2.i
1309.4?
1420.9V
145,1.74
14'J<+. ?u
1517.05
1549.59
1582. tU
Itl5.46
1648.79
1682.38
1716.23
1750.33
739.34
764.83
790.68
816.74
643.05
i>69. 63
t96.47
923.57
950.93
973.56
100 0.44
1034. 5ti
10o2.98
1091.65
1120.57
1149.75 .
1179.20
120L.91
1231'. 87
1269.10
1299.59
1330.33
1361.34
1392.01
1424. lH
1^55.93
14»7.98 _.
1520.29
1552.86
1505.69
1618. 78
1652. 14
1685.75
1719.62
1753.76
741. 08
767.45
79^. 27
819.36
845.70
b 7 2 . 3 1
699.17
y^t.,30
953.09
9 b 1 . i 3
1009. 2^
lOc.7 .41
1065 .O't
10VM .53
1123. t8
1152.o9
Il.i2.l6
1211.&9
1241. b8
1272.1^
1302.65
1333 .42
1364.46
1395.75
1427.31
1459. 12
1491.20 ....
1523.53
1550.13
1588.99.
1622.11
1655. M-9
.1689. .13 __
1723.03
1757.19
744.43
770.02
795.87
821.98
848.35
b74.98
901.b7
929.03
956.44
9B4. 11
1012.05
1040.24
106k. 70
1097.41
1126.39
1155.62
Ilb5. 12
121^.88
1244. 90
1275.17
1305.71
1336.51
1367.57
139ii.89
1430.48
1462.32
1494.42
1526.78
1559.41
1592.29
1625.43
1653.84
1692_,.5q
1726.43
1760.62
746.98
772.59
798 . t 7
824.60
851.00
877.66
904. 5b
931.75
959. 19
936.69
1014.85
1043.07
1071.55
1100.30
1129.30
1158.56
1188.06
1217.87
1247.91
127d.22
1308.78
1339.61
1370.69
1402.04
1433.65
1465.52
1497.64
1530.03
1562. 68
1595.59
1628.76
1662.19
_.1695_.8j>_.
1729.64
1764.05
749.53
775.17
801.07
S27.23
853.66
b80.34
907. 2ti
934.49
901.95
989.68
1017.66
1045.91
1074.42
1103.18
1132.21
1161.50
1191.05
1220.66
1250.93
1281.26
1311. d5
1342.70
1373.82
1405.19
1436.82
1468.72
1500.87
1533.29
1565.96
1598.90
1632.09
1665.55
.169.9.27
1733.25
1767.49
752.08
777.75
803.67
529.86
856.31
683.02
909.99
937.22
964.71
992.46
1020.48
1048.75
1077.26
1106.08
1135.13
1164.44
1194.02
1223.66
1253.95
1284.31
1314.93
1345.80
1376.94
1408.34
1440.00
1471.92
1504.10
1536.54
1569.24
1602.21
1635.43
1668.91
17.0_2.66
1736.66
1770.92
754.63
780.33
806. 2fa
832.50
85o.97
885.71
912.70
939.96
907.48
995.25
1023.29
1051.59
1080.15
1108.97
1138.05
1167.39
1196.99
1226.85
1256.96
1287.36
1318.00
1348.91 .
1380.07
1411. 5O
1443. Ib .
1475.13
1507.33
1539. tiO
1572.53
1605.52
1638.76
1672.27
1706. 0"t
1740.07
1774.36
757.19
7d2.91
80&.U9
835.13
801.63
88B.39
915.42
942.70
970.24
998.05
1026.11
1054.44
10B3.02
1111.67 ... __.
1140.97
1170.34 ._..
1199.97
1229.85
1260.00
1290.41
1321.08
1352.01
13a3.20
1414.65
1446.36
1478.34
1510.57
1543. Ot>
1575. u2
1606.83
16<+2 . 10
1675.CH
1709^.44
1743.49
1777. dl
-------
LOCATION:
C:t ^Ll CT ION
7 C . 0
7i.O
72.0
73.0
74.0
71. .0
/b.O
77.0
7b.O
7V.O
80.0
81.0
L'2.0
83.0 .
64.0
«5.0
65.0
b 1.0
88.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97. 0_,
9B.O
, 99.0
ANAHEIM
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: ... CO RANGE:. _O - 3000 PPM CAL. DATE: 02/10/75
. 1-JU
PAGE 4 OF «»
CONCENTRATION
0.0
17 bl .25
Id 1 5.H6
Ibb0.72
11)85.65
1921.23
19' 6.38
199i..7b
2026. 9S
2065.37
2102.06
2139.01
21V6.22
2213.69
2251.42
2209.41
2327. 6b
23bb. 1 /
2404. V4
2H-3.97
2483.27
2522. b2
2562.63
2602.71
26t3.0t
L6b3.b4
2724.4*
2765.61
2806.99
2fa'.8.62
2t>90.52
0.1
178^.70
1 b 1 V . 3 3
1654.22
1889.37
1 924. 78
1V60.4-J
19V6.39
2032. 5b
2069.03
2105.75
2142.72
2179.95
2217.45
225D.20
2293.22
2331.50
2370.03
240fa .b3
24*7. c9
24b7.21
252c.7v
2566.63
2606.73
2647.09
26b7.71
2728.5V
2769. 74
2611.14 ._
2fc52.faO
289s. 73
0.2
1798.15
1622.81
Ib57.73
1692.90
192U.3H
1964.04
1999.99
20^6.21
2072.69
2109.43
2146.43
2 1 a 3 . 69
2221.21
2256.99
2297.04
?335.34
2373.90
i.412. 73
2i.5 l.ttl
2491.16
2530.76
2570.63
2610.75
2651.14
2091.79
2732.70
2773.86
2815.29 __
2t56.9S
2b98.92>
0.3
1791.61
1&26.29
Itibl. 23
1696.13
1V31.90
19* t.bt
2003 .oO
202,9. b5
2076.35
2113.12
2150.15
21U7.43
2224. 9B
2262.79
2300.86
2339.18
2377.77
24 lo.62
2455.73
2495.10
2534.74
2574.63
2614.78
2655.19
2695.87 .
2736.60
2777.99
2&19.45 _.
2861.17
2903.14
0.4
1795.06
U'29.77
Ibfc4.74
1899.97
1935. t6
1971.21
2007.22
2043.49
20eo.02
2116.81
2153. 8b
2191.18
222b.75
2266.56
2304.68
2343.03
2381.65
2420.52
24^9.66
2499.06
2538.71
2578.63
2618.81
2659.25
2699.95
2740.91
2782.13
2823.61
2865.35
2907.35
0.5
1793.52
1633 .26
ib68.25
1903.51
1939.02
i.974.80
2010.83
204 / . 13
2083.69
2120.50
2157.58
21V4.92
2232.52
2270.38
2308.50
2346. U8
2385.52
2424. t2
2463. 5V
2502.01
2542.69
2562.64
2622.84
2663.31
2704.05
2745.02
27b6.26
2827.77
2869.54
2911.57
0.6
1801 .90
1836.74
1871. 7b
1907.04
1942.59
1V78.39
2014.45
2050.77
20b7. 36
2124.20
21bl.30
2198.67
2236.29
227t.lb
2312.33
2350.73
2389.40
2428.33
2 46 1 . 5 2
2506.97
2546.68
2586.65
2626.88
2667.37
2708.12
2749.13
2790.40
2831.94
2873.73
2915.78
0.7
1805.45
1640.23
1875.28
1910.59
1946.15
1981.98
2018.07
2054.42
2091.03
2127.90
2165.03
2202.42
22^0.07
2277.98
2316.16
2354.59
2393.28
2432.24
2471.45
2510.93
2550.66
2590.66
2630.91
2671.43
2712.21
2753.25
2794.55
2836.10 ...
2877.92
2920.00
0.8
1808.92
1643.73
1878.80 -
1914.13
1949.73
1985.58
2021.69
2058.07
2094. 7O
2131.60
2168. 7t> -
2206.17
2243.85
2281.79 -_.
2319.99
2358.45
2397.17
2436.15
2475.39
2514. U9-
2554.65
2594.67 _
2634.95
2675.50
2716.30 ...
2757.36
2798.69
2840.27
2882.12
2924.23
0.9
1812.39
1347.22
1&82.32
1917.68
1953.30
1989.18
2025.32
2061.72
209JJ.38
2135.30
2172.49
2209.93
2247.63
22U5.60
2323.82
2362.31
2401.05
2440.06
2479.32
2518.85
2558.64
2598.09
2639.00
2679.57
2720.40
2761.49
2802.84
2844.45 ... .
2886.32
2928.45
-------
TU CLNCbN 1KAT lUM LLNVtkSlLN
7A?
LOCATION: ANAHtlM PULLUTANT: C(J KANi-b: U - juoO HPM LAL. UATt: (M/67/75 PAGfc 1 Ul- »
INSTkUMbNT: NblK Tr-.Alh: 7-M K1L:
THb bti.1 LUKVt FIT I-KULRAM t Ir-iPLhMbNThU UN Thb CLjMHULLkP MOuLL ''o) ritLui; LUfc»-H Cl tl\i I i. FuK Tht bCuATluN:
CLNCtMKATlLI; - AtL) -r A ( I ) *UL r LtL 1 1 L.IM -r A I 2 ) * I LL hL t L 1 K N»* 2 ) » - - - - -r A ( s ) * I ^c F LLCT 1 UJ***tl
A1C) - L . itDfc L i^^L-t !
All) = L .17^t.7^, cl -I-L2
At 2) = 0. i;
-------
L' LAI I UN:
Ut H.U.1 ILN
AN A hit 1M
0.0
Pi LLo'TA.M:
0.1
iUN ID OLNCtN 1KA r ION OLNVtKJiLU TAbLt
LL RANbt: 0 - 3ooO fPM CAL . OATfc: C-»/o7/75
LUNCtMK^T 1LM
O . 3 t.t 0 . r o.t, O . 7
O.b
2 Ul-
G.V
c.o
1.0
2.0
3 . (
« . i1
5.0
b.O
v.o
*.o
v.o
^ 10.0
i 11.0
O- 12.0
N 13.0
1«..U
15.0
Ib.o
17. u
It .u
IV. 0
20. U
21.U
/ ^ - o
23. t
2<-.0
25.0
2b.O
27.0
2t.O
2v.O
30.0
31.0
32.0
33.0
.-*..
5.r-t /.~c. V.I 5
?3.o5 I5.v7 27.30
i 2 . v.' i. v _ . 6 5 t 5 . 7 u
r O.c.i t2.*-V t<-.37
7v .».*, tl . jv fc3.3u
vu.t, j 10J.5o It. 2.W
j i^ . ^ llv.yv 1^:1 .y<.
J17 . ft l_;v ,ot 1 vl .Ob
It 7. r._; ItV.cO 1 oLo-4
lV7.i;^ iYv.ijt- iol.uv
lvb.<:7 2OO.J3 <^02.-y
2 1 .... l' v i^l.oV ^^.3.ib
;_,v.v7 itl.cb 2vs.lv
2 o 1 . - 1 2oj.35 2o5.^»v
^3^.71 ^uv.oU ^b7.0'«t
rOt.'it} jOO.fc7 3ob.ob
.-2b.nl 32t.73 C.30.V5
i'-c.tO 351. o5 j5J.^V
371. Jb _JVj.bj 375. VO
j^-t.lt' jVo.s7 39c.77
',i7.2b «,lV.tb «t21.vl
ftU.OL- 't't2.V5 -+V5.JL'
T)"..-! ^rt>o.5<3 -Soo.Vb
C C . I ' L '.V^.^t; ^Vi.td
^l^./l 5lv.o^ 517. j 7
53t ,na 5JV.O^ 5^1.52
tol.^o 5o3.7i 5bb.23
5Ct.1V 5fc0.bV 5V1.20
tJl.-7 olj.VO blb.'t't
Oib..>l b-V.37 btl.Vt
t.o2.^2 t.t.5.11 bb7.70
t.t'b.'-'O bVl.ll bV3.72
?ln.7j 717.37 7^0.01
7*-1.^5 7n3.»V 7 .t --. 773.37
10. Vb
2V. 12
«t 7 . 5 f-
t- c . <; 5
b5. ^u
lO-*.v^
1^:3. VL.
It^.t5
Io3.ob
K)3 . Vj
21 t .t-b
-:^5.^.5
2^b._ 1
2b7.CJ
2UV.2^
31 1 .Ob
J33.17
J55.5t-
j7b . it»
<«0l .07
^2^.^ 3
«*t7.bb
t7l. r*»
^v^.2>,
51S.DO
5^.3. va
5ob.71
5V3.71
blb.V/
b«r<» . 50
b7o.2V
696. 3t
722.05
7
t 71 .Vj
2VJ .I-o
3l5.vb
3^ V .b2
JOL .v,D
j t i . 7^
«»O3.oV
^ 2 J .VO
n5^ .37
t7o .11
5LC.il
52-i ,J^k
t.«tvr .Vvj
573.0V
5VC..7**
fctlt .06
b'tV .t.4
o 7:>. A
2V5.'/«-
317. t.Y
33V. bv
Jo2 . ji
, JU5.02
-»07.VV
t31.^3
«t!.H. 7^
t7c . 5\j
5 J^ .5j
5^0. fc<^
551.37
576.1V
oOl.2b
o2o .00
052.21
b7b.v;7
70^.^0
7^.0. bO
757.25
75^.17
ib.1V
3b.*»7
55.00
7 j .oO
V^ .ot
11^. lb
ljl.77
151 .6*.
i /1.7j
1 V2.ll
^1^.7^
2^J.b-«
i5i .bl
27o.^^
2V/. V2
-ilV.07
3i2.0V
db-i ,5b
3o7 . JO
ViU.il
tOJ.57
^57.1u
Ht _'.bV
SO^.V*
52 V.^-b
553. o«t
57^. 6U
003.7V
o2v,15
o5v. 7b
odU .00
7Uc.U3
733.25
75V. V3
78o.d7
2o.ol
its. Jl
3b.b7
75.0V
Vi.7o
llv. 13
lJi.7v
153.0*.
17J. "/o
IV^.lo
21*t . bt
L'J5. 75
0u.ll
3^2. Oa
3<«H. j2
366.O3
JbV.5.V
«t!2 »t>t
*»J5.Vi
^iV.'tY
*tb^.2«
5u7.3«>
5J1.7i
55o.31
581. lu
606.31
oJl.7»J
657.36
ob3.2b
7UV.%o
735. VI
762.61
789.58
21 .oj
H^.15
5ii.7f
77.5V
Vb. /O
i lo.ub
135.72
155.0^
i75. /V
1 Vo.^i
i io.VU
237.06
^PV.w /
^UO.55
JO^.^V
3^v .iO
3<«u.5o
JOV.C.V
JVi. ub
-»!.. V<,
HJw.^6
i ol.ov
V1.5.OO
50V. /V
53v .16
5Po.IV
5UJ.OU
ooo.b
-------
LOCATION: ANAhblM
OEFteCTION
35.0
36.0
37.0
38.0
39.0
HG.O
Hl.O
^2.0
H3.0
H5.0
H6.O
H7.0
50.0
51.0
52.0
53.0
5n.C
55.0
56.0
57.0
5b.C
59.0
60.O
61.0
02.0
t>5. 0
6H.G
65.0
oo. 0
67.0
ob.O
09.0
POLLUTANT:
CLi
TO CUNCtNTRATlUN LLN V tKS IbN TABLE
RANGh: 0 - 300O PPM CAL. DATt: Cn/07/75
OUNLL-MKAllUN
7/7
PAbfc 3 UP
o.o
795.01
b22.29
bH9.tfH
677.05
905.73
^3n .00
9o2 ot>
991.53
1020 .05
1O50 .0^
1O79 .09
1109 .00
1139.76
1170.^2
1200 .92
1231. US
12o3.il
129*t .00
1320.55
Ii5b .5 7
1590...M.
1^23 .id
1^-55 .99
lHb9.05
15^.36
1555.97
15G9 ,d3
lo23oS>5
Io56 .55
lt>92 .V (
I727.o7
17o3.0««
179t! .<7
Ib3n .1 7
187. .12
0.1
7V7.73
<3 ^ ^ » U ^t1
LJ ^^ » O 1
beo.Hi,
90b.55
930.91
9o5.5n
99H.H3
1023.56
1052.99
1CC32..67
1112.01
11H2.61
1173.<7
1 2 OH. 00
1^3H.99
12oo.25
1297.76
l5.i9.5H
13ol ,5b
139j. b9
iH^fc .A £
lH59.2b
1H92.37
1525.73
1559.35
1595. 2J
Io27.37
lool.7b
lt.9o.H5
1731.38
1760.57
Itf02.05
Ib37.75
U73.-73
0.2
boo.
J. 1 b t> * ^ 3
1210.37
12n7.^o
i ^ 7 J . u 2
13iU.H«+
I5i2 .32
i_7n ,n7
1 H U 0 . C O
1H5V .55
iH7£. .H1*
15O5.0V
153V.15
1572. b7
louo.b5
icHl .10
Ib75 .bl
i71o.59
17^5 .n3
17bu.73
1610.29
1652.11
1U68 .20
0.6
oil. 35
fa.ib.79
boo. 50
0VH. W
922. 70
951.19
979.95
lcOb.97
103b.^5
1067. bO
1097.00
1127.66
1156. Cl
llbb.OO
1^19. HO
1250.59
1^:61.97
1313.02
"15H5 . 55
l5?7.70
iHio. IH
I^'t2. o3
lH? 5. 00
1509.02
15H2. 51
I57b.2o
Iol0.2 7
ltMH.5'«
Io79.06
1713. bb
17Hi>.9^
17UH.27
1619. 80
1U55.71
Ib91 .62
0.7
o IH . 00
bnl . 55
6o9.2b
d9 7 .^b
9^5. 5H
9tH.06
9bt.6*i
1011.09
lOnl.19
1070.77
1100. oO
H30.70
llol .uo
119o..od
1,^.50
1253.71
1^65. 12
131O.6O
1JH6.73
I5b0.93
lHl^.39
linb.12
iH79.il
1512.30
15H5.67
1579 .OH
Iol3.o<3
16^7. 9b
Io6^.55
i/17.3b
1 ?5^.Hb
1767.02
Ib23.n3
1659.31
1895. n5
0.6
ulo.bv
6HH.31
672. o7
9U0.09
92U.56
956.9^
965.13
lOlt.dO
lOHHi IH
1073. 7n
1103. ou
1153.7Z
llOH.ll
li9H.7t>
1^25.67
125o. CH
l^bU.^cs
1319.96
1351.9H
136H.17
lHlo.05
l^y.Hi
lHU2.H^
151 5. 7O
15H9.25
1563. OH
lol 7.1u
1051.H5
loOO. \j
90*1.91
95i.^2
959.79
9ob.o3
1017.75
lOH/ .L(9
Iu7o.71
HOo.oO
. 1150.75
llo/.lo
1197. UH
i^^o. n
1259.97
1291. H^
.1.325. AO
1555.15
15C/.HU
lHlV.92
1H52. '/O
lHi>5. '/H
1519. UH
1552.00
15b6. H3
1020.52
165H.06
10O9.H9
172H.i7
175V. 51
179«».V2
1630.59
ltlob.52
1902.71
-------
LUCATILN:
DtFLtCTlt'N
o.o
DEFLECTION TO CUNLtNlKATION CuNVkKSlCN TAoLt
PULLUTAN1: CD RANGfc: O - 3OUO PPM CAL. OATt: Ot/u7/75
LCM-tMKATlOrg
0.1 0.2 0.3 0 . t 0.5 0. b U . 7
PAbt *.
O.b
U.V
7C.O
71.0
72.0
73.0
7t.O
75.0
7b.O
77.c
7 b . c
7V.0
bO.O
ei.u
bi.o
bt.O
bo.0%
b7.0
bb.O
V 0 . 0
V2.o
V3.C
Vt.O
V5.o
vfc.o
V7.o
Vfa.O
VV.O
iVOfc.3^
2 2 L 5 . b b
22tt.lt
2322 .10
2 to 1 . 1 1
2ttl.00
1727.oi
28A1.V1
2bV7.22
2vt0.2u
1-0^7.17
'1.01
IVto.tV
^171.Ob
22b0.bV
23b5. t2
2otb .3 Y
2731.bt
277^.bb
:.70
2VC1.52
2vt7.vt
3031.5t
3075.t-U
IVttt
«L! 7t.bo
2251 .tV
22V0.7V
232V.V5
2tUV.Ot>
2to9.23
252V.70
2570.tt
IWO.bb
r.7^
,Cc
2 102.bV
2l7t.VI
2217.11
^. b8
2tt>3 .02
27t0.22
2b67.25
/Vlu.11
^"^ Jl .*»5
2 u 06 . o j
^1 Ob . 17
21tt.J7
2 2 2 O . v o
22 Vu.bO
2b IV .00
,.VV
28 2b . bV
2V It.ti
2V57.57
30CHJ.VV
3 01»» . b 7
30 co.o2
lvvt,.ot
20J^. id
^.-1 10.^5
^lto.17
i .3b
2o
2tbl.0
2501.j
.72
2t>2i .CO
*^ ob 2 .it
75
2o33.lt
2b75.b'0
.72
1 V.i fc . 2 (.
iVct.dt
76. Jt
lV^v.17
k.2'j V .t^:
/ j ^ b . 2 2
'Zcc-V .^V
2/10.V2
2Voo.23
300V.70
3O53.tt
20t2.bt
£-(jti\- .L>V
2il7.bl
.03
2232.5t
2271.31
2310.3t
23tv.b3
2tbV.OV
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM POLLUTANT: CO RANGE: 0 - 30COO PPM CAL. DATE: 01/15/75
INSTRUMENT: NDIR315U TRAIN: MASS PIC: MALLOh
PAGE I OF
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON THE COMPUCORP MODEL 445) YIELDS COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = A(0) + A ( 1)* UEFL EC M ON + A ( 2 )* ( OEFLEC T ION**2 ) + ---- + A( 4 ) * ( DEFLECT I ON**4 )
A(0) = 0.
A( -M = 0.
CX.LIBRATICN PCINTS
DEFLECTION CONCENTRATION
CALCULATED VALUES
DEFLECT [O'J CONCENTRATION
UlFFERbNCt
TERROR
0.0
7.0
12.3
23.3
62.0
94.5
0.0
1679.0
2898.0
5480.0
16100.0
26090.0
C.O
7.0
12.3
23.3
62.0
94 .5
2C.C
1625.1
2875.2
5565.5
16057.4
26103.8
-53.9
-22. 8
85.5
-42.6
13.8
-3.211
-0.786
1.561
-0.265
0.053
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - 30000 PPM CAL. DATE: 01/15/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
O.B
PAGE 2 OF
0.9
0.0
1 .0
2.0
3.C
<,. 0
5.0
6.0
7.0
8.0
9.0
10.0
11. U
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
2C.O
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
3C.O
31.0
32.0
33.0
34.0
19.95
246.05
473.22
701.46
9 J 0 . 7 7
1161. 14
1392.58
1625.09
1838.66
2093.31
2 32 v. 02
2'j65.80
2803.65
3042.56
3282.55
3523.60
3765.72
4008.90
4253.15
4498.48
4744.86
4992.32
5240.85
5490.44
5741.10
5992.83
6245.62
6499.49
6754.42
7010.42
7267.49
7525.62
7784.82
8045.09
8306.43
42.51
268. 12
496.00
724. 3-
-i 5 ~j . 7 \>
1184.23
1415. 78
1648.40
1882.08
2116.83
i.'J52.65
2589.54
2827.49
3066.51
3306.60
3547.76
3789.99
4033.28
4277.64
4523.07
4/69.56
5017.12
5265.76
5515.46
5766.23
6018.06
6270.96
6524.93
6779.97
7036.08
7293.25
7551.49
7810.80
8071.18
8332.62
65.09
291.40
518.78
747. ?L
97o.7>
1207. 34
1439.00
1671.72
1905.51
2140.37
237o.29
2613.28
2851.35
3090.47
3330.67
3571.94
3814.27
4057.67
4302. 13
4547.67
4794.27
5041.94
5290.68
5540.49
5791.36
6043. 3C
6296.31
6550.39
6805.54
7061.75
7319.03
7577.37
7836.79 -
8097.28
8358.83
87.67
314.09
541.58
770.14
y94.77
1230.46
1462.22
1695.05
H28.95
2163.91
2399.94
2637.04
2875.21
3114.45
3354.75
3596.12
3838.56
4082.07
4326.64
4572.28
4818.99
5066.77
5315.61
5565.53
5816.51
6068.55
6321.67
6575.86
6831.11
7087.43
7344.82
7603.27
7862.79
8123.38
3385.04
11C.26
336.79
564.39
793. C-
102k. li
1253.59
1485.46
1716.39
1952.39
2167.47
2423.60
2660.81
2899.09
3138.43
3378.84
362C.32
3862.86
41C6.47
4351.16
4596.90
4843.72
5091.61
5340.55
559C.58
5841.66
6093.82
6347.04
6601.33
6856.69
7113.12
7370.61
7629.18
7eee.80
8149.50
8411.27
132.87
359.50
587.21
r L -J . MS
L (, «t CJ . K 2
1276. 73
1508. 70
1741.74
IQ/'J.&S
221 1.03
..'447.28
2684.59
2922.47
3162.42
3402.94
3644.52
3887.18
4130.89
4375.68
4621.54
4868.46
5116.45
5365.51
5615.64
5866.83
6119.09
637'2.42
6626.82
6882.29
7138.82
7396.42
7655.09
7914.82
8175.63
8437.50
155.48
3U2.23
610.04
d 3 b . -J i.
\ ObO. Bb
1299.88
1531.96
1765.11
1999.32
2234.61
2470.96
2708. 38
2946.87
3186.42
3427.05
3668.74
3911.50
4155.32
44C0.22
4646.18
4893.21
5141.31
5390.48
5640.71
5892.01
6144,38
6397.82
6652.32
6907.89
7164.53
7422.24
7681.02
7940.86
8201.77
8463.75
178. 11
404.96
632.88
6 6 L . K b
1091.91
1323.04
1555.22
1768.48
2022.80
2258.20
2494.65
2732.18
2970.78
3210.44
3451.17
3692.97
3935.83
4179.77
4424. 77
4670.84
4917.97
5166.18
5415,45
5665.79
5917.20
6169.68
6423.22
6677.83
6933.51
7190.25
7448.07
7706.95
7966.90
8227.92
8490.00
200.75
427.70
655.73
8bn . - 2
1 1 IH. y3
134b.21
1578.50
1811.86
2046.29
2281.79
2518.36
2755.99
2994.69
3234.46
3475.30
3717.21
3960.16
4204.22
4449.32
4695.50
4942.75
5191.06
5440.44
5690.88
5942.40
6194.98
6448.63
6703.35
6959.13
7215.99
7473.91
7732.90
7992.96
6254.08
8516.27
223.39
450.46
678.59
907.79
1138.05
1 369.39
1601.79
1835.26
2069.80
2305.40
2542.07
2779.82
3018.62
3258.50
3499.44
3741.46
3984.53
4228.68
4473.89
4720.18
4967.53
5215.95
5465.43
5715.99
5967.61
6220.30
6474.05
6728.88
6984.77
7241.73
7499.76
7758.86
8019.02
8280.25
8542.55
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION:
ANAHEIM
POLLUTANTS CO RANGE:
DEFLECTION
35. 0
36.0
37.0
3 ? . 0
- V .
40.U
41.0
42.0
43.0
44.0
45.0
46.0
47.0
48.0
4^.0
5c.o
51. C
52. G
'33.0
54.0
55.0
56.0
57.0
58.0
59.0
60. 0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
0.0
8568.84
8032.31
9096. 86
^362 .46
9 b > ~ . i 4
9896.88
10105.70
10435.58
10706.52
10978.54
11251.62
11525.78
11801 .00
12077.28
12354.64
12633.06
12912.55
13193.11
13474.73
13757.43
14041.19
1432b.02
14611 .91
14898. 87
15186.91
15476.01
15766.18
16057.41
16349.71
16643.09
16937.52
17233.03
17529.61
17827.25
18125.96
0.1
8595.
8858.
9123.
9389 .
9u55x
9923.
10192.
10462.
10733.
11005.
11278.
11553.
11828.
12104.
12382.
12660.
12940.
13221.
13502.
13785.
1406^.
14354.
14t>40.
14927.
15215.
15504.
15795.
16086.
16379.
16672.
16967.
17262.
17559.
17857.
18155.
14
72
37
.- ^
i 1
72
64
62
68
80
99
25
57
97
43
96
55
22
93
75
62
55
56
63
77
98
25
59
00
48
03
64
32
07
39
0.2
8621.45
8885. 14
9149. 39
9 4 : > . 71
9 o d _ .. 6 0
99D0.56
10219. 59
10489. 68
107&0.84
11033.07
11306. 37
11580.73
11856. 17
12132.67
12410.23
12688.87
12968. 57
13249. 35
13531. 18
13814.09
14098.07
14383. 11
14669.22
14956.40
15244.64
15533.96
15824.34
16115.79
16408. 30
16701. 89
16996.54
17292.26
17589.05 -
17886.90
18185.82
0 - 30000 PPM CAL. DATE:
01/15/75
PAGE 3 OF 4
CONCENTRATION
0.3
8647. 77
8911.56
9176.43
"* *~t " 2 * 3 C.'
, 70<>. .'.-'
9977.42
10246.55
10516.75
10788.02
11060.36
11333. 76
11608.23
11883. 77
12160. 37
12438.05
12716.79
12996.60
13277.48
13559.03
13842.44
14126,52
14411.67
14697.89
149B5. 17
15273.53
15562-95
15853.43
16144.99
16437.61
16731.30
17026.06
17321.89
17618.79
17916.75
13215.78
C.4
8674.10
8933.00
92C2.97
3 * i 5 . 0 C
') 7 3 c . 1 I
1CCC4.28
10273.52
10543.33
10815. 2C
11087.64
1 1361. 16
11635.73
11911.38
12168.09
12465,67
12744.73
13024.64
13305.63
13567.68
1387C.8C
14154.99
1444C.25
14726.57
15013.96
153C2.42
15591.95
15882.54
16174.20
16466.93
16760.73
17055.60
17351.53
17648.53
17946.60
18245.74
0.5
8700.44
8964.45
9229.52
3i<~-r-. ~"
S^Oi . c»
1CC31. 16
1C300.50
10570.92
IC842.40
11114.95
11388.57
11663.25
1 1939. 00
12215. 62
12493.71
12772.67
13052.70
13333.79
13615.95
13899. 17
14183.47
14468. 83
14755.26
15042.76
15331.32
15620.96
1591 1.66
16203.43
16496.27
16790.17
17085.14
17381.18
17678.29
17976.47
18275.71
0.6
8726.79
8990.91
9256.09
~ -3 ? > . -\i
~i --'v. 66
1 0058.04
10327.50
10596.02
10869.61
11142.26
11415.99
11690.78
11966.64
12243.57
12521.56
128C0.62
13080.75
13361. 95
13644.22
13927.55
14211.96
14497.43
14783.96
15071.57
15360.24
15649.98
15940.79
16232.66
16525.61
16819.62
17114. 70
17410.85
17708.06
18006.34
18305.70
0.7
8753.16
9017.38
9282,67
3 '-, 4 Q . ?">
9 c i 0 . - 5
10084.94
10354.50
10625.13
10896.32
11169.59
11443.42
11718.32
11994.29
12271.32
12549.42
12828.59
13108.53
13390. 13
13672.50
13955.95
14240.45
14526.03
14812.68
15100.39
15389.16
15679.01
15969.93
16261.91
16554.96
16849.08
17144.27
17440.52
17737. C4
18036.23
13335.69
0.8
8779.53
9043.86
9309.25
05TC. 72
^b^ :. :-5
10111.85
10381.52
10652.25
10924.05
11196.92
11470.86
11745.87
12021.94
12299.08
12577.29
12856.57
13136.91
13416.32
13700.80
13984.35
14268.96
14554.65
14841.40
15129.21
15416.10
15708.05
15999.08
16291.17
16584.32
16878.55
17173.84
17470.20
17767.63
18066.13
18365.69
0.9
8805.92
9070.35
9335.86
9602.43
9870.06
10138.77
10408.54
10679.38
10951.29
11224.27
11498.31
11773.43
12049.61
12326.85
12605.17
12884.55
13165.00
13446.52
13729.11
14012.76
14297.48
14583.27
14870.13
15158.05
15447.05
15737.11
16026.24
16320.43
166 13.70
16906.03
17203.43
17499.90
17797.43
18096.04
18395.71
-------
LOCATION: ANAHtIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - 30000 PPM CAL. DATE: 01/15/75
CCNCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 4 OF 4
0.9
70.0
n.o
72.0
y \ . p
I * o
75.0
76.0
77.0
78.0
79.0
80. 0
81.0
82. G
B3.0
84.0
B5.0
H6.0
07. u
88.0
84.0
10.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
18425.73
18726.58
19020. 49
' Q M 1 .4 7
1 / 0 3 3 . '-, t
19940.64
20246.82
20554.07
20H62.39
21171.78
21482.23
21 793.76
22106. 35
22420.00
22734.73
23050.53
23367.39
23685.32
24004.31
24324.38
24645.51
24967.71
25290.98
2561^.32
25940.72
26267.19
26594.73
26923.34
27253.01
27583.75
16455.77
U756.72
19056.74
1 « 3 6 J . a ?.
1 9 (J O 3 . J t,
19971.21
20277.50
20384.66
20693.26
21202.78
21513. 14
21824. v7
2213 Lot}
22451.43
22766.26
23082.16
23399.13
23717. 1 7
24036., 7
24356. <«5
24677. GU
24999.99
25323.36
25647.81
25973.32
26299. 8':*
26o27.54
26956.26
27286.04
27616.69
18435.82
1U786.87
19089.00
19392. 2:
1*090. -to
20001.79
20308. IB
20615.65
20924. 18
21233.79
21544. 4^
21856. 19
22168.99
22482. B7
22797.80
2 3 1 1 3 . rt 1
23430.89
23749. 03
24C68.24
24388.52
24709.87
25032.28
25355.76
25680.31
26005.93
26332.6!
26660.37
26989. 19
27319.07
27650.03
18515. b7
19817.04
19119.27
l~-»422. 57
19 72o. ^
200*2.38
20338.66
20646.46
20955. 10
21264.80
21^75.58
21887.42
22200. 33
22514.31
22.-329.36
23145.47
23462.65
23780.90
24100.22
24420.61
24742.06
25064.58
25338.17
25712.82
26038.55
26365.34
26693.20
27022.13
27352.12
27683.18
18545
18647
19149
:s>i5^
19757
20C62
20369
20677
20986
21295
21606
21918
22231
22545
2286C
23177
23494
23812
24132
24452
24774
25096
25420
25745
26071
26398
26726
27055
27385
27716
.94
.21
.55
.9t
.Si
.98
.59
.27
.02
.83
.71
.66
.68
.77
.92
.14
.43
.79
.21
.70
.26
.89
.59
.35
.16
.08
.04
.08
.18
.35
18576.02
16877.40
19179.85
1 '- - .",-.. 1 6
Is ? o 7. ^5
2C093.59
2C400.31
20708. 10
21016.95
21326.87
21637.86
21949.92
22263.04
22577.23
22892.50
23208.32
23526.22
23844.68
24164.21
24484.81
24306.48
25129.21
25453.02
25777.88
26103.82
26430.83
26758.90
27083.04
27418.25
27749.53
18606. 11
18907.60
19210.15
i V 5 i 3 . 77
19ti.c.46
20124.22
20431.04
20738.94
21047.89
21357.93
21669.02
21981.18
22294.41
22608. 71
22924.08
23240.52
23558.02
23876.59
24146.22
24516.93
24838.70
251ol.54
25435.45
25810.43
26136.47
26463.59
26791.77
27121.01
27451.33
27782.71
18636.21
18937.80
1924C.46
195*->». ,''0
I9fi48.*9
20154.85
20461.79
20769.79
21078.85
21338.98
21700.19
22012.46
22325.80
22640.20
22955.68
23272.21
23589.82
23908.50
24228.25
24549.06
24870.94
25193.89
25517.90
25842.98
26169. 14
26496.36
26824.64
27154.00
27484.42
27815.91
18666.32
18968.02
19270.79
1V57-. 62
1987V. -.3
20185.50
20492.54
20800.64
21109. B2
21420.06
21 731.37
22043.74
22357.19
22671.70
22987.28
23303.93
23621.64
23940.43
24260.28
24581.20
24903.19
25226.24
25550.36
25875.55
26201.81
26529.14
26857.53
27186.99
27517.52
27849.12
18696.45
18998.25
19301.12
19605.07
19910.08
20216.15
20523.30
20831.51
21140.79
2l'»5l.l4
21762.55
22075.04
22388.59
22703.21
23018.90
23335.65
23653.48
23972.37
24292.32
24613.35
24935.45
25258.61
25582.83
25908.13
26234.50
26561.93
26890.43
27220.00
27b50.63
27882.34
-------
LOCATION: ANAHEIM
INSTRUMENT: AlA-2
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - "10£" CAL. DATE: 01/20/75
TRAIN: 7-M PIC: MALLOW
PAGE 1 OF 4
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON THE COMPUCORP MODEL 445) YILLDS COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = A ( 0) + A<1)*OEFLECTI ON -* A { 2 ) * ( DEFLECT ION**2 ) +---- + A(4)*(DtFLbCTIGN**41
AlO) * -0.2483880911+02
A? 1 J = 0.643 }^ j -32C-< 03
Ai2) = -0. II 5>Hbt>^6lj-*-0
-------
LOCATION: ANAHEIM
DEFLECTICN
0.0
DEFLECTION TO CONCENTRATION CONVEKSION TABLE
POLLUTANT: co RANGE: o - "ioi« CAL. DATE: 01/20/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 2 Of- 4
0.9
0.0
1.0
2.0
3.C
4.0
5.0
6.0
7.0
8.0
9.0
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0"
34.0
-24-89
607.76
I21t!.50
; i: C : . ^>s
23 7V. 08
2931 .30
3466.40
39(3b. 58
4490.02
4980.94
5459.52
5926.95
6384.43
6833. 15
7274.32
7709.12
8138.75
8560.41
8967.29
940t .58
98^9.48
102bl .19
10674.89
11101.60
11533.09
11969.96
12413.61
12865.23
13326.03
13797.19
14279.90
14775.37
15284.79
15809.35
16350.25
39.40
669.90
1278.42
1 06 0.4 6
2435. ID
2985. t>6
3519.01
4036.67
4539. 70
5029.33
5506.74
5973.12
6429.67
6877.59
7316.07
7752.30
8181.48
8606.30
902V. 47
9t50.67
9871.60
10293.45
10717.42
11144.71
11576.50
12014.00
12458.39
12910.88
13372.66
13844.92
14328.86
14825.67
15336.55
15862.69
16405.29
103.45
731.62
1338.13
i-;:'4. 17
249U.95
3039.65
3571.47
4087.61
4589.25
5077.60
5553.85
6019.20
6474.83
6921.95
7361.75
7795.43
8224. 17
8649. 17
9071.64
9492.75
9913.72
10335.73
10759.98
11187.66
11619.97
12058. 11
12503.26
12956.62
13419.39
13892.77
14377.94
14876.10
15388.45
15916.19
16460.50
167.27
793.22
1397.63
! *S1 .70
46.ol
3093.57
36^3.77
41 33.40
4658.66
5125.75
5600.86
6065. 18
6519.91
6966.24
7405.37
7838,50
8266. B2
8691.51
9113.79
9534. b4
9955.86
10378.04
10202.57
11230.67
11663.50
12102.29
12548.21
13002.46
13466.23
13940. 73
14427.15
14926.68
15440.52
15969.85
16515.89
230.87
854.61
1456.94
2 0 .1 9 . 0 3
2oO7
4737.10
5221.70
5694.55
6156. 26
6609.61
7C54.61
7492.44
7924.51
8352.01
8776.12
9198.06
9619.01
1CC4Q. 16
10462.72
1C887.87
11316.82
11750.75
12190.86
12638.35
13094.41
13560.24
14037.03
14525.97
15028.27
15545.11
16077.69
16627.20
357.39
976.75
1574.93
;) <;.. 13
i 7 I i . 5 :>
3254.34
3779.74
42b9.94
47B6.12
5269.49
5741.23
6202.55
6654.64
7098.68
7535.89
7967.45
8394.55
8816.39
9240. 18
9661.09
10082.34
10505.10
10930.57
11359.96
11794.46
12235.26
126^3.55
13140.54
13607.40
14085.36
14575.58
15079.27
15597.64
16131.86
16683.13
420. 32
103 7.51
1633.63
220^. -0
2 76 i « 1 1
3307.60
3831.43
4140.16
4835.02
5317.16
5787.82
6248.16
6699.38
7142.69
7579.28
8010.34
8437.06
8860.65
9282.29
9703.18
10124.52
10547.50
10973.32
11403.16
11838.24
12279.73
12728.64
13186.76
13654.68
14133.80
14625.32
15130.43
15650.32
16186.20
16739.24
483.02
1098.05
1692.13
:2uc .47
2 1 <.<.'. 2 6
3360.69
3882.96
4390.25
4883.78
5364.73
5834.29
6293.67
6744.05
71b6.63
7622.61
U053.18
8479.54
8902.88
9324.39
9745. 2H
10166.73
10589.94
11016.10
11446.42
11882.08
12324.28
12774.21
13233.08
13702.07
14182.38
14675.20
15181.73
15703.17
16240.71
16795.54
545.50
1158.38
1750.44
2322.67
2876.87
3413.63
3934.34
4440.21
4932.42
5412.18
S6B0.67
6139.09
6788 .64
7230.31
7665.89
8095.99
8521.99
3945.09
9366.49
9787.38
10208.95
10632.40
11058.93
11489.72
11925.98
12368.91
12319.68
13279.50
13749.57
14231.08
14725.22
15233.19
15756.18
16295.39
16852.02
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: co RANGE: o - "ios" CAL. DATE: 01/20/75
CONCENTRATION
O.I 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 3 OF 4
0.9
35.0
36.0
37.0
3£. C
39.0
40.0
41.0
42.0
43.0
44.0
45.0
f\ A6*°
,a 47.0
0| 48.0
U» 49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
16908
17485
18082
1 i 7 '- i
19541
20005
20694
21409
22150
22920
23720
24550
25412
26307
27236
28201
29203
302-^2
31320
32439
33599
34802
36048
37339
38677
40062
41496
42979
44514
46101
47741
49435
51186
52993
54858
.68
.84
.93
, 13
.64
.66
.38
.00
.71
.71
.19
.35
.37
.47
.82
, 64
.10
.41
.76
.34
.36
.00
.46
.94
.63
.72
.41
.90
.37
.04
.08
.69
.08
.43
.93
16965.54
17544.64
18143.78
i y 7 6 s . 1 1
19406.9o
20073.40
20764.66
214U1.93
22226.42
22999 . 31
23801.80
24635.09
25500.37
26398.84
27331.69
28300.11
29305.31
30348.46
31430. 79
32553.46
33717.68
34924.06
36175.57
37471.61
38813.98
40203.88
41642.50
43131.03
44670.67
46262.62
47908.06
49608.20
51364.23
53177.34
55048.73
17022.58
17603.63
18204.84
i ci - i 7 . 4 i.
19i7i. 52
20141.39
20835. 20
21555.14
22302.41
23078.21
23863. 73
24720. 16
25588.71
26490.56
27426.91
28398.96
29407.89
30454.92
31541. 22
32667.99
33836.44
350A7.75
36303.12
37603.74
38950.82
40345.53
41789.09
43282.68
44827.50
46424.73
48075.60
49781.27
51542.95
53361.84
55239.12
17079. HI
17662.82
18266,12
1 b -w (. c 'if-'
1953c;. 32
20209.63
20905.99
21628.62
22373.69
23157,40
23965.^-6
24305.55
25677.37
26582.o2
27522.49
28498. 17
29510.36
3056 I. 76
31652.05
32782.95
33955.62
35171.29
36431.12
37736.34
39088. 12
40487.67
41936. 18
43434.83
44984.84
46587.39
48243.68
49954.90
51722.25
53546.92
55430.11
17137.23
17722.22
18327.61
Id ::';. V?
1 9 fc i. i . 3 o
20278. 12
20977.05
21702.37
22455.25
23236.90
24046.50
24891.27
25766.30
26675.03
27618.43
28597.76
29614.21
30669.00
31763.30
32898.31
34C75.23
35295.26
36559.59
3786S.4C
39225.91
40630.30
42083.77
43587.50
45142.71
46750.58
484 12.31
50129.09
51902.11
53732.58
55621.69
17194.85
17781. 62
18389.31
190! -; . :- ."
196/0. 64
20346.36
21043.38
21776.39
22532.10
23316.69
24131.36
24977.30
25855.71
26767.79
27714.72
28697.71
29717.95
3C776.63
31874.95
33014.10
34195.28
35419.68
36688.50
38C02.93
39364.17
40773.41
42231.36
43740.69
45301.11
46914.31
48581.49
50303.84
52082. 55
53918.84
55813.87
17252. 66
17841.62
16451.24
:. ^Cr. 2- tk
1973 /. 10
20415.85
21119.97
21 850.70
22609.24
23396.79
24214.53
25063.66
25945.39
26b60.89
27811.38
26798. 04
29822.07
30884. 66
31987.00
33130.30
34315.75
35544. 54
36817.87
38136.93
39502.92
40917.03
42380.45
43894.39
45460.04
47078.58
48751.22
50479.15
52263.57
54105.68
56006.65
17310.66
17901.64
18513. 38
1 9 1 «-' . - ~
1980i. -, 1
20465. 10
21191.82
21925.28
22636.67
23477.18
24296.01
25150.35
26035.40
26954. 35
27903.40
28898.74
29926.57
30993 .08
32099.4?
33246.93
34436.66
35669.35
36947.70
36271.40
39642. 14
41061. 13
42529.55
44048.61
45619.49
47243.39
48921.51
50655.04
52445.17
54293.10
56200.03
17368.86
17961.86
18575.74
192 J : .70
lvo/0.92
20554.61
21263.95
22000.14
22764.39
23557.88
24381.80
25237.36
26125.75
27046.16
28005.78
28999.82
30031.46
31101.91
32212.35
33363.9b
34558.00
35795.61
37077. 9H
38406.34
39781.85
41205.73
42679.16
44203.34
45779.47
4740H.74
49092.35
50831.48
52627.34
54481.12
56394.02
17427.25
18022.29
18638.32
19276.55
19938.16
20624.36
21336.34
22075.29
22842.40
23638.88
24465.92
25324.70
26216.44
27142.31
23103.53
29101.27
30136.74
31211.13
32325.64
33481.46
34679.79
35921.81
37208.73
38541.75
39922.04
41350.82
42829.27
44358.60
45939.99
47574.64
49263.74
51006.50
52810.09
54669.73
56588.60
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECT ION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: CO RANGE: 0 - "10?" CAL. DATE: 01/20/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 4 OF 4
0.9
70.0
71.0
72.0
73.0
7s. 0
75.0
76.0
77.0
78.0
79.0
80.0
81.0
(^ 82.0
, 83.0
t\ 84.0
X 65.0
86.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
56763.79
58769.20
60816.36
62^26.45
c. SI 00. 66
67340. 19
69646.25
72020.06
74462.75
76975.62
79559.69
82216.31
84946.62
87751.81
90633.12
93591.69
96628.69
99745.37
102942.94
106222.56
109565.44
113032.75
116565.69
120185.50
123893.31
127690.37
131577.81
135556.87
139628.81
143794.69
56979.59
58971.12
61024.52
631^0. 9*
6 5 3 2 1 - o 7
67567 .ol
69380. 56
72261.25
74710.87
77230.75
79822. 12
82486.00
85223.75
88036.50
90925.50
93891.61
96936. 75
100061.50
103267. 19
106555.06
109926.31
113382. 19
116923.75
120552.31
124269.00
128075.00
131971.56
135959.87
140041.12
144216.50
57175.99
59173.66
61233.30
63356. 12
o5^ 3. 31
67796.06
70115.56
72503.06
74959.69
77486.69
80085. 19
82756.44
85501.62
88321.^4
9l2lb.62
94192. 75
97245.62
100378.37
103592.25
106888. 44
110268. 12
113732.44
117282.69
120919.94
124645.56
128460.56
132366.25
136363.81
140454.44
144639.25
57373.00
59376.81
61442.72
63:"?"':. "? 2
6576t . 62
68025.00
70351.25
72745.62
75209. 19
77743. 11
80349.06
63027.62
65780.31
88606.19
91512.50
94494.50
97555.31
100696. 12
103918.19
107222.62
110610.69
114083.56
117642.44
121288.50
125023.00
123047.06
132761.87
136768.69
140868.62
145063-00
57570.
5958C.
616D2.
6372°.
659 ; b .
68254.
70587.
72988.
75459.
78000.
80613.
83299.
86059.
81695.
91807.
94797.
97d65.
101014.
104244.
107557.
110954.
114435.
118003.
121658.
125401.
129234.
133158.
137174.
141283.
145487.
62
59
77
3£
5t
56
62
81
44
62
62
56
69
12
19
00
75
62
87
62
12
56
12
00
37
44
37
44
81
62
57768.66
59784.99
61663.46
64CC5.-7
6c2L2. 19
68484.87
7CH24.62
73232.75
75710.37
76258.69
80878.87
83572.19
66339.61
69182.87
92102.69
95100.31
98177. CO
101334.00
1C4572.44
1C7893.50
111298.44
1 14788.44
116364.69
122026.31
125780.62
129622.69
133555.81
137581.19
141699.94
145913.25
57967.70
59990.01
02074.79
oA2Z? . 21
'.- fi 4 :> t- . ' -
o 8 7 1 5 . 8 1
71062.37
73477.37
75962.00
76517.44
61 144.94
63845.62
86620.69
894/1.37
92398.87
95404. 3 7
98464.06
101654. 12
104900.81
108230.19
111643.62
115142.19
118727.06
122399.56
126160.75
130011.87
133954.19
137988.81
142117.00
146339.87
58167.15
60195.66
62286.74
64441.60
b6-; bl.37
68947.37
71300.75
73722.69
76214.31
73776.94
81411.69
84119.75
86902.37
89760.69
92695.94
95709.25
98801 .94
101975.12
105230.00
108567.75
111989.62
115496. 75
119090.37
122771.62
126541.81
130402.00
134353.50
138397.44
142535.00
146767.37
58367.22
60401.93
62499.34
!."»6o C . 64
t 6Uol .00
69179.69
71539.81
7396H.69
76467.37
79037.12
81679.12
84394.62
87184.75
90050.69
92993.75
96014.94
99115.62
102296.94
105560.00
108906.12
112336.44
115852.19
119454.50
123144.62
126923.75
130793.00
134753.69
138806.94
142953.94
147195.87
50567.90
60608.83
62712.57
64880.33
67113.25
69412.62
71779.62
74215.37
7o721.12
79293.06
8H47.37
64670.25
67467.94
90341.50
93292.31
96321.44
99430.12
102619.50
105890.87
109245.37
1 12664.19
116208.50
11 ?819 . 56
123518.50
127306.62
131184.94
135154.81
139217.37
143373.81
147625.37
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM POLLUTANT: C02 RANGE: 0 - 4$ CAL. DATE: 01/14/75 PAGE 1 OF
INSTRUMENT: ND1R315B TRAIN: MASS PIC: MCMILLfcN
THE BEST CURVE FIT PROGRAM (IMPLEMENTED UN THE COMPUCORP MODEL
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: C02 RANGE: 0 - 4% CAL. DATE: 01/14/75
CONCENTRAFION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
o.a
PAGE 2 OF
0.9
0.0
1.0
2.0
3.0
<.. u
^.O
6.C
1.0
e.o
9.0
10.0
11. 0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
0.00
0.03
0.06
o.os
U. 1 I
0.14
0. 1 I
0.20
0.23
0.26
0.29
0.32
0.35
0.38
0.41
0.44
0.47
0.50
0.53
0.56
0.60
0.63
0.66
0.69
0.73
0.76
0.80
0.83
0.86
0.90
0.93
0.97
1.00
1.04
1.08
0.01
0.03
0.0t>
0. us/
u . 1 i.
0.14
0.17
0.^0
0.23
0.26
0.29
0.32
0.35
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0.41
0.4^
0.47
0.50
0. 54
0.57
0.60
O.b3
0.66
0.70
0.73
0.76
0.80
0.83
0.87
0.90
0.94
0.97
1.01
1.04
1.08
0.01
0.04
0. 06
0.0*
0.12
0. 15
0. 18
0.20
0.23
0.26
0.2)
0.32
0.35
0.38
0.41
0. 44
0.48
0.51
0.54
0.57
0.60
0.64
0.67
0.70
0.73
0.77
0.80
0.84
0.87
0.91
0.94
0.98
1.01-
1.05
1.08
0.01
0.04
0.07
(j. 0<*
0. L^
0.15
0.18
0.21
0.24
U.27
0.29
0.32
0. 35
0.39
0.42
0.45
0.48
0.51
0.54
0.37
0.61
0.64
0.67
0.70
0.74
0.77
0.81
0.84
0.87
0.91
0.94
0.98
1.01
1.05
1.09
C.Ol
C.04
C.07
C . 1 0
C . 1 ^
C.15
0. Ib
C.21
0.24
0.27
C.30
C.33
C.36
C.39
C.42
0.45
C.48
C.51
C.54
0.58
C.61
C.64
C.67
0.71
C.74
C.77
0.81
C.84
0.88
0.91
0.95
C.96
1.02
1.05
1.09
0.02
0.04
0.07
C. 10
O.i3
0. 16
0. 18
0.21
0.24
0.27
0.30
0. 33
0.36
0.39
0.42
0.45
0.48
0.52
0.55
0.58
0.61
0.65
0.68
0.71
0. 74
0. 78
0.81
0.85
0.88
0.92
0.95
0.99
1.02
1.06
1.09
0.02
0.05
0.07
C. LO
w i J
C. 16
0. 19
0.22
0.24
0.27
0.30
0.33
0.36
0.39
0.43
0.46
0.49
0.52
0.55
0.58
0.62
0.65
0.68
0.71
0.75
0.78
0.82
0.85
0.88
0.92
C.95
0.99
1.03
1.06
1.10
0.02
0.05
0.08
0. 10
0.1*
0.16
0.19
0.22
0.25
0.28
0.31
0.34
0.37
0.40
0.43
0.46
0,49
0.52
0.55
0.59
0.62
0.65
0.68
0.72
0.75
0.79
0.62
0.85
0.89
0.92
0.96
0.99
1.03
1.07
1.10
0.02
0.05
0.08
0. ' 1
^ *. i. "^
0.16
0. 19
0.22
0.25
0.28
0.31
0.34
0.37
0.40
0.43
0.46
0.49
0.53
0.56
0.59
0.62
0.65
0.69
0.72
0.75
0.79
0.82
0.86
0.89
0.93
0.96
1.00
1.03
1.07
1.10
0.03
0.05
0.08
O.il
0. 14
0. 17
0.20
0.22
0.25
0.28
0.31
0.34
0.37
0.40
0.43
0.47
0.50
0.53
0.56
0.59
0.63
0.66
0.69
0.72
0.76
0.79
0.83
O.U6
0.90
0.93
0.97
1.00
1.04
1.07
I. 11
-------
NJ
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION COMVERSION TABLE
POLLUTANT: C02 RANGE: 0 - 42 CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C . 4 0.5 0.6 0.7
0.8
PAGE 3 OF
0.9
3.5.0
36.0
37.0
.1 2 . r
jS .u
40.0
41.0
42.0
43.0
44 .0
45.0
46.0
47.0
46.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58,0
59. C
1.11
1.15
1.19
1.22
i . 2b
1.30
1.34
1.37
1.41
1.45
1.49
1.53
1.57
1.61
1.65
1.69
1.73
1.77
l.bl
1.85
1.39
1.94
1.98
2.02
2.06
1.12
1.15
1.19
1.23
1 . £O
1.30
1.34
1.33
1.H2
1.45
1.49
1.53
1.57
l.M
1.65
1.69
1.73
1.77
1.J2
1.H6
1.90
1.94
1.98
2.02
2.07
1. 12
1.16
1. 19
i< 2-5
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1.31
1.34
1.38
1.42
1.46
1.50
1. 54
1.58
1.62
1.66
1.70
1.74
1.78
1.82
1.86
1.90
1.94
1.99
2.03
2.07
1.12
1.16
1.20
i t £ *
1.27
1.31
K35
1.39
1.42
1.46
1.50
1.54
1.53
1.62
1.66
1.70
1.74
1.78
1.82
1.86
1.91
1.95
1.99
2.03
2.08
1.13
1.16
1.20
\ . 2-i
1.27
1.31
1.35
1.39
1.43
1.47
1.51
1.54
1.58
1.62
1.66
1.70
1.75
1.79
1.63
1.87
1.91
1.95
2.00
2.04
2.08
1.13
1.17
1.20
l..-;-
1 . 2b
1.32
1.35
1.39
1.43
1.47
1.51
1.55
1.59
1.63
1.67
1.71
1.75
1.79
1.83
1.87
1.91
1.96
2. CO
2.04
2.08
1.13
1.17
1.21
, .2-
1 .28
1.32
1.36
1.4C
1.44
1.47
1.51
1.55
1.59
1.63
1.67
1.71
1.75
1. 79
1.84
1.88
1.92
1.96
2.00
2.05
2.09
1.14
1.17
1.21
;.r=b
1 .29
1.32
1.36
1,40
1.44
1.48
1.52
1.56
1.60
1 .64
1.68
1.72
1.76
1.80
1.84
1.68
1.92
1.97
2.01
2,05
2.09
1.14
1. 18
1.22
; . 25
1.29
1.33
1.37
1.40
1.44
1.46
1.52
1.56
1.60
1.64
1.68
1.72
1.76
1.80
1.84
1.89
1.93
1.97
2.01
2.05
2.10
1.14
1.18
1.22
1.26
1.29
1.33
1.37
1.41
1.45
1.49
1.52
1.56
1.60
1.64
1.68
1.72
1.77
1.81
1.85
1.89
1.93
1.97
2.02
2.06
2.10
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
2.11
2.15
2.19
2.24
2.28
2.33
2.37
2.41
2.46
2.51
2.11
2.15
2.20
2.24
2.29
2.33
2.37
2.42
2.46
2.51
2.11
2.16
2.20
2.25
2.29
2.33
2.3«
2.42 -
2.47
2.51
2. 12
2.16
2.21
2.25
2.29
2.34
2.38
2.43
2.47
2.52
2.12
2.17
2.21
2.25
2.30
2.34
2.39
2.43
2.48
2.52
2. 13
2.17
2,21
2.26
2.30
2.35
2.39
2.44
2.48
2.53
2.13
2. 18
2.22
2.26
2.31
2.35
2.40
2.44
2.49
2.53
2.14
2.18
2.22
2.27
2.31
2.36
2.40
2.45
2.49
2.54
2.14
2.18
2.23
2.27
2.32
2.36
2.41
2.45
2.50
2.54
2.15
2.19
2.23
2.28
2.32
2.37
2.41
2.46
2.50
2.55
-------
LOCATION: ANAHEIM
UEfLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: C02 RANGE: 0 - 4* CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71.0
7?.U
M.C
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fj. 0
76.0
77.0
76.0
79.0
8C.O
81 . L-
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81.0
84.0
H5.0
H6.0
87.0
88.0
89.0
9C.O
91.0
92.0
93.0
94.0
95.U
96.0
97.0
98.0
99.0
2.55
2.60
2.64
2 .6s>
t . 1<*
2.78
2.83
2.8W
2.93
2.97
3.02
3.07
3.12
3.17
3.22
3.27
3.32
3.37
3.42
3.47
3,52
3.57
3.62
3.68
3.73
3.78
3.83
3.89
3.94
3.99
2.56
2.60
2.65
2.09
2.74
2.79
2.84
2.b8
2.93
2.98
3.03
3.08
3.12
3.17
3.22
3.27
3.32
3.37
3. '-2
3.47
3.53
3.58
3.63
3.68
3.73
3.79
3.84
3.G9
3.94
4.00
2.56
2.61
2.65
1..70
2.75
2.79
2.84
2.89
2.94
2.98
3.03
3.08
3. 13
3. Iti
3.23
3.28
3.33
3.38
3.43
3.48
3.53
3.58
3.63
3.69
3.74
3.79
3.84
3.90
3.95
4.00
2.56
2.61
2.66
L . 70
2.75
2.80
2.84
2.89
2.94
2.99
3.04
3.09
3.13
3. 18
3.23
3.28
3.33
3.38
3.43
3.49
3.54
3.59
3.64
3.69
3.74
3.80
3.85
3.90
3.96
4.01
2.57
2.62
2.66
2.71
2. 7&
2.8C
2.85
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2.95
2.99
3.04
3.09
3.14
3.19
3.24
3.29
3.34
3.39
3.44
3.49
3.54
3.59
3.64
3.70
3.75
3.8C
3.85
3.91
3.96
4.01
2.57
2.62
2.67
2. 71
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2.81
2.85
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3.00
3.05
3. 10
3.14
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3.24
3.29
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3.39
3.44
3.50
3.55
3.60
3.65
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2.58
2.62
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2.86
2.91
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3.00
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3.10
3.15
3.20
3.25
3.30
3.35
3.40
3.45
3.50
3.55
3.60
3.65
3.71
3.76
3.81
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2.58
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3.45
3.51
3.56
3.61
3.66
3.71
3.76
3.82
3.87
3.92
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4.03
2.59
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2.77
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3.01
3.06
3.11
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3.61
3.67
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-------
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3.3-» -.35
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- . *- 5 -> . *t 5
J . 5 0 3 . 5 i
j.55 3.5o
3.f>l J.cl
3 . o o 3 . c- 7
3.72 J . 7 2
J./7 3 . 7 1
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3 .c V 3. bv
3.VM ^.Vi,
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2 .00
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2.75
2 . fs>
2.0^
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3.20
3.25
_ . _> (J
5. J5
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3.^0
3.51
3.57
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3.t.7
,-». 7ji
_-.7V
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3.VU
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2.^o 2.5t>
2.ol 2.61
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^' . '' 0 ^ . V 1
i . V ^ / . V b
2 .00 2 .60
c'»&5 2«b5
2 . V u ^ . v u
2.V5 2. VI,
3.OL 3.^0
J.Ot j .05
-J. li, -.10
J.15 3-It-
-^.20 ^.21
3./i5 3.2c
3. .iO 3.j>l
3.3o ^.^c
3.«-l J.M
- . 10 - .t7
3.i7 3.5o
^ . fc-r i . ci
3. t a 3.cv
3.7*. j . 7t
-i.7v j.bO
J.b5 3.^5
3.vc 3. vl
3.Vo 3.S7
t.o^ t.o2
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^ .0^'
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^ .^7
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2 ,r>2
2 .0 f
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2.ol
^ . ao
^ .VI
2. Vo
3.U1
3.0o
3.11
3. lo
3.22
3.^7
3.32
j.jil
S.^tj
J.«»0
3.53
3.5V-
i.O^
3. 7u
3.75
3. /
^:. /<:
^ . 77
2.U2
.1 . < 7
2 .V2
2.V7
3.02
j.07
^.1^
^>.i7
3.22
3.^7
3.33
jv.ib
3.t3
3.^6
3.5^
3.5V
i.b5
J.7o
3.7o
3.bl
3.U7
3.V3
3.Vb
*.04
^.51
^. 5U
<:.o^
2.ot>
^.7^
2.77
2.«2
^.b/
2.V2
2.V7
3.02
3.c'7
^.1^.
3.x?
3.2J
3.^0
3.33
3. jo
J.'vH
j.-rV
J.^'t
3.oO
j.oa
J.71
J>. /O
3.o2
J.67
O.Vi
j.vv
t.ob
2.5S
<:.3V
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0
j.i/i.
3,oO
i.t>6
J./l
J.77
3.o2
J.bB
J.Vl
J.V«»
-------
DEFLECTION 70 CONCENTRATION CONVERSION TABLE
LOCATION.:.... ANAHEIM ..... ...POLLUTANT: ... _NOX . kANGE: .0 ._- 100 . PPM CAL..DATE: 02/14/75 .... PAGE 1.
INSTRUMENT: TECO-CL TkAlN: MASS PIC: MALLOW
THE BEST CURVE FIT PROGRAM (IMPLEMENTED UN THE CGMPUCCRP MODEL *<*$ ) YIELDS COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = A(0) + A ( 1 )*OtFLEC Tl ON + A t 2 ) * I UE FLEC T 10N**2 ) + - - -- + A (
-------
LOCATION: ANAHEIM
DbF-LltTION
o.c
DEFLECTION TO CONCENTRATION CONVERSION TAGLE
POLLUTANT: NOX _ RANGE: 0.- 100 PPM CAL. DATE: 02/14/75
CONCENTRATION
0.5 0.6 0.7
o.o
1.0
2.0
3.0
'J.O
b.O
7.0
b.O
V.O
10.0
11.0
13.0
14.0
16.0
17.0
le.o
19.0.
20.0
21.0
22.0
23.0
24.0-
2b.O
26.0
27.0
28.0
29.0
30.0
31.0
32.CL.
33.0
34.0
-O.ib
O.t2
1.62
2.U2
3.c«3
4. 6j
7.63
8.64
9.84
10.04
11.EH
12. b4
13.b5
14.85
15.85
It'. 65
17.35
Ib.fa6
19.60
20.B6
21.66
22.66
23.b7
24.b7
25.87
26.87.
2/.B7
29.88
30.68
32.88
33.88
U.I
-O.Ott
0.92
1.92
i;.V2
3.93
4.93
5.9^
0.93
7.93
f. .94
V.94
10.94
11.94
12.94
13.95
14.95
lb.9f>
1&.95
17.95
la. 96
19.90
20.96
21.96
22.9o
23.97
24.97
25.97
26.97
27.97
2b.9«
29.98
30.98
31.98
32.98
33.99
0.2
0.02
1.02
2.02
3.02
<..G3
5.03
6.03
7.02
a. 03
9. OH
10.04
11.04
12. OH
13.04
14.05
15.05
16.05
17.05
Id. 05
19.06.
20.06
21.06
22.06
23.06
24.07.
25.07
26.07
27.07
28.07
29. OB
30.08
31.08
32.08_
33.08
34.09
0.3
0.12
1.12
2.12
3.12
4.13
^13
6.13
7.13
W.13
9.14
10.14
11.14
12. 14
13.14
14.15
15.15
It.. 15
17.15
ib.15
19.16
20.16
_ 21.16
22.16
2i.l6
2H.17
25.17
26.17
.... 27.17
28.17
29.18
30.18
31.18
32.18
33.18
34.19
0.4
0.22
1.22
2.22
3.22
4.?3
5.23
6.23
7.23
B.23
9.24
10.24
11.24
12.24
- 13.24
14.25
15.25
16.25
17.^5
la. 25
. 19.26
20.26
21.26
22.26
23.26
2H.27
25.27
26.27
.. 27.27
2b.27
29.28
30.28
31. 2fa
32.28
33.28
34.29
PAGfc 2 OF <
0.8 0.9
0.32
1.32
2.32
3.32
4.33
5.33
6.33
7.33
f. .33
S.34
10'. 35
17.65
18.65
19.66.-
20.66
21.66
22.66
23.66
24.67 -
25.07
26.67
27.t»7 .
28.67
29.68
30.68
31.68
0.72
1.72
2.72
3.73
4.73
5.73
6'. 73
7.73
tt.7v
9.74
10.74
11.74
12.74
13.75
14.75
15.75
16.75
17.75
lb.76
19.76
20.76
21.76
22.76
23.76
24.77
25.77
26.77
27.77
28.77
2V. 78
30.78
31.78
33.68
34.6V
33.78
34.79
-------
LOCATION:.. ANAHEIM
DEFLECTION
0.0
DEFLECTIUN TO CONCENTRATION CONVERSION TABLE
_. POLLUTANT: NOX .. RANGE: ..0 _r 100 PPM CAL. DATE: 02/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 3 OF
0.9
35.0
3b.O
37.0
3b.O
39.0
40.0
f 1.0
-t2.0
f '3.0
ff.O
f 5.0
f 6.0
47.C
fU.O
f9.0
50. O
£1.0
52.0
53.0
5f .0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
6f .0
65.0
66.0
67.0
68.0
69.0
3f .t<9
3 5 . fc V
:-6.b9
37.89
se.nv
39.90
-tO.VO
f 1.90
f2.90
43.90
ff .91
f5.91
f 6. VI
f7.91
f 8.91
f 9.92
t>0.9/
51.92
52.92
53.92
£4.93
55.93
56.93
57.93
5 a. 93
59. 9f
60.9f
61.9-r
62. 9f
63. 9f
6f .95
65.95
66.95
67.95
o«.95
3f . 99
35.99
i6.99
37.99
3a .99
ft. OG
41. CO
42. Gu
f 3.00
44. GC
fb.Gl
f b.Oi
f 7.01
4 13.01
f9.Gl
5G.02
51.02
52.02
53. G2
5*».G2
55.03
56.C3
57. G3
5 «. 03
59. G3
60. Of
bl.Of
62. Of
63. Gf
64. Of
65. 05
66. G5
07.05
68.05
69.05
3D. 09
36.09
37.09
36.09
39.10
fO.10
f 1.10
f2.10
43.10
ff.ll
f 5. 11 ..
f6.11
f7.11
f li. 11
f9.11
50.12
51.12
52.12
53.12
54.12
55.13
5b.l3
57.13
58.13
59.13
oO. If
61. 14. _.
62. If
63. If
64.14
65.15
66.15
67.15
68.15
69. 15
3^.19
36.19
37. j.9
3a.l9
39.20
f U.20
41.20
f 2.20
f3.20
ff .21
45.21
f t>. 21
47.21
4U.21
f9.22
50. 22
5i.22
5^.22
53.22
5f .23
55.23
56.23
57.23
515.23
59.23
oo.2f
61.24
62. 2f
63. 2f
64.24
65.25
66.25
67.25
68.25
69.25
3*5.29
36.29
37.29
31^.29
39.30
fC.30
f 1.30
42.30
f3.30
ff.31
45.31
f 6.31
f7.31
fb.31
f9.32
50.32
51.32
t-2.32
53.32
5f.33
55.33
56.33
57.33
58.33
59.34
60. 3f
6l.3.61
47.61
48.61
49.62
50.62
51.62
52.62
53.62
54.63
55.63
56.63
57.63
58.63
59.64
60.64
61.64
62.64
63.64
64.65
65.65
66.65
6J.65
68.65
69.66
35.69
3b.t>9
37.69
3B.69
39.70
4G.70
41.70
42.70
43.70
44.71
45.71
4t>.71
47.71
48.71
49.72
50.72
51.72
5^.72
53.72
54.73
55.73
56.73_
57.73
58.73
59.74
60.74
61.74_
62.74
63.74
64.75
65.75
66.75
67.7.5
60.75
69.76
35.79
36.79
37.79
38.79
39.80
40.80
41.80
42.80
43.00
44.81
45. ai
4b.81
47.61
48.81
49. 02
50.82
51.82
52.82
53. b2
54.63
55.83
56.83 _._
57.83
58.33
59.84
60.84
61.84
t«?.84
63.84
64.85
65.85
66.85
6J.85
68.85
69.86
-------
LOCATION: ANAHEIM
f't FLtCT ION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
. POLLUTANT: _. NOX RANGE: .0.- 100 PPM. . CAL. DATE: 02/14/75-.
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71.0
72.0
73.0
/*».o
75.0
76.0
77.0
78.0
79.0
* 0.0
81.0
8 ;.' . 0
83.0
84.0
85.0
C6.0
67. 0
88.0
89.0. _
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0 .
98.0
99.0
69.96
/0.96
7l .96
72.96
73. Vo
7<- .9 7
75.97
76.97
77. V7
7^.97
79. 9b
bC.96
81. 90
B2.98
b3.98
6*. 99
^5.99
C6.99
67.99
b8.9v
90.00
91.00
92.00
93.00
94.00
95.01
96.01
97.01
96.01
^9.01
70.06
71.06
72.00
73. c6
74.06
75.07
76.07
77.07
7b.07
79.07
bO.Ofc
fcl.Ot
62.06
63.08
8^.08
65.09
U6.UV
B7. 09
&8.09
tiV.OV
90.10
91.10.
92.10
93.10
94.10
95.11
96.11
V7.ll _ .
9tJ.ll
99.11
70.16
71.16
72.16
73.16
7*t.l6
75. 17
7t,.17
77.17
78.17
79.17
bO.ia
bl.lti
82.16
63.18
84. 18
d5. 19
06.19
67.19
68.19
69.19
90.20
91.20
92. 2O
93.20
94.20
95.21
96.21
97.21- ...
96.21
99.21
70.26
71.26
72.26
73.26
74.26
75.27
76.27
77.27
7d.27
7v.27
bO. 28
t»1.2tt
82.28
1*3.28
64.28
85.29
66.29
L7.29
68.29
09.29
90.30
91.30
92.30
93.30
9
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHEIM POLLUTANT: NOX RANGE: 0 - 100 PPM CAL. DATE: 01/14/75 PAGE 1 OF 4
I.MSTRUNENT: CL 125 TRAIN: MASS PIC: MCMILLEN
THE BEST CURVE FIT PRCGRAN (1MPLEMENTED ON THE COMPUCORP KODCL 445) YIELDS COEFFICIENTS FOR THE ECUATICN:
CONCENTRATION = A(0) + A ( 1 ) *UEFLtCT I ON + A( 2 ) * ( OEFLEC T ION**;?} + ---- + A ( 4 ) <'( DEFLQCTI ON**4 )
A(0) = 0.69&42007U-01
u(i) = v. 11L.G7 327 L;H-01
CALIBRATION PCINTS CALCULATED VALUES
DEFLECTION CCNCENTRAT ICN DEFLECTION CONCENTRATION DIFFERENCE 2ERKOR
0.0 0.0 0.0 C.I
32.1 32.3 32.1 32.2 -0.1 -0.331
92.2 92.3 92.2 92.3 0.0 0.040
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 100 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PACE 2 OF
0.9
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
0.07
1.07
2.07
3.0?
4.07
5.07
6.07
7.07
8.08
9.08
10.08
11. oa
12.08
13.08
14.08
15.08
16.08
17.08
18.08
19.08
20.08
21.09
22.09
23.09
24.09
25.09
26.09
27.09
28.09
29.09
30.09
31.09
32.09
33.09
34.09
0. 17
1.17
2.1 7
j. :?
4. 17
5. 17
6.17
7. 17
8. 18
9. 18
10. 18
11.10
12. IB
13.18
14. 18
15.18
16. 18
17.18
18.18
19.18
20.18
21.19
22.19
23.19
24.19
25.19
26.19
27.19
28.19
29.19
30.19
31.19
32.19
33.19
34.19
0.27
1.27
2.27
3.27
4.27
5.27
6.27
7.27
8.28
9.28
10.28
11.28
12.28
13.28
14.28
15.28
16.28
17.28
18.28
19.28
20.28
21.29
22.29
23.29
24.29
25.29
26.29
27.29
28.29
29.29
30.29
31.29
32.29
33.29
34.29
0.37
1.37
2. »7
J ) *
4.37
5.37
6.37
7.37
8.38
9.38
10.38
11.38
12. Itt
13.38
14.38
15.38
16.38
17.38
16.38
19.38
20.38
21.39
22.39
23.39
24.39
25.39
26.39
27.39
28.39
29.39
30.39
31.39
32.39
33.39
34.39
C.47
1.47
2.47
3.47
4.47
5.47
6.47
7.48
8.48
9.48
1C. 46
11.48
12.48
13.48
14.48
15.48
16. 4K
17.48
18.48
19.48
20. 4d
21.49
22.49
23.49
24.49
25.49
26.49
27.49
28.49
29.49
3C.49
31.49
32.49
33.49
34.49
0.57
1.57
?.t>7
3.57
4.57
5.57
6.57
7.58
8.58
9.58
10.58
11.58
12.58
13.58
14.58
15.58
16.58
17.58
18.58
19.56
20.58
21.59
22.59
23.59
24.59
25.59
26.59
27.59
28.59
29.59
30.59
31.59
32.59
33.59
34.59
0.67
1.67
2.67
3,67
4.67
5.67
6.67
7.68
8.68
9.68
10.68
11.68
12.68
13.68
14.68
15.68
16.68
17.68
18.68
19.68
20.68
21.69
22.69
23.69
24.69
25.69
26.69
27.69
28.69
29.69
30.69
31.69
32.69
33.69
34.69
0.77
1.77
2.77
3.77
4.77
5.77
6.77
7.78
8.78
9.78
10.78
11.78
12.78
13.78
14.78
15.78
16.78
17.78
18.78
19.78
20.78
21.79
22.79
23.79
24.79
25.79
26.79
27.79
28.79
29.79
30.79
31.79
32.79
33.79
34. SO
0.87
1.87
J.07
i.d7
4.87
5.87
6.87
7.88
8.86
9.88
10.88
I 1.88
12.88
13.88
14.88
15.88
16.88
17.88
18.88
19.88
20.68
21.89
22.89
23.89
24.89
25.89
26.89
27.89
28.89
29.89
30.89
31.89
32.89
33.89
3* , 90
0.97
1.97
2.97
3.97
4.97
5.97
6.97
7.98
8.98
9.98
10.98
11.98
12.98
13.98
14.98
15.98
16.98
17.98
18.98
19.98
20.98
21.99
22.99
23.99
24.99
25.99
26.99
27.99
28.99
29.99
30.99
31.99
32.99
33.99
35.^0
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 100 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 3 OF 4
0.9
3.5.0
36.0
37.0
3G.G
39.0
40.0
41.0
42.0
43.0
44.0
45,0
46.0
^ 47.0
C.
3S..50
40.50
41.50
42.50
43.50
44. 5C
45.50
46.50
47.50
48.51
49.51
50.51
51.51
52.51
53.51
54.51
55.51
56.51
57.51
58.51
59.51
60.51
61.51
62.52
63.52
64.52
65.52
66.52
67.52
68.52
69.52
35.60
36.60
37.60
3 :. , t .
39.OO
40. 60
41. 60
42.60
43.60
44.60
45.60
46.60
47.60
48.61
49.61
50.61
51.61
52.61
53.61
54.61
55.61
56.61
57.61
58.61
59.61
60.61
61.61
62.62
63.62
64.62
65.62
66.62
67.62
68.62
69.62
35.70
36.70
37.70
5 'a*l ?
39.70
40.70
41.70
42.70
43.70
44. 70
45.70
46.70
47.70
48.71
49.71
50.71
51.71
52.71
53.71
54.71
55.71
56.71
57.71
58.71
59,71
60.71
61.71
62.72
63.72
64.72
65.72
66.72
67.72
68.72
69.72
35.80
36,80
37.80
3 e ,
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECT ION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 100 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 4 OF 4
0.9
70.0
71.0
72.0
73. C
7H. U
75.0
76.0
77.0
78.0
79.0
80.0
81.0
82.0
83.0
84.0
85.0
86.0
87.0
R8.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
70.12
71.12
72.12
73.12
74. 12
75.12
76. 13
77.13
78. 13
79.13
80.13
81 .13
82.13
03.13
84.13
85.13
86. 13
87.13
88.13
89. J. 3
90.14
91.14
92.14
93.14
94.14
95.14
96.14
97.14
98.14
99.14
70.22
71.22
72.22
73.22
74. 22
75.22
76.23
77.23
78.23
79.23
80.23
81 .23
82.23
83.23
84.23
85.23
86.23
87.23
88.23
89.23
90.24
91.24
92.24
93.24
94.24
95.24
96.24
97.24
98.24
99.24
70.32
71.32
72.32
73.32
7*. 32
75.32
76.33
77.33
78.33
79.33
80.33
81.33
82.33
83.33
84.33
85.33
86.33
87.33
88.33
89. 34
90.34
91.34
92.34
93.34
94.34
95.34
96.34
97.34
98.34
99.34
70.42
71.42
72.42
7J.42
7-<. <*2
75.42
76.43
77.43
78.43
79.43
30.43
01.43
82.43
83.43
84.43
85.43
86.43
87.43
88.43
89.44
90.44
91.44
92.44
93.44
94.44
95.44
96.44
97.44
98.44
99.44
7C.52
71.52
72.52
? .5 . '_> ±
~l ^.rj£
75.52
76.53
77.53
78.53
79.53
dO.53
81.53
82.53
83.53
84.53
85.53
66.53
67.53
ee.53
89.54
9C.54
91.54
92.54
93.54
94.54
95.54
96.54
97.54
98.54
99.54
70.62
71.62
72.62
73. LL
?*i . 62
75.62
76.63
77.63
78.63
79.63
80.63
81.63
82.63
83.63
84.63
85.63
86.63
87.63
83.63
09.64
90.64
91.64
92.64
93.64
94.64
95.64
96.64
97.64
98.64
99.64
70.72
71.72
72. 72
7 i .. 7 i
~l i . 7 tl
75.73
76.73
77.73
78.73
79. 73
80.73
81.73
82. 73
83.73
84. 73
85.73
86.73
87.73
ee.73
d9.74
90.74
91.74
92.74
93. 74
94.74
95.74
96.74
97.74
98.74
99.74
70.82
71.82
72.82
7 3 . f- ?
7 «t . 62
75.83
76.83
77.83
78.83
79.83
80.83
81.83
82.83
83.83
84.83
85.83
86.83
87.83
88.83
89.84
90.84
91.84
92.84
93.84
94.84
95.84
96.84
97.84
98.84
99.84
70.92
71.92
72.92
75.92
7^.92
75.93
76.93
77.93
78.93
79.93
80.93
81.93
82.93
83.93
84.93
85.93
86.93
87.93
88.93
89.94
90.94
91.94
92.94
93.94
94.94
95.94
96.94
97.94
98.94
99.94
71.02
72.02
73.02
74.02
75.02
76.03
77.03
78.03
79.03
80.03
81.03
82.03
83.03
84.03
85.03
86.03
87.03
88.03
89.03
90.04
91.04
92.04
93.04
94.04
95.04
96.04
97.04
98.04
99.04
100.04
-------
LOCATION: ANAHEIM
INSTRUMENT: CL 125
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 250 PPM CAL. DATE: 01/14/75
TRAIN: MASS PIC: MALLOW
PAGE 1 OF
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON THE COMPUCORP MODEL 445) YIELDS COEFFICIENTS FOR THE EGUATICN:
CONCENTRATION = A(0) + A(1)*DEFLECTI ON + A(2)*(DEFLECTION**2) +---- + A(4J*(DEFLECTION**4)
A(0) = -0.753225800-01
AC) = C.25C:2152D + 01
CALIBRATION POINTS CALCULATED VALUtS
DEFLECTION CONCENTRATION DEFLECTION CONCENTRATION DIFFERENCE TERROR
0.0
13.0
36.9
74.6
0.0
32.3
92.3
186.5
0.0
13.0
36.9
74.6
-C.I
32.4
92.2
186.5
0. I
-0.1
c.o
0.435
-O.OB7
0.008
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 250 PPM CAL. DATE: 01/14/75
CONCENTRAfION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 2 OF
0.9
c.o
1.0
2.0
3.0
4 .0
5.0
6.0
7.0
3.0
9.0
10. 0
11. 0
, 12.0
£ 13.0
~ 14.0
> 5.0
16.0
1 7.0
ie.o
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
-0.03
2.43
4.93
7 . 4 .^
V.V3
12.43
14.93
17.43
19.93
22.44
24.94
27.44
29.94
32.44
34.94
37.44
39.94
42.45
44.95
47.45
49.95
52.45
54.95
57.45
59.95
62.46
64.96
67.46
69.96
72.46
74.96
77.46
79.96
82.46
84.97
0.17
2.68
5.18
7. ob
10.18
12.68
15.18
17.68
20. 18
22.69
25.19
27.69
30.19
32.69
35.19
37.69
40.19
42.70
45.20
47.70
50.20
52.70
55.20
57.70
60.20
62.71
65.21
67.71
70.21
72.71
75.21
77.71
80.21
82.71
85.22
0.42
2.93
5.43
. 3 >
J.U. Hi
12.93
15.43
17.93
20.43
22.94
25.44
27.94
30.44
32.94
35.44
37.94
40.44
42.95
45.45
47.95
50.45
52.95
55.45
57.95
60.45
62.96
65.46
67.96
70.46
72.96
75.46
77.96
80.46 -
82.97
85.47
0.68
3.18
5.68
fa. It
lu.68
13.18
15.68
18.18
20.68
23.19
25.69
28. 19
30.69
33.19
35.69
38.19
40.69
43.20
45.70
48.20
50.70
53.20
55.70
58.20
60.70
63.21
65,71
68.21
70.71
73.21
75.71
78.21
80.71
83.22
85.72
C.93
3.43
5.93
L. 42
10.93
13.43
15.93
18.43
2C.93
23.44
25.94
26.44
30.94
33.44
35.94
38.44
40.94
43.45
45.95
48.45
50.95
53.45
55.95
58.45
6C.95
63.46
65.96
68.46
7C.96
73.46
75.96
78.46
80.96
83.47
85.97
1.18
3.68
6.18
e. 6t.
Li.lt)
13.68
16.18
18.68
21.18
23.69
26.19
28.69
31.19
33.69
36.19
38.69
41.19
43.70
46.20
48.70
51.20
i>3.70
56.20
58.70
61.20
63.71
66.21
68.71
71.21
73.71
76.21
78.71
81.21
83.72
86.22
1.43
3.93
6.43
fc. 9-i
i i . <*3
13.93
16.43
IS. 93
2.1.44
2 ? . 94
26.44
26.94
31.44
33.94
36.44
38.94
41.44
43.95
46. 45
48.95
51.45
53.95
56.45
58.95
61.45
63.96
66.46
68.96
71.46
73.96
76.46
78.96
81.46
83.97
86.47
1.68
4.18
6.68
9. IP
11.68
14.18
16.68
19.18
21.69
24.19
26.69
29.19
31.69
34.19
36.69
39.19
41.69
44.20
46.70
49.20
51.70
54.20
56. 70
59.20
61.70
64.21
66.71
69.21
71.71
74.21
76.71
79.21
81.71
84.22
86.72
1.93
4.43
6.93
4. -V3
11.93
14.43
16.93
19.43
21.94
24.44
26.94
29.44
31.94
34.44
36.94
39.44
41.95
44.45
46.95
49.45
51.95
54.45
56.95
59.45
61.95
64.46
66.96
69.46
71.96
74.46
76.96
79.46
81.96
84.47
86.97
2.18
4.68
7.18
9.68
12.18
14.68
17.18
19.68
22.19
24.69
27.19
29.69
32.19
34.69
37.19
39.69
42.20
44.70
47.20
49.70
52.20
54.70
57.20
59.70
62.20
64.71
67.21
69.71
72.21
74.71
77.21
79.71
82.21
84.72
67.22
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 250 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE 3 OF 4
0.9
35.0
36.0
37.0
3S, C
39.0
4C.O
41.0
42.0
43.0
44.0
45.0
~ 46.0
7 47.0
>4 48.0
U 49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57,0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
87.47
89.97
92.47
94.97
97.47
99.97
102.47
104.98
107.48
109.98
112.48
114.98
117.48
119.98
122.48
124.99
127.49
129.99
132.49
134.99
137.49
139.99
142.49
145.00
147.50
150.00
152.50
155.00
157.50
160.00
162.50
165.00
167.51
170.01
172.51
87,72
90.22
92.72
93.21
97 .71
100.22
102.72
105.23
107.73
110.23
112.73
115.23
117.73
120.23
122.73
125.24
127.74
130.24
132.74
135.24
137.74
140.24
142.74
145.25
147.75
150.25
152.75
155.25
157.75
160.25
162.75
165.26
167.76
170.26
172.76
87.97
90.47
92.97
95.47
91.77
100.47
102.97
105.48
107.98
110.48
112.98
115.48
117.98
120.48
122.98
125.49
127.99
130.49
132.99
135.49
137.99
140.49
142.99
145.50
148.00
150,50
153.00
155.50
158.00
160.50
163.00
165.51
168.01 -
170.51
173.01
88.22
90.72
93.22
9 5 . 12
96.22
100.72
103.22
105.73
106.23
110.73
113.23
115.73
lib. 23
120.73
123.23
125.74
128.24
130.74
133.24
135.74
138.24
140.74
143.24
145.75
148.25
150.75
153.25
155.75
158.25
160.75
163.25
165.76
168.26
170.76
173.26
ee.47
9C.97
93.47
- : - . v ',
7 b . 4 i
ICO. 97
1C3.48
1C5.98
1C8.48
HCc98
1 1 3 . 4 ti
115.98
118.48
l2C.9ti
123.48
125.99
128.49
13C.99
133.49
135.99
138.49
14C.99
143.49
146. CO
148.50
151.00
153.50
156.00
158.50
161.00
163.50
166.01
168.51
171.01
173.51
88.72
91.22
93.72
* G . 2 2
Vb. 72
101.22
103.73
106.23
108. 73
111.23
113,73
116.23
118.73
121.23
123.73
126.24
128.74
13K24
133.74
136.24
138.74
141.24
143.74
146.25
148.75
151.25
153.75
156.25
158.75
161.25
163.75
166.26
168.76
171.26
173.76
88.97
91.47
93. 97
'-i 0.47
9iJ.<37
101.47
103.98
106.48
108.98
111.48
113.98
116.48
116.98
121.48
123.98
126.49
128.99
131.49
133.99
130.49
133.99
141.49
143.99
146.50
149.00
151.50
154.00
156.50
159.00
161.50
164.00
166.51
169.01
171.51
174.01
89.22
91.72
94.22
96-7,:
99.22
101.72
104.23
106.73
109.23
111.73
114.23
116.73
119.23
121. 73
124.24
126.74
129.24
131.74
134.24
136.74
139.24
141.74
144.24
146.75
149.25
151.75
154.25
156.75
159.25
161.75
164.25
166.76
169.26
171.76
174.26
89.47
91.97
94.47
9&. ~->7
9s. 47
101.97
104.48
106.98
109.48
111.98
114.48
116.98
119.48
121.98
124.49
126.99
129.49
131.99
134.49
136.99
139.49
141.99
144.49
147.00
149.50
152.00
154.50
157.00
159.50
1*2.00
164.50
167.01
169.51
172.01
174.51
89.72
92.22
94.72
97.22
99.72
102.22
104.73
107.23
109.73
112.23
114.73
117.23
119.73
122.23
124.74
127.24
129. 74
132.24
134.74
137.24
139.74
142.24
144.75
147.25
149.75
152.25
154.75
157.25
159.75
162.25
164.75
167.26
169.76
172.26
174.76
-------
LOCATION: ANAHEIM
LECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 250 PPM CAL. DATE: 01/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
0.8
PAGE * OF
0.9
70.0
71.0
72.0
73.0
74.0
75.0
76.0
77.0
78.0
79.0
80.0
81. 0
J 82.0
N 83.0
> 84.0
85.0
86.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
175.01
177.51
180.01
152.51
1 03. Oi
187.52
190.02
192.52
195.02
197.52
200.02
202.52
20b.02
207.53
210.03
212.53
215.03
217.53
220.03
222.53
225.03
227.54
230.04
232.54
235.04
237.54
240.04
242.54
245.04
247.55
175.26
177.76
180. 2b
152. 7u
165.20
187.77
190.27
192.77
195.27
197.77
200.27
202.77
205.27
207.78
210.28
212.78
215.28
217. fti
220.23
222.78
225.28
227.79
230.29
232.79
235.29
237.79
240.29
242.79
245.29
247.80
175.51
178.01
180.51
133.01
Itiz.bl
188.02
190.52
193.02
195.52
193.02
200.52
203.02
205.52
208.03
210.53
213.03
215.53
218.03
220.53
223.03
225.53
228.04
230.54
233.04
235.54
238.04
240.54
243.04
245.54
248.05
175.76
178.26
180.76
! ? .3 . ? u
1 d ~J . V o
iee.27
190.77
193.27
195.77
198.27
200.77
203.27
205.77
208.28
210.78
213.28
215.78
218.28
220.76
223.28
225.78
228.29
230.79
233.29
235.79
238.29
240.79
243.29
245.79
248.30
176.01
176.51
161.01
1 8 ':, . D i
It6.02
188.52
191.02
193.52
196.02
198.52
201.02
2C3.52
206.02
2C8.53
211.03
213.53
216.03
218.53
221.03
223.53
226.03
228.54
231.04
233.54
236.04
238.54'
241.04
243.54
246.04
248.55
176.26
178.76
181.26
ia^. 76
lob. 27
188.77
191.27
193.77
196.27
198.77
201.27
203.77
206.27
208.78
211.28
213.78
216.28
218.78
221.28
223.78
226.28
228.79
231.29
233.79
236.29
238.79
241.29
243.79
246.29
248.80
176.51
179.01
181.51
18*1. 01
Io6.32
189.02
191.52
194.02
196.52
199.02
201.52
204.02
206.53
209.03
211.53
214.03
216. 53
219.03
221.53
224.03
226.53
229.04
231.54
234.04
236.54
239.04
241.54
244.04
246.54
249.05
176.76
179.26
181.76
184.26
166.77
189.27
191.77
194.27
196.77
199.27
201.77
204.27
206.78
209.28
211.78
214.28
216.78
219.28
221.78
224.28
226.78
229.29
231,79
234.29
236.79
239.29
241.79
244.29
246.79
249.30
177.01
179.51
182.01
18-.^ I
lb'i.02
189.52
192.02
194.52
197.02
199.52
202.02
204.52
207.03
209.53
212.03
214.53
217.03
219.53
222.03
224.53
227.04
229.54
232.04
234.54
237.04
239.54
242.04
244.54
247.04
249.55
177.26
179.76
182.26
184.76
187.27
189.77
192.27
194.77
197.27
199.77
202.27
204.77
207.28
209.78
212.28
214.78
217.28
219.78
222.28
224.78
227.29
229.79
232.29
234.79
237.29
239.79
242.29
244.79
247.29
249.80
-------
_LOCAIJ.QN_: ANAhElM_ .
INSTRUMENT: TECO-CL
DEFLECTION TO CONCENTRATION CONVERSION TABLE
.POLLUTANT: NOX RANGE: 0_r 1000 PPM CAL. DATE: 02/14/75
TKAIN: MASS PIC: MALLOW
PAGE 1 OF
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON ThE CUMPUCGRP MODEL 4 ) YIELDS COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = AlO) + A ( 1 ) *Dt FLEC T1UN -« A I 2 ) * ( DEFLECT1CN**2 ) + - - - - t- A ( ^ )* { DEFLECTI ON**^)
A(C) = 0
All) = O.V930bl32D+01
*
CALIBRATION POINTS CALCULATED VALUES
DEFLECTION CONCENTRATIUN DEFLECTION CONCENTRATION DIFFERENCE
0.0
62.1
8/S.8
9t.l
SERROR
0.0
234.0
blb.O
E5<».G
9ol.O
0.0
23.4
62.1
fcb.U
9b. 1
O.t
232.7
M7.0
E&2.3
97H.5
-1.3
-1.0
c.3
-6.5
-0.542
-0.155
0.975
-0.658
-------
LOCATION: ANAHEIM
OFFLtCTlON
0.0
DEFLECTION TO CONCENTRATION CONVERSION TAtLE
\
POLLUTANT: __ NOX RANGE: 0 - 1000 PPM CAL. DATE: 02/14/75
CONCENTRATION
0.1 0.2 0.3 C.4 0.5 0.6 0.7
PAGE 2 OF 4- . _..
0.8 0.9
u.O
1.0
2.0
3.0
4.0
5.0
6.0
7.0
9.0
9.0
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0 _
22.0
23.0
24.0 _.
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
0.36
10.29
20.22
3 0 1 f>
**0 * 0 tf
iO.Ol
59.9«»
69. til
79.80
HM.73
99.66
109.5v
119.52
129. s5
139.39
149.32
159.25
169.18
179.11
189.04
198.97
2u8.?0
218.83
22b-76
233.69
2
-------
LOCATION:^. ANAHEIM.
DEFLECTION
0.0
NJ
DEFLECTION TO CONCENTRATION CONVERSION TABLE
....POLLUTANT:_ _NOX RANGE:..0 -.1000 PPM .. CAL. DATE: 02/14/75
CONCENTRATION
0.1 0.2 0.3 0.4 O.b 0.6 0.7
PAGE 3 OF....*
O.a 0.9
35.0
36.0
37.0
3«i .0
39.0
40.0
41.0
4<_.0
43 .0
41-. 0
45.0 _..
46.0
47.0
48.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
5V. 0
60.0
61.0
C2.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
347.93
357. fa6
367.79
377.72
307. b5
397. 5B
407.51
417.44
427.27
437.30
4H-7 .23
457.16
-.07.0V
477 .0^
4bb.95
496.68
5^6. bl
5 1 6 . 74
526.68
5;6.61
5t6.54
556.47
566.40
570.33
5b6. 26
59o. IV
6C6.12
616.05
625. 9b
635.91
645. t?4
655.77
665.70
675.63
685.56
348.92
350. B5
3t>b.78
376.71
3fa8.h4
39tf.57
403.50
4lc.^3
i-2b. 36
43t>.2v
4n«i.22
458.15
4t>b.0«
476.02
4b7. 95
4 97. Bii
507.81
M7.74
527. b7
537. tO
547.53
557.46
5o7.39
577.32
5b7.25
597.18
607.il _.
c 1 7 . 04
626.97
636.90
646. 83
656.76
666.70
676.63
6b6.56
349.91
359.84
369.77
379.70
389.63
399.56
409.49
419.43
429. 36
439.29
449. 22
459.15
4^9. O8
479.01. .
488.94
49b.&7.
5U6.8U
51S.73
526. bt»
53S.59
54c.52
55H.45 ....
5c8.38
576.31
5H8.24
59 £.17
. .608.11
o!8.C4
62 7 . 97
637.90
647.83
65 7.76
667.69
677.62
687.55
35o. 91
360.84
370.77
3a0.70
3->0.b3
400.^.6
410.49
420 .-+2
430.35
440.28
450.21
460. 14
4VO. o7
tdo.oo
^b9.93
499.b6
509.79
519.72
529.65
539. 5b
549.52
55V. n5
569.38
579.31
5b9.24
599.17
.609.10
619.03
628.90
638. b9
640. B2
656.75
668.68
678.61
688.54
351.90
361.83
371.70
381.69
391.62
401.55
411. 4S
421.41
431.34
441.27
451.20
461.13
471.06
480.99
490.93
500.86
510.79
520.72
530.65
540. 5b
550.51
560.44
570.37
530.30
590.23
600.16
610.09
620.02
629.95
639.88
649.81
659.74
669.67
679.60
6»9.54
352. fc9
362.32
372.75
382. 6H
392.61
402 .54
412.47
422. 'O
432.34
442.27
452.20
462. 13
472.06
481.99
491.92
501.85
511.78
521.71
531.64
541.57
551.50
561.43
571.36
581.29
591.22
601.15
611.06
621 .01
630.95
640.88
650.81
66O.74
670.67
680.60
690.53
353.88
363.81
373.75
383.68
393.61
403.54
413.47
423.40
433.33
443.26
453.19
463.12
473.05
482.98
492.91
502.84
512.77
522.70
532.63
542.56
552.49
562.42
572.36
582.29
592.22
602.15
612.08
622.01
631.94
641.87
651.80
661.73
671.66
681.59
691.52
354. aa
364.81
374.74
384.67
394.60
404.53
414.46
424.39
434.32
444.25
454.18
464.11
474.04
483.97
493.90
503.83
513.77
523.70
533.63
543.56
553.49
563.42
573.35
583.28
593.21
603.14
613.07
623.00
632.93
642.86
652.79
662.72
672.65..
682.58
692.51
355.87
365.80
375.73
385.66
395.59
405.52
415.45
425. 3b
435.31
445.24
455.18
465.11
475.04
484.97
494.90
504. C3
514.76
524.69
534.62
544.55
554.46
564.41
574.34
584.27
594.20
6O4. 13
614.06__
623.99
633.92
643.36 _
653.79
663.72
673.65
683.58
693.51
356.86
366.79
376.72
386.65
396.59
406.52
416. n5
426. 3S
436.31
446.24
456.17
466.10
476.03
485.96
495.89
505.62
515.75
525.68
535.61
545.54
555.47
565.40
575.33
585.27
595.20
605.13
615.06
624.99
634.92
644.85
654.76
664.71
674 .64
684.57
694.50
-------
LOCATION:. ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
PULLUTANT: . .NOX RANGE: o - 1000 PPM CAL. DATE: 02/14/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
PAGE 4 OF
0.8
0.9
70.0
71.0
72.0
73.0
7t.O
75.0
76.0
77.0
78.0
7V. 0
to.o
Hl.O
V u2.U
N| 83.0
^* 8t.O
8">.0
bb.O
o7.0
88.0
89.0
90.0
91.0
92.0
93.0
Vt.O -
95.0
96.0
97.0
9W.O
99.0
69'_>.4V
/C'5.t2
715.35
725.2V
735.22
7t5.1!:
755. Ob
765.01
77n .94
7e4.lO
7V4.80
bOt.73
Olt. to
b24.59
034.52
344. t5
f»5t.3B
Lbt. 31
87t . 24
8bt.l7
89t. 10
90 4 . 0 3 . .
91i.97
923.90
V33.U3 ...
9t3.7o
953.69
963.62
97i.55
9t3.-»8
C-V6.49
7lb.t2
716. i5
72b.28
7 3 c. . 2 1
7tb.lt
7ib.07
766. OU
775.93
78 5. Bo
795.79
b(.'5.'/^
b!5.o5
82^.58
835.51
845. it
JJ55.37
ob5.il
b75.97. tB
707. tl
717.34
727.27
137.20
747. 13
757.00
7b6.99
776.92
786.85
790.79
1-06.72
tlb.65
626. 5«
d36.51
B46.«t4
850.37
t66.30
«.76.2i
ea&.i6
B96.09
906.02
915.95
925.68
935.81
9^5. 7t
955.67
965. 6O
975. 5i
9b 5. to
bVn . t7
7Ob.tO
7 It. 33
728.26
73W.20
748.13
75 b .06
7b7.99
777.92
707.05
797.78
807.71
b 1 7 . O4
827.57
637.50
847.43
857.36
067.29
o'H.22
887.15
897.08
907.01.
916.94
926.87
936.81
946,. 7t
956.67
966.60
976.53
986. «»6
b99.t7
709.40
719.33
729.26
73*. 19
7t9. 12
759.05
76b.9b
776.91
788.84
793.77
806.70
tl6.6i
828.56
838.49
848.4?
0?6.35
8bb.28
C78.22
_ 888.15
898.08
.. 908.01
917.94
927. b7
937.80
947.73
957.06
_ 967.59
977.52
987.45
700. tb
710.39
720.32
730.25
740.18
750.11
760 .04
769.97
779.90
789.83
799.76
b09.69
619.63
B29.56 .
839. t9
849.42
859.35
869.28
879.21
889.14
899.07
909.00
91U.93
928.86
938.79
946 .72
958.65
968.58
9V8.51
9bb.44
701.45
711.38
721.31
731.24
7tl . 17
7-Jl.lO
7ol .04
770.97
7li0.90
790.03
800.76
810.09
U20.62
820.55
840.48
850.41
860.34
870.27
080.20
690.13 _
900.06
909.99
919.92
929. b5
939. 7c
949.72
959.65
969.58 _
979.51
989.44
702.45
712.38
722.31
732.24
742.17
752.10
762.03
771.90
781.89
791.82
801.75
811.68
U21.61
631.54
841.47
851.40
861.33
871.26
881.19
891.12
901.06
910.99
920.92
930.«5
940.78
950.71
960.64
970.57
980.50
990.43
703.44
713.37
723.30
733.23
743.16
753.09
763.02
772.9*
782. b8
792.81
802.74
812.67
622.60
832.53
842.47
852. tO
862.33
872.2o
882.19
692.12.
902.05
911. 9b ..
921.91
931.84
941.77 .
951.70
961.03
971.56 _
981.49
991.42
704.43
714.30
724.29
734.22
744. 15
754.08
764.01
773.94
783.88
793.61
803.74
813.67
823.60
833.53
843.46
853.39
863.32
873.25
t>83. la
893.11
903.04
912.97
922.90
932. b3
942.70
952.69
9o2.02
- 972.S6
982.49
992.42
-------
LOCATION: ANAHEIM
INSTRUMENT: CL 125
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 1000 PPM CAL. DATE: 01/15/75
TRAIN: MASS PIC: MALLOW
PAGE 1 OF
THE BEST CURVE FIT PROGRAM (IMPLEMENTED ON THE COMPUCORP MODEL 445) YIELDS COEFFICIENTS FOK THE EQUATION:
CONCENTRATION = A(0) + A(1)^DEFLECT I ON + A ( 2 J * ( DEFLEC HON**2 ) +---- + A(4)*(DEFLECTIGN**4)
A(0) = 0.33619549D+01
if 11 = 0, ?°4£5- 7r. L-fOi
CALI8RATICN POINTS CALCULATED VALUES
DEFLECTION CONCENTKAT1CN DEFLECTION CONCENTRATION DIFFERENCE TERROR
0.0
22.6
61.5
U6.0
98.1
0.0
234.0
618.0
654.0
981.0
0.0
22.8
61.5
86.0
98. 1
3.4
23C.2
615.2
858.9
979.3
-3.8
-2.8
4.9
-1.7
-1.629
-0.453
0.578
-0.172
-------
DEFLECTION TO CONCENTRATION CONVERSION TABLE
LOCATION: ANAHLIM POLLUTANT: NOX RANGE: 0 - 1000 PPM CAL. DATE: 01/15/75 PAGE 2 OF 4
DfcFLECTION CONCENTRATION
0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9
0.0
1.0
2.0
', . 0
4.0
5.0
6.0
7.0
8.0
9.0
10.0
11.0
12.0
13.0
14.0
15.0
16.0
17.0
18.0
19.0
2C.O
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
34.0
3.36
13.31
23.26
j i . ; i
4J. 16
53.10
63.05
73.00
82.95
92.90
102.85
112.80
122.74
132.69
142.64
152.59
162.54
172.49
1S2.44
192.38
202.33
212.28
222.23
232.18
242.13
252.08
262.02
271.97
281.92
291.87
301.82
311.77
321.72
331.66
341.61
4.36
14.31
24.25
34./0
4t.l5
54.10
64.05
74.00
83.95
93.39
103. «4
113.79
123.74
133.69
143.04
153.59
163.53
173.48
183. '+3
193.38
203.33
213.28
223.22
233.17
243.12
253.07
263.02
272.97
282.92
292.86
302.81
312.76
322.71
332.66
342.61
5.35
15.30
25.25
35.20
45. 15
55.09
65.04
74.99
84.94
94.89
104.84
114.79
124.73
134.68
144.63
154.58
164.53
174.48
184.43
194.37
204.32
214.27
224.22
234.17
244.12
254.07
264.01
273.96
283.91
293.86
303.81
313.76
323.71-
333.65
343.60
6.35
16.30
26.24
io. 19
40.14
56.09
66.04
7S.99
85.93
95.88
105.33
115.78
125.73
135.68
145.63
155.57
165.52
175.47
185.42
195.37
205.32
215.27
225.21
235.16
245.11
255.06
265.01
274.96
284.91
294.85
304.80
314.75
324.70
334.65
344.60
7.34
17.29
27.24
37.1=;
47.14
57. C6
67.03
76. 9d
86.93
96. 8a
106.83
116. 7b
126.72
136.67
146.62
156.57
166.52
176.47
166.42
196.36
206.31
216.26
226.21
236.16
246.11
256.05
266.00
275.95
285.90
295.85
3C5.80
315.75
325.69
335.64
345.59
8.34
18.28
28.23
3 1. . i e
48.13
58.08
68.03
77.98
87.92
97.87
107.82
117.77
127.72
137.67
147.62
157.56
167.51
177.46
187.41
197.36
207.31
217.26
227.20
237.15
247.10
257.05
267.00
276.95
286.90
296.84
306.79
316.74
326.69
336.64
346.59
9.33
19.28
29.23
} * . 1 I!
4
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - LOCO PPM CAL. DATE: 01/15/75
CONCENTRATION
O.I 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 3 OF
0.9
3.5.0
36.0
37.0
"ifi.L
39.0
40.0
41.0
42.0
43.0
44.0
45.0
46.0
47.0
48.0
49.0
5G.O
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
351.56
361.51
371 .46
381.-=:
391.36
401.30
411.25
421.20
431.15
441. 10
451.05
461.00
470.94
4b0.89
490.84
500.79
510.74
520.69
530.64
540.58
550.53
560.48
570.43
580.38
590.33
600.27
610.22
620.17
630.12
640.07
650.02
659.97
669.91
679.86
689.81
352.56
362.50
372.45
3 a 2 . -. LI
392.35
402.30
412.25
422.20
432.14
442.09
452.04
461.99
471.94
481.89
491. d4
501.78
511.73
521. t>8
531.63
541.58
551.53
561.48
.571.42
581.37
591.32
601.27
611.22
621.17
631.12
641.06
651.01
660.96
670.91
680.86
690.81
353.55
363.50
373.45
.is:.. 40
393. 3<«
403.29
413.24
423. 19
433. 14
443.09
453.04
462.98
472.93
482.88
492.83
502.78
512.73
522.68
532.62
542.57
552.52
562.47
572.42
582.37
592.32
602.26
612.21
622.16
632.11
642.06
652.01
661.96
671.90-
681.85
691.80
354.55
364.49
374.44
: t-> . ; v
j94 . Jt
404.29
414.24
424. 19
434.13
444.08
454.03
463.98
4 7 3 .. 9 3
483.88
493.83
503.77
513.72
523.67
533.62
543.57
553.52
563.47
573.41
583.36
593.31
603.26
613.21
623.16
633.10
643.05
653.00
662.95
672.90
682.85
692.80
355.54
365.49
375.44
3d5.3^
3'7b.3 j
405.28
415.23
425. Id
435.13
445.08
455.03
464.97
474.92
484.87
494.82
504.77
514.72
524.67
534.61
544.56
554.51
564. 4b
574.41
584.36
594.31
604.25
614.20
624.15
634.10
644.05
654.00
663.95
673.89
683.84
693.79
356. 54
366.48
376.43
'it, '». :, 1
39o . J3
406.28
416.23
426. 18
436, 12
446.07
456.02
465.97
475.92
4fa5.87
495.82
505.76
515.71
525.66
535.61
545.56
555. 51
565.45
575.40
585.35
595.30
605.25
615.20
625.15
635.09
645.04
654.99
664.94
674.89
684.84
694.79
357.53
367.48
377.43
?,nl. 38
397.3Z
407.27
417.22
427.17
437.12
447.07
457.02
466.96
476.91
486«. 86
496.81
506.76
516.71
526.66
536.60
546.55
556.50
566.45
576.40
586.35
596.30
606.24
616.19
626.14
636.09
646.04
655.99
665.94
675.88
685.83
695.78
358.53
368.47
378.42
386.37
398.32
408.27
418.22
428.17
438.11
448.06
458.01
467.96
477.91
487.86
497.80
507.75
517.70
527.65
537.60
547.55
557.50
567.44
577.39
587.34
597.29
607.24
617.19
627.14
637.08
647.03
656.98
666.93
676.38
686.83
696.78
359.52
369.47
379.42
3t9. 37
399. jl
409.26
419.21
429.16
439.11
449.06
459.01
468.95
478.90
488.85
498.80
508.75
518.70
528,65
538.59
548.54
558.49
568.44
578.39
588.34
598.29
608.23
618.18
628.13
638.08
6-48.03
657.98
667.93
677.87
687.82
697.77
360.51
370.46
380.41
390.36
400.31
410.26
420.21
430.15
440.10
450.05
460.00
469.95
479.90
489.85
499.79
509.74
519.69
529.64
539.59
549.54
559.49
569.43
579.38
589.33
599.28
609.23
619.18
629.13
639.07
649.02
658.97
668.92
678.87
688.82
698.77
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 1000 PPM CAL. DATE: 01/15/75
CONCENTRA TION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71.0
72.0
71.0
f .M
7 3^ . t>3
749.50
759.45
769.40
779.35
789.30
799.25
809.19
819. 14
829.09
839.04
846.99
858.94
868.89
878.83
888.78
898.73
908.68
918.63
928.58
938.53
948.47
958.42
968.37
978.32
988.27
700.76
710.70
720.65
730.60
1 4 0 . i b
750.50
760.45
770.40
780.34
790.29
800.24
810. 19
820.14
'830.09
840.03
849.98
859.93
869. Gd
879. H3
889.78
899.73
909.67
919.62
929.57
939.52
949.47
959.42
969.37
979.31
989.26
701.75
711.70
721.65
731.60
741.54
751.49
761.44
771.39
781.34
791.29
801.24
811. 18
821.13
831.08
841.03
850.98
860.93
870.88
880.82
890.77
900.72
910.67
920.62
930.57
940.52
950.46
960.41
970.36
980.31
990.26
702.74
712.69
722.64
732.59
7->2.5^
752.49
762.44
772.38
782.33
792.28
802.23
812.18
822.13
832.08
842.02
851.97
861.92
871.87
881.82
691.77
901.72
911.66
921.61
931.56
941.51
951.46
961.41
971.36
981.30
991.25
7C3.74
713.69
723.64
733.59
7 7
746.52
756.47
766.42
776.36
786.31
796.26
806.21
816.16
826.11
836.06
846.00
855.95
865.90
875.85
885.80
895.75
905.70
915.64
925.59
935.54
945.49
955.44
965.39
975.34
985.28
995.23
707.72
717.67
727.62
737.S6
74 7 ^ I
757.46
767.41
777.36
787.31
797.26
807.20
817.15
827.10
837.05
847.00
856.95
866.90
876.84
886.79
896.74
906.69
916.64
926.59
936.54
946.48
956.43
966.38
976.33
986.28
996.23
708.71
718.66
728.61
738.56
748.51
758.46
768.41
778.35
788.30
798.25
808.20
818.15
828.10
838.05
847.99
857.94
867.89
877.84
887.79
897.74
907.69
917.63
927.58
937.53
947.48
957.43
967.38
977.32
987.27
997.22
-------
LOCATION: ANAHEIM
INSTRUMENT: TECO-CL
DEFLECTION TO CONCENTRATION CONVERSION TABL
POLLUTANT: NOX RANGE: 0 - 2500 PPM CAL. DATE: 01/21/75
TRAIN: 7-M PIC: MALLOW
PAGE 1 OF 4
THE BEST CURVE PIT PROGRAM ( IMPLEMENTED ON THE CQMPUCOHP MODEL 445) YltfLDi, COEFFICIENTS FOR THE EQUATION:
CONCENTRATION = A(0) + A(1)*OEFLECTI ON + At 2 )*( DEFLECT ION*<-2 ) +---- + A(4}*
-------
LOCATION: ANAHEIM
L)EF LECTICN
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABL-E
POLLUTANT: NLX RANGE: 0 - 2500 PPM CAL. DATE: 01/21/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 2 OF 4
0.9
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
8.0
9.0
10. 0
11. 0
12.0
13.0
14.0
15.0
16.0
i ;.o
16.0
19. U
2C.O
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
Oo />
30.0
31.0
32.0
33.0
?< .0
-0.29
27.17
54.57
bl.90
109.17
136.33
163.52
190.60
217.61
244.57
271.45
298.28
325.04
351.74
378.37
404.94
431.45
407.89
484.27
510.59
536.84
563.03
589. 16
615.22
641.22
667. 16
093.03
718.84
744 .58
770. 27
795.88
821.44
846.93
872.36
P 9 7 . 7''
2.46
29.92
57.31
84.63
111.90
139.10
16&.23
193.30
220.31
^47.26
274. 14
300.96
327.71
354.40
381.03
407.60
434.10
460.53
486.91
513.22
^3°.^'
J t 5 . r "
591.77
617.83
643.82
669. .'5
695.61
721.42
747.16
772.83
798.44
823.99
849.4.8
874.90
' rv . ?
5.21
32.66
60,04
87.36
114.62
141.81
168.94
196.01
223.01
249.95
276.82
303.64
33u.39
357.07
383.69
410.23
436.74
463. 18
489.54
515.35
5^?. 09
-\
j ;, i . ^ a
594. 3B
620.43
646.41
672.34
698.20
723.99
749.73
775. 40
801.00
826.54
852.02
877.44
-* 0 '.' 7 "i
7.96
35.40
62.78
90.09
117.34
144.53
171.65
198.71
225.71
252.64
279.51
306.31
333.06
359.74
386.35
412.90
439.39
465.81
492.16
518.47
544, 7<
S ' 0 . ' t-
596.99
623.03
649.01
674.93
700.78
726.57
7-J2.30
777.96
803.56
- 829.09
854.57
879.97
' S . '' >
1C. 71
3fa.l4
65.51
92.82
120.06
147.24
174.36
2C1.41
228.40
255.33
282.19
30d.99
J3D. 73
362.40
389.01
415.55
4s2.04
^tB.'i'j
494.81
521.10
5',?-?.^
5 / ~] . -r -(
599.59
625.63
651. 6C
677.51
703.36
729.15
/ - -. . e i.
7SC.52
831.64
857.11
882.51
or , f\ f
13.45
40.88
68.24
95.55
122.76
149.96
177.07
204.11
231.10
258.02
284.87
311.67
33«.'tU
365.06
391.67
418,20
444.68
471.09
497.44
523-73
5*. -.<»<:
5 /" tn - .. '.
6C2.20
628.23
654. 20
6fiO. 10
705.9^
r' i i , 7?
"2 ' . ^ j
7 " i . ' J
808.67
834.19
859.65
885.05
^ 1 '. . "' 3
16.20
43.62
7C.98
98.27
125.50
152.67
174.78
206.82
233.79
260. 71
287.56
314.34
341.07
367.73
394.32
420.85
447.32
473. 73
500.07
526.35
552,57
5 7 o . "' 2
604.81
630.83
656.79
682.69
708.52
734.29
760.00
785. 65
811.23
836.74
862.20
887.58
, - i ->
18.94
46.36
73.71
101.00
128.22
155.38
162.48
209.52
236.49
263.39
290.24
317.02
3^3.74
370.39
396.98
423.50
449.97
476.37
502.70
528.98
tit- j q
j-ii.33
607.41
633.43
659. 36
685.28
711.10
736.87
762.57
788. 21
813.78
839.29
864.74
890.12
rp '
21.69
49.10
76.44
103.72
130.94
158.10
18r,.19
212.22
239.13
266. OH
292.92
319.69
346.40
373.05
399.63
426.15
452.61
479.00
505.33
531.60
557, SO
33 j.94
610.02
636.03
661.98
667.86
713.68
739.44
765. .14
790.77
816.33
841.84
867.28
892.66
' 7 r, T
24.43
51.83
79.17
106.45
133.66
160.81
187.8°
214.92
241.87
26M.77
295.60
322.37
349.07
375.71
402.29
428.80
455.25
481.64
507.96
534.22
V,0,'.?
'j6b.-^
612.62
638.63
664.57
690.45
716.26
742.01
767.70
79 3.33
818.89
844.38
869.82
89',. 19
i* * ' i r
-------
LOCATION: ANAHEIM
INFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 2500 PPM CAL. DATE: 01/21/75
COMCLN7KATION
0.1 0.2 f.3 L.4 0.5 0.6 0.7
PAGE 3 OF 4
0.9
35. u
36.0
37.0
39. u
40.0
41.0
42.0
43.0
44.0
45.0
^ 46.0
1 47,0
U '* fl * °
1 49.0
50.0
51.0
52.0
53.0
54.0
55.0
56.0
57.0
58.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69.0
923.02
948.26
973.43
!'., '> -
il)2 3* 5^
1048.58
1073.49
109b.35
1123.14
1 147.67
1172.54
1197.14
1221.68
1246.16
1270.57
1294.92
1319.20
1343.42
1367.58
1391.67
1415.70
1439.67
1463.58
1487.42
1511.19
1534.91
1558.56
1582.14
1005.67
1629.12
1652.52
16 75.85
1699.12
1722.33
1745.47
925.^5
950. 78
972.95
- >
i 0 £. O . ^ "^
1051.07
1075.90
1 100. a3
1125.62
1150. 34
1175.00
1199.60
12/4. 1 3
1248.60
1273.01
1297.35
1321.o3
1345.84
1369.99
1394.03
1418. 10
1442 .07
1^65.96
1439.60
1513.57
1337.27
1560.92
1584.50
1608.01
1631.47
1654. 06
1678. 18
170.1.44
1724.64
1747.78
928. Od
953. 30
978.46
i V «..' J» t V '-/
L \j £ ti 1? "^
1053.56
1078.47
1103. 31
1128.09
1152.81
11 77.46
1202.05
1226.58
1251.04
1275.44
1299.78
1324.05
1348. 26
1372.40
1396.49
1420.50
1444. 46
1468.35
1492. 18
1515.94
1539.64
1563.28
1586. 85
1610. 36
1633.81
1657.19
1680.51
1703.77
1726.96
1750.09
.1 -in . e.0
955.02
980.97
7
9
1056.06
1080.96
1105.80
1130.57
1155. ?8
1179.93
1204.51
] 7?
-------
LOCATION: ANAHEIM
INFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVbRSION TABLt
POLLUTANT: NOX RANGE: 0 - 2500 PPM CAL. UATE: 01/21/75
CONCENTRATION
0.1 0.2 O.H 0.* 0.5 0.6 0.7
'.8
PAGE 4 OF
0.9
70.0
71.0
72.0
73. C
1 *! W
75.0
76.0
77.0
78.0
79.0
ao.o
81.0
82.0
83.0
84.0
85.0
86.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
1 768.55
1791.56
1814.51
1 H37.40
I b u 0 . e. i
1862.99
1905.68
1928.32
1950.89
1973.39
1995.84
2018.22
2040.53
2062.79
2084.98
2107.10
2129.16
2151.16
2173.10
2194.97
2216.78
2238.52
2260.20
2281.82
2303.38
2324.87
2346.29
2367.66
2388.96
2410.20
1 770. d5
1793.66
lal6.«0
1 J'x, 9 . DI;
1 tj b i. . '-> U
1835.26
1^07.95
1 ^30.58
1953. 14
1975. t-4
195.01
2087. 19
2109.31
2131.37
2153.36
2175.29
2197\ 15
2218.96
2240.09
2262.37
2283.98
2305.33
2327.01
2348.43
2369.79
2391.09
2412.32
1773. 15
1796. 16
1819.10
1M-* J.97
1 c.6 H. 76
1887.53
1910.21
1932.84
1955.39
1977.89
2000.32
2022.69
2044.99
2067.23
2089.41
2111.52
2133.57
2155.55
2177.48
2199.34
2221. 13
. 2242.86
2264.53
2286.14
2307.63
2329.16
2350.57
2371.92
2393.21
2414.44
1 775.46
1798.45
1821.39
i ' *l H » ? 5
1 o o 7 . 0 ti
1389.80
1912.48
1935.09
1957.65
1980.13
2002.56
2024.92
2047.22
2069.45
2091.62
2113.73
2135.77
2157.75
2179.67
2201.52
2223.31
2245.03
2266.70
2288.29
2309.83
2331.30
2352.71
2374.06
2395.34
2416.55
I 777.76
18CC.75
1823. 6«
: H 4 : . i -.
i u u :> . 3 -t
1892.07
1914.74
1937.35
1959.90
1932. 3d
2004.80
2027.15
2C49.44
2071.67
2093.33
2115.93
2137.97
2159.94
2181.85
2203.70
2225.46
2247.20
2268.86
2290.45
2311.98
2333.45
2354.85
2376.19
2397.46
2418.67
1780.06
1803.05
1825.96
] 3 A .- r L\
i o 7 i . u 1
1694. 34
1917.01
1939.61
1962.15
1904.62
2007.04
2029. 38
2051.67
2073.89
2096.05
2118.14
2140.17
2162.14
2184.04
2205.88
2227.66
2249.37
2271.02
2292.61
2314.13
2335.59
2356.98
2378.32
2399.58
2420.79
1782.36
1805.34
1828.25
1 2 - i . i 0
1 b i -i . b i
1896.61
1919.27
1941.87
1964.40
19d6.87
2009.27
2031.61
2053.89
2076.11
2090.26
2120.35
2142.37
2164.33
2lbf>.23
2208.06
2229.83
2251.54
2273.18
2294.76
2316.28
2337. 73
2359.12
2380.45
2401.71
2422.91
1784.66
1807.63
Ib30.54
i :' U 3 . .'. S
1 o / o i b
1898.88
1921.53
1944.12
1966.65 .
1989.11
2011.51
2033.85
2056.12
2078.33
2100.47
2122.55
2144.57
2166.52
2188.41
2210.24
2232.01
2253.71
2275.34
2296.92
2318.43
2339.67
2361.26
2382.58
2403.63
2425.02
1786.96
1809.93
1832.83
1 B3 '. . 67
,.0 7 o.44
1901. 15
1923.80
1946. 3b
1968.90
1991.35
2013.75
2036.08
2058.34
2080.54
2102.68
2124.76
2146.77
2168.72
2190.60
2212.42
2234.18
2255.87
2277.50
2299.07
2320.57
2342.01
2363.39
2384.70
2405.95
2427.14
1739.26
1S12.22
1835.11
1857.95
1880.71
1903.42
1926.06
1948.63
1971.15
1993.60
2015.98
2038.30
2060.56
2082.76
2104.89
2126.96
2148.97
2170.91
2192.79
2214.60
2236.35
2258.04
2279.66
2301.22
2322.72
2344.15
2365.52
2386.83
2408.07
2429.25
-------
LOCATION: ANAHEIM
INSTRUMENT: TECO-CL
DEFLtCTIOM TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: o - 10000 PPM CAL. DATE: 01/27/75
TRAIN: ?-M PIC: MALLOW
PAGE 1 OF
THE bEST CURVE FIT PKOGRA.M { I IMPLEMENT t[j ON THE CON'P'iCIMP M'JUEL 445) YltLDS COEFFICIENTS FOR Tht EQUATION:
CONCENTRATION = A(0> + A I 1)*UEFLECTIOM + A ( 2 ) * I OF. FL EC T ION <=* I ) * - - - - + A ( 4 ) *( UEh LEC T I ON**4 )
MtO) = 0.10&925221H-U2
A( i ) = 0.9790^ 7040-1-02
CALIbRATlCN
UEFLECI10N
IUN
CALCULATED
DLFLECTILI-J CUNCC-NTRATION UIFFEK^CE
O.U
14.9
24.5
34.8
39.5
U. 0
1 5 1 0 . 0
2400.0
3325.0
3-JaJ.u
0 .0
14.9
24.5
34. d
39 . i
1C. 7
1469.4
240;J.3
3417.7
337/.S
-40. 6
9.3
92.7
-72.2
-2. fc£6
0.308
2.783
-1.8P7
-------
LOCATION: ANAHtIM
UEHECTICN
0.0
DEFLECTION TO CONCkNTRAT1 ON CONVERSION TAbLE
PLLLUTANT: NOX RANGE: 0 - 10000 PPM GAL. DATE: 01/27/75
CO JCL'N TRAT ION
0. 1 0.2 0.3 C.4 " 0.5 0.6 0. I
PAGt
OF
0 .d
0.0
1.0
2.0
3.0
4.0
5.0
6.0
7.0
J.O
9.0
10.0
11 .0
12.0
13.U
14.0
15.0
16.0
17.0
16.0
19.0
2C.O
21.0
22. j
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
I/. .0
10.69
103.oO
206.50
304.40
402 .30
500.21
5 9 a . 1 1
to9o .01
7 9 .} . 9 1
691.62
9* -9. 72
1087.62
Lio5.53
1231.43
1 361.33
1479.23
1577.14
1675.04
1 772.94
1670.84
19oy . 75
20oo . 65
2164.55
22bt .46
2360.36
2453.26
2556.16
2654.07
2751.97
2849.87
2947.77
3045.68
3143.58
3241.48
"^ 1-*. 1^
20.48
113.39
216.29
3 1 4 . 1 9
4L2.09
510.00
OO 7 . 9u
705.60
303.70
901.61
999.51
1U97.41
1195.32
1293.22
1391. 12
14S9.02
1586.93
Io34.d3
1782.73
Icia0.63
1978.54
207o.44
217^.34
2272.25
2370.15
2463.05
2565.95
2663 .86
2 761.76
2659.66
2957.56
3055.47
3153.37
3251.27
' <49. ! t
30.27
126. 18
226.08
323.98
421. fl8
519. 79
61 7.69
71 j.59
513.49
Vll.40
1009. 30
1107.20
.205. 11
1303.01
1400.91
1498. SI
1596.72
1694.62
1792.52
Itt90.42
1983.33
208o.23
2184. 13
2252.04
2379.94
2477.8*.
2575.74
2673.65
2771.55
2869.45
296 7". 35
3065.26
3163. 16
3261.06
33r>3,.-i7
40.06
117.97
235.67
333.77
411.67
529.5H
o2 7.4h
7 2 5 . 3 b
223.23
-921. 19
1019.09
1116.99
1214.90
1 U2.hO
1410.70
1508.60
1606.51
1704.41
1602.31
1900.22
1 9 9 f . 1 2
2096.02
2193.92
2291.33
2 389.73
2497.63
2585.53
2663.44
2781.34
2379.24
2977.15
3075.05
3172.95
3270.85
136?. If
4 9.85
147.76
245.66
343.56
441.46
539.37
63 7.27
735.17
333.08
93C.96
1028.88
1 126.78
1224.69
1322.59
1420.49
1513.39
1616.30
1714.20
1612.10
191C.01
20C7.91
2105.81
22C 1. 71
23C1.62
2399.52
24S.7.42
2595.32
2693.23
2791.13
2839.03
2986.94
3C64.84
3182.74
3280.64
17 J. 5 5
59. 64
157.55
255.45
353. 35
451.25
549. 16
64 7. 06
744. S 6
"42. i7
940. 77
1038.67
1136.57
1234. «8
1332.36
1430.26
152". IS
1626.09
1723. -99
182 I.c9
1919.dO
2017. 70
2115.00
221 3.50
2311.41
2409.31
2507.21
2605. 11
2703.02
2600.92
2898.32
2990.73
3094.63
3192.53
"3290.43
3 3 J p . < 4
f.9.43
1&7.34
2o5.24
36 1.14
4ol.04
558. 95
656.85
754.75
6:j2 . 66
950.56
1046.46
1 146. 36
124t.27
1342. 1 7
1440.07
1537.97
1635.88
1733.78
1831.66
1929.59
2027.49
2125.39
224
764. 34
G62.45
OoJ. 15
1056.25
1156.15
1254. J6
1351. ^6
1449.06
1547.77
1645.67
1743.57
1B41.H7
1939. 38
2037.28
2135. 1 8
2233.08
2330.99
242H.S9
25^6. 79
2624.70
2722.60
2K20.50
2913.40
3016.31
3114.21
3212.11
"3310.01
34-.-17. >?
89.01
166.92
264.82
3G2.72
46'J.63
5^8.53
6/6.43
774.33
87^.24
970.14
10o6.04
1165.94
12o 1.65
1361.75
1459.65
1557.56
1655.46
1753.36
1851.26
1949.17
2047.07
2144.97
2242.87
2340.78
2438.66
2536.58
26.14.49
2732.3V
2830.29
2922.19
3C26.10
3124.00
3221.90
3319.80
<4;7.->i
9H.60
196.71
294.61
392.51
490.42
588.32
686.22
784.12
tU12.03
979.93
1077.03
1175.73
1273.64
1.171.54
1469.44
1567.35
U65.25
I 763. 15
1661 .03
1958.96
2,56.66
2154.76
2*52.66
2350.57
P44H.47
2546. 17
2 o '. 4 . 2 8
2742.18
2840.08
2937.98
3035.89
3133.79
32U.69
3329.59
M.--T .?->
-------
LOCATION: ANAHcIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
PCLLUTANT: wax RANGE: o - 10000 PPM CAL. DATE: 01/27/75
CONCENTRATION
0.1 0.2 0.3 C . 4 0.5 U. 6 0. 1
0.&
PA&t 3 OF
0.9
35.0
36.G
37.0
38.0
39.0
40.0
41.0
42.U
43 .0
44.0
45.o
46.0
47.0
48.0
49.0
50.0
51.0
52.0
53.0
54.0
55.0
56,0
57.0
58.0
59.0
60.0
61,0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
69. "!
3437.29
. 3535.19
3633.09
3731.00
382o,90
3926.80
4024.70
412<:.61
4220.51
4318.41
441o.31
4514.21
4ol2.12
471C.02
4807.93
4905.83
5003.73
5101.63
5199.54
5297.44
5393.34
5493.24
5 5 91.14
5669.05
5786.95
5884.86
5962.76
6020.66
61 /8.56
6276.46
6374.37
6472.27
65/0.17
666S.07
6 7 h S . o ;1
3447.08
3544.98
3 o 4 2 . 8 tt
3740.79
3636.09
3936 .59
4034.49
4132.39
4^30. 30
4328.20
4426.11
4524.01
4621.41
47 19. -'I
4til7.71
4415.62
5013.52
5111.42
3/09.32
5307 .23
5403.13
5503.04
3000.94
3693. b4
3796.74
5694. 64
5992.55
6C90.45
6168.35
6286.25
6384. 16
6482 .06
6579.96
6677.87
ft 77 5. 7 7
3456.87
3554.77
365 2.o 7
3750.56
3646. 48
3946. 36
4044. 2a
4142. 14
4240. J9
4337.94
4435. 89
453 3. 60
+631.7J
4724. 6C
462/.50
4925.41
5023.31
5121.21
5219. 12
5317.02
5414.92
5512.82
5610. 73
5706.63
5006. 5 3
5904.43
6002. 34
6 100. 24
6 1 9 c . 14
6296.05
6393.95
6491.85
6589.75
6637. 66
6 7 8 :, . 5 (j
3466.66
3564.56
3662.46
3760.37
3858.27
3 ^56. 17
4054.07
4151.98
4249.68
434/.78
4445.68
454 3. 5">
464 1.49
4 7 5 :/. i9
4837.30
4935.20
1033. 1C
51 31. CO
5723.91
5326.61
5424.71
5522.61
56?0.52
5716.42
5316.32
5914.23
6012.13
61 10.03
6207.93
6305.34
6403.74
6501 .64
6599.54
6697.45
*.' M5. '<*
34/6.45
3574.35
36 /2.25
3 7 7 C . 1 6
3 CCj 6 C 6
-He 3 . 96
4063.67
4161.77
423 9.67
4357.57
44b3.4 7
4553.30
4 6 5 1 . 2 d
4/49.10
4847.09
4J4-*. 94
5042.89
5140,79
523H.70
3336.60
3434. i>U
5532.41
5e 3C . 3 1
5726.21
5 6 2 1 -. . 1 1
5924.02
6021.92
6119.82
fc217.7*!
6315.62
6413.53
6511.43
66C9.34
6707.24
>- o C 5 . I 4
3466.24
3584.14
3682.04
3779.95
3877.65
39/5. 75
40/3.66
4171.55
4269. 46
4367. 36
4465.2 /
4563. L7
4 6 6 1 . -j 7
4753.97
4856. 87
4954. /fa
5052.66
5150.58
524f3.49
5346.39
5444.29
5542.20
5640. i 0
5736.00
5c35.90
5933. JO
6031. 71
6129.ol
622 7.52
6325.42
6423.32
6521.22
6619. 12
671 7.C3
6 - 1 4 . -1 3
34'>6.03
3593.93
3691.83
3709.74
3 J87.64
39t>5.54
4061.45
.4161.35
4274.25
4377.15
4475.05
45/2.96
46 /O. 86
476o. 76
4«66. 66
4964.57
5062.47
5160.3/
5238.28
5356. 16
5454.08
5551.98
5649. 89
5 /47.79
5345. 69
5943.60
6041.50
61 39.40
o237.30
6335.21
643 i. 11
6531.01
6628.91
6726. 82
hf)/'4. 72
3 50 5. a 2
3^03.72
3701.63
3/99.53
3697.43
3995.33
4093.24
41 91. 14
4289.04
4386.94
4484.84
43o2.75
4680.65
47/8.55
4y 7o.46
4 -(74 .36
50/2.26
5170.16
5263.07
5365.97
5^53.87
556 1 .77
5659.68
5/57.56
5 i 5 5 . * 8
5453.39
605 1 .29
6149.19
6247.09
0345.00
6442.90
6540. P.O
6638.71
6736.61
6 K 3 4 . S 1
3515.61
3613.51
3711 .42
380^.32
3907.22
4GG5.12
4103.02
4200.93
4296.83
4396.73
4494.64
4592.5^
4690.44
4 /bo. 34
4860,25
4964.15
50fiz.05
517^.95
5277.86
5373.76
5473.66
5571.57
5669.47
5767.37
5865.27
5963. ie
606 1.06
6156.96
6256.86
6354.79
6452.69
6550.59
6648.50
6746.40
684*.. 3^
3525.40
3623.30
J721.21
3cl9.11
3917.01
4014.91
4112.32
4210.72
4306.62
4406.52
4504.43
4602.33
4700.23
4746. 13
4f.96.04
4<)93.94
5..-91.34
5169.75
52^7,65
5365.55
5453.45
3381 .36
3079.26
5777.16
5.-75.06
5972.96
6070.87
6 1 6 P . / 7
6266.68
6364.58
6462.48
6560.38
6658.29
6756.19
6 f 5 4 . 0 9
-------
LOCATION: ANAHLIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVEHSIG* TABLE
POLLUTANT: NUX RANGE: 0 - 10000 PPM CAL. DATE: 01/27/75
0.1
0.2
0.3
C . 4
0.5
0.6
0.7
C.8
PfeG-E 4 OK
0.9
70.0
71.0
72.0
73.0
74.0
75. U
76.0
77.0
78.0
79.0
bO.O
81.0
82.0
83.0
84.0
85.0
86.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94.0
95.0
96.0
97.0
98.0
99.0
6863.88
6961 .79
7059.09
7157.59
7255.49
7353.39
7451.30
754-J.20
7647. 10
7745.01
7842.91
7^40.81
d038 . 71
8136.62
8234.52
8332.42
6^30.32
852B.23
8626.13
8724.04
6821.94
3-U9.84
9017.74
9115.64
9213.55
9311.45
9409.35
9507.25
9605.16
9703.06
OU73.67
6971.57
7069.48
7107,39
7265.28
7363. 18
7461 .C9
7558.99
7o5o . o*
7754.80
7852.70
7950.60
dU43 . 50
a!46.4 1
624H.31
8342.21
8440.12
b53«.02
3635.92
B 733.62
8831.73
8929.63
9027.53
9125.43
9223. 3n
9321.24
9419.14
9517.05
9614.95
9712.85
6083. 46
6981.36
7079.27
7177.17
7275.07
7372.98
7470. 8S
7568. 73
7oob. 63
7764.59
7362.49
7960. 39
i05t;. 29
8156.20
8254. 10
8352.00
8 44 -i. 91
8547.81
3645.71
8743.61
8841.52
8939.42
9037.32
9135.23
9233.1 3
9331.03
9426.93
952o. 34
9624.74
9722.64
6^93.25
6991.16
7069.00
7136.96
7284. «6
7 3 >J 2 . 7 7
7 4 U U . 6 7
7578.57
76 7t.47
7774.37
7372.2?
7770. 18
e 0 6 c! . U 9
3165. >9
8263.H9
8301.79
3459.70
8557.60
3653.50
8753.40
6851. U
8949.21
9047. 11
9145.02
9242.92
9340.32
9438.72
9536.62
9634.53
9732.43
6 '-t C 3 . 0 4
7CCC.95
7098.85
71 J6.75
7 2 1 4 . 6 5
7392.55
7490.46
75d8. 30
7odo.27
7784.17
73d2.07
7979.97
bU77.87
8175.78
8273.63
83 71.56
b4c9.48
o 5 e 7 . 3 9
dbfc5.29
y763.20
3361.10
0959.00
905 fc.90
9154.80
^252.71
9350.61
944d.51
95i6.42
^644.32
9742.22
0912.83
7C10. 73
7108.64
7206.54
7304.45
7402.35
7500.25
7 59 e. 15
7696 .'J5
7793.96
7391.30
79i)9. 76
808 7. 06
6185.57
82£.'3.t7
8381.37
H479.23
0577. le
e675.0?
b772.9b
6370.39
8968. 79
9066.09
9164.59
9262.50
9360.40
9458.30
9556.21
9654.11
9752.01
0922.62
7020.53
7118.43
7216.33
73K.23
7V12.14
7510.04
7607.94
7705.84
7803.75
7901 .65
799^.55
8097.46
6195.36
3293.26
8391. 16
34^9.07
d 5 b h . 9 7
d 6 t' 4 . 8 7
U782.77
S8=0.68
f 9 7 & . D 8
9076.48
9174.39
92 72.29
9370.19
9466.09
9566.00
9063.90
97ol.30
6932.41
7030.32
7128.22
7220.12
7324.02
7421.93
<-> 1 9 . 83
7617. 73
7715.64
7313.54
791 1.44
8009.34
3137.25
8205.15
8303.05
8400. J5
8499. 36
85^6. 76
8694 ,b6
B !'i 2 . 5 7
3S90.47
8988. 57
9036.27
9134.18
9282.08
93 79. -*&
9477. c-8
9575. 79
9o 73.o9
9771.59
6942. ?0
7040.1 1
7138.01
7235.91
7333.82
7431.72
752 ''.62
7627.52
7725.41
7823.33
7921.23
8019. 13
8117.04
8214.94
8312.84
8410.75
8508.65
d606.55
8704.45
8802.36
3900.20
8998.16
9096.06.
9193.96
9291.87
9389.77
9467.66
9585. 58
9683.48
9761.38
o"51 .99
7049.90
7147.80
7245.70
7343.01
7441.51
7539.41
7037.31
77J5.21
7 b } 3 . 1 2
79 J1.02
8 J 2 8 . 9 3
B126.83
8224.73
8322.63
8420.54
6318.44
8616.34
8714.24
8612.14
3910.05
9007.95
9105.86
9203.76
9101 .66
9399.56
9497.46
9595.37
9o93.27
9791.17
-------
LOCATION: ANAHtIM
INSTRUMENT: TECO--CL
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 10000 PPM CAL. DATE: 01/22/75
TRAIN: ?-M PIC: MALLOW
PAGE 1 OF
THE BEST CURVE FIT PRCGR>« (IMPLEMENTED ON THE COMPUCORP MODEL 445) YILLDS COEFFICIENTS F0« THE EQUATION:
CONCENTRATION = AlO) + A ( 1 )*DXfLLC Tl ON + A< 2 )* I Dt FLEC T ION**2 ) + --- - + A{ 4 ) * ( DEFLECT I ON**4 )
A(0) = 0
A(l) = 0.98914021D+02
CALIBRATION PC1NTS
DEFLECTION CONCENTRATICN
C.O
14.6
24.0
34.5
39.0
0.0
1510.0
2400.0
3325.0
3950.0
CALCC
DEFLECTION
0.0
14.6
24.0
34.5
39.0
ATEO VALUtS
CONCENTRATION
\, 19.3
DIFFERENCE
TERROR
14stk3 . 5
2393V3
3431. 9\
3 to 7 7 . u \.
-46.5
-6. 7
106.9
- < j . 0
-3.080
-0.280
3.214
1 . 64d
-------
LOCATION: ANAHEIM
DEDUCTION
o.o
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 10COO PPM CAL. DATE: 01/22/75
CONCENTRATION
0.1 0.2 0.3 0.4 "0.5" 0.6 "0.7
0.8
PACE 2 OF
0.9
0.0
1.0
2.0
3.0
4 .0
5.0
6.0
7.0
8.0
9.0
10.0
r\ 11.0
' 12.0
ft? 13*°
^ 14.0
15.0
16.0
17.0
18.0
19.0
20.0
21.0
22.0
23.0
24.0
25.0
26.0
27.0
28.0
29.0
30.0
31.0
32.0
33.0
T«.r,
19.35
11:!. 26
217.18
316.09
415.00
513.92
612.83
711.75
810.66
909.57
1008.49
1107.40
1205.32
1305.23
1404.14
1503.06
1601.97
1 700.89
1799.80
1898.71
1997.63
2096.54
2195.46
2294.37
2393.28
2492.20
2591.11
2690.03
2788.94
2887.85
2986.77
3085.68
3134.60
32B3.51
.22. 72
721.64
620.55
91 V.47
1018.38
1117.29
1^16.21
1315.12
1414.04
1512.95
loll. 86
1710.78
1809.69
1908.61
2007.52
21J6.43
2205.35
2304.26
i:403.18
2502.09
2601.00
2699.92
2 790.83
2897.75
2996.66
3095.57
3194.49
3293.40
3 J 9 2 . 3 ?
39. 13
138.04
236.96
3^35.87
434.79
533.70
632.61
731.53
830.44
929.36
1028.27
1127. 18
1226. 10
1325.01
1423.93
1522.84
Io2l.76
1720.67
Ibl9.58
1918.50
2017.41
2116. 33
2215.24
2314.15
2413.07
2511.96
2610.90
2709.81
2808.72
2907.64
"3006.55
3105.47
3204.38
3303.29
A40?.?l
49.02
147.94
246.85
345.76
444.68
, 543.59
642.51
741,42
340.33
939.25
1038.16
1137. 0«
1235. 9-y
1334.90
1433.82
1532.73
1631-65
1730.56
1824.47
1928.39
2027.30
2 I2o . 2?
2225.13
2324.04
2422.96
2521.87
2620.79
2719.70
2il8.6l
2917.53
30"f6.44"
3115.36
3214.27
3313.19
* ' 1 ? . ! 0
58.91
157.83
256.74
355.66
454.57
553.48
652.40
751.31
850.23
"- v 949. 14
104&.05
1146.97^
1 £4 5 . 60
1344.80
1443.71
1542.62
1641.54
1740.45
1639.37
1938.28
2037.19
<. 136. 11
2235.02
2333.94
2432.85
2531.76
2630.68
272-i. 5-i
2326.5!
2927.42
3026.33"
3125.25
3224.16
3323.08
3 4 ,' 1 , f) Q
68.80
167.72
266.63
365.55
464.46
563.37
662.29
761.20
860.12
959.03
1057.95
1156.66
12^5. 77
"1-354.69
145S.60
1552."!«
1651. 43X
1750.34
1849.26
1948.17
2047.09
21^6. CO
2244.91
2343.63
2442.74
2541.66
2640.57
2739. '.b
2338.^0
2937.31
~ TO 13 6". 2 3
3135.14
3234.05
3332.97
3431 .H8
78. 70
177.61
276.52
375.44
474.35
573.27
672.18
771.09
870.01
968.92
1067.84
1166.75
1 265. 66
1364.58
1463.49
1562.41
1661.32
"1760.23
I 8"H. 15
1958/06
2056.98
2155.39
2254.80
2353.72
24^)2.63
2551.55
2650.46
2749.38
294ti.29
2947.20
3046.12
3145.03
3243.95
"3342.86
? 'i41.77
88.59
187.50
286.42
385.33
484.24
583.16
682.07
780.99
879.90
978.81
1077.73
1176.64
1275.56
1374.47
1473.38
1572.30
1671.21
1770.13
1869.04
1967.95
\2066.e7
2^05,73
226X70
2363.xbl
2462. 52\
2561.44
2660.35
2759.27
2858.18
2957.09
" 3056.01
3154.92
3253.84
3352.75
3,45 l.frft
9U.48
197.39
296.31
395.22
494.14
593.05
691.96
790.88
889.79
988.71
1087.62
1186.53
1285.45
1384.36
1483.28
1582.19
1681.10
1780.02
1878.93
1977.85
2076.76
2175.67
2274.59
2373.50
2472.42
\2571.33
^70.24
276^.16
2868>^7
2966.99s.
3065".90"
3164.81
3263.73
3362.64
3461 .56
108.37
207.28
306.20
405.11
504.03
602.94
701.85
800.77
899.68
998.60
1097.51
1196.42
1295.34
1394.25
1493.17
1592.08
1690.99
1769.91
1888.82
1987.74
2086.65
2 1S5 . ->!
2284.48
2383.39
2482.31
2581.22
2680.14
2779.05
2877.96
2976.88
J075.79'
317X^71
327 3>W
3372.53"
3' 71. 45
-------
LOCATION: ANAHEIM
V
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 10000 PPM CAL. DATE: 01/22/75
CONCENTRATION
0.1 0.2 0.3 0.4 0.5 0.6 0.7
0.8
PAGE 3 OF
0.9
35.0
36.0
37.0
38.0
39.0
40. 0
41.0
42.0
43.0
44.0
45.0
p. 46.0
1 47.0
>B 48.0
10 49.0
50.0
bl.O
52,0
53.0
54.0
55.0
56.0
57.0
52.0
59.0
60.0
61.0
62.0
63.0
64.0
65.0
66.0
67.0
68.0
6 9 . n
3481.34
3580.25
3679.17
3778.08
3877.00
3975.91
4074.32
4173.73
4272.65
4371.56
4470.48
4569.39
4663.30
4767.22
4866.13
4965.05
5063.96
5162.87
5261.79
5360.70
5459.62
5553.53
5657.45
5756.36
5855.27
5954. 19
6053.10
6152.02
6250.93
6349.84
6448.76
654 7.67
6646. 59
6745.50
634 '. . 4 1
3491 v23
3590. rv
3669.06
3787.97
3886.89
3985.80
4064.71
4183.63
4232.54
4381.45
4480.37
4579.28
<+6 76 .20
4777. 11
4b76.C2
4974.94
5073.85
5172.77
5271.68
5370.59
5469.51
55c J . c, 2
5667.34
5766.25
5665.16
5964.06
6062.99
olbL.-'i
6260.82
6359.73
6458.65
6557.56
6656.48
6755.39
i. '".54, 30
3501. 12
3600.04
"X3698.95
3^97.86
3b9"&. 78
\>
3995.69
4094.61
4193.52
4292.43
4391.35
4490.26
4589. 10
4688.09
4787.00
4885.92
4984. 83
5083.75
5152.66
5281.57
5380.49
5 A ? Q . A 0
5 5 7 d , 32
5677.23
5776. It
5875.06
5973.97
6072.89
0 I f I . 0 'J
6270.71
6369.63
6468.54
6567. 46
6666. 37
6765.29
6 8 ',4. 70
3511.01
3609.93
3708.84
3807.76
3906.67
\4005.58
4^4.50
4203>41
4302.X^
4401. 24 V
4500.15
4599.07
^697.^o
4796. H9
4895.81
4994.72
5093.64
5192.55
5291.46
5390.38
5i,«o . 2°
535 J. 21
5687.12
5786.04
5884.95
5983.86
6082. 76
J i. ri 1 . 0 -''
6280,61
6379.52
6478.43
6577.35
6676.26
6775.18
''874 .0"
352C.90
3619.82
3718.73
3817.65
3916.56
4015.47
4114.39
4213.30
4312.21
4411.13
V5.1 0.04
4608..96
470 i . ?K<
4806. 79X
49C5.70
5CC4.61
5103.53
5202.44
5301.36
54CC.27
S^O 'i^ 1 C
- 5 ^ £ - '.. ^,
5697.01
5795.93
5o'->4.34
5993. 7t>
60 7 c . 6 i
h I 9 I . 5 c
629 0 .50
038V.41
6488.32
6587.24
6686.15
6785.07
f cp 3.90
3530.80
3629.71
3728.62
3827.54
3926.45
4025.37
4124.28
4223. 19
4322.11
4421.02
4519.93
4618.85
4 71 7. 76
xx 48 16.68
-VU5.59
5014X>50
5113.42\
5212.33
5311.25
5410.16
5509.07
^ t. L 7 . '3 9
5706.90
5605.82
5904. 73
6003.o4
5102. jo
= 201.-. 7
6300.39
6399.30
6498.21
6597.13
6696.04
6794.96
6093.^7
3540.69
3639.60
3738.52
3837.43
3936.34
4035.26
4134.17
4233.09
4332.00
4430.91
4529.82
4628.74
T 7 £ 7. 65
4826.57
4925.48
5024.39
5123.31
X^222.22
53^1.14
5429^05
^ 5 1 1? /**6
3 o ; 7 . a s\
5716.79
5815.71
5914.62
6013.54
6112.45
o2ll.36
6310.28
6409. 19
6508.11
6607.02
6705.93
6804.85
' 90^- 7A
3550.58
3649.49
3748.41
3847.32
3946.24
4045.15
4144.06
4242.98
4341.89
4440.80
4539.72
4638.63
4737.55
4836.46
4935.37
5034.29
5133.20
5232.12
5331.03
5429.95
552 8. Bt
5c2 7.77
X5726.69
5&&5.60
5924V52
6023.43
6122.34
6221.26
6320. 17
6419.09
6518.00
6616.91
6715.83
6814.74
6913.^6
3560.47
3659.38
3758.30
3857.21
3956.13
4055.04
4153.95
4252.87
4351.78
4450.70
4549.61
4648.52
4747.44
4846.35
4945.27
5044.18
5143.09
5242.01
5340.92
5439.84
5538,75
5o37 ,66
5736.58
5835.49
5934.41
\6033.32
6N132.23
623^.15
6330.^6
6428.98X
6527.89
6626.80
6725.72
6824.63
6C>? 3.55
3570.36
3669.28
3768.19
3867.10
3966.02
4064.93
4163.84
4262.76
4361.67
4460.59
4559.50
4658.41
4757 . 33
4656.24
4955.16
5054.07
5152.98
5251.90
5350.81
5449.73
5548,64
3o47 . -;5
5746.47
5845.38
5944.30
6043.21
6142.12
6241.04
6339.95
, 6438.87
\6537.78
6>>36.70
673X.61
6834.^2
6^3 ''.44
-------
LOCATION: ANAHEIM
DEFLECTION
0.0
DEFLECTION TO CONCENTRATION CONVERSION TABLE
POLLUTANT: NOX RANGE: 0 - 10COO PPM CAL. DATE: 01/22/75
CONCENTRATION
0."X 0.2 0.3 C.4 0.5 ~ 0.6 0.7
0.8
PAGE 4 OF
0.9
70.0
71.0
72.0
73.0
74.0
75.0
76.0
77.0
78.0
79.0
80.0
81 .0
82.0
83.0
84.0
85.0
86.0
87.0
88.0
89.0
90.0
91.0
92.0
93.0
94. C
95.0
96.0
97.0
98.0
99.0
6943.33
7042.24
7141.16
7240.07
7338.96
7437.90
7536.81
7635.73
7734.64
7833.55
7932.47
8031.38
8130.30
8229.21
«32ti. 12
842/.04
8525.95
8624.87
8723.78
8822.70
8921.61
9020.52
9119.44
9218.35
9317.27
9416.13
9515.09
9614.01
9712.92
9811 .84
6953.22
7052.13
7151.05
7249.96
7346.87
7447.79
7546.70
7645.62
7744.53
7843.45
7942.36
8041.27
6140. 19
8239.10
8338.02
843b.93
8535.84
8o34.76
8733. b7
8332.59
3931.50
9030.41
9129.33
9223.24
S327.16
942b.07
9524.98
^623. 90
9/22. til
)62l .73
69^3. 11
706ZV03
7160. 9^
7259.36
7358.77
7457.68
7556.60
7655.51
7754.43
7853.34
7952.25
8051. 17
8150.08
8249.00
8347.91
8446.82
8545.74
8644.65
8743.56
8342.48
3941.39
9040. 30
9139.22
9233. 13
9337.05
9435.96
9534.87
9633.79
9732. 70
9831.62
6973.00
7071.92
7170.83
\J269.75
rJiiB.66
7467V57
7566. 49\
7665.40
77o4.32
7863.23
7962. 14
OObl.06
«I5^.9 7
3253.89
8357.80
8456.71
8555.63
8654.54
8753.46
9352.37
3-751.29
O^C . 20
9149. 11
9248.03
9346.94
9445.86
9544.77
9641.68
9 742.^0
9341.51
6982.89
7091.81
7180.72
7279.64
7378.55
7477.46
7576.38
\76 75.29
7X4.21
7873x12
79 72.04s
8070.95
oi6^. 60
8268.78
H367.69
8466.61
8565.52
8664.43
8763.35
3S62.26
8 9 £ I . 1 !>
90c J . 0 i
9159.00
9257.92
9356.83
9455.75
9554.66
7 5 2 . 4 J
95=1. b4
8288.56
,3387.47
»Ab6.39
S5&5. 30
8684s*!
8763. 13\
8862.04
90^0.96
SG7 i. 87
91/8. 79
9277.70
9376.61
9475.53
9574.44
9673.36
i 772.27
9871.18
7012.57
7111.48
7210.40
7309.31
7408.23
7507.14
7606.05
7704.97
7803.88
7902.80
8001.71
8100.62
8199.54
8298.45
8397.37
8496.28
8595.20
8694.11
8793.02
\8891.93
8990^35
9039.Xb
9188. 68Ss
9287.59
9386.50
9485.42
9584.33
9683.25
978*2.16
9881.07
7022.46
7121.37
7220.29
7319.20
7418.12
7517.03
7615.95
7714.86
7813.77
7912.69
8011.60
8110,52
8209.43
830U.34
8407.26
8506.17
8605.09
8704.00
8802.91
8901.83
9000.74
9099.66
9198.57
^^29 7.4fa
9T9^.40
9495^31
9594. 23X.
9693.14
9792.05
9890.97
7032.35
7131.27
7230.18
7329.09
7428.01
7526.92
7625.34
7724.75
7823.66
7922.58
8021.49
8120.41
6219.32
8318.23
8417.15
8516.06
8614.98
8713.89
3812.80
8911.72
9010.63
9109. S5
9208.46
9307.37
9406.29
9505.20
9604.12
\3J03.03
9&Q1.95
990OVd6
-------
Appendix D
CVS CALIBRATION CURVE
-------
CVS 6UJ&RAT10AJ
IA
I. KuH8£i2. OP DATA PoiUT<> . . w 0 «, 0 0 00 0000
z. UAST ^^iAeas CALdutA-nc/or T>*,< M
3. l£A£»T
4. l>EoPA^5ef <»t\CT ..^.^ooc.eoo^oo**, j M
3)
5. tXTT^ &AOT£12£J> F0(^ GDMP^1tl2_Vw04Lvy6i5 0 . 0 0 e 0 JN
I
OF
/'
PI ft!
LFE
-------
i. 40.9 ,2732
Z, 43.3 .2137
J.44.S ' -27M
4.47.9 .26,93
5.49.9 .24,99
4. 51.7 -2^79
7. £>3,4 .2449
9. 54.0 .2440
9. 5S.7 .2429
10.40.1 .2637
it. 4I.S -2419
r 0.29501542^, -0,
'(40.0, .2738) /55.0,. 2459) /64,0,.Z60|)
-------
-------
Date:
Train
PROPANE INJECTION TEST
CVS Frame #
Dept. #
PIP
Time
I. Calculation of Vmix (Total Volume of Mixture)
A. PB = Barom. Pres. = 3&.O A In. Hg x 25.4
B. P_ = Pump Inlet Dpr
C. P = Pump Inlet Pres. = PB -
PQ = Pump Outlet Pres. = fo .{p In. H_0
En]
/.
E. T = Pump Inlet Temp. =
460°F
F. P
G. N = Pump Revs =
AM
PM
In. H0 x 1.868 =
Time
= /S min; RPM = /J 77. 2-
H. V_ = Pump Vol. per Rev =
I. V,
mix
x N X VQ x .69474 -
ft 3/rev
f t3
II. A. Weight Exp.
Cylinder (gms)
Before
After =
A-
B. Bag Analysis
Bag Deflection Range Concentration (ppm)
Sample £*f. 3<>Q f^ / ,
-------
PROPANE INJECTION TEST
Date: CVS Frame # PIP
AM
Train # Dept. # Time PM
I. Calculation of V . (Total Volume of Mixture)
A. PB = Barom. Pres. = OO. Q Q In. Hg x 25.4 =/,to7.037-mm Hg
B. PZ = Pump Inlet Dpr = 43-.£~ In. H2O x 1.868 =?7.3?00mm Hg
C. P = Pump Inlet Pres. = Pg - P = (f^XD(- L^l^O mm Hg
PQ = Pump Outlet Pres. = <£ Sin. H20 A? ^7 / <^In. H2O
I"* " * X^ * fc^illprf V^- W* 1_ J_\^ ^. J. J_ \^. lw» Xi^ " ^1* -L4 A i. J. ^. V
E. T = Pump Inlet Temp. = //<9 °F + 460°F = 6)7O °R
G. N = Pump Revs = ^EZCtJL-X Time = /^) min; RPM =-
H. VQ = Pump Vol. per Rev = {*£>// ft 3/rev
:. V . =_£xNxVrix .69474 =
mix ^ 0
P
II. A. Weight Exp. B. Bag Analysis
Cylinder (gms) Bag Deflection Range Concentration (ppm)
Before =
-------
Date:
PROPANE INJECTION TEST
CVS Frame # >?O8 ~
PIP
Train #
Dept. #_
Time
I. Calculation of V (Total Volume of Mixture)
A. P_ = Barom. Pres. =
B. P_ = Pump Inlet Dpr =
In. Hg x 25.4
In. H20 x 1.868
C. P = Pump Inlet Pres. = P - P_ =
D. PO = Pump Outlet Pres. =
-------
CVS CALIBRATION CALCULATION SHEET
DATA :
Ambient
Tamb. 7£- °F
Pb 3O*Q*?*n\\z
LFE Serial No.
Constants A
B
FORMULAE :
AF = (
«
LFE _ CVS Pump
AR_£»5 "H00 Tinlp '7£*$
Tinl; 75 ^°F-".. Toutp
Pinl liM "H00 Pinlp 33> 7
Poutp 7i 2-
Counts ^jf/Sc/
Time >J-^
AP 40.9
x . ) = 3A
/ *
°F
o
F
\o
"HP
Hfn
'"/iO
fgkr
LFE A LFE B AP
Pcf= ( -.0736 x )/29.92 = [_
Pb . . Pinl
Q " AF x Pcf X Tcf
99CP S45,12-
Vo ° Q x Tp 760
,RPM 526 PP
Vo - x 552'? x 760
.'j.«P 5^8
Vo =-*^Pfc5 xx » Z732^
TEST SITE
DATE
CVS SERIAL N0_
. P.I.C.
-------
CVS CALIBRATION CALCULATION SHEET
*
DATA:
Ambient LFE
Tamb. *2£ °F AP £ / / "H00
Pb ^^^S^Hg Tinl 73»» F
-'' :;" Pinl /<£ "H00
LFE Serial No.
Constants A
B
FORMULAE: . .:
AF » ( - x . )
CVS Pump
Tinlp 7^'^°F
0
Pinlp 36 ' 1 '\
Poutp f.~2. "n
Counts 4/^O
Time ^p. d H
A p y ^ . s "//
- 3«
LFE A LFE B AP AP
Pcli= ( -.0736 x )/29.92 = /, 0OO
Pb . Pinl
.1
Q = AF x Pcf X Tcf
Vo «r Q x Tp
RPM
760
Vo
Vo
x
o
x 760
TEST SITE_
DATE_
CVS SERIAL N0_
P.I.C.
-------
CVS CALIBRATION CALCULATION SHEET
DATA :
Ambient
LFE
Tamb.
'F
CVS Pump
Tinlp
Tinl
Pinl ./£ "H0
LFE Serial No._
Constants A
B
Toutp
Pinlp
Poutp
Counts
Time
A P
FORMULAE :
AF =
LFE A LFE B
Pcii= ( -.0736 x_
Pb
Q = AF x Pcf X Tcf
Q = x
Vo =
*
1
Vo =
'Vo =
AP AP
V29.92
Pi-al
£L ^
.PM
J&f-o
_IP__
5,26
^***O i
^ Ojto5
X
760
PP
! x 760
>
>
x
37JI
TEST SITE_
DATE_
CVS SERIAL N0_
. P.I.C.
-------
CVS CALIBRATION CALCULATION SHEET
4
DATA:
Ambient LFE
Tamb. 72- °F AP ^.d^'H00
Pb £G.O^"KZ Tinl 7fl2-O ° F
- Pinl /'&& "H/>°
LFE Serial No.
'Constants A
B
FORMULAE: . .-
AF - ( - x )
LFE A LFE B AP
Pcl:= ( -.0736 x )/29.92 =
Pb . Pinl
Q - AF x Pcf X Tcf
Q° x x^.^9l7'a
CVS Pump
TinlD 73' £* °F
o
ToutD *^" F
Pin IP ^/. O '"^0
Poutp &'f ll^o
Counts rf/33
Time 3.O Hfn.
AP ^7. ? -"Mo
- 335:3
AP
/.00O
332, tf
Vo
Vo
Vo
x Tp
760
RPM
x 760
TEST SITE_
DATE_
CVS SERIAL N0_
. P.I.C.
-------
CVS CALIBRATION CALCULATION SHEET
DATA:
Ambient
Tamb. 7?- °F
Pb j^^S^ng
LFE Serial No.
Constants A
B
FORMULAE :
AF = (
LFE CVS Pump
AP (p.O(P"H00 Tinlp "7^ <^
Tinl 73* °F Toutp
Pinl /-55- "H00 Pinlp *?3 . 0
Poutp »'<
Counts ^/ /£
Time 5. G
A P -^7- ?
^» 1 S3 ^t ""41 T
°F
o
F
\
it 1 1
H
'W
«
LFE A
Pc£=
LFE B
-.0736 x
AP
)/29.92
Pb
Pinl
Q = AF x Pcf X Tcf
Vo = Q x Tp
RPM
Vo =
760
x S31. S x 760
Vo
x
X
TEST SITE_
DATE_
CVS SERIAL N0_
. P.I.C.
D-/3
-------
CVS CALIBRATION CALCULATION SHEET
DATA:
Ambient LFE
Tamb. 7P- °F AP ^93 "H00
Pb 3Q.of"V'g Tinl 7-3- ^°F
Pinl /.5^ "H00
LFE Serial No.
Constants A
B
FORMULAE : .:
AF - ( - x )
CVS Pump
Tinlo "7i?.O °F
0
Toutp F
Pinlp 4*f-*f '"tfx
Poutp fc-fl *n
Counts ^//a
Time 3 O H
AP //. 7 'W
LFE A LFE B AP AP
Pcf= ( -.0736 x )/29.92 = /,AO 1
Pb . Pinl
Q - AF x Pcf X Tcf
Q x x 0.^9/7 « 3otL.<£f*>
Vo - Q x Tp 760
RPM
Vo
Vo
x 760
TEST SITE_
DATE_
CVS SERIAL NO
P.I.C,
-------
CVS CALIBRATION CALCULATION SHEET
LFE A LFE B AP
Pcf= ( -.0736 x )/29.92 =
AP
Pb
Q " AF x Pcf X Tcf
Pi-nl
Vo «r_Q_ x Tp
RPM
Vo
Vo
760
PP
^ S3/T x 760
TEST SITE_
DATE_
CVS SERIAL N0_
. P.I.C.
DATA:
Ambient
Tamb. T*2- °F
Pb *&&g<\\z
LFE Serial K7o.
Constants A
B
FORMULAE :
AF = (
4
LFE CVS Pump
j^f ^^__
AP,S87"H00 TinLp 7A5"~ °F
0 °
Tinl 7-0?-^ F . . Toutp ~~ F
Pinl ft *ffa "H00 Pinlp HJ0'I '"{/^o
Poutp <^. / u u r>
Counts ^/^O
Time ,J'O Hin
AP_^J^6 '"/iO
) - »s:*
-------
CVS CALIBRATION CALCULATION SHEET
DATA:
Ambient
Tamb. "°F
Pb SOtyo "Kg
LFE Serial No.
Constants A
B
FORMULAE :
AF - (
LFE CVS Pump
iC o i <
AP ft.O "H00 Tinlp 7/i5
Tinl 7^- °F ' ' Toutp
Pinl /.44 "H^O Pinlp 4?*4*
Poutp %ffe?
Counts 4114-
Time St&
A P 56.6
x . ) ra J2i
°F
0
- F
\o
11 HP
Mfn.
"^o
1.6
LFE A
Pcl> (
LFE B
-.0736 x
AP AP
)/29.92 =
Pb
Q » AF x Pcf X Tcf
Q *« _ x
Vo
Pinl
£.9933 - Ate. OI
x Tp
Vo
Vo
760
PP
x 760
TEST SITE_
^
DATE_
CVS SERIAL NO
P.I.C.
-------
CVS CALIBRATION CALCULATION SHEET
DATA:
Ambient
Tamb. 7*2- °F
Pb 3O.O& "Hg
LFE Serial No.
Constants A
B
FORMULAE :
AF = (
*
LFE CVS Pump
AP ^7Z-"H00 Tinlp "72
Tinl 7£-O°F . Toutp
Pinl A^l/- "H00 Pinlp SZ*
Poutp (£,_
Counts ^/
Tima ?. ,
AD ^"5?
1 «J £/ .
/
x ) = ]
L.O °F
F
.2- '«tft
r^ -H
0 M
7 'W
5/^.r
LFE A LFE B
Pcf= ( -.0736 x_
Pb
' .1
Q = AF x Pcf X Tcf
Q = x
AP
)/29.92 =
Pinl
2/3.71
Vo =_q_ x _Tp__
RPM
Vo «= :
760
PP
x 760
Vo
TEST SITE_
DATE_
CVS SERIAL N0_
P.I.C.
D-/7
-------
CVS CALIBRATION CALCULATION SHEET
DATA:
Ambient LFE
Tamb. "7^ °F ^P ^*&& "H/>°
Pb 3<9-tf6"Hg Tinl 7<2»^°F
Pinl I.4O "H00
LFE Serial No.
Constants A
B .
FORMULAE: . .:
AF - ( - x . )
CVS Pump
Tinlp 7/. 9 °F
o
Toutp F
Pinlp f3»7 '\
Poutp Wif u|^
Counts ^//7
Time 3.O H
A P ^ O * / "//
= 3/f.O
LFE A LFE B AP AP
Pcf= ( -.0736 x )/29.92 = /, 00 f
Pb . Pinl
Q « AF x Pcf X Tcf '
Vo - Q X. Tp 760
Vo
Vo
Pp
x .TJ/.& x 760
.3137
TEST SITE_
DATE
CVS SERIAL N0_
. P.I.C.
-------
CVS CALIBRATION CALCULATION SHEET
4
DATA :
Ambient LFE
Tamb. // °F AP 5^6 / "H00
Pb ^O.ol "Hg Tinl ~)£t &₯
- V. . Pinl /.3? "H00
LFE Serial No.
Constants A
B
FORMULAE : ?
AF = ( - x . )
LFE A LFE B AP
Pc£= ( -.0736 x )/29.92 =
CVS Pump
Tinlp *7/'^ °F
o
Toutp F
Pinlp tf&f \
Poutp (s> . o >ln
Counts ^ 1 10
Time 3'O tf
AP ^/ .8 '"/)
- 311,7
AP
Pb
Q = AF x Pcf X Tcf
Q = x
Pinl
Vo = Q x Tp
Vo
Vo =
760
PP
x S3I.S* x 760
TEST SITE_
DATE_
CVS SERIAL N0_
P.I.C.
-------
CVS CALIBRATION CALCULATION SHEET
DATA:
Tamb.
Pb
Ambient
LFE
F
Tinl "7J.O °F
Pinl
CVS Pump
Tin lp.
Toutp^
Pinlp
LFE Serial No.
Constants A
B
FORMULAE:
AF = (
Poutp
Counts
Time
A P
LFE A
Pcf- (
LFE B
-.0736 x
AP
)/29-92
Pb
Pinl
Q - AF x Pcf X Tcf
Q « x
Vo °...Q
RPM
Vo -
Tp 760
5^a PP
x 532. ST x 760
Vo
TEST
DATE
CVS SERIAL
. P.I.C.
-------
vy*f»lo «t»
,..i«iitii tint
BAROMEJRIC PRESSURE 29.92 IN. MERCURY
* * ' «
WORTHINCTON CORPORATION
CtNUM OFflCI* HAS BISON, NIW JIHStT
-K' Yhi-.-
NA-f\A-/r-XriAr-;-r-\-/' ' 'v : Xr^--.--: ...
^a^g^T^^
yg^J^X- -K~y s--~'-. XX^X-^-^-y^3^ r^~~ -^r t
'-^/-^-/L-: :/'\^-^'/^1^/v <-1I-T- ^>^X.H \-r-H-t-^->
% Z^r.v±rX^T^zirxSrXf vf:ri:
--.! -x-vA\--%-t-X--
^^r^r^x^2:;±^ ' k^;-;viX^^^\r-N-S--| J\;^-x->p;xr.\--'P>
H-^r^^^^oN:] XX1! \lPINo' rX WNJ\ -:-; | >V^ -X->P--':M-": ^I^V^Nrk"^^^
F
i:-
i~
t:
IT-
IF
20 25 30 35 40
50 55 60 65 70 75 tO 85 90 95 ICO 105 110 115
DM BULB TEMPERATURE . G£G3EES F
HfERA'
-&3
ML
rniTTT
7 e 9 10 11 12 13> 14 15 16 17 IS 19 20 21 22 23 24 25 ZS 27 2C
»
-------
O
0
0
0
cvs CALIBRATION" SPEED *4 2/12/15 ' AO'B-IA ANAHEIM ' ''" -' .
INTERCEPT = 0.295015 SLOPfc = -O. 000529
DELTA
* :
40.0
41.0
42.0
43.0
t4.0
45.0
46.0
..47.0
4b.O
*9..C
50. 0
M.O
52.0
53.0
54.0
55.0
56.0
57. C
5b.O
59.0
60.0
61.0
... 62.. 0
63.0
64.0
P
T
»
*
*
*
*
*
W
*
*
*
*
*
*
*
f
*
W
Jf
*
*
*
* *
* *
0.273B
0.2733
0.2728
0.2721
0.2717
0.2712
0.2707
_.0.2701
0.269c
0.2691
0.2otf6
0.26SU
0.2675
0.267C
0.2664
0.265V
0.265
-------
Appendix E
DYNAMOMETER CALIBRATION CURVES
-------
INERTIA
AHP
IHP
1750
2000
2250
2500
2750
3000
3500
4000
4500
5000
5500
STATION #1
7.
8.
8.
9.
9.
10.
11.
12.
12.
13.
13.
7
3
8
4
9
3
2
0
7
4
9
4.3
4.8
5.3
5.9
6.3
6.7
7.5
8.3
8.9
9.6
10.0
DYNO CALIBRATION
BY: A. Valencia
DATE: April 7, 1975
-------
/ 7.
-------
(j .LJ OLSIffifj lAGQBAYQnEES. EK3G.
A Si.h;.M.,n\ I NI.I||II,.;I C.'ii'i'l.llu
ILS'IING ScRVICES DIVISION
DYNAMOMETER CALIBRATION DATA
PERT NO.
37
SHIFT
/
TRAIN
1>yJ1
= AVE. AHP
0. 06073 (4000/
0. 06073 (4000/
0. 06073 (4000/
= AVE.AHP
150.06073 (4000/ /j f £
0. 06073 (4000/
1-2.63
0.06073(4000/
0. 06073 (4000/
= 20
AVE. AHP
= AVE. AHP
DYNAMOMETER MODEL NO.
SERIAL NO.
-------
IHTERTIA
AHP
IHP
IT-PO
2000
2500
2750
3000
OI500
Uooo
'I'D 00
5000
<5SOO<
7-7
8.3
80 ..
9.4
o o
10.3
no .
12.0
TO 7
^« J
4.9
r- L
>'4
6.0
6 5
6.9
,,.,,- 77
8.5
-------
-------
(j LJ QLCaiJ L/iCG£XArCi;nEEa [KB.
^ /.-..(., i .,. i *... , n . . i ..- . . .< ...
itilING SfcRVI»_L$ DIVISION
:*"- " ;" ' "' ' ' '
PEPT NO.
37
SHIFT
I
TRAIN
4* 1
DATE
p-g-7S
P.I.C.
VA-teoc/A
FORMULA: HPd = 0.06073 (Wi/t)
I HP
s
HPd = ABSORBED ROAD HORSEPOWER
0.06073 = CONSTANT
Wi = EQUIVALENT INERTIA
t = ROLL DOWN TIME (SEC.)
AHP
70. 06073 (4000/
0. 06073 (4000/
0.06073 (4 OOO/
= 3.8?
0. 06073 (4000/
= AVE. AHP
0. 06073 (4000/
gy37
0. 06073 (4000/
0. 06073 (4000/
0. 06073 (4000/
= AVE. AHP
- 10 0.06073(4000/ jfl.f
0. 06073 (4000/
fi-0
0. 06073 (4000/
0. 06073 (4000/
= AVE. AHP
\5
0.06073 (4000/
0. 06073 (4000/
0. 06073 (4000/
0. 06073 (4000/
= AVE. AHP
DYNAMOMETER MODEL NO.
SERIAL NO.
-------
INERTIA
1750
2000
2250
2500
2750
3000
3500
4000
4500
5000
5500
AHP
7.7
8.3
8.8
9.4
9.9
10.3
11.2
12.0
12.7
13.4
13.9
IHP
4.4
5.0
5.5
6.1
6.6
7.0
7.8
8.6
9.3
10.1
10.5
Station #1 - DYNO CALIBRATION
BY: A. Valencia Date: February 8, 1975
-------
Appendix F
MECHANIC DEFECT INDUCEMENT RECORDS
-------
FORD CATALYST DEFECTS
Car #1 T161
Type of
Defect
Baseline
Rich Idle
5%
Rich Idle
8%
Intermittant
missfire 10%
Intermittant
missfire 3%
NO EGR
Baseline
Clogged Air
Filter^O
Clogged Air
Filter
5 fold
mSlff^p
& Rich Idle
Ti
Ul
Step #
1
2
3
5
6
8
9
10
11
13
Dwell
28°
30°
30°
28°
28°
28°
o
28
28°
28°
28°
Initial
Timing
12BTC
12BTC
12 ETC
12BTC
12BTC
12BTC
12BTC
12BTC
12BTC
12BTC
Idle
R.P.M.Dr
660
650
630
660
U
P
D
N
U
P
D
N
660
700
650
650
650
625
U
P
D
N
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
Idle Dr
.03
90
5.0
-
.10
35
8.0
350
.70
30
.02
110
.03
320
.m
40
.02
10
.04
.05
.04
.06
5.0
.50
3.00
300
2500N
.06
40
-
-
-
-
.40
75
.02
25
.04
160
.06
450
.04
100
.02
10
40
40
30
65
85
10
.12
250
Notes
Car returned to baseline
Step #4 prior to defect
Car returned to baseline
Step #7 prior to defect
Stock = 2
Masked = 10
Car returned to baseline
Step #12 prior to defect
-------
FORD CATALYST DEFECTS
Car # (cont'd) 161
Type of
Defect
Intermittant
missfire 10%
Plus Idle
System too
Lean
Intermittant
Missfire &
EGR plugged
Baseline
Idle system
too Rich &
EGR Not
Working
Idle system
too rich &
Ignition tim
Idle system
*- f\r\ r- i r*n &
Ignition tim
Idle system
t oo r i ch &
main fuel sy
Baseline
Intermittant
Missfire 3%
Baseline
7»
X.
Test #
14
1 d
1 c
16
11
18
ng advanced
19
ng retarded
20
tern too rich
21
22
23
Dwell
28°
28°
28°
28°
28°
28°
28°
28°
28°
">0°
28
TQ°
28
Initial
Timing
12BTC
l owpr*
1 op'pr*
12BTC
12BTC
18°BTC
6°BTC
12°BTC
12BTC
12BTC
12BTC
Idle
R.P.M.
DR
U
610 P
D
AI n ».
£*£,r>
625
U
700 p
D
N
790
720
750
660
660
660
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
Idle DR
.50
.15
.02
.03
.03
35
.02
20
5.0%
225
2.6
80
.03
35
.03
30
.03
25
.02
50
.03
95
.04
30
2500N
110
150
40
40
.03
30
.03
30
.30
80
.05
50
.05
70
.03
35
.04
25
.03
45
.05
130
.04
40
Notes
Secondary Air disconnected
for all readings
Installed .057" Jets
Stock = .054"
-------
Ford Catalyst Defects
Car #2 T210
Type of
Defect
Baseline
Advanced Basic
Ign-rtisfc
Timing
Baseline
Insufficient
Secondary
Air
Over Rich
Main Fuel
System
High Idle
R.P.M. #1
High Idle
R.P.M. #2
Baseline
Inefficient
Catalyst
Inefficient
catalyst and
10% missfire
Inefficient
catalyst and
Rich Idle
71
°\
Step #
1
2
3
4
6
8
9
10
11
12
13
Dwell
31°
12 ETC
6 ETC
180 ETC
31°
32°
32°
32°
32°
32°
32°
32°
32°
Initial
Timing
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
Idle
R.P.M. Dr
610
610
720
610
800
730
610
610
610
U
650 r
D
N
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
qO
HC
CO
HC
Idle Dr
.03
500
.05
110
.03
500
.03
210
.03
160
.03
120
.03
140
.03
215
.02
200
.06
450
5.0
.15
.50
.04
2500N
.05
120
.03
60
.05
120
.05
120
.05
85
.05
80
.05
90
.05
70
.04
45
.10
70
650
140
120
60
Notes
Clamped off main, air line
Stock output = 6 PSI
Reduced to 3 PSI
Stock Jets = .054
Installed Jets = .057
Car returned to Baseline
Step #5 prior to defect
Car returned to Baseline
Step #7 prior to defect
-------
Ford Catalyst Defects
Car #2 (cont'd) T210
Type of
Defect
Baseline
7
«^
Test #
14
Dwell
32°
Initial
Timing
12 ETC
Idle
R.P.M. D
650
CO/
HC
CO
HC
Idle Dr
.5
190
2500N
.10
60
Notes
-------
Ford Catalyst Defects
Car #3 T236
Type of
Defect
Baseline
Retarded
Timing
(Basic)
Early Power
Valve Circuit
Activation
Baseline
No Secondary
Air Injection
Timing
Over advancing
(vacuum)
Baseline
Rich Idle plus
Intermittant
Missfire of
Spark Plugs
& . Ignition
Timing
Advanced
T
-xl
Test #
1
2
4
5
6
8
9
10
g
12
Dwell
29.5°
29.5°
29.5°
29.5°
29.5°
29.5°
29.5°
29.5°
30°
.
Initial
Timing
12 ETC
120BTC
6UBTC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
18°BTC
Idle
R.P.M. Dr
690
600
690
690
610
690
690
U
750 P
D
N
650
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
Idle Dr
.02
40
.02
30
.02
20
.02
30
.03
25
.02
30
.03
40
5.0
.10
,03
.04
.02
30
2500N
.02
40
.02
40
.04
20
.03
30
.03
25
.02
25
.03
35
175
70
40
30
.01
20
Notes
Installed lU.b Power
Valve, Car returned to
Baseline, Step #3, prior
to defect
Removed 10.5" Power
Valve, Installed Stock
Power Valve
sto*5S 105 15S ?0S
???: t° ,^",°KS W
Car returned to Baseline
step #7, prior to defect
Car returned to Baseline
Step #11 prior to defect
-------
Ford Catalyst Defects
Car #3 (cont'd) T236
Type of
Defect
Baseline
"Reduced sec-
ondary Air
Flow & Rich
main fuel sy
Reduced, sec-
ondary Air
Flow & Lean
Main fuel sy
Increased Id
R.P.M. by 100
& Retarded
Timing
Baseline
?
M
Test #
13
14
tern
15
tern
17
18
Dwell
30°
30°
30°
30°
30°
Initial
Timing
12 ETC
12 ETC
12 ETC
6° ETC
12°BTC
Idle
R.P.M. D
680
650
650
650
690
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
Idle Di
.03
45
.02
35
.02
100
.02
35
.03
50
2 SOON
.03
40
.03
30
.05
80
.02
25
.04
35
Notes
Car returned to Baseline
Step #16 prior to defect
-------
Ford Catalyst Defects
Car #4 T254
Type of
Defect
Baseline
Timing Under
Advancing
(Vacuum)
Centrifugal
Timing
Over advanc ing
Centrifugal
Timing
Underadvancing
Baseline
Vacuum Line
Leaking
PCV Valve
Stuck Closed
PCV Valve
Stuck Open
USAD Not
Working
Baseline
u
Test #
I
2
4
6
7
8
10
11
13
14
Dwell
27
27
27
27
27
27
27
27
30°
30°
..
Initial
Timing
12 BTC
12 BTC
12 BTC
12 BTC
12 BTC
12 BTC
12 BTC
12 BTC
12 BTC
12 BTC
Idle
R.P.M. Dr
680
680
680
680
680
635
615
500
700
700
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
\v
\V
CO
HC
Idle Dr
.02
40
.02
35
.02
35
.02
25
.02
30
.02
30
.03
30
.05
30
\\\V
,\\v
.02
30
2500N
.02
55
.02
40
.02
35
.03
30
.03
25
.03
30
.03
25
.05
20
0\\\\
A\\\
.03
25
Notes
Stock curve:
5" 10" 15" 20"
8° 0° 11° 11°
2*dlfft«d!15» 20"
0° 3° 10° 10°
Stock & Modified Cent. Adv.
q_ 500 750 1000 1500 2000
to~ 0 1 3 7 10 t
... 500 750 1000 1500 2000
M~ 1° 4° 5° 10° 10°
Stock & Modified Cent. Adv.
Q_ 500 750 1000 1500 2000
0° 1° 3° 7° 10°
500 750 1000 1500 2000
0° 2° 4.5° 7° 7°
Returned to Stock Adv.
Meter ed one line from
Christmas Tree. No
missfiring or stalls.
No VSAD1
-------
Ford Catalyst Defects
Car #4 (cont'd) T254
Type of
Defect
Idle System
Rich Plus
USAD Not
Working
Idle System
Rich & Sec-
godary Air
disconnected
Idle system
too. r.icn plus
pcv valve
Blocked
Baseline
Defective
Spark Plug
Baseline
3?
O
Test #
15
16
17
18
19
20
Dwell
30
30
30°
30°
30°
30°
Initial
Timing
12 ETC
12 BTC
12 BTC
12 BTC
12 BTC
12 BTC
Idle
R.P.M. Dr
700 p
D
N
700
600
650
650
650
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
Idle Dr
5.0
.25
3.0
.05
.30
25
.02
.02
0
575
.01
0
2500N
175
130
75
50
.25
20
25
25
0
390
30
25
Notes
NO VSAD:
This test from Car
#210 #2.
-------
Ford Catalyst Defects
Car #5 T175
Type of
Defect
Baseline
Idle System
Lean
Idle System
Low R.P.M.
Idle
Lean Main
Fuel System
Baseline
Disabled Power
Disabled Powei
circuit
EGR Circuit
Reduced Flow
7}
Step #
1
2
4
5
-j
8
Olzt
9b
11
Dwell
26°
26°
26°
_o
26
26°
-x.0
26
30°
30°
30°
Initial
Timing
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
12 ETC
1 O RTP
12 ETC
12 ETC
Idle
R.P.M. Dr
630
U
530 P
D
N
530
4bU
630
630
son
600
650
CO/
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
CO
HC
Idle Dr
.02
40
.35
-
.10
45
.02
30
.02
55
.02
50
.05
100
.05
20
.02
.02
.03
35
2500N
.03
50
_
-
.03
40
.03
30
.04
30
.04
50
.50
80
.05
30
Floated
90 - 200
200
.04
38
Notes
Used 100 R.P.M. Drop
Car returned to Baseline
Step #3 , prior to defect
Stock Jets = .054"
Installed .052"
Car returned to^Baseline
Step fb, prior to defect
otocK Jets .054
Installed
1st Test failed due to
improperly plugged power
circuit causing extreme
flooding.
Re-rdisab^ed power circuit
using original power valve
with plugged holes and
blocked spring - No Leaks 1
Car returned to Baseline
Step #10 Prior to defect
------- |