
Description of the Configuration File
Volume 2, Rev 2 6/28/04
Section 9 - Page 7
Channel 6 - HumSen
Channel 6 is the input for the humidity sensor used to measure the
humidity of the air. It is used by Channel 120 to calculate relative
humidity. This channel has a coefficient of 1.000, no auto zero, and is
filtered at 7. Changing the values for this channel is not recommended.
Changing the coefficient will alter the values displayed by channel 120,
thus requiring no calibration.
0.655 3.195 volts
0.655 3.195 volts
Channel 7 - Freq 1
Channel 7 is used to measure the frequency from auxiliary sensors such
as airflow or fuel flow measurement turbines. The coefficient for this
channel is 1.000, with a maximum input frequency of 5000 hz. It is set for
automatic filtering, to allow changes via a test profile. It is set for no
zeroing. Changing the coefficient will alter the values displayed.
0.000 5000 hz
0.000 5000 hz
Channel 8 - Freq 2
Channel 8 is used to measure the frequency from auxiliary sensors such
as airflow or fuel flow measurement turbines. The coefficient for this
channel is 1.000, with a maximum input frequency of 5000 hz. It is set for
automatic filtering, to allow changes via a test profile. It is set for no
zeroing. Changing the coefficient will alter the values displayed.
0.000 5000 hz
0.000 5000 hz
Channel 9 - Tach
Channel 9 is used to measure the frequency from auxiliary sensors such
as ignition module tachometer output or optical speed sensor signals. The
coefficient for this channel is 1.000, with a maximum input frequency of
5000 hz. It is set for automatic filtering, to allow changes via a test profile.
It is set for no zeroing. Changing the coefficient will alter the values
displayed. In the default configuration the frequency output is combined
with Channel 83, Spark Pulses per Revolution, to calculate the engine
speed in Channel 125. Channel 9 can alternatively be used for other
frequency inputs such as an air turbine if desired (requires changes to the
configuration file).
0.000 5000 hz
0.000 5000 hz
Содержание AutoDyn
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Страница 5: ...1 General Information...
Страница 10: ...S Y S T E M O V E R V I E W Section 2 Page 1 2 System Overview...
Страница 24: ...P A C K A G I N G A N D H A N D L I N G Section 3 page 1 Packaging and Handling 3...
Страница 29: ...T E S T A R E A R E Q U I R E M E N T S Section 4 page 1 4 Test Area Requirements...
Страница 40: ...I N S T A L L A T I O N Section 5 Page 1 5 Installation...
Страница 55: ...6 System Operation...
Страница 60: ......
Страница 78: ...H A N D H E L D C O N T R O L L E R Section 7 Page 1 7 Handheld Controller...
Страница 104: ...8 Theory Of Testing...
Страница 114: ...Theory Of Testing Volume 2 9 10 04 Section 8 Page 13 Figure 8 1 Frontal Area Coefficient of Drag US...
Страница 115: ...AutoDyn Operators Manual Section 8 Page 14 Theory Of Testing fm Figure 8 2 Frontal Area Coefficient of Drag Metric...
Страница 123: ...9 Description of the Configuration File...
Страница 172: ...20 Service and Calibration...
Страница 178: ...S E R V I C E A N D C A L I B R A T I O N Section 20 page 7 20 2 Maintenance record...
Страница 193: ...A General Testing Information Appendix...
Страница 205: ...B Fundamental Concepts to Obtaining Superior Repeatability Appendix...