Passenger Air bag module (hereinafter referred to PAB) located at passenger side crush pad protects passenger by reducing impact of collision.
PAB is consist of air bag, pat cover and inflator.
Air bag reduces impact of collision by fillied up gas.
Inflator keeps gas and uses it to deploy air bag on collision.
Never measure resistance of PAB directly, Current of measuring device may cause unexpected air bag deploy.
Dual output type airbag deploys two bags in sequence within specified time difference.
It can protect driver with less impact of gas expention force, that can reduce driver's injury Constituent is the same as single output type airbag.
The SRSCM sets DTC B135200 if the measured resistance value of PAB circuit is more than the threshold value.
*In this case, SRSCM checks if there's any fault in circuit by sending current for a while
Item
Detecting Condition
Possible cause
DTC Strategy
Check Resistance
Poor connection of connected part.
Poor connection between shorting bar and release pin.
Faulty PAB.
Faulty SRSCM.
Enable Conditions
Ignition "ON"
Threshold Value
PAB 1st stage Squib resistance = 7.3?
Diagnostic Time
Qualification
More than 2 sec
De-Qualification
More than 4 sec
Test Condition
Resistance
Ignition ON
1.0O = Squib resistance = 7.3O