B0015 01, B001A 01, B001B 01, B0022 01
The pretensioner control circuit is shorted to voltage for 2 seconds.
B0015 02, B001A 02, B001B 02, B0022 02
The pretensioner control circuit is shorted to ground for 2 seconds.
B0015 04, B001A 04, B001B 04, B0022 04
The pretensioner control circuit is open for 2 seconds.
B0015 0D, B001A 0D, B001B 0D, B0022 0D
The pretensioner deployment loop resistance is greater than 4.2 Ω for 2 seconds.
B0015 0E, B001A 0E, B001B 0E, B0022 0E
The pretensioner deployment loop resistance is less than 1.4 Ω for 2 seconds.
Action Taken When the DTC Sets
The Inflatable Restraint Sensing and Diagnostic Module requests the Instrument Cluster to illuminate the
AIR BAG indicator.
The Inflatable Restraint Sensing and Diagnostic Module will store a DTC, however if an event occurs the
system will still attempt deployments.
Conditions for Clearing the DTC
The condition for setting the DTC no longer exists.
A history DTC will clear once 100 malfunction-free ignition cycles have occurred.
Diagnostic Aid
Note: The following diagnostic aids apply for both current and history DTCs.
An incorrectly installed CPA or incorrectly seated connector can cause a shorting bar to short both control circuits
together. Check the connectors and CPAs if a DTC with symptom byte 02 or 0E is set, to ensure the shorting bars
are not causing the circuits to be shorted together. Shorting bars are used in the locations listed below:
Driver and passenger anchor or retractor pretensioners
Inline connectors – on the side of the harness connector
Harness side of the inflatable restraint sensing and diagnostic module connector
Terminal fretting or incorrectly seated connectors can cause an open/high resistance condition. Check the circuit
terminals for fretting or incorrectly seated connector if a DTC with symptom byte 04 or 0D is set. DTCs of
deployment loops which are in the seat can occur because of stress or damage to the harness due to seat
movement. Move the seat to the full extend of travel while using the scan tool to observe deployment type loop
parameters.
Reference Information
Schematic Reference
https://www.motologic.com/car/2014_chevrolet_equinox_100300468/article/76a01d45c6d6d3382f140fa0b7ec2380 3/7