Drvr Slide Sir Load Tool Adapt - Kent-Moore

The Kent-Moore J-38715-30A Drvr Slide Sir Load Tool Adapt is an essential diagnostic adapter designed for professional automotive technicians. This specialized tool enables accurate diagnosis of Supplemental Inflatable Restraint (SIR) systems by allowing the use of the J-38715-A Driver/Passenger SIR Load Tool with vehicles featuring updated SIR coil connectors. It simulates a known good inflator module, providing technicians with reliable data to pinpoint issues within the airbag system.

Key Features

• Updated Connector Compatibility: Specifically designed to interface with the newer style SIR coil connectors found in modern vehicles, which the previous J-38715-30 adapter does not fit.
• Maintains J-38715-A Functionality: This adapter ensures that the previously essential Kent-Moore J-38715-A Driver/Passenger SIR Load Tool remains fully functional for diagnostic procedures on vehicles with changed inflator module and SIR coil connectors.
• Inflator Module Simulation: Connects to the male side of the SIR coil connector to simulate a known good inflator module, assisting in accurate system diagnostics.
• Airbag Resistance Simulation: Used to simulate the electrical resistance of the airbag during diagnostic testing, which is crucial for identifying faults.
• Backward Compatibility: This adapter is engineered to work on all previous adaptations, providing versatility for various model years and applications.
• Professional Grade: Manufactured by Kent-Moore, ensuring a durable, reliable, and professional-grade tool designed for demanding shop environments.

Applications

The Kent-Moore J-38715-30A is critical for diagnosing SIR systems in vehicles where the connector between the inflator module and SIR coil has changed. It is specifically applicable to 1999 Driver/Passenger SIR systems, including models such as the 1999 Driver/Passenger SIR CATERA. This adapter is indispensable for technicians needing to simulate the electrical resistance of the airbag for comprehensive diagnostic purposes.