Walker 210-1396 Cabin Air Temperature Sensor

Cabin Temperature Control for Mustang

Walker 210-1396 is a cabin air temperature sensor for automatic climate control systems. It monitors interior temperature and sends a steady signal to help the HVAC system regulate airflow, heat, and A/C output in Ford Mustang models.

Key Features

• OE replacement cabin air temperature sensor
• High-quality thermistor for real-time interior temperature readings
• Durable sensor housing for stable operation in changing cabin conditions
• Black connector with oblong shape
• 2-wire, 2-terminal design with pin terminals
• Female connector and male terminals for factory-style connection
• Exact-fit replacement for the original sensor location

Detailed Description

Walker Products 210-1396 is built to restore accurate cabin temperature feedback to the climate control system. The sensor uses a thermistor-based design to measure passenger-compartment temperature and maintain consistent signal output as conditions change from sun load, body heat, and HVAC cycling. For 2015-2022 Ford Mustang applications, this part supports precise automatic temperature regulation and factory-style integration. This part cross-references Standard Ignition AX357 for the same application.

Common Issues It Can Help Resolve

• Inconsistent cabin temperature readings
• Automatic climate control that cycles too warm or too cold
• Delayed HVAC response to interior temperature changes
• Loss of accurate feedback to the climate control module
• Comfort complaints caused by a faulty interior temperature sensor

Installation Notes and Tips

Fits 2015-2022 Ford Mustang, N/A. Verify the connector shape, terminal style, and wire count against the original sensor before installation. The oblong black female connector with 2-pin layout is designed for direct connection to factory wiring in the original sensor location. Confirm part number 210-1396 against the removed sensor and vehicle build details before service.

Quality Assurance

Walker cabin air temperature sensors are engineered as OE replacement components and built to meet or exceed OE performance specifications for resistance-to-temperature response and signal stability.