#1 SENSOR FOR JSP97202 - Steelman

The Steelman 97202-02 #1 Sensor for JSP97202 is a vital replacement component designed for the Steelman 97202 Wireless ChassisEAR Diagnostic Device, serving as the channel #1 wireless transmitter. This professional-grade unit acts as a high-powered wireless stethoscope, enabling technicians to accurately detect and pinpoint the source of troublesome squeaks, rattles, and other errant noises throughout a vehicle's chassis, engine, and axles. It facilitates real-time diagnostics during standard operation, capturing sounds often impossible to duplicate in a static repair stall.

Key Features

• Direct Replacement: Engineered as a precise replacement for the channel #1 wireless transmitter of the Steelman 97202 Wireless ChassisEAR system, ensuring seamless integration and restoring full diagnostic functionality.
• Wireless Transmission: Transmits identified noises up to 50 feet to the ChassisEAR receiver, providing flexibility for use on various vehicle sizes.
• Versatile Attachment: Features both a built-in spring clip and integrated magnets, allowing for secure and strategic placement in diverse locations across a vehicle.
• Accurate Noise Pinpointing: Designed to help diagnose issues such as faulty fuel injectors, worn bearings, gears, suspension components, transmissions, differentials, and CV joints.
• Active Transmission Indicator: Includes an LED indicator light to confirm when the unit is actively transmitting audio data.
• Professional Durability: Constructed to withstand the demanding conditions of professional automotive and industrial repair environments.
• Battery Operated: Powered by 4 AAA batteries (not included), providing portable and reliable operation.

Applications

The Steelman 97202-02 #1 Sensor for JSP97202 is an indispensable tool for professional automotive mechanics and industrial technicians utilizing the Steelman 97202 Wireless ChassisEAR system. It is ideal for comprehensive vehicle diagnostics to locate difficult-to-trace noises originating from various mechanical and structural components. Common applications include troubleshooting squeaks in suspension systems, rattles from engine components, and abnormal sounds from drive train elements, ensuring more accurate and efficient repairs.