Red Sensor Lead w/ Clamp - Steelman

The Steelman 06630-R Red Sensor Lead with Clamp is an integral component designed to enhance the diagnostic capabilities of your Steelman ChassisEAR electronic squeak and rattle finder system. This professional-grade sensor lead provides reliable signal transmission, enabling automotive and industrial technicians to accurately pinpoint the source of elusive vehicle and machinery noises during real-time road tests or operational checks.

Key Features

• Direct Compatibility: Engineered specifically for seamless integration with Steelman ChassisEAR diagnostic systems, ensuring optimal performance.
• Super Sensitive Microphone Clamp: Equipped with a highly sensitive microphone and a robust clamp, designed to securely attach to various components and capture subtle sounds.
• Durable Construction: Built with professional use in mind, featuring resilient materials that withstand the demanding conditions of a shop or industrial environment.
• Color-Coded for Easy Identification: The distinct red coloring of the lead facilitates quick identification and organization among multiple sensor leads.
• Reliable Signal Transmission: Ensures clear and consistent audio feedback to the ChassisEAR control unit, crucial for precise noise detection.

Applications

The Steelman 06630-R Red Sensor Lead w/ Clamp is an invaluable tool for diagnosing a wide array of problematic noises in automotive and industrial settings. Technicians can deploy this sensor to identify squeaks, rattles, vibrations, and other errant sounds emanating from engine compartments, transmission cases, drivelines, suspension systems, chassis components, bearings, and more. Its ability to capture noises that only occur under specific load conditions or during vehicle operation makes it essential for thorough troubleshooting.

Specifications

• Manufacturer: Steelman
• Model Number: 06630-R
• Product Name: Red Sensor Lead w/ Clamp
• Color: Red
• Weight: Approximately 0.28 lbs
• Lead Length: Typically 16 feet, allowing for versatile placement across various vehicle locations.