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High Intensity Light Kit - 35 Watt - Tracer Products

Part #: TP-8120

The Tracer - Spectronics TP-8120 High Intensity Light Kit provides professional technicians with a robust and effective solution for diagnostic illumination. Engineered to deliver powerful 35-watt output, this kit is designed to enhance visibility for leak detection and other inspection tasks in automotive and industrial environments, ensuring thorough and accurate results.

Key Features

  • High Intensity 35 Watt Light: Delivers focused, powerful illumination essential for detecting even faint fluorescent dyes and anomalies.
  • Professional-Grade Dye Light: Optimized for use with fluorescent leak detection dyes, making it an indispensable tool for identifying leaks in various systems.
  • Enhanced Visibility Glasses: Includes specialized glasses designed to amplify the glow of fluorescent dyes, improving detection accuracy and technician efficiency.
  • Durable Blow-Molded Case: Houses all components securely, providing protection during transport and organized storage in the workshop.
  • Glow-Away Cleaner: Formulated to effectively remove residual fluorescent dyes after detection, ensuring a clean finish and preventing false positives during future inspections.
  • Robust Construction: Built to withstand the demands of daily professional use in automotive repair shops and industrial settings.

Applications

The Tracer - Spectronics TP-8120 High Intensity Light Kit is a versatile tool for a range of professional applications. It is commonly utilized by mechanics for detecting refrigerant leaks in automotive AC systems, pinpointing oil and coolant leaks in engines, and identifying fuel system anomalies. Beyond automotive uses, this kit is valuable in industrial maintenance for hydraulic system inspections, HVAC troubleshooting, and other applications where fluorescent dye leak detection is critical for maintaining operational integrity and preventing costly downtime.

Recommended Alternatives

This product was added to our catalog on Friday 16 February, 2007.