Mini 12 LED True UV Flashlight and Dye Kit - Mastercool

The Mastercool 53582 Mini 12 LED True UV Flashlight and Dye Kit offers professional technicians a robust and efficient solution for identifying refrigerant leaks in automotive and industrial AC systems. This comprehensive kit combines a powerful UV light with a universal dye injection system, designed to streamline diagnostic procedures and enhance accuracy.

Key Features

• Mini 12 LED True UV Flashlight (Model 53512-UV): Specifically engineered to provide optimal fluorescent dye illumination, allowing for clear visualization of refrigerant leaks.
• 1 oz. Dye Injector with Replaceable Cartridge: Delivers precise amounts of universal SAE approved dye, offering up to 10 applications per cartridge for efficient and economical use.
• Universal SAE Approved Dye: Formulated for compatibility with various refrigerant oils and systems, meeting industry standards for effective leak detection.
• R-12 and R-134a System Compatibility: Includes a low side hose and R-12 adapter, facilitating seamless integration with both classic R-12 and contemporary R-134a automotive air conditioning systems.
• Protective UV Glasses: Safeguard the technician's eyes from UV exposure while simultaneously enhancing the visibility of the fluorescent dye during inspection.
• Service Information Labels: Provides critical documentation for completed leak detection and repair services.
• Durable Clamshell Packaging: Ensures all components remain organized and protected for transport and storage within a professional workshop environment.

Applications

This Mastercool kit is an indispensable tool for automotive mechanics and HVAC technicians engaged in routine maintenance, diagnostics, and repair of vehicle air conditioning systems. It is ideally suited for precisely locating refrigerant leaks in critical components such as compressors, condensers, evaporators, hoses, and fittings in both R-12 and R-134a systems. The combination of precise dye injection and a powerful UV flashlight facilitates accurate and efficient leak identification, thereby reducing diagnostic time and improving overall repair accuracy.