Pro Compact Clip-in A/C Dye Injector System - Cliplight

The Cliplight 9528KIT Pro Compact Clip-in A/C Dye Injector System provides professional technicians with a precise and efficient method for UV dye injection into modern automotive and light commercial HVAC systems. Its robust, clip-in design ensures secure and consistent dye delivery, even within restrictive engine compartments, streamlining critical leak detection and diagnostic procedures.

Key Features

• Secure Clip-in Connection: Offers a positive and repeatable attachment to A/C service ports, significantly reducing setup time and minimizing potential refrigerant leaks at the connection point.
• Compact Profile: Engineered with a slim body to easily navigate densely packed engine bays, allowing convenient access around hoses, brackets, and bulkheads.
• Precise Dye Delivery: A heavy-duty, precision-machined piston drive ensures controlled and consistent UV dye injection. One complete revolution of the actuator precisely injects a single dose, sufficient for most car A/C systems, enhancing diagnostic accuracy.
• Broad System Compatibility: Compatible with R-134a and R-1234yf automotive A/C systems. The universal dye is also suitable for common light commercial HVAC setups when utilized with appropriate fittings and adapters.
• Durable, Professional-Grade Construction: Built for the demands of daily professional service, this injector features a precision-machined brass body with a chromed piston drive for extended operational life. A protective rubber cushion on the injector body and actuation handle provides a comfortable, non-slip grip.

Applications

The 9528KIT is an essential tool for pinpointing refrigerant leaks in passenger cars, light trucks, and fleet vehicles. It is also suitable for small commercial refrigeration or HVAC units when used with the correct adapters. Technicians can effectively employ this system during A/C performance diagnostics, after component replacements (e.g., compressors, condensers, or evaporators), and as part of routine maintenance to verify system integrity. This system supports quicker repair approvals and helps reduce costly comebacks by making leaks visible and verifiable.