ROBINAIR BOTTLE - Robinair

The Robinair 548905 Oil Injector Dye Bottle is an indispensable tool designed for professional automotive and industrial technicians maintaining critical AC systems. This precision component facilitates the accurate introduction of both system oil and leak detection dye, essential for optimal system performance and efficient diagnostics. It plays a crucial role in ensuring the longevity of AC compressors and enabling the rapid identification of refrigerant leaks, thereby minimizing downtime and repair costs.

Key Features

• Dual-Purpose Functionality: Engineered to precisely inject both AC system oil and fluorescent dye for comprehensive maintenance and effective leak detection.
• System Compatibility: Specifically designed for seamless integration with Robinair AC service units, including models 34988 and J-48943.
• Accurate Fluid Dispensing: Features a precise injection mechanism that allows for metered delivery of fluids, critical for maintaining correct oil levels and AC system performance.
• Enhanced Leak Detection: The integrated dye injection capability provides a highly effective method for swiftly identifying refrigerant leaks, significantly reducing diagnostic time.
• Durable, Professional-Grade Construction: Manufactured from robust polypropylene with clear measurement markings, ensuring durability and reliability in demanding workshop environments.

Applications

The Robinair 548905 Oil Injector Dye Bottle is an essential asset for professional technicians performing routine AC system servicing, repair, and diagnostics across various vehicle types and industrial refrigeration units. It is commonly utilized for accurately recharging AC systems with the necessary amount of compressor oil to prevent premature wear and failure. Additionally, this tool is vital for introducing leak detection dyes into pressurized R-134a AC systems, facilitating quick and precise identification of refrigerant leaks. Its compact design further enhances its utility and ease of use in diverse service environments.