Hybrid A/C dye injection kit TP3811-P3 dye - Tracer Products

The Tracer Products TP3812-BX Hybrid A/C Dye Injection Kit offers professional technicians a precise and effective solution for pinpointing refrigerant leaks across a wide spectrum of automotive A/C systems. This kit comes pre-loaded with OEM-approved TP3811-P3 fluorescent A/C dye, engineered to ensure accurate and reliable leak detection, thereby streamlining diagnostic procedures and reducing costly repeat repairs.

Key Features

• Broad System Compatibility: Designed for safe and efficient integration with hybrid and electric vehicle A/C systems, as well as conventional R-134a and R-1234yf setups, safeguarding sensitive electrical components. The dye is compatible with PAG and POE oils.
• OEM-Approved TP3811-P3 Dye: Pre-loaded with Tracer's universal fluorescent leak detection dye, formulated to be co-solvent-free and compatible with a wide range of refrigerants and lubricants. This ensures reliable performance across diverse applications.
• Metered Injection System: Delivers a controlled, precise dye charge, promoting consistent concentration and even distribution throughout the A/C system for accurate fault isolation.
• Durable Professional Construction: Built with robust materials to endure the demands of daily workshop use, resisting wear from repeated connections and high-pressure service conditions.

Applications

This dye injection kit is an essential tool for diagnosing refrigerant leaks on passenger cars, light trucks, fleet vehicles, hybrids, and electric vehicles. It is vital for confirming the integrity of A/C system components such as compressors, condensers, evaporators, and hose assemblies after repair or replacement. The TP3812-BX also supports preventive maintenance programs, enabling early leak detection to help prevent costly component failures and minimize warranty claims.

Specifications

• Manufacturer: Tracer Products
• Model: TP3812-BX
• Dye: TP3811-P3 fluorescent leak detection dye
• Weight: 1 lb
• Dimensions: 6.5 x 5.5 x 2 in