This professional refrigerant leak detector is engineered for HVAC and automotive AC systems, offering exceptional sensitivity of 0.14 oz per year to accurately locate micro leaks in R32, R410A, R454B, R134a, and other next-generation refrigerants. The 16-inch flexible probe allows technicians to access confined spaces in coil assemblies and equipment rooms, while the large 2.6-inch color display visually indicates gas concentration levels and changes color as you approach the leak source. Adjustable sensitivity with three levels helps reduce false alarms and provides fine-tuned control in high-concentration environments. Compliant with CE and EN14624 standards, this tool supports A1, A2L, and A3 refrigerants and covers a broad spectrum of gases, including CFCs, HCFCs, HFCs, HFOs, blends,
This professional refrigerant leak detector offers high sensitivity of 0.14 oz per year making it ideal for pinpointing micro leaks in HVAC and automotive AC systems with R32 R410A R454B R134a and other modern refrigerants
Equipped with a 16-inch flexible sensor probe this leak detection tool easily accesses tight and hard-to-reach areas in coil assemblies and equipment rooms streamlining inspections and maintenance tasks for technicians
The device features a large 2.6-inch color display with a bar graph that visually indicates gas concentration levels and changes color as you approach the leak source enhancing detection accuracy and user experience
Three adjustable sensitivity levels help reduce false alarms and provide fine-tuned control for detecting leaks in high-concentration environments making this tool highly reliable for professional HVAC applications
This leak detector complies with CE and EN14624 industry standards supports A1 A2L and A3 refrigerants and covers a wide range of gases including CFCs HCFCs HFCs HFOs blends PFCs and hydrocarbons
Designed for field efficiency the detector supports optional replaceable probes for quick sensor swaps weighs only 2.2 pounds and measures 12.6 x 5.39 x 2.99 inches for easy portability and continuous operation