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Inficon
SKU: 716-202-G1
Inficon TEK-Mate Refrigerant Leak Detector – Pro HVAC Service Tool – Fast Ship
$159.99 -
Bacharach
SKU: 3015-0000
Bacharach H-10 Pro Refrigerant Leak Detector – Pro HVAC Service Tool – Fast Ship
$239.99 -
Inficon
SKU: 712-202-G1
Inficon D-TEK Select Refrigerant Leak Detector – Pro HVAC Service Tool – Fast Ship
$219.99
Leak Detection Equipment
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PRECISION LEAK DIAGNOSTICS
Professional HVAC/R Leak Detection Equipment
Source commercial-grade electronic leak detectors, UV dye kits, and ultrasonic diagnostic tools designed to pinpoint synthetic, natural, and combustible refrigerant leaks. Maintain system efficiency and ensure environmental compliance across all commercial systems.
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Procurement & Sourcing Notice
We help source commercial leak detection equipment and diagnostic tools from leading HVAC/R manufacturers. Brand availability may vary by supplier, stock status, manufacturer policy, and product type. For specialized gas detection systems or volume fleet pricing, contact our procurement support team.
Explore Sourcing Categories
Electronic Leak Detectors
Highly sensitive heated diode and infrared leak detectors designed to locate trace refrigerant leaks down to 0.1 oz/year. Compatible with all standard and A2L synthetics.
UV Dye Kits & Injectors
Fluorescent leak detection dyes and injector tools designed to find micro-leaks in complex commercial piping, evaporator coils, and condenser coils.
Leak Detection Accessories
Replacement sensor tips, UV replacement bulbs, dye cartridges, and sensor filters to keep your diagnostic tools operating at peak sensitivity.
Pinpoint Diagnostic Technology for HVAC/R Leak Sourcing
Refrigerant leaks are a primary driver of high operating costs, premature compressor failure, and environmental degradation. Sourcing high-sensitivity leak detection equipment allows mechanical contractors and facility maintenance teams to rapidly locate micro-leaks in joints, coils, and valves before they cause low-charge system shutdowns. Under EPA Section 608 regulations, commercial facilities with high refrigerant charges must track and repair leaks within strict timelines, making reliable diagnostic tools a vital component of any facility compliance program. Selecting the right technology—whether electronic, ultrasonic, or fluorescent—depends on the system type, environment, and refrigerant chemistry in use.
For B2B fleet buyers and service coordinators, equipping technicians with a dual-method leak detection kit is the industry best practice. **Heated diode** and **infrared (IR) detectors** are the standard for field service, providing rapid response to halogenated gases. IR detectors offer the longest sensor life and do not trigger false alarms on common field chemicals or moisture, while heated diode sensors provide excellent sensitivity to trace leaks. For complex supermarket rack systems or industrial chillers, **ultrasonic detectors** are highly effective as they detect the acoustic sound of escaping gas pressure, regardless of the gas type, making them ideal for nitrogen pressure testing. Sourcing certified UV dye systems provides a reliable secondary method, leaving a permanent fluorescent marker at the exact leak site.
B2B Sourcing Solutions
We streamline parts procurement for commercial contractors, facility managers, and specialized service fleets.
Commercial HVAC Technicians
Deploy highly sensitive infrared and heated diode leak detectors to rapidly locate trace leaks in complex commercial refrigeration and AC piping.
Facility Maintenance Teams
Utilize UV dye systems and ultrasonic leak detectors to monitor critical refrigeration systems, preventing costly low-charge shutdowns.
Procurement Managers
Source standardized leak detection kits and replacement sensors from leading brands to ensure service fleet diagnostic accuracy and EPA compliance.
Technical Procurement FAQ
Q: What is the difference between heated diode and infrared (IR) leak detectors?
Heated diode detectors operate by heating the refrigerant gas, causing it to ionize and trigger an electrical current change. They are highly sensitive to all halogenated gases but can trigger false alarms on soap bubbles, moisture, or dust, and the sensor tips must be replaced regularly. Infrared (IR) detectors use an optical sensor to measure the infrared absorption of refrigerant molecules. IR sensors have a much longer life (typically 10+ years), do not false-trigger on moisture or common chemicals, and maintain consistent sensitivity over time.
Q: Are electronic leak detectors compatible with new low-GWP A2L refrigerants?
Most modern electronic leak detectors are compatible with A2L refrigerants (such as R-32 and R-454B), but they must be rated for use with mildly flammable gases. A2L-compatible detectors feature certified spark-free circuitry and are calibrated to detect the specific chemical signatures of these new HFO/HFC blends. Always verify the manufacturer's specification sheet to ensure compatibility with next-generation low-GWP refrigerants.
Q: How does ultrasonic leak detection work, and when should it be used?
Ultrasonic leak detectors do not detect the chemical presence of refrigerant gas; instead, they listen for the high-frequency acoustic turbulence (typically between 38kHz and 42kHz) created by a gas escaping under pressure. This makes them highly versatile, as they can detect air, nitrogen, vacuum, or any refrigerant leak. Ultrasonic detectors are ideal for windy outdoor environments, large industrial facilities with high ambient air movement, or during high-pressure nitrogen leak tests.
Need Help Sourcing a Specific Refrigeration Part?
Our dedicated commercial support team is ready to assist with model cross-referencing, volume fleet quotes, and technical parts sourcing.
Related Sourcing Ecosystems
HVACProSales • Doral, Florida • Nationwide Supply & Sourcing