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LD9-TGKIT Robinair Hydrogen Tracer Gas Leak Detector Service Kit

LD9-TGKIT Robinair Hydrogen Tracer Gas Leak Detector Service Kit

$
Product Code: ROLD9-TGKIT
LD9-TGKIT Robinair Hydrogen Tracer Gas Leak Detector Service Kit. The Robinair Tracer Gas service kit gives technicians the tools necessary to use tracer gas in place of refrigerant to find A/C system leaks. The LD9-TGKIT includes a hydrogen gas leak detector with sensor technology designed to detect a 5% hydrogen / 95% nitrogen tracer gas mixture. The detector's full color liquid crystal display (LCD) and sweep mode function convey messages, graphics, and prompts to help technicians locate the source of a leak and ensure that the leak detector is always at optimal performance. A patented 3 LED inspection light aids in locating and inspecting suspected leak sources.

- Using tracer gas eliminates the need to use expensive refrigerant to find leaks. Filling a system with tracer gas is fast and effective, with a much lower cost than refrigerant.
- Detects leaks as small as 0.5 ounces/year for R134a and .015 ounces/year for R1234yf.
- The kit includes the LD9 tracer gas leak detector, 134a and 1234yf high and low side couplers, hose and regulator for tracer gas.
- Meets SAE J2970 industry standards. Tracer gas not included.

Sweep (Pinpoint) Mode
This mode allows the user to “zero in” or pinpoint hard to find small leaks. Similar to an oscilloscope trace “sweeping” across the display, the display “cursor” will sweep across the display from left to right tracking a horizontal baseline over a 3 second period. When no leak is sensed, the baseline trace will be flat. While searching, if refrigerant gas is sensed, the horizontal trace on the display will rise up and continue to rise as the leak source is approached. If the user moves away from the leak source, the trace will drop back down. Because the display in this mode is based on a time period, the previous leak level sensed will be displayed helping the user to determine where the maximum level of gas is present- thereby pinpointing the source of the leak.
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