Robinair LD9-TG Tracer Gas Leak Detector
- The Robinair LD9-TG Tracer Gas Leak Detector is designed to detect leaks using a five percent hydrogen / ninety-five percent nitrogen tracer gas mixture. It displays graphical prompts on a full color LCD and features a sweep mode to pinpoint leaks accurately.
- Features:
- High sensitivity: detects leaks as small as 0.05 ounces per year for R134a and 0.015 ounces per year for R1234yf
- Triple ultraviolet LED inspection light to assist in viewing leak dye traces
- Warm-up time under 20 seconds, with automatic ambient calibration and manual calibration options
- Sensor life greater than ten years, with instant response time and ergonomic handle design
- Specifications:
- Manufacturer: Robinair (Bosch Automotive Service Solutions)
- Model: LD9-TG
- Power: Four AA alkaline batteries; approximately four hours continuous use
- Probe Length: Seventeen inches (forty-three cm)
- Display: 128 x 160 full color graphic LCD
- Sensitivity Equivalents: 0.05 oz/yr R134a; 0.015 oz/yr R1234yf
- Warranty: Two years including sensor protection
- System Compatibility & Application: Leak detection using hydrogen/nitrogen tracer gas in automotive A/C systems; not intended for use with plain refrigerant leak detection methods
- The unit is also known as Robinair LD9 Tracer Gas Detector, Robinair LD9-TG hydrogen leak locator, and LD9 tracer-gas leak detector system.
The Robinair LD9-TG Tracer Gas Leak Detector provides precise leak localization using tracer gas instead of refrigerant. With high sensitivity, fast warm-up, and a full color LCD interface, it aids technicians in detecting even very small leaks with ease.
Q: Does it detect leaks in standard refrigerant systems?
A: No. It is designed specifically to detect leaks via a hydrogen/nitrogen tracer gas mixture and is not used as a standard refrigerant leak detector.
Q: Is the tracer gas included with the unit?
A: No. The tracer gas mixture is sold separately.
Q: What is the warm-up time?
A: Warm-up time is less than twenty seconds before the detector becomes operational.
