YELLOW JACKET 69336 Leak Detector Probe, UV

YELLOW JACKET 69336 leak detector probe is used in HVAC and refrigeration systems to pinpoint and identify refrigerant leaks. This essential tool enhances the efficiency of technicians by allowing precise detection of leaks, reducing downtime and preventing environmental harm. The probe is employed in routine maintenance, repair and diagnostic procedures, ensuring the integrity of the refrigeration system and compliance with environmental regulations through the prompt identification and resolution of leaks.

Working Mechanism:

• YELLOW JACKET 69336 leak detector probe operates through advanced sensing technology that reacts to the presence of refrigerant gases like HFC, HCFC and CFC. When in contact with the target refrigerant, the probe triggers an alert mechanism, often an audible alarm or visual indicator, intensifying as it approaches the source of the leak.
• Technicians use the probe to systematically scan areas, allowing for prompt identification and localisation of leaks. This real-time feedback enables quick responses to address and repair leaks in HVAC and refrigeration systems.

Features:

• YELLOW JACKET 69336 leak detector probe features a high sensitivity level of 3 for efficient detection of refrigerant leaks.
• This leak detector probe comes with a voltage rating of 120V for reliable performance.
• It is equipped with a sensitivity of 1.7 g/yr, allowing precise detection of even small refrigerant leaks.
• This leak detector probe is designed for use with a wide range of refrigerants, including HFC, HCFC and CFC.
• It comes with a durable case for convenient manoeuvrability of the probe.

Frequently Asked Questions:

Q. Does the sensitivity of the probe decrease over time?

A. The sensitivity may vary with usage and environmental factors. So regular calibration and maintenance are recommended.

Q. How should the probe be maintained for optimal performance?

A. Maintenance may include regular calibration and cleaning to ensure accurate and reliable leak detection.