Reliably monitor your refrigeration system for leaks. Our refrigerant transmitter detects the relevant refrigerant in the ppm range. This means you can also safely monitor workplace limit values.
Today, refrigeration systems are used in almost every area of logistics and industry. As it is technically almost impossible to seal these hermetically, up to 30 % of the refrigerant charge escapes into the environment every year. Gas monitoring systems from Dräger can detect even the smallest leaks at an early stage and initiate remedial measures. This increases the safety of your system, reduces operating costs for refrigerant and electrical energy and makes a significant contribution to climate protection.
Equipped with non-dispersive infrared technology (NDIR), the refrigerant transmitter quickly and reliably detects refrigerants in the ambient air in the ppm range. The optical measuring technology works according to a physical measuring method - without chemical reactions or wearing parts. This measurement stability gives you peace of mind when operating your refrigeration system. It also reduces the time and effort required for inspection and recalibration.
The infrared sensor measures refrigerant in the ppm range. The transmitter warns you of leaks in good time. It also makes it easier for you to comply with the workplace limit values. Connect the refrigerant transmitter to a gas warning system via an analog or digital interface with a Dräger evaluation unit. This warns you in good time if the preset alarm values are exceeded.
The compact and IP54-protected measuring device is easy to install with just four screws and a cable entry. The design of the gas inlet opening allows rapid gas exchange for a short response time. At the same time, it serves as a fixation for the calibration adapter to check and calibrate the transmitter with little effort. The settings on the device are made using buttons on the front panel. LEDs provide the user with visual feedback on the respective device status and are used for menu navigation.