Gas detector DEX-P7KL/N-HT hydrogen, measurement range 100% LEL H2, catalytic sensor, P4-HT-C design, high-temperature version up to +80°C, aluminum housing (or optional brass housing)

Gas detectors – reliable protection against hazards

The DEX-P7KL/N-HT gas detector is an advanced device designed for continuous monitoring of hydrogen concentration in the air. It utilizes proven catalytic gas sensor technology, ensuring fast and precise detection. The device is particularly recommended for applications requiring operation at elevated temperatures, thanks to the high-temperature version up to +80°C. The possibility of making the housing from aluminum or brass allows you to adapt the detector to specific environmental conditions.

Application and functionality

The DEX-P7KL/N-HT detector finds application in a wide range of industrial installations, laboratories, water treatment plants and anywhere where there is a risk of hydrogen leakage. Its main task is to ensure safety by early detection of hazardous gas concentrations and signaling exceeding permissible norms. The high selectivity of the sensor minimizes the risk of false alarms, and the solid construction guarantees reliable operation in difficult conditions.

Construction features and advantages

The detector has been designed with ease of installation and maintenance in mind. P4-HT-C execution provides resistance to corrosion and mechanical damage, and the possibility of choosing the housing material (aluminum or brass) allows for optimal adaptation to the working environment. The high-temperature version (+80°C) expands the scope of applications of the detector, allowing its use in installations with elevated ambient temperature. The catalytic sensor is characterized by high sensitivity and measurement stability, which translates into precise detection results. Additionally, the device's design allows for the replacement of the sensor module, which extends its lifespan and reduces operating costs. It is worth remembering that the sensor is resistant to momentary concentration jumps of gas, but prolonged exposure to high concentrations may affect its accuracy – therefore, regular calibration is crucial for the proper operation of the device.