Application of a high-precision catalytic combustion sensor

Catalytic combustion principle sensor, abbreviated as HW sensor, is a sensor that utilizes the heat generated by combustible gases burning on oxidation catalysts and is currently the most widely used sensor in the world. The catalytic combustion principle sensor was originally created by British scientist and inventor Alan Baker in the 1960s, and the catalytic combustion sensor was originally designed for long-term use of flame safety lamps and Carnery technology. Now catalytic combustion sensors have been used in industrial and underground applications, such as mines or tunnels, refineries and oil rig.

After years of technological upgrades, UK GASSHIELD has launched a new UGT-C5 series high-precision catalytic combustion sensor, with an accuracy range of 3% FS and a conventional detection range of 0-100% LEL. The operating temperature is compatible with -40~+70 ℃ environments, and the designed service life is about 5 years; The UGT-C5 series high-precision catalytic combustion sensors have the advantages of good output signal linearity, reliable index, low price, and no cross infection with other non combustible gases.

The UGT-C5 series high-precision catalytic combustion sensors are suitable for detecting thousands of flammable/explosive gases!