Single-cartridge filter housing GASH013

for chemicalsfor gasstainless steel

Ex-sensor housings are available in a variety of design options to provide reliable explosion protection in any environment. A key design feature of explosion-proof enclosures is the flame path. These paths allow the cooling of the combustion gases from the internal explosion. After cooling, they leave the enclosure so that they can no longer ignite the potentially explosive atmosphere outside. The design of the flame path is critical to ensure the safe operation of the enclosure and sensor. Another important factor is the thickness of the enclosure walls. These walls must be carefully designed to regulate heat transfer within the enclosure. In the event of an internal explosion, the temperature on the outer surface of the enclosure cannot rise too high. If it exceeds a certain threshold temperature, the surrounding fuel-air mixture can be ignited. Proper selection, installation, and maintenance of sensors will prevent explosions in most cases. However, it's important to realize that classification systems can be confusing. Explosion-proof sensor housings play a vital role in protecting workers and property from hazardous situations. These enclosures must be strong enough to contain an internal explosion. Even a single failure can result in loss of life. Pore Size: 20um 30-40， 40-50， 50-60， 60-70， 70-90 Analog output: 4-20mA, 0-5V, 0-10V Digital output: RS485, RS232, Can Bus