Thyristor Explosion-proof Constant Temperature Control Cabinet Application Scope
1. Suitable for explosive gas atmospheres in Zone 1 and Zone 2 hazardous areas;
2. Suitable for IIA, IIB, IIC explosive gas atmospheres;
3. Suitable for combustible dust environments in Zone 20, Zone 21, Zone 22;
4. Suitable for temperature classes T1 to T6;
5. Suitable for explosive hazardous environments such as petrochemical, chemical, brewing, pharmaceutical, paint, textile, printing and dyeing, military facilities, etc.;
Thyristor Explosion-proof Constant Temperature Control Cabinet Technical Parameters
Explosion-proof mark: ExdeIIBT4/T5/T6, ExdeIICT4/T5/T6, DIP A20 TA,T4/T5/T6;
Rated voltage: AC220/380V, non-standard voltage: 12V/24V/36V/127V/660V;
Main switch current: 10A—800A; Branch switch current: 1A—630A;
Protection level: IP54/IP55/IP65;
Thread specification: DN15-DN100/G1/2-G4 inch
Incoming line specification: diameter 6mm-80mm; Outgoing line specification: diameter 6mm-80mm;
Incoming and outgoing direction: top entry top exit, bottom entry bottom exit (can be customized according to customer requirements)
Thyristor Explosion-proof Constant Temperature Control Cabinet Product Features
1. The shell of this product is made of aluminum alloy die-casting, with high-speed shot blasting and electrostatic powder spraying on the surface, giving it an attractive appearance;
2. This product adopts a composite explosion-proof structure, with the switch box using a flameproof structure, and the busbar box and junction box using an increased safety structure;
3. Modular design allows free combination of various circuits;
4. Internally equipped with high-breaking miniature residual current circuit breakers or molded case residual current circuit breakers, operated by handles on the outside of the explosion-proof enclosure;
5. This product fully introduces new optimized design schemes and operating mechanisms, with a compact and reasonable structure, strong versatility, flexible and convenient operation, and good tactile feedback;
6. Provides overload, short circuit, phase failure, and leakage protection functions;
7. All fasteners are made of 304 stainless steel with strong corrosion resistance;
8. Wiring methods: steel pipe, cable, or explosion-proof flexible conduit
