Explosion proof online thermocouple-2025

Explosion proof online thermocoupleExplosion proof principle:

By utilizing the principle of gap explosion-proof, design junction boxes and other components with sufficient strength to seal all parts that can generate sparks, arcs, and dangerous temperatures inside the junction box. When an explosion occurs inside the chamber, it can be extinguished and cooled through the gap between the joint surfaces, preventing the flame and temperature after the explosion from being transmitted outside the chamber

Explosion proof thermocouple is a temperature sensor widely used in chemical industry automation systems. Through temperature sensors, the temperature parameters of the controlled object can be converted into electrical signals, which are transmitted to display, record, and regulate instruments to detect, adjust, and control the system.

Explosion proof online thermocouple

Design according to the explosion-proof regulations GB3836 that comply with IEC standards;

Adopting a two chamber explosion-proof structure, it is easy to replace temperature measuring elements and safe and reliable to use

Explosion proof mark d Ⅱ CT6, suitable for temperature measurement in environments with Class IIC or below, ignition temperature T6 or above, and containing explosive gases.

Notes:

Please disconnect the power during maintenance and repair

Explosion proof thermocouple is a temperature sensor widely used in chemical industry automation systems. Through temperature sensors, the temperature parameters of the controlled object can be converted into electrical signals, which are transmitted to display, record, and regulate instruments to detect, adjust, and control the system. In chemical plants, various flammable and explosive chemical gases and vapors are often present on the production site. Using ordinary thermocouples is very unsafe and can easily cause environmental gas explosions.

Explosion proof principle:

By utilizing the principle of gap explosion-proof, design junction boxes and other components with sufficient strength to seal all parts that can generate sparks, arcs, and dangerous temperatures inside the junction box. When an explosion occurs inside the chamber, it can be extinguished and cooled through the gap between the joint surfaces, preventing the flame and temperature after the explosion from being transmitted outside the chamber