Electrostatic type fume cleaning equipment with fire-fighting mechanism

Abstract

The invention discloses a static smoke purifying equipment with a fire-fighting structure, when fire disaster happening in the equipment, start autologous fire-fighting structure to extinguish to ensure the safety of the equipment. The invention comprises a shell, a main control case, a direct current high pressure power, a honeycomb cylindrical electric field, an overhauling wicket and a preposing electricity box. An air separation component is arranged at one side of the air inlet of the shell and one side of the air outlet respectively, and the inner of the shell and the outer air are separated by sealing; a temperature response net is also arranged in the shell, the signal output end are connected with a PLC control circuit input end arranged in the main control case, test if the inner of the equipment on fire in real time; a water spraying extinguish structure connected with the fire-fighting water is arranged at the middle on the shell. The invention is mainly suitable for the purifying process to the oil and smoke, oil fog and dust generated during the production process of dye and finishing, feather, heat process, metal process, food process and chemical industry.

Description

technical field [0001] The invention relates to the technical field of electrostatic smoke purification equipment, in particular to an electrostatic smoke purification equipment with a fire-fighting mechanism. Background technique [0002] An existing electrostatic smog purification equipment consists of a casing, a main control box, a small inspection door, a plurality of front electric boxes, a plurality of narrow-pitch honeycomb cylindrical electric fields installed in the casing, an electronically controlled thermometer, and a porous air equalizer. It is composed of a partition, an over-temperature detection circuit and a PLC control circuit installed in the main control box. When working, the flue gas flows out after passing through multiple electric fields in the casing from the air inlet, and the airflow is purified. When the electric field is working normally, there will be no discharge; when the concentration of flue gas changes or there are sundries in the electri...

AI Technical Summary

Problems solved by technology

However, when the production line generates a lot of static electricity due to friction, and the static electricity accumulates in the workshop and the air duct, it will easily spark discharge and generate sparks when it reaches a certain level. will burn quickly

In addition, when the temperature of the flue gas entering the equipment is high, and the electric field is not regularly maintained or maintained improperly, causing electric field spark discharge, the sparks will easily burn when encountering the oil collected by the electric field, causing serious damage to the equipment

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