XMC pulse single machine dust collector selection

Pulse stand-alone dust collector selection Pulse stand-alone dust collector is widely used in the field of deep processing of non-metallic ore fine powder, and also has good application prospects in industries such as power, chemical, metallurgy, and steel. The dust-containing gas enters the enlarged ash hopper of the pulse single-machine dust collector for pre-dust collection, and is evenly distributed between each filter bag through the guide plate. The dust is retained on the outer surface of the filter bag. In order to prevent the equipment resistance from exceeding the limit, the high-pressure gas passes through The solenoid valve generates a pulse jet, causing the compressed air (~) in the air bag to be ejected from the holes of the blow pipe (called primary air) through the Venturi tube to induce the surrounding air (called secondary air) that is several times the primary air to enter the filter bag. It expands rapidly in an instant and shakes off the dust with the reverse action of the air flow to achieve the purpose of dust cleaning. Microcomputer automatic control device is used to adjust the cleaning cycle and pulse spray time according to the dust, so that the dust collector can operate within a certain range.
Pulse stand-alone dust collector selection:
Model Description This stand-alone unit has nine specifications.
Selection parameters and principles
The main technical parameters for dust collector selection are air volume, gas temperature, dust concentration and humidity. According to the process design air volume, gas temperature and dust concentration, the maximum value is slightly smaller than the value in the technical performance table. The corresponding dust collector model is the required dust collector model and the filter bag used. Determine the gas temperature and humidity content based on the inlet concentration.
The air consumption in the table refers to the centralized air supply in the factory. If the air machine is used alone, the actual air consumption will be increased to times of the values in the table.
In the compressed air consumption column, the proposed air consumption is the maximum air consumption of this type of equipment.
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