Media: | Gas |
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Temperature: | Ordinary Temperature |
Actuator: | Electric |
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Usage:
The pulse valve serves as the pivotal "switch" of the compressed air system in a pulse bag dust collector, orchestrating the dust spraying process. Under precise control by the pulse injection controller's output signal, it sequentially cleans the filter bag rows or chambers. This meticulous process ensures that the dust collector operates with optimal resistance levels, thereby maintaining its high processing capacity and exceptional dust collection efficiency.
The Z type electromagnetic pulse valve is ingeniously designed as a right angle valve featuring a 90-degree angle between its inlet and outlet. This configuration is ideally suited for installation connections between the gas dome and the baghouse blow tube. It guarantees outstanding air flow and effective dust-cleaning pulses that meet rigorous requirements for dust collection systems.
Y type electromagnetic pulse valves are expertly crafted for specific work scenarios. Embedded directly into the gas bag, these valves exhibit superior flow characteristics. As pressure loss decreases, they are perfectly suited for occasions where a lower pressure gas source is prevalent, ensuring efficient performance under varying conditions.
T type electromagnetic pulse valves boast a straight-in design, with a 180-degree angle between their inlet and outlet. They are perfectly tailored for installation connections between the inlet and gas dome, as well as the outlet and blow tube. This ensures excellent air flow and maximizes the effectiveness of dust-cleaning pulses, meeting all specified requirements with ease.
Structure:
The pulse valve's structure is a blend of precision engineering, comprising a valve body, coil, diaphragm, pilot, and spring. The valve body is crafted from durable alloy aluminum, ensuring robustness and longevity.
Working Pressure: | 0.3Mpa~0.8Mpa |
Working Medium: | Clean Air |
Voltage: | DC24V AC110V AC220V |
Current: | 0.8A 0.46A 0.23A |
Used temperature: | -25ºC~+80ºC The relative humidity of the air does not exceed 85% |
Membrane life: | 1 million times or 3 years |