Media: | Gas |
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Temperature: | Ordinary Temperature |
Actuator: | Electric |
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Usage:
The pulse valve serves as the essential compressed air 'switch' within the high-efficiency dust spraying system of our advanced pulse bag dust collectors. Guided by the precision of the pulse injection controller's output signal, it meticulously facilitates the sequential cleaning of filter bags, chamber by chamber. This process ensures the dust collector consistently maintains optimal resistance levels, thereby upholding unmatched processing capacity and superior dust collection efficiency.
The Z type electromagnetic pulse valves feature a smart right angle design, meticulously crafted with a 90-degree angle between the inlet and outlet. This design is perfectly tailored for seamless installation connections between the gas dome and the baghouse blow tube, delivering exceptional air flow and dust-cleaning pulses that precisely meet operational demands.
The Y type electromagnetic pulse valves excel in embedded applications, directly integrating into the gas bag to offer enhanced flow characteristics. As pressure losses minimize, these valves prove ideal for scenarios that demand lower pressure gas sources, ensuring optimal performance in specific work environments.
The T type electromagnetic pulse valves boast a streamlined straight-in valve configuration with a precise 180-degree angle between the inlet and outlet. This design ensures effortless installation connections between the inlet and gas dome, as well as the outlet and blow tube, providing excellent air flow and dust-cleaning pulses that align with stringent requirements.
Structure:
Meticulously engineered, the pulse valve comprises a robust valve body, efficient coil, durable diaphragm, precise pilot, and resilient spring. The valve body is expertly crafted from high-grade alloy aluminum, ensuring reliability 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 |