Usage:
The pulse valve is the pivotal component of our H&B Dust Collection Systems' dust spraying process. Acting as the vital 'switch' for compressed air, it is expertly managed by the pulse injection controller's output. This ensures precision in sequential cleaning of filter bags, maintaining each row or chamber at peak operational efficiency. This process is crucial in keeping the dust collector's resistance within specified limits, thereby securing superior processing capacity and unrivaled dust collection efficiency for your operations.
Introducing the Z-type electromagnetic pulse valve, a pinnacle of engineering with its right-angle design and 90-degree inlet-outlet alignment. This configuration is ideal for flawlessly connecting the gas dome to the baghouse blow tube, delivering powerful air flow and effective dust cleaning pulses that precisely meet your system's rigorous demands.
The innovative Y-type electromagnetic pulse valve is masterfully engineered for embedded installations, integrating seamlessly into the gas bag. With exceptional flow characteristics and minimized pressure loss, this valve is ideally suited for applications using lower pressure gas sources, ensuring both efficiency and effectiveness in dust collection.
Discover the T-type electromagnetic pulse valve, a straight valve with a clever 180-degree alignment between the inlet and outlet. Crafted for seamless connections between the gas dome and blow tube, it offers outstanding air flow and highly effective dust cleaning pulses to satisfy all operational needs.
Structure:
The pulse valve's design showcases engineering mastery, featuring a robust assembly of valve body, coil, diaphragm, pilot, and spring. Fabricated from top-grade alloy aluminum, each element is crafted to guarantee durability and peak performance.
| Working Pressure: | 0.3Mpa~0.8Mpa |
| Working Medium: | Clean Air |
| Voltage: | DC12V 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 |
