ACCU-PULSE DMF-Z-1-40S Right-angle electromagnetic pulse valve

A right-angle electromagnetic pulse valve (commonly referred to as a right-angle type electromagnetic pulse valve) is a structural variant of electromagnetic pulse valves. Its most notable feature is that the air inlet and outlet are distributed at a right angle (90 degrees), making it widely used in pneumatic control systems requiring high flow rates and efficient blowing, particularly in scenarios such as dust removal equipment (e.g., bag dust collectors) and pneumatic conveying systems.

Key Features

Right-angle Structure
- The vertical design of the inlet and outlet allows for more direct air flow direction change, reducing air resistance and suitable for working conditions requiring rapid blowing and high flow rates.
- Generates a strong impact force during blowing, effectively removing dust from the surface of filter bags or pushing materials.
Electromagnetic Control
- Controls the opening and closing of the valve core through the energization or de-energization of an electromagnetic coil, achieving instantaneous release of pulsed air flow (blowing time typically ranges from tens of milliseconds to several seconds).
- Features fast response and precise control, enabling automated operation through an electronic control system.
High Reliability
- Compact structure and good sealing performance make it suitable for continuous industrial operations.
- The valve body is mostly made of metal materials (such as aluminum alloy or stainless steel), offering wear resistance and corrosion resistance.

Application Scenarios

Dust Removal Systems: In bag dust collectors, right-angle electromagnetic pulse valves periodically blow compressed air to remove dust from filter bags and restore their air permeability.
Pneumatic Conveying: Used to control pulsed conveying of materials in pipelines, especially suitable for efficient transportation of granular or powdery materials.
Chemical/Environmental Protection Equipment: Serves as a key actuator in automated equipment requiring rapid air flow start-stop.

Selection Considerations

Interface Dimensions: Choose appropriate inlet and outlet pipe diameters (e.g., DN15, DN25) according to the system pipeline specifications.
Operating Pressure: Confirm the applicable compressed air pressure range (e.g., 0.4–0.7MPa).
Blowing Volume: Select a suitable valve capacity (blowing air volume) based on the required dust removal or conveying capacity.
Power Supply Type: Common options include DC24V or AC220V, which need to match the control system.
Environmental Adaptability: Consider working conditions such as temperature, humidity, and dust concentration, and select anti-corrosion and dust-proof valve bodies.

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