Electromagnetic Pulse Jet Valve for Dust Collectors
Electromagnetic Pulse Jet Valve for Dust Collectors
Electromagnetic Pulse Jet Valve for Dust Collectors
Electromagnetic Pulse Jet Valve for Dust Collectors
Electromagnetic Pulse Jet Valve for Dust Collectors
Electromagnetic Pulse Jet Valve for Dust Collectors

Item specifics

Material
Cast Aluminum
Voltage
24V/220V
Brand
SBFEC/ASCO/GOYEN

Review

Description

Introduction


Pulse Jet Valve

Description

Pulse jet valve is a critical component in baghouse dust collectors, responsible for controlling compressed air pulses that clean filter bags or cartridges. These valves deliver high-pressure air bursts to remove accumulated dust from filter surfaces, ensuring efficient filtration, reduced pressure drop, and prolonged filter life. Pulse jet valves are typically electromagnetically or pneumatically actuated and designed for high-speed, high-efficiency operation.

Key Features

>High-Pressure Air Pulses – Provides instantaneous, high-flow bursts to dislodge dust from filters.
>Fast Response Time – Ensures efficient and rapid cleaning cycles in baghouse dust collectors.
>Durable Construction – Made from aluminum alloy, stainless steel, or brass for long service life.
>Electromagnetic or Pneumatic Actuation – Solenoid coil or air pilot control enables precise operation.
>Low Air Consumption – Optimized for energy efficiency, reducing operating costs.
>Various Connection Types – Available in threaded, flanged, or quick-mount designs for different system setups.
>High Cycle Life – Designed for millions of cycles, ensuring reliable long-term performance.
>Weather & Corrosion Resistance – Available with IP-rated enclosures for outdoor and harsh environments.
Pulse Jet Valve
Pulse Jet Valve

Components

>Valve Body – Typically made from die-cast aluminum, stainless steel, or brass for durability.
>Diaphragm – A flexible rubber or polymer membrane that controls air release.
>Solenoid Coil (Electromagnetic Type) – Activates the valve for precise pulse timing.
>Pilot Air Chamber – Regulates air pressure for diaphragm movement.
>Spring (Return Mechanism) – Ensures diaphragm resets after pulse release.
>Inlet & Outlet Ports – Connects to compressed air lines and the pulse manifold.
>Seal & Gasket – Prevents air leakage and ensures tight closure.