Advanced Solenoid Valve for Optimal Dust Control Solutions

• Customization: Available
• Media: Gas
• Temperature: Low Temperature
• Model NO.: Pulse valve
• Actuator: Electric
• Connection Form: Thread
• Type: Direct Acting
• Material: Aluminum
• Pressure: Low Pressure
• Valve Structure: Direct-Acting Piston Structure
• Power Supply: DC Solenoid Valve
• Usage: Safety, Temperature Control
• Standard: DIN
• Application: Industrial Usage
• Ambient Temperature: 20-200
• OEM: Yes
• Payment: Tt
• Min.Order: 10PCS
• Delivery Time: Within 10 Days
• Quality Inspection: Inspection
• Transport Package: Carton or Wooden Box
• Trademark: SENOTAY
• Origin: Cangzhou, Hebei Province, China
• HS Code: 8481804090
• Production Capacity: 50000
• Package Size: 30.00cm * 15.00cm * 30.00cm
• Package Gross Weight: 30.000kg

Product Description

Product Description

 

Solenoid Pulse Valve
The electromagnetic pulse valve is a pivotal pneumatic actuator, renowned for its extensive application in the soot-cleaning and blowing system of pulse bag filters and other advanced equipment. Below is a comprehensive overview of the electromagnetic pulse valve:
1. Product definition and role:
The electromagnetic pulse valve, also referred to as a diaphragm valve, seamlessly integrates a solenoid valve, pilot valve, and pulse valve. This sophisticated device, governed directly by an electrical signal, can swiftly toggle the high-pressure gas source, generating an instantaneous pulse. This pulse enables the filter bag to be methodically sprayed, ensuring optimal dust removal and thus guaranteeing the dust collector's exceptional handling capacity and dust collection efficiency.
2.The working principle:
At the heart of the electromagnetic pulse valve's operation is the conversion of electrical signals into mechanical pulsations. This ingenious mechanism harnesses pulsating gas energy to create a substantial impulse, effectively achieving dust clearance. When the pulse blowing controller dispatches an electric signal, the electromagnetic pilot head actuates, drawing the moving column and opening the vent hole. Consequently, the pressure gas in the diaphragm's back chamber is swiftly expelled, allowing the diaphragm to lift and open the channel, executing the blowing action. Upon cessation of the electric signal, the spring within the electromagnetic pilot head resets, sealing the vent hole, as the pressure in the diaphragm's back chamber and spring force close the channel, halting the blowing process.
3. The product type:
Electromagnetic pulse valves are categorized based on the valve inlet and outlet's angular configuration and the air inlet form:
Right-angle electromagnetic pulse valve: This variant features a valve body with inlets and outlets positioned at right angles, managed via an electrical signal-controlled diaphragm valve.
Straight-through electromagnetic pulse valve: This version has a valve body with inlets and outlets aligned at 180 degrees, controlled by an electrical signal diaphragm valve.
Submerged electromagnetic pulse valve: This type has the valve body inlet submerged within the air bag.
4.The technical parameters:
Key technical parameters of the electromagnetic pulse valve encompass working pressure, medium, voltage, current, environmental conditions, and longevity. For instance, the right-angle valve variant operates within a 0.3-0.6MPa pressure range, utilizing clean air as the medium. Voltage options include DC24V and AC220V, with a current draw of approximately 800Ma/60m. It performs optimally within a temperature spectrum of -10 to 65ºC, with relative humidity not exceeding 85%, boasting a remarkable service life span of up to 1 million cycles or 3-5 years.

5. Product features:
Electromagnetic pulse valves boast the following attributes:
A straightforward design ensures effortless installation, operation, and maintenance.
The valve delivers stable, reliable operation with high-precision pulse control.
Robust corrosion resistance makes it ideal for various challenging environments.
The diaphragm's extended lifespan significantly minimizes maintenance expenses.
6. The field of application:
Electromagnetic pulse valves find widespread use in ash cleaning and blowing systems of pulse bag filters and cartridge dust collectors. They are also integral to pneumatic control systems within the chemical, pharmaceutical, and food industries.
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Detailed Photos

 

Product Parameters

DMF-Z Series Solenoid Valve Parameter Table

Model		DMF-Z-20	DMF-Z-25	DMF-Z-40S	DMF-Z-50S	DMF-Z-62S	DMY-Z-76S
Caliber		G3 /4  "	G1″	G1 1/2 ″	G2″	G2 1/2″	G3″
Connection method		internal thread
Working voltage				DC24V/AC220V	optional
Working pressure				0.3-0.8MPa
Working Medium		Clean air without water, oil, or impurities
Ambient temperature		-20~200ºC(Selection of diaphragm sheets made of different materials according to the ambient temperature.)
Valve body material		High strength aluminum alloy
Connecting pipe outer diameter		25mm	32mm	45mm	57mm	73mm	89mm
Single valve spray area		4-6m²	6-10m²	16-22m²	26-32m²	36-42m²	48-72m²
Diaphragm material		Nitrile rubber/fluoro rubber (high temperature valve)
Service life		1 million times/three years