1. Product introduction
Electric valves, specifically solenoid valves, are crucial for automating fluid control systems. Here's a concise rewrite of their functionality and structure:
** Solenoid Valve Operation:**
- Solenoid valves utilize an electromagnetic coil to generate a magnetic field, which in turn actuates the valve spool to control fluid flow.
- When the coil is de-energized, the valve spool is actuated by a spring, managing the valve's open and closed states.
- These valves are integral in controlling fluid direction in hydraulic systems, commonly used in factory automation and machinery control.
** Working Principle:**
- Solenoid valves contain a chamber with holes that open in different positions to direct fluid to various tubing paths.
- Two electromagnets are positioned on either side of the valve, and the energized coil draws the valve body, regulating the flow through specific discharge holes.
- The valve's operation is typically controlled by an external electrical signal, linking mechanical motion to electromagnetic current control.
**Electric Valve Structure:**
- The valve design omits traditional positioning mechanisms and upper spring assemblies, streamlining the flow path and reducing mechanical losses.
- A guide plate beneath the valve disc ensures smooth operation and minimizes vortex losses in the valve's lower cavity.
- The valve's driving element is a piston within a cylinder block, which moves the valve disc up and down, facilitated by the medium's pressure, to open or close the valve.
- The valve body integrates the piston, the opening and closing components, and the cylinder, offering a wide, streamlined chamber that enhances flow efficiency and reduces head loss.
** Reversing Mechanism and Pressure Pipeline:**
- The valve's reversing mechanism and pressure pipeline are part of a unified service system.
- The system uses pressure water from either end of the control valve as a driving force.
- Through electrical signal instructions, the system can actuate the pump control valve to open or close the pump at predetermined times and speeds.
Name | Nominal diameter | Body material | Nominal pressure | Applicable medium |
GUQ pneumatic vacuum ball valve | DN10-50 | Stainless steel | PN16 | Non-corrosive gas |
Note: The configuration of each part of this product is optional, please consult us for details, explain your specifications and requirements
2 Product Advantages
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Wear and corrosion resistant sealing ring The valve spool adopts suspension structure design to reduce the friction of the sealing ring. When the valve spool is closed, the valve spool and the valve body are closely fitted to effectively cut off the gas in the vacuum pipe |
Control quality Professional production testing equipment is used to strictly test products to ensure product quality |
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Industrial rigor Smooth surface treatment, no burrs, beautiful appearance, long service life |
Compact structure Thickened body design small volume, high transmission efficiency, easy disassembly, easy maintenance |
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3.Technical parameter
3C Valve Category | industry | Structural form | three-piece | Control mode | On-off type |
Applicable temperature | Room temperature -29 ~ 120 | Driving mode | pneumatic | Valve body material | Stainless steel 304 |
Applicable medium | Non-corrosive gas | Applicable industry | Food, Medicine |
4. Quality inspection equipment
Complete testing equipment to ensure product quality.
5.Packaging & Shipping
6. FAQ
1. What is the Minimum Order Quantity?
5~1000 pcs.And we also accpet sample orders.
2. Can you manufacture according to customer's samples?
According to samples, we can make drawing, tooling and sample
3.How long will it take to make new samples according to customer's drawing or sample?
Totally 20 days. 10 days for tooling and another 10 days for sample.
