Explosion Proof Solenoid Valve 50-VFE

50-VFE3190 VFE5120-4TD-02 series 5-way pilot operated flame dust explosion proof solenoid valves common exhaust G1/8 to G3/8 inch 12V to 240V AC DC F bracket

Features

Explosion Proof Solenoid Valves: China Factory Reliable Manufacturer Solutions

As a leading Manufacturer, Our Factory in China utilizes advanced manufacturing techniques to produce Explosion Proof Solenoid Valves that are built to withstand the toughest conditions while maintaining precise control.

Professional Explosion Proof Solenoid Valve Manufacturer in China: Unlocking High-Safety Fluid Control from Factory

In the field of industrial automation, safety is always one of the primary considerations, and this is especially true in flammable and explosive environments. In such critical settings, the application of Explosion Proof Solenoid Valves is particularly important. China has emerged as a leading hub for manufacturers who specialize in the production of these high-safety valves.

China manufacturers, with their factory equipped with advanced technology and stringent quality control measures, are unlocking high-safety fluid control solutions for industries worldwide. These professional explosion proof solenoid valve manufacturers in China are known for their commitment to safety and innovation, ensuring that their products meet the highest international standards for use in hazardous environments.

By working directly with China factory and manufacturers, companies can source explosion proof solenoid valves that are not only reliable but also designed to withstand the unique challenges of explosive atmospheres. This collaboration allows for the development of customized solutions tailored to specific industrial needs, further enhancing safety and efficiency in fluid control systems.

Basic concepts and principles of explosion proof solenoid valve

Explosion proof solenoid valve is a control valve specially designed for flammable and explosive environments. It is an automated component used to control fluid flow. It controls the opening and closing of the valve core through electromagnetic force, thereby achieving on-off control of the fluid medium. Its core lies in the explosion-proof design, which ensures that when sparks are generated inside the valve body, it will not cause an explosion in the surrounding environment. This kind of valve uses the magnetic field generated by the solenoid coil to control the opening and closing of the valve core, thereby achieving precise control of the fluid. This feature makes explosion proof solenoid valve a must-have for high-risk industries such as petroleum, chemicals, and coal mines.

Design and construction of explosion proof solenoid valve

The main structural components of explosion proof solenoid valve include electromagnet, valve body, valve core, sealing material, etc. The electromagnet is made of high-performance materials to ensure stable and reliable electromagnetic force output; the valve body is made of high-quality stainless steel or cast aluminum alloy, which has high strength and good corrosion resistance; the sealing material is selected according to the characteristics of the medium, such as NBR, EPTFE, etc. While ensuring the sealing effect, it also meets the needs of different media.

Performance characteristics of explosion proof solenoid valve

Explosion-proof and explosion-proof performance: The explosion proof solenoid valve adopts a special structural design, such as a sealed shell, a fire-stop device, etc., to isolate internal electrical sparks and prevent ignition of external flammable and explosive gases to achieve an explosion-proof effect. Its shell can withstand the internal explosion of a flammable mixture that penetrates into the shell through any joint surface or structural gap of the shell without being damaged, and will not cause the ignition of an external explosive environment.

Sealing performance: The explosion proof solenoid valve has excellent sealing performance and can effectively prevent leakage and overflow, thus ensuring the safety of the equipment.

Adaptability: explosion proof solenoid valve are divided into three types: long-term working system, repeated short-time working system and short-time working system. They can be applied to a variety of media, such as gases, liquids, etc. and a variety of explosive gas environments. The appropriate one can be selected according to actual needs. pressure and flow levels to ensure the accuracy and stability of fluid control.

Application scenarios of explosion proof solenoid valve

GXR explosion proof solenoid valve are widely used in petroleum refining, chemical production, natural gas transportation, coal mining and other environments with flammable and explosive hazards. In these fields, explosion proof solenoid valve can not only effectively control the flow of fluid media, but also quickly cut off the media in emergencies to prevent accidents and ensure the safety of personnel and equipment.

Factors to consider when choosing an explosion proof solenoid valve

When selecting an explosion proof solenoid valve, factors to consider include explosion-proof level, working pressure, medium temperature, interface size, power supply voltage, etc. In addition, the manufacturer's qualifications, product certification, after-sales service, etc. are also important factors that cannot be ignored.

Explosion-proof mark and grade: The explosion-proof mark usually consists of two parts. The first part represents the explosion-proof grade of the equipment (such as Exd, Exe, ExnR, etc.), and the second part represents the explosive environment for which the equipment is applicable (such as IIB, IIC, etc.). The higher the explosion-proof level, the better the safety performance of the equipment in hazardous environments.

Material selection: The valve body material directly affects the corrosion resistance and service life of the solenoid valve. Common valve body materials include stainless steel, cast aluminum alloy, etc. The selection of sealing materials is equally important, as it determines the sealing performance and leakage prevention capabilities of the solenoid valve. Commonly used sealing materials include fluorine rubber, nitrile rubber, etc.

Working parameters and control methods: Working parameters include working pressure, working temperature, medium characteristics, etc. These parameters determine the applicable scope and performance requirements of the solenoid valve. Choose different control methods such as manual, electric, pneumatic or hydraulic according to actual needs.

Frequently asked questions about explosion proof solenoid valve

explosion proof solenoid valve may encounter problems such as solenoid failure, seal leakage, and valve core sticking during use. The occurrence of these problems is often related to product quality, improper installation and maintenance, or media characteristics. Therefore, choosing high-quality products, correct installation and commissioning, and regular maintenance are the keys to reducing failures.

Why choose GXR explosion proof solenoid valve

GXR manufacturers have nearly 30 years of experience in the pneumatic and hydraulic industries, as well as rich electronic and pneumatic industry resources. GXR factory explosion proof solenoid valve have advanced technology and manufacturing processes in China, and continue to make breakthroughs in innovative design, committed to providing customers with safer, more reliable, and more efficient fluid control solutions. In addition, we can also customize exclusive products according to customer needs to meet personalized needs.

 

HANUMAN services

HANUMAN is a professional solenoid valve supplier and our business scope covers pressure switches, relief valves, 2-way valves, 3-way valves, 5-way valves, explosion proof valves, hand valves, and mechanical valves, with complete voltage ranges, thread types, port sizes, and pressure ranges.

Specifications

Model

50-VFE3000-X170

50-VFE5000-X170

Fluid

Air

Operating
  pressure range

Two-position single, three-position

0.15 to 0.9 MPa

Two-position double

0.1 to 0.9 MPa

Ambient and fluid temperature

T5: -10 to +50 °C, T6: -10 to +40 ℃

Response time

Two-position single, double

45 ms or less

45 ms or less

Three-position

60 ms or less

70 ms or less

Max. operating
  frequency

Two-position single, double

1 Hz

Three-position

1 Hz

Lubrication

Not required

Manual override

Non-locking push type, push-turn locking D type

Mounting

Unrestricted

Pilot valve exhaust method

Individual exhaust, common exhaust of main and pilot valves

Individual exhaust, common exhaust of pilot valve

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