Anwochi AVEENTICS solenoid valve 5728450420, original factory stock

Anwochi AVEENTICS solenoid valve 5728450420, original factory stock

Anwochi AVEENTICS solenoid valve 5728450420, high quality and good price

Shanghai Pumin Industrial Automation Equipment Co., Ltd. specializes in the sales of imported spare parts from Europe and America. The company has its own offices in Germany and the United States for direct procurement, with first-hand sources and competitive prices in the market.

Price advantage: We directly obtain quotes from factories, avoiding many intermediate links. Many factories offer us fixed discounts to ensure that we provide customers with favorable prices.

Wide channels: In addition to factories, we have direct business relationships with many distributors in Europe, which allows us to purchase products that cannot be quoted due to protecting agents.

The working principle of Anwochi solenoid valve is based on the conversion of electromagnetic induction and mechanical motion. The displacement of the valve core is controlled by the on/off of the electromagnetic coil, thereby achieving control over the direction and on/off of fluid flow in pneumatic or hydraulic systems.

Its core structure includes an electromagnetic coil, a static iron core, a moving iron core (i.e. valve core), a reset spring, and a valve body with multiple fluid channels. According to the different driving modes, Anwochi solenoid valves are mainly divided into two categories: direct acting and pilot operated.

The working principle of a direct acting solenoid valve is relatively straightforward. When the electromagnetic coil is energized, the coil generates a magnetic field, and the static iron core is magnetized to produce electromagnetic attraction, directly attracting the moving iron core to overcome the resistance of the reset spring and produce displacement. The movement of the moving iron core drives the sealing element connected to it to leave the valve seat, thereby opening the fluid channel and allowing the medium to flow. When the coil is powered off, the magnetic field disappears and the electromagnetic attraction returns to zero. The elastic force of the reset spring pushes the moving iron core back to its initial position, and the seal re presses the valve seat, cutting off the fluid channel. The characteristic of this structure is that the movement of the valve core is directly driven by electromagnetic force, without relying on the pressure of the fluid itself, so it can work normally under zero pressure difference (including vacuum) conditions. It has fewer internal moving parts and a relatively simple structure.

For pilot operated solenoid valves, their driving logic utilizes the pressure difference of the fluid itself to assist the movement of the main valve core. This type of valve contains a small pilot valve connected to the main valve core inside. In the initial state of power outage in the coil, the pilot valve is closed, and fluid enters the chamber above the main valve core through the bypass hole on the valve core, balancing the pressure on both sides of the main valve core and keeping it closed under the action of spring force. When the coil is energized, the electromagnetic force first attracts the smaller pilot valve core and opens the pilot hole. At this time, the pressure inside the chamber of the main valve core rapidly decreases due to the discharge of fluid, forming a pressure difference with the inlet side. The thrust generated by the high and low pressure difference is sufficient to overcome the gravity and spring force of the main valve core, pushing it away from the valve seat and opening the valve. When the power is cut off, the pilot valve core resets and closes under the action of the spring, the pressure in the upper chamber rises, and the main valve core closes again under the combined action of pressure difference and spring force.

In specific product applications, Anwochi's pneumatic solenoid valves often adopt a slide valve structure design. The valve core is a precision cylinder that slides within the same precision machined valve body hole, switching between different air path channels by changing its axial position. This design, combined with soft sealing components, can achieve fast and reliable reversing of compressed air and other media. Whether it is the simple and efficient direct action or the power amplification of the pilot type, the essence of Anwochi solenoid valve is to efficiently convert electrical energy into controllable mechanical energy, thereby achieving precise management of fluid media in industrial automation processes.

Anwochi AVEENTICS solenoid valve 5728450420, original factory stock

The characteristics of Anwochi solenoid valve are mainly reflected in its modular magnetic circuit design, structural optimization, and diversified functional configuration for industrial pneumatic control needs.

In terms of core electromagnetic drive and response performance, its magnetic circuit design is a major technical feature. Anwochi has developed various iron core structures such as U-shaped and E-shaped according to different application scenarios. Among them, the U-shaped iron core reduces leakage losses by forming a closed magnetic circuit, concentrates magnetic field energy in the air gap area, and achieves a faster response speed. Its suction time can be shortened to 8 to 12 milliseconds, which is suitable for occasions with high requirements for operating frequency and accuracy. In contrast, the E-type iron core achieves a balance between cost and performance with an open magnetic circuit design, providing higher suction force at the same power consumption and stronger resistance to mechanical vibration, making it suitable for harsh environments such as construction machinery.

In terms of structure and material selection, this series of solenoid valves provides two main technical routes for different pressure and flow requirements, both of which use high-quality materials. The structure of a direct acting solenoid valve is relatively simple, and its valve core is directly driven by electromagnetic force without relying on fluid pressure. Therefore, it can work stably under zero pressure difference (including vacuum) conditions, respond quickly, and is usually suitable for situations with small flow rates or limited installation space. For scenarios that require control of large diameter or high-pressure pipelines, a pilot operated solenoid valve is a more suitable choice. It uses electromagnetic force to drive a small pilot valve, and then uses the pressure difference of the medium itself to push the main valve core, thereby achieving control of high-pressure and high flow fluids with relatively low overall power consumption. In addition, some valve bodies are made of anodized aluminum and equipped with NBR seals, designed to adapt to compressed air environments without lubrication or oil mist and extend their service life.

In terms of functional expansion and system integration, the design of Anwochi solenoid valve balances intelligence and convenience. Many models offer sensor options that can monitor the position of the valve core or the pressure in the valve chamber in real time, feedback the operating status of the valve to the control system, and achieve fault prediction. This is a practical function for production lines such as automotive welding that do not allow unexpected shutdowns. At the same time, for maintenance and emergency operations, the product also integrates options such as manual reset, fault indication module, and locking device, allowing operators to physically intervene in case of power outage or emergency. At the installation level, this brand's products support pipe threaded connections or plate integration, and its valve island products allow multiple solenoid valves to be compactly installed on the same manifold, greatly simplifying the pipeline layout of pneumatic systems.

These products are widely used in fields such as steel, automotive, papermaking, energy, petrochemicals, textiles, injection molding, metallurgy, aerospace, rubber, water conservancy, power plants, medical and food packaging, metallurgical industry, automotive industry, power equipment, chemical industry, engineering machinery, papermaking industry, shipbuilding industry, and machine tool manufacturing.

Rexroth, Hydac, Parker, WEBTEC, Atos,

EBRO, METRIX, Megger, ODE, HEIDENHAIN, Heidenhain, USA

Samson, Aventics, Bently, Ifm,

Fairchild, Asco solenoid valve, P+F, MOOG servo valve,

Burkert, Balluff, Pilz, Baumer,

Hengstler, Norgren, Mac solenoid valve from the United States, EPRO from Germany,

Danfoss, German HBM sensors, Lenze Lenz, Tiefenbach, and others

The hot selling models are as follows:

Displacement probe \ \ 330103-00-03-05-02-CN

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Extension cable \ \ 330130-075-00-CN

Vibration transmitter \ \ 990-05-50-01-CN

Vibration probe \ \ 330907-05-30-02-02

Vibration transmitter \ \ 177230-00-01-05 (CN)

330104-00-06-10-02-CN

177230-01-01-CN

330130-080-00-CN

177230-02-01-CN

330907-05-30-10-02-CN

990-05-50-01-CN

Downloads: PMP51B-BFBACBH6AA3KCA1VNJA1

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PMP51B-BFBACBH6AA3FCA1VNJA1

EDS3446-3-0250-000+ZBE06

EDS3346-3-0010-Y00-F1+ZBE06

EVS 3106 -a- 0060 – 000 + zbe 06

EVS 3106 -a- 0300 – 000 + zbe 06

ETS3226-3-018-000+ZBE06

ETS3866-3-000-000+ZBE06

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HYDAC leather bag SB330-100A1/112A9-330A

HYDACEVS3106-A-0060-000

HYDACEVS3106-A-0300-000

Elektrotec pressure switch EBT70CC

Elektrotec pressure switch EBT80CC

HYDAC leather bag SB330-100A1/112A9-330A

PMP51B-BNBACBH6AA3SCA1VNJA1

PMP51B-BNBACBH6AA3SCA1VNJA1

PMP51B-AABACBH6AA3FCA1VNJA1

MAC solenoid valve 34C-ABA-GDFA-1GA

ASCO 400425-142 24VDC

Keyence FD-M100ATP

Keyence FD-M50ATP

E+L tension sensor PD5020

E+L tension gauge PA6210 24V

VKM3107UOR1508Y

VKM3110UOR250BYA

DE1601VA20PL0K00

For more product information, please click:Shanghai Pumin Industrial Automation Equipment Co., Ltd