AVEENTICS Electromagnetic Valve Product Information Discounts Welcome to Consult

Working principle: By relying on electromagnetic force directly acting on the valve core, the valve can be opened and closed. When the electromagnetic coil is energized, the generated electromagnetic force attracts the valve core to overcome the spring force and move upward, opening the valve and allowing fluid to pass through; When the power is cut off, the spring force pushes the valve core to reset, closes the valve, and blocks the fluid passage. Taking a direct acting solenoid valve from Anwochi as an example, its structure is compact, with the internal valve core directly connected to the solenoid coil, and the signal response is fast.

Product features: Extremely fast response speed, can complete switch actions within a few milliseconds, can accurately capture control signal changes, and quickly execute fluid on/off instructions. Suitable for small diameter and low flow application scenarios, with requirements for fluid control accuracy and response speedtallIn various occasions, such as microfluidic control in electronic device manufacturing and micro drug delivery in medical equipment, it performs excellently. Due to the absence of pilot pressure, it can operate normally in zero pressure difference or vacuum environment, expanding its application range.

Working principle: The pilot valve is first controlled by electromagnetic force, and then the main valve is driven to work. When powered on, the electromagnetic force opens the pilot valve, causing the pressure in the upper chamber of the main valve to decrease. Under the pressure difference between the inlet and outlet of the main valve, the valve core moves upward and the valve opens; After power failure, the pilot valve closes, the pressure in the upper chamber of the main valve increases, and the valve core resets under the action of pressure and spring force, closing the main valve. Anwochi's pilot operated solenoid valve pays attention to the coordinated work between the pilot valve and the main valve in its design, optimizes the air path structure, and improves overall performance.

Product features: Can control fluids with larger diameters and flow rates, suitable for fluid control in medium and large industrial equipment. Compared to direct acting valves, pilot operated solenoid valves consume less electromagnetic power under the same specifications, resulting in energy savings. It can work stably within a wide pressure range and has strong compatibility with fluid systems of different pressure levels. It is widely used in large-scale pipeline fluid control in industries such as chemical, power, and metallurgy.

Working principle: By controlling the current magnitude of the input electromagnetic coil and accurately adjusting the valve opening, continuous proportional control of fluid flow can be achieved. When different intensities of current are input, the electromagnetic force changes, pushing the valve core to move to the corresponding position, changing the flow cross-sectional area of the valve, thereby accurately controlling the fluid flow rate. Anwochi proportional solenoid valve is equipped with a high-precision current control module, which has a high precision in matching with the valve core.

Product features: High precision flow control, able to achieve precise adjustment of fluid flow rate, with errors controlled within a very small range. In industries that require precise flow control to ensure product quality or stable system operation, such as food and beverage filling, raw material ratios in the pharmaceutical industry, etc., it plays an irreplaceable role. The flow rate can be flexibly adjusted according to actual needs, adapting to changes in different production processes, and improving the flexibility and controllability of the production process.

Anwochi solenoid valve core has high machining accuracy, and with precise manufacturing technology, it can accurately control the valve opening and achieve precise adjustment of fluid flow rate and direction. Taking a certain electromagnetic valve used for precision electronic equipment manufacturing as an example, its flow control accuracy can reach ± 1%, ensuring stable and accurate fluid supply for equipment in micro fluid control scenarios, meeting the strict requirements of the electronics industry for high-precision manufacturing, greatly reducing product defect rates, and improving enterprise production efficiency.

Made of high-quality materials, the valve core and seat are made of corrosion-resistant and wear-resistant stainless steel materials. Even in harsh chemical environments such as strong acids and alkalis, or high flow rates and high pressure differentials, they can operate stably for a long time, effectively reducing the risk of leakage caused by wear and extending the service life of the valve. The electromagnetic coil has undergone special insulation treatment and has excellent anti-interference ability. In complex electromagnetic environments such as near substations and large motor operating areas, it can still stably receive control signals and reliably perform switch actions, providing continuous and stable fluid control guarantee for industrial production and reducing production interruption losses caused by electromagnetic valve failures.

Optimized electromagnetic design and lightweight valve core structure endow Anwochi solenoid valve with millisecond level response speed. In high-speed automated production lines, such as automotive parts stamping production lines, solenoid valves can instantly receive control commands, quickly switch valve states, control cylinder actions, achieve high-speed and precise stamping operations, improve production efficiency, and meet the urgent needs of modern industry for high-speed production.

Some models adopt excellent energy-saving technologies, such as intelligent control modules that can dynamically adjust the power on time and current intensity of electromagnetic coils according to actual working needs, reducing unnecessary energy consumption. Pilot operated solenoid valves drive the main valve with a small electromagnetic power during high flow control, effectively reducing system energy consumption, helping enterprises achieve green production, and reducing operating costs.

The working temperature range is wide, from extremely cold cold storage environments of -40 ° C to high-temperature furnace surroundings of 180 ° C, with suitable solenoid valve products available for selection. There are various levels of protection, with some products reaching IP69K. They can work normally in harsh environments such as high humidity, high dust, strong water splashes, and even steam flushing. For example, in harsh working conditions such as mining and chemical production, they can stably control fluids to ensure that the production process is not affected by environmental factors.

The design fully considers on-site installation requirements and provides multiple standard interfaces, such as NPT, G, BSP, etc., to facilitate quick connection with various pipelines and equipment. Supports multiple installation methods, whether it is horizontal, vertical installation, or compact installation environments with limited space, it can easily cope. It can seamlessly integrate with control systems of different brands, supporting multiple control signals such as switch signals, pulse signals, etc. It can quickly integrate into existing automated production lines, work together with other equipment, improve the integration and flexibility of the entire production system, and reduce the difficulty and cost of upgrading and transforming enterprise equipment.

Equipped with multiple safety protection designs, such as explosion-proof solenoid valves using special explosion-proof structures and materials to meet the requirements of hazardous areas and prevent explosion accidents caused by electrical sparks, they are widely used in flammable and explosive industries such as oil and gas extraction and processing. In terms of sealing performance, excellent sealing technology and materials are used to ensure zero leakage in the closed state, avoiding harm to the environment and personnel caused by fluid leakage, and ensuring the safety of the production process.

In line with the development trend of Industry 4.0, some Anwochi solenoid valves are equipped with intelligent sensors and communication modules, which can monitor the working status of the valve in real time, such as flow rate, pressure, temperature and other parameters, and transmit data to the upper control system through communication protocols such as industrial Ethernet and IO Link. Operators can remotely set parameters, diagnose faults, and maintain solenoid valves to achieve intelligent management, improve the visualization and intelligence level of the production process, assist enterprises in optimizing production processes, and enhance core competitiveness.