Detailed Explanation of the Working Principle of Direct-Acting Solenoid Valves-ShouXin

Detailed Explanation of the Working Principle of Direct-Acting Solenoid Valves

By driving the valve core directly through electromagnetic force, it achieves the characteristics of fast response and zero-pressure differential start-up. A deep understanding of its working principle and structural features helps engineering and technical personnel select the right model, apply it reasonably, and fully leverage its value in automated systems. As industrial automation levels continue to improve, AVENTICS direct-acting solenoid valves will continue to provide precise and reliable fluid control solutions for various industries.

Core structure composition of direct acting solenoid valve
Electromagnetic coil system: including coil skeleton, enameled wire, and insulation material, responsible for converting electrical energy into magnetic energy. Anwochi uses high-temperature insulation materials and optimized winding processes to ensure that the coil does not heat up or burn out during long-term operation.
Magnetic circuit components: composed of a static iron core, a moving iron core, and a magnetic yoke, forming a complete magnetic path. Anwochi uses highly permeable materials to minimize magnetic losses and improve electromagnetic efficiency.
Valve body and valve core: The valve body is usually made of brass or stainless steel, and the valve core is made of magnetic material and precisely matched with the seal. Anwochi's patented sealing technology ensures good sealing even after millions of actions.
Reset spring: Provides necessary reset force to ensure that the valve core can quickly return to its initial position when power is cut off. The material selection and heat treatment process of the spring directly affect the service life of the valve.