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Coils for Cartridge Solenoid Valves OEM/ODM

Coils for Cartridge Solenoid Valves OEM/ODM
  • On/Off Solenoids for Hydraulics
  • Proportional Solenoids for Hydraulics
  • Explosion Proof Solenoids for Hydraulics
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  • Coils for Cartridge Solenoid Valves
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    Ningbo Yinzhou TONLY Hydraulic Electrical Factory
    Ningbo Yinzhou TONLY Hydraulic Electrical Factory

    Ningbo Yinzhou TONLY Hydraulic Electrical Factory was established in 1989, which is a professional manufacturer of various On/Off and proportional solenoids for hydraulics. The factory is 10000m2. Thereinto, architecture covers 7000m2. As a famous China Cartridge Solenoid Valves Coils Manufacturers and Coils for Cartridge Solenoid Valves Suppliers, the factory owns advanced high-precision CNC lathes, an automatic stitch welding machine, a BMC plastic package machine controlled by PLC, a plastic injection molding machine, a solenoid features tester, a solenoid tube oil-pressure-resistant test stand, a solenoid tube pulse fatigue test stand, an excitation coil parameters, and other testers. Through importing, absorbing, and technical upgrading. At present, we have an annual production capacity of 2,4 million pieces of hydraulic solenoids. All the products are produced according to JB/T5244-2001, VDE0580 standard and satisfy international advanced technical requirements. The performance is reliable and the quality is steady. Matched with REXROTH type, Northman type, YUKEN type, and VICKERS type, the products can be widely applied in machine tools, plastics machinery, engineering, aerospace, automotive, post and telecommunications, etc. The products are sold to the mainland, United States, Sweden, Korea, Taiwan, and other countries and regions.

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    Coils for Cartridge Solenoid Valves Industry knowledge

    How to perform thermal management of coils for cartridge solenoid valves?

    Thermal management of coils for cartridge solenoid valves refers to a series of measures to effectively control and handle the heat generated by the coil to ensure that the coil remains within the appropriate temperature range during operation. The main purpose of this process is to ensure that the solenoid valve coil works stably and reliably for a long time. Thermal management of coils for cartridge solenoid valves is essential to ensure that it maintains the appropriate temperature during operation, which not only improves the stability and reliability of the coil, but also extends its service life and reduces maintenance costs, while improving the efficiency and performance of the overall system.

    Coils for cartridge solenoid valves are commonly used in switches and regulating devices that control the flow of liquids or gases. During operation, the solenoid valve coil generates a magnetic field by energizing and de-energizing the current to control the opening and closing or regulation of the valve. However, as the current is energized, the coil generates a certain amount of heat. If this heat is not effectively dissipated and managed, it may cause the coil temperature to rise, thereby affecting its performance and life.

    In order to effectively manage the heat of the coil, a variety of methods can be taken to optimize its heat dissipation performance, including installing heat sinks or radiators. These devices are usually made of highly conductive materials, such as aluminum or copper, and can effectively transfer the heat generated inside the coil to the surrounding air, thereby reducing the operating temperature of the coil. Fan cooling is also a common heat dissipation method, especially for coils that require stronger heat dissipation capabilities. The fan can effectively reduce the operating temperature of the coil by blowing air over the heat sink, increasing air flow and accelerating the dissipation of heat.

    For extremely high-power coils, liquid cooling is a more efficient option. This system removes the heat generated by the coil by circulating liquid (such as water or coolant), providing more efficient heat dissipation than air cooling, ensuring the stable operation of the coil in extreme environments. In addition, the use of thermally conductive materials (such as thermally conductive glue or thermally conductive pads) can fill the tiny gap between the coil and the heat sink, enhance the heat conduction efficiency, and further reduce the temperature rise of the coil.

    In addition to the above heat dissipation measures, good environmental control and regular maintenance are also key factors to ensure the long-term stable operation of the coil. Ensuring good ventilation around the coil and avoiding installing the coil in a closed or small space can effectively reduce the surrounding temperature and reduce heat accumulation. Regularly clean and maintain the card solenoid valve coil and the cooling device around it to remove dust and other impurities to maintain the best cooling effect. Use a temperature sensor to monitor the operating temperature of the card solenoid valve coil, and adjust the operating voltage or improve the cooling system in time according to the monitoring results to ensure that the coil operates within a safe range.