CN1020A14G03S6-000

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CN1020A14G03S6-000 is a type of industrial solenoid valve that is designed for control and directional operation of flows of gases, liquids, and oil. This device is a crucial component in any system where the fluid flow must be controlled accurately.

Industrial applications of the CN1020A14G03S6-000 usually include controlling the direction and flow rate of compressed air, water, oil or any type of fluid. In some industries, it may be used as a pressure relief valve or to operate a vacuum/blow-off cycle in addition to controlling the flow rate of fluids. The CN1020A14G03S6-000 is primarily used for general applications where accuracy and repeatability is important.

The working principle of the CN1020A14G03S6-000 to provide flow control in an industrial setting is based on a solenoid mechanism. A solenoid is a type of electromagnet that, when energized, creates a force that can be used to invoke a mechanical movement. In the case of the CN1020A14G03S6-000, the device uses a solenoid to open and close a pair of ported segments, which control the flow of fluid.

The CN1010A14G03S6-000 is designed with a fast-acting, low-friction 3-way poppet and a slow-acting 2-way poppet. The fast-acting poppet is designed to open quickly while the slow-acting poppet is designed to ensure a slow-closing action that will regulate the flow of fluid in the system.

The CN1020A14G03S6-000 has a non-lubricated solenoid coils that are designed for long service life. The device is able to handle a maximum pressure of 63 bar and a maximum temperature of 140°C. It requires a minimum operating pressure of 1 bar, and the operating life time of the device is 4000 cycles. This device is suitable for use in enclosed and/or hazardous areas.

The CN1020A14G03S6-000 is an extremely reliable industrial solenoid valve that can be used wherever precise and consistent control of fluid flow is needed. With its fast-acting, low-friction poppet and its non-lubricated construction, this device is capable of providing reliable and accurate operation in harsh industrial environments. This device makes it possible for a variety of industrial processes to be controlled accurately and efficiently, with minimal maintenance requirements.

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