CIPVL-C

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Part Status:	Active
Lead Free Status / RoHS Status:	--
Type:	Cover, Icon
Color:	Violet
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CIPVL-C application field and working principle

The CIPVL-C, or Automatic Programmable Control Valve, is a versatile control device designed to provide reliable and accurate On/Off or proportional control of pressurized fluids in a wide range of industrial applications.It can be used to adjust the flow of a pressurized fluid when it is in line with other devices, such as pumps or actuators, and can also be used as a control loop actuator. When used as an actuator, the CIPVL-C can modify the set point value of a process or system by controlling the flow of a pressurized fluid to a desired pressure or temperature.The CIPVL-C can be used in a variety of applications including gas and liquid flow control, chemical injection, pressure control, temperature control, and more. The CIPVL-C consists of a main body that houses the main drive, control valves, and control valve components.The main part, called a valve body, houses the pressure transducers and other components necessary to control the valves. It is typically constructed from stainless steel or plastic with a diaphragm seal that is capable of handling a maximum pressure of up to 5000 psi.The actuator is the part of the valve that enables it to control the fluid flowing through it. It typically consists of a motor, a gear mechanism, and an arm that is connected to the valve control lever or the solenoid valve.The motor is used to turn the gear mechanism, which in turn moves the valve control lever or solenoid valve to open or close the valve. The motor can be operated manually by a knob or handle, or automatically by an electronic control system.The CIPVL-C is able to detect the pressure upstream and downstream of the valve, by using two pressure transducers. The two pressure transducers provide the control system with information on the pressure upstream and downstream of the valve.This information can be used to control the valve by adjusting the pressure transducers downstream of the valve and then adjusting the signal from the upstream pressure transducer until the desired flow rate is achieved. The control system can also use the information to adjust the pressure setpoints upstream and downstream in order to optimize the flowrate or the speed of the valve.The CIPVL-C also has a micro-computer to control the valve operation. This micro-computer is programmed with software to provide the necessary control algorithms to ensure that the valves are operated in an optimum and safe manner.The software is typically programmed with the operating parameters required for specific applications, such as pressure, temperature, and flowrate. The programming for the CIPVL-C can also be customized for different applications, depending on the requirements of the user.In summary, the CIPVL-C is an efficient, reliable, and accurate control device that can be used in a variety of industrial applications. Its ability to detect pressure upstream and downstream of the valve, its motor drive mechanism, and its micro-computer control system make it an ideal choice for automating pressurized fluid flow systems.

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