C601100079A08 Datasheet/PDFC601100079A08 is an electromechanical, proportional control valve used for controlling pressure, flow, and temperature in large industrial applications. This device provides reliable and repeatable performance with a proven track record of performance.
The valve is designed with a self-contained, spring loaded solenoid which regulates the opening and closing of the valve by providing an ON/OFF signal to the solenoid motor. This provides an efficient and dependable method of controlling pressure and temperature in a variety of industrial applications.
As the solenoid opens and closes as the magnetic field increases and decreases, it creates an airtight seal. This helps to ensure that there are no leaks even under maximum pressure. This is one of the main advantages of using a proportional control valve.
Application Field
The C601100079A08 is used in a variety of applications including:
- Water treatment and purification
- Steam and Hydroelectric power plants
- Large industrial production processes
- Oil and gas processing systems
- Ballast control systems
- Agricultural irrigation systems
Its rugged design and reliable performance make it the ideal choice for a wide range of industrial and manufacturing applications.
Working Principle
The working principle of the C601100079A08 is based on the principle of electric current control. When electric current flows through the solenoid wire, it generates an electromagnet which then acts upon the valve stem. This then opens or closes the valve depending on the amount of current applied. The current is designed to be proportional to the amount of pressure or temperature that needs to be controlled.
The C601100079A08 is specifically designed to be able to inherently regulate pressures and temperatures to tight tolerances. In addition, the valve is sealed and tested to ensure there are no leaks, and all components are made from either stainless steel or stainless steel coated aluminum for the utmost in durability.
The combination of repeatable operation and its top notch design make it one of the best choices for large scale industrial and production applications. It is an exceptionally reliable device capable of handling extreme pressures and temperatures with ease.