GEORG FISCHER 199.041.603 V182 DN25 Pressure Reducing Valve
GEORG FISCHER 199.041.603 V182 DN25 Pressure Reducing Valve (V182 DN25) is used to reduce the inlet pressure within a system to a specific value and maintain that value constantly at the outlet. It is widely used in various industrial and commercial applications that require precise pressure control and equipment protection. Its main application areas include:
- Water Treatment Plants: Providing stable pressure to filtration units, membrane systems, and dosing pumps.
- Microelectronics and High-Purity Systems: Controlling the pressure of water and other fluids in sensitive processes.
- Chemical Process Industry: Ensuring accurate and safe pressure for chemical reactors and transfer lines.
- Measurement and Control Systems: Creating a stable environment for the accurate operation of pressure sensors and other instruments.
- General Industrial Piping: Preventing pressure fluctuations and protecting downstream equipment (pumps, valves, devices) from high pressure.
- OEM Applications: For integration by machine and equipment manufacturers into their own systems.
GEORG FISCHER 199.041.603 V182 DN25 is a +GF+ V182 series pressure reducing valve. With a nominal diameter of DN25 (typically corresponding to a 1-inch pipe size), it reduces the inlet pressure of the fluid, maintaining the outlet pressure in the system at a pre-set constant value. This valve operates on the differential pressure principle without requiring auxiliary energy; it automatically adjusts itself by utilizing the difference between the inlet and outlet pressures. Thanks to its large control surface and spiral spring, it has small standard tolerances, ensuring precise pressure regulation. It is made from corrosion-resistant plastic materials, which makes it suitable for aggressive fluids. It stands out for its virtually maintenance-free design and its ability to be installed in any position. It can also be adjusted under working pressure.
