Pressure Reducing and Pressure Sustaining Hydraulic Control Valve
Areas of Use
Dual-Function Pressure Regulation for Reliable and Corrosion-Resistant Systems
The Plastic Pressure Reducing and Pressure Sustaining Hydraulic Control Valve is an advanced dual-pilot valve designed to ensure stable and efficient pressure management in plastic piping systems. Engineered from high-quality, corrosion-resistant plastic materials, it delivers precise performance while offering long-term durability in demanding water applications.
This dual-function valve simultaneously regulates both inlet and outlet pressures. The upstream pressure-sustaining pilot maintains a constant inlet pressure, while the pressure-reducing pilot adjusts the outlet pressure to the desired level set by the user and keeps it steady. This combination effectively protects the system from sudden pressure fluctuations and maintains safe, consistent operating conditions.
By minimizing excessive flow and controlling high pressure in downward-sloping lines, the valve ensures the system always operates within normal parameters. Independent of flow rate variations, it continuously maintains balanced inlet and outlet pressures, guaranteeing reliable and precise pressure control.
With its lightweight plastic body, high corrosion resistance, and dual-pilot accuracy, the Plastic Pressure Reducing and Pressure Sustaining Hydraulic Control Valve provides a long-lasting, low-maintenance, and efficient solution for modern water distribution and irrigation systems.
- Features
Its simple structure makes it easy to use and maintain.
Low cost.
Operation in a wide pressure range.
Flawless modulation even at low flow rates.
Flexible diaphragm for shock-free opening and closing.
Reinforced diaphragm and internal spring for complete sealing.
- A wide range of control applications with the use of various pilot valves.
Ability to operate in horizontal and vertical positions in various application areas.
- Order information
Please provide the following information in case of order
Maximum flow rate ..................................... m³/h
Maximum network/operating pressure ................ bar
Main pipe diameter ................................................ mm
Valve connection type
Maximum valve inlet pressure .......................... bar
Minimum valve inlet pressure ............................... bar
Desired outlet pressure value ............................... bar
Desired valve inlet pressure ................................. bar
- Application Example
- Catalogue