Pressure Reducing Valve (Clamp End)(Diaphragm Type)
(Diaphragm_Type).png "Valtec_Pressure Reducing Valve (Clamp End)(Diaphragm Type)")
- Stainless Steel Material: The valve body, valve cover, spring cover, and internal components are all made of stainless steel.
- Noise-free Installation: The valve stem is supported at both the upper and lower ends, allowing for horizontal or vertical installation. The diaphragm design effectively reduces water hammer effects, ensuring noise-free operation even under high water pressure conditions.
- Easy Maintenance: Both ends of the valve use clamp connections, making on-site maintenance and disassembly easy. The internal diaphragm and spring are easy to replace.
- Built-in Filter: The valve includes a built-in filter, eliminating the need for an additional filter. The filter only needs to be cleaned approximately once every six months.
- Pressure Range: 4 ~ 10 Kgf / cm2
Pressure reducing valves (PRVs) are critical for maintaining consistent pressure across various systems, safeguarding equipment, ensuring reliability, and optimizing performance. They find applications in industrial, construction, and residential settings, particularly in water distribution, steam systems, oil and gas operations, and compressed air and gas services. In construction, PRVs are indispensable for water supply pipelines, HVAC systems, and fire protection networks, where they enhance operational efficiency and provide steady pressure control.
- Water Services: PRVs ensure safe and efficient water delivery by maintaining consistent pressure, which prevents damage to pipes and fixtures while enabling even distribution across municipal networks or facilities. For buildings up to five floors, a PRV can be installed on the main inlet pipe, whereas buildings with more than five floors require PRVs on each floor or unit to ensure consistent inlet pressure at all levels.
- Steam Systems: RVs are essential for managing pressures in boilers, engines, and turbines, maintaining stability to ensure operational safety and protect downstream equipment like heat exchangers. Their ability to optimize energy efficiency in steam-based processes makes them indispensable in industrial operations reliant on controlled steam pressures.
- Oil and Gas Industries: PRVs play a key role in regulating pressures within pipelines and processing equipment, protecting systems from excessive pressure that could lead to leaks or failures. Their application ensures the integrity of oil and gas transportation and refining processes, safeguarding equipment and maintaining operational safety.
- Air and Gas Services: PRVs regulate pressures in pneumatic systems and industrial gas distribution networks, ensuring the safe operation of air tools, equipment, and gas processing systems. By preventing pressure-related malfunctions, they enhance overall performance and reliability in industries relying on compressed air or gas systems.
- Construction & HVAC: PRVs are vital for ensuring stable pressure control in water supply systems, HVAC networks, and fire protection pipelines. Their use protects infrastructure, optimizes system performance, and supports efficient operations across diverse construction environments.
