Pressure Relief ValvesPRV Datasheet (687 KB)
How it works
The AKO Pressure Relief Valve is fitted onto a bypass line of a pump. The Pressure Relief Valve is then charged with air and set closed at the pressure it is required to relieve at. If the associated pump becomes clogged or blocked, causing the line pressure to exceed the pressure at which the valve is set closed at, it will open allowing the product to bypass the pump and equalise the pressure until the blockage is cleared. The Pressure Relief Valve will then reset itself in its 'closed' position to the original set pressure. Available Sizes  Pressure Relief Valves with Switch 10mm - 50mm Socket Type VM/VMF 40mm - 200mm Flanged Type V/VF
Pinch Valve Body 10mm - 50mm PVC 15mm - 200mm Aluminum 10mm - 100mm Stainless Steel
Connections
10mm - 50mm Screwed Internal BSP 40mm - 200mm Flanged PN10/16 (ANSI flanges also available)
Sleeve Materials Natural Rubber (standard) & Nitrile (for small percentages of oil) are the most commonly used sleeves (other materials on request)
Accessories
Foot Pump (to inflate the PRV) Pressure switch (2 switches inside a single housing to give working indication)
Advantages
Pressure Relief for pumps, water, liquid, sewage/sludge and food industry Proved reliability in the industry for over 10 years with 1000 plus applications in the UK Clear and true bore - no blockages No mechanical parts to get clogged or blocked Easy and low cost maintenance Single body casting When the valve is set (using footpump) to the required pressure, the air supply is no longer needed - perfect for remote areas The Valve resets itself when a blockage is cleared No need to strip down the valve after it has relieved No need to reset after pump starts ups or pressure surges All Valves fully tested with unique tracking number - 100% leak tight seal Full technical backup and valve maintenance in house or on site
Please download the available PRV datasheet for more information. If you have any questions regarding this product, please contact AKO UK Ltd on 01327 312747 or email
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