Valve manifold Models IV30, IV31, IV50, IV51
Valve manifold Models IV30, IV31, IV50, IV51
Applications
- Shut-off, pressure compensating, purge and vent valves for differential pressure measuring instrument
- For gaseous and liquid aggressive media that are not highly viscous or crystallising, also in aggressive environments
- Process industry: Oil & gas, petrochemical, chemical industries, power generation, water and wastewater
Silent Features
- Low-wear design due to non-rotating spindle tip in the bonne
- Low torque and smooth operation of valve handle even at high pressur
- Enhanced safety due to blow-out proof bonnet desig
- Customer-specific combination of valves and instruments (hook-up) on reques
- Standardised centre distances of 37 mm and 54 mm, suitable for WIKA differential pressure gauges and commonly used process transmitters
Descriptions
3-valve manifold, models IV30 and IV31
The 3-valve manifold consists of two shut-off valves and one pressure compensating valve. The shut-off valves separate the process from the differential pressure measuring instrument. The pressure compensating valve enables the compensation between ⊕ side and ⊖ side to avoid one-sided overpressure during commissioning and operation.
The 3-valve manifold consists of two shut-off valves and one pressure compensating valve. The shut-off valves separate the process from the differential pressure measuring instrument. The pressure compensating valve enables the compensation between ⊕ side and ⊖ side to avoid one-sided overpressure during commissioning and operation.
5-valve manifold, models IV50 and IV51
Compared to the 3-valve manifold, the 5-valve manifold is equipped with two additional vent valves. One vent valve per pressure side allows operators the targeted venting of one or both pressure sides of the measuring arrangement.
Compared to the 3-valve manifold, the 5-valve manifold is equipped with two additional vent valves. One vent valve per pressure side allows operators the targeted venting of one or both pressure sides of the measuring arrangement.
Through the non-rotating spindle tip, the wear of the sealing elements is reduced. This results, particularly with frequent opening and closing, in a noticeable increase in the service life of the valve manifold.
Through the blow-out proof design of the valve, working safety is improved, especially in applications with high pressure loading.
Through the blow-out proof design of the valve, working safety is improved, especially in applications with high pressure loading.
