10.000 PSI rated (690 BAR)

The 2-valve isolating and venting manifold used mainly in gauge and static instrument applications such as pressure switches, pressure transmitters and manometers.

6.000 PSI rated 

The 3-valve isolation manifold remote mounted (pipe to pipe) is used mainly in differential pressure transmitters and static instrument applications. The '3VR' has two process isolation valves and one equalisation valve to equalise the two sides.

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6000 - 10.000 PSI rated 

Remote mount, pipe to pipe 5-valve manifold. Offering an oil version of two isolation valves, two vent valves and one equalising valve. Used in differential pressure transmitters and static instrument applications.

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10.000 PSI rated (689 BAR)

The '2VG' Series 2 valve gauge manifold offers single process isolation and controlled venting. The '2VG' Series can be offered with Female or male inlet / outlet connections.

6.000 PSI rated 

Direct mount 3-valve manifold with instrument mount to pipe connection. Offers two isolation valves, and one equalising valve for differential pressure transmitter or static instrument applications.

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6.000 PSI rated 

Direct style block mounted 5-valve manifold, instrument mount to pipe connection. Offering an oil version of two isolation valves, two vent valves and one equalising valve. Used in differential pressure transmitters and static instrument applications.

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6000 -10.000 PSI rated  

2-valve direct mount manifold, designed for use with pressure transmitters. The manifold will isolate instrumentation from the process and allow venting for calibration / removal.

6.000 PSI rated 

Direct mount 3-valve manifold, instrument mount to pipe connection. Its 'T' section body allows reasonable space envelope between the instrument and process lines. The '3VD' Series offers two isolation valves, and one equalising valve.

6.000 PSI rated 

Direct mounted 5-valve manifold, instrument mount to pipe connection. Offering an oil version of two isolation valves, two vent valves and one equalising valve. Having a 'T' section body format allows a reasonable space envelope between the instrument and process lines.