The size of the AS-Schneider Gauge Valves G 1/4 is smaller compared to the standard gauge valves, especially the brass type. Carbon steel and stainless steel components are identical to the standard gauge valves. The components of the brass type are smaller and the valve stem is a one-piece design. The valves are applicable for a max. allowable (Working) Pressure (PS) of 125 bar (1,813 psi) (brass) respectively 250 bar (3,626 psi) (carbon steel and stainless steel) and a max. allowable Temperature (TS) of 200°C (392°F) (brass type) / 232°C (450°F) (carbon steel and stainless steel) for liquids, gas or vapors.

Datasheet


Special Version G 1/4 Pressure Gauge Valves by Armaturenfabrik Franz Schneider GmbH + Co. KG

Special version G 1/4 pressure gauge valves from Armaturenfabrik Franz Schneider GmbH + Co. KG are customized isolation valves designed for pressure instruments with a G 1/4 connection thread. These compact and versatile valves are ideal where small connection sizes, space constraints or specific installation requirements call for a G 1/4 interface.

The valves provide secure isolation for gauges, pressure transmitters and other pressure sensors, offering robustness, reliable sealing and long service life. Their compact design makes them suitable for tight installations, machinery, panels and process points where larger valve bodies would be impractical.

Frequently Asked Questions about Special Version G 1/4 Pressure Gauge Valves

What does “special version G 1/4” mean?

It refers to pressure gauge valves designed specifically with a G 1/4 threaded connection, suitable for instruments and process connections requiring this size.

Where are these valves typically used?

They are used wherever pressure instruments with G 1/4 connections are installed, especially in confined spaces or compact measurement panels.

What are the advantages of the G 1/4 connection?

The G 1/4 connection is widely used, compact and well suited for many standard and specialized instrumentation applications.

Which pressure instruments are compatible?

These valves can be combined with pressure gauges, transmitters, switches and other sensors that have G 1/4 process connections.

Are these valves suitable for high pressures?

Depending on the specific design, they can be rated for a wide range of industrial pressures typical for instrumentation use.

What materials are used?

Common materials include stainless steel, steel and brass, chosen for durability, corrosion resistance and strength.

Which media can be measured?

Depending on materials and seal selection, they are suitable for both gaseous and liquid media.

How does the G 1/4 design affect installation?

The compact G 1/4 design allows direct installation without large adapters, saving space and simplifying piping layouts.

Can a test port be added?

In many configurations, a separate test port can be incorporated to support direct calibration and verification.

How do these valves support maintenance?

By providing secure isolation close to the measuring point, they make servicing and replacing instruments easier.

Does the G 1/4 interface impact seal tightness?

When properly designed and sealed, the G 1/4 interface provides excellent tightness even in compact installations.

Are these valves different from standard gauge valves?

Yes, the main difference is the connection size and the customization for G 1/4 applications.

What standards do these valves follow?

They conform to common instrumentation valve and thread standards to ensure compatibility and interchangeability.

How do I choose the right valve?

Select based on instrument type, pressure rating, medium, connection type and installation constraints.

Can these valves be retrofitted?

Yes, provided the existing installation supports a G 1/4 connection and space for the valve body is available.

How does the G 1/4 design help in compact systems?

The small footprint makes them ideal for compact panels, machine installations and portable measurement points.

What role do seals play?

Appropriate seals are essential to maintain tightness and ensure long-term reliability at the G 1/4 connection.

Are different connection orientations possible?

Certain models offer options such as axial or radial outlet directions to suit specific layout needs.

How are these valves operated?

They are typically operated manually via a lever or knob to open or close the instrument line.

Are these valves suitable for mobile applications?

Yes, their compact dimensions make them suitable for mobile or temporary instrumentation setups.

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