AS-Schneider L-Shaped 2 Valve Manifolds are designed for mounting to Pressure Gauges, Pressure Transmitters and Pressure Switches. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard.

Datasheet

AS-Schneider Y-Shaped 2 Valve Manifolds are designed for mounting to Pressure Gauges, Pressure Transmitters and Pressure Switches. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard.

Datasheet

AS-Schneider Block & Bleed Manifolds are designed for mounting to Pressure Gauges, Pressure Transmitters and Pressure Switches. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard.

Datasheet


Block & Bleed Valves by Armaturenfabrik Franz Schneider GmbH + Co. KG

Block & bleed valves from the E-Series of Armaturenfabrik Franz Schneider GmbH + Co. KG are used in industrial instrumentation and process control to safely isolate measuring points while allowing controlled venting. They provide a compact and functional solution for applications where safety, tightness and serviceability are critical.

These valves combine isolation and venting functions in a single component. This allows pressure gauges, diaphragm seals and other pressure instruments to be safely disconnected from the process without depressurizing the entire system. Block & bleed valves significantly contribute to operational safety and the reduction of potential leak points.

Frequently Asked Questions about Block & Bleed Valves

What is a block & bleed valve?

A block & bleed valve is a valve that combines an isolation function (block) and a venting function (bleed) in one component.

What are block & bleed valves used for?

They are used to safely isolate instrument lines from the process while allowing controlled release of residual pressure.

What are the advantages of block & bleed valves?

They improve safety, reduce the number of components and enable fast and safe maintenance of measuring points.

In which applications are block & bleed valves suitable?

They are particularly suitable for pressure measuring points in process industries, power generation, chemical plants and industrial instrumentation.

Can block & bleed valves be combined with pressure gauges?

Yes, they are specifically designed for use with pressure gauges, diaphragm seals and other pressure measuring instruments.

What is the function of the bleed port?

The bleed port allows residual pressure to be safely vented before an instrument is removed or serviced.

Are block & bleed valves suitable for high pressures?

The valves are designed for industrial pressure ranges and demanding operating conditions.

Which materials are used?

The valves are typically manufactured from high-quality metallic materials such as stainless steel for strength and corrosion resistance.

Which connection types are available?

Block & bleed valves are available with various thread and connection options compatible with common instrument connections.

How do these valves improve safety?

They allow safe isolation and venting of measuring points, reducing the risk of uncontrolled pressure release.

Can block & bleed valves be retrofitted?

Yes, they can be integrated into existing measuring points provided the connection requirements are met.

What role do block & bleed valves play in maintenance?

They significantly simplify maintenance by allowing instruments to be depressurized without interrupting the process.

How do block & bleed valves differ from double block & bleed valves?

Block & bleed valves feature one isolation point and one vent, whereas double block & bleed valves provide two independent isolation points.

Are the valves suitable for different media?

Depending on the design, they can be used with gaseous and liquid media.

What is the benefit of the compact design?

The compact design saves space, reduces installation effort and minimizes potential leak points.

What distinguishes E-Series block & bleed valves?

They represent high quality, reliable operation and practical design for industrial instrumentation applications.

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