Manifolds - Flanged x Flanged AS-Schneider Direct Mount 2 Valve Manifolds (Traditional Style) are designed for direct mounting to Pressure Transmitters with standard flange connection in accordance with DIN EN 61518 / IEC 61518. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard. Accessory kits incl. washers are required for manifold to transmitter mounting, because the manifolds are provided with slotted bolt holes.
 Datasheet |
Manifolds - Female x Flanged AS-Schneider Direct Mount 2 Valve Manifolds (Traditional Style) are designed for direct mounting to Pressure Transmitters with standard flange connection in accordance with DIN EN 61518 / IEC 61518. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard. Accessory kits incl. washers are required for manifold to transmitter mounting, because the manifolds are provided with slotted bolt holes.
| Datasheet |
Manifolds - Flanged x Flanged AS-Schneider Direct Mount 3 Valve Manifolds (Traditional Style) are designed for direct mounting to Differential Pressure Transmitters with standard flange connection in accordance with DIN EN 61518 / IEC 61518. The standard 3 valve manifold type H3A has no vent connections. Pipe plugs are installed as standard at the H3B type with vent connection 1/4 NPT female. Accessory kits incl. washers are required for manifold to transmitter mounting, because the manifolds are provided with slotted bolt holes.
| Datasheet |
Manifolds - Female x Flanged AS-Schneider Direct Mount 3 Valve Manifolds (Traditional Style) are designed for direct mounting to Differential Pressure Transmitters with standard flange connection in accordance with DIN EN 61518 / IEC 61518. The standard 3 valve manifold type T3A has no vent connections. Pipe plugs are installed as standard at the T3B type with vent connection 1/4 NPT female. Accessory kits incl. washers are required for manifold to transmitter mounting, because the manifolds are provided with slotted bolt holes.
| Datasheet |
Manifolds with Standard Flow Pattern or Natural Gas Metering Pattern - Flanged x Flanged AS-Schneider Direct Mount 5 Valve Manifolds (Traditional Style) are designed for direct mounting to Differential Pressure Transmitters with standard flange connection in accordance with DIN EN 61518 / IEC 61518. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard. Accessory kits incl. washers are required for manifold to transmitter mounting, because the manifolds are provided with slotted bolt holes.
| Datasheet |
Manifolds with Standard Flow Pattern or Natural Gas Metering Pattern - Female x Flanged AS-Schneider Direct Mount 5 Valve Manifolds (Traditional Style) are designed for direct mounting to Differential Pressure Transmitters with standard flange connection in accordance with DIN EN 61518 / IEC 61518. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard. Accessory kits incl. washers are required for manifold to transmitter mounting, because the manifolds are provided with slotted bolt holes.
| Datasheet |
Direct Mount Manifold Blocks – Traditional by Armaturenfabrik Franz Schneider GmbH + Co. KG
Direct mount manifold blocks in the Traditional design from Armaturenfabrik Franz Schneider GmbH + Co. KG are engineered to be mounted directly to the flange of pressure and differential pressure transmitters. These robust multi-valve components integrate several valve functions within a durable housing, enabling a compact and safe installation.
The Traditional design features a stable threaded connection and solid mechanical construction. Available as 2-valve, 3-valve and 5-valve configurations, these manifold blocks provide a range of functions including isolation, switching and venting directly mounted at the transmitter.
Frequently Asked Questions about Direct Mount Manifold Blocks – Traditional
What are direct mount manifold blocks in Traditional design?
Manifold blocks in Traditional design are multi-valve assemblies that mount directly to the flange of a pressure or differential pressure transmitter and provide multiple valve functions in one unit.
What are they used for?
They are used to provide valve functions such as isolation, switching and venting directly on the transmitter for a secure and compact installation.
Which configurations are available?
Available options include 2-valve, 3-valve and 5-valve blocks in Traditional design for different functional requirements.
How are they mounted?
These blocks are mounted directly to the transmitter flange using standard mounting hardware.
Which connection options are offered?
They are available with various thread and connection variants compatible with common transmitter flanges and process interfaces.
Are the blocks suitable for high pressures?
Yes, Traditional style direct mount manifold blocks are designed for industrial pressure ranges and demanding operating conditions.
What media can be used?
Depending on the seal and material selection, they can be used with gaseous and liquid media.
How do they improve installation?
They reduce installation effort, minimize potential leakage points and provide a compact connection solution directly at the transmitter.
Are there variants with additional ports?
Yes, some versions may offer additional venting or test ports.
How does the Traditional design affect performance?
The Traditional design offers a robust mechanical connection and long-term performance suitable for industrial applications.
Are these blocks suitable for specialized applications?
Depending on configuration, they may be suitable for specialized environments such as hydrogen service.
How do I select the right configuration?
Consider the transmitter type, flange interface, required valve functions and process conditions such as pressure and medium.
Can accessories be combined with these blocks?
Yes, accessories like seals, adapters or vent valves can be used in conjunction.
How does direct mounting affect maintenance?
Direct mounting simplifies maintenance by eliminating the need to disconnect additional pipework.
Are these products used internationally?
Yes, they are used globally and comply with standard instrumentation valve norms.
How do Traditional blocks differ from wafer style blocks?
Traditional blocks feature a mechanical threaded connection and rugged design, whereas wafer style blocks are mounted between flanges for a flatter assembly.
How important is transmitter compatibility?
Compatibility with the transmitter flange and connection type determines whether direct mount installation is possible.
What makes the Traditional design unique?
The Traditional design provides a stable and robust connection with reliable performance and easy integration.