Traditional Style - Flanged x Flanged AS-Schneider 2 Valve Integral Manifolds - Traditional Style are designed for direct mounting to Rosemount 2051/3051 CoplanarTM Pressure Transmitters. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard. Accessory Kits can be supplied for oval flange to manifold mounting.
 Datasheet |
CoplanarTM Style - Female x Flanged AS-Schneider 2 Valve Integral Manifolds - CoplanarTM Style are designed for direct mounting to Rosemount 2051/3051 CoplanarTM Pressure Transmitters. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard.
| Datasheet |
Traditional Style - Flanged x Flanged AS-Schneider 3 Valve Integral Manifolds - Traditional Style are designed for direct mounting to Rosemount 2051/3051 CoplanarTM Pressure Transmitters. The vent connections 1/4 NPT female are supplied as standard with fitted vent valves. Accessory Kits can be supplied for oval flange to manifold mounting.
| Datasheet |
CoplanarTM Style - Female x Flanged AS-Schneider 3 Valve Integral Manifolds - CoplanarTM Style are designed for direct mounting to Rosemount 2051/3051 CoplanarTM Pressure Transmitters. The vent connections 1/4 NPT female are supplied as standard with fitted vent valves.
| Datasheet |
CoplanarTM Style with 'Natural Gas Metering Pattern' - Female x Flanged AS-Schneider 5 Valve Integral Manifolds with Natural Gas Metering Pattern - CoplanarTM Style are designed for direct mounting to Rosemount 2051/3051 CoplanarTM Pressure Transmitters. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard.
| Datasheet |
Traditional Style - Flanged x Flanged AS-Schneider 5 Valve Integral Manifolds - Traditional Style are designed for direct mounting to Rosemount 2051/3051 CoplanarTM Pressure Transmitters. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard. Accessory Kits can be supplied for oval flange to manifold mounting.
| Datasheet |
CoplanarTM Style - Female x Flanged AS-Schneider 5 Valve Integral Manifolds - CoplanarTM Style are designed for direct mounting to Rosemount 2051/3051 CoplanarTM Pressure Transmitters. The standard vent connection is 1/4 NPT female. Pipe plugs are not installed as standard.
| Datasheet |
Direct Mount Manifold Blocks – Integrated by Armaturenfabrik Franz Schneider GmbH + Co. KG
Direct mount integrated manifold blocks from the E-Series by Armaturenfabrik Franz Schneider GmbH + Co. KG are designed to be installed directly at the transmitter or instrument connection. These compact valve assemblies combine multiple valve functions in a single unit that integrates into the pressure or differential pressure line. This design supports space-saving and function-rich installations with high accessibility and safety.
Integrated manifold blocks are particularly useful in applications where functions like isolation, venting and switching need to be consolidated at a single point. Their robust construction ensures reliable performance under industrial operating conditions while providing a clear and compact installation directly at the measuring point.
Frequently Asked Questions about Direct Mount Manifold Blocks – Integrated
What are direct mount integrated manifold blocks?
Direct mount integrated manifold blocks are multi-valve assemblies mounted directly to a transmitter or instrument connection, combining several valve functions in a compact block.
What are they used for?
They provide valve functions such as isolation, switching and venting directly at the measuring point without the need for additional piping or adapters.
What are the benefits of integrated manifold blocks?
They reduce installation effort, minimize potential leakage points and provide a direct, compact connection to the pressure line.
What configurations are available?
Available options include 2-valve, 3-valve and 5-valve assemblies with different functional combinations.
How are they mounted?
They are mounted directly to the transmitter flange or instrument connection using standard mounting features.
Are these blocks suitable for high pressures?
Yes, direct mount integrated manifold blocks are designed for industrial pressure ranges and demanding operating conditions.
Which media can be used?
Depending on materials and seals, they are suitable for both gaseous and liquid media.
How do they improve installation?
They enable a direct connection without additional piping, reduce space requirements and simplify maintenance.
Which connection types are available?
They come with various connection options compatible with common transmitter and process interfaces.
Are there variants with vent ports?
Yes, some configurations include additional vent or test ports.
Are these blocks maintenance-friendly?
The direct integration simplifies maintenance since no separate piping needs to be disconnected.
How do integrated blocks differ from traditional manifold blocks?
Integrated blocks mount directly at the transmitter or instrument interface, whereas traditional manifold blocks are typically installed in the pipeline or via adapters.
How important is compatibility with the instrument?
Compatibility determines whether the integrated block can be mounted directly and which connection options are needed.
How do integrated manifold blocks enhance safety?
By reducing connection points, potential leak paths are minimized and process safety is enhanced.
Are these blocks suitable for specialized applications?
Depending on configuration and seals, they are suitable for demanding applications such as hydrogen service.
How are integrated manifold blocks maintained?
Maintenance is performed at the measuring point and often requires less effort than external installations.
How do I select the right configuration?
Consider the transmitter or instrument type, connection interface, required valve functions and process conditions such as pressure and media.