No image available
No image available
Your request is being processed.
  • Home
  • TESCOM™ Anderson Greenwood Instrumentation Model M1/M110 Differential Pressure Manifolds
Tescom-P-m1-m110

TESCOM™ Anderson Greenwood Instrumentation Model M1/M110 Differential Pressure Manifolds

Contact Sales
Request Quote
Consult an Expert

Product Description

A 3-valve differential pressure manifold with integral metal seats or replaceable, roddable soft seats for applications requiring remote mounting from the instrument

Products

Search
1-10 of 41 results for Products
:
M110VIC-4
TESCOM™ Anderson Greenwood Instrumentation Series M110 Instrument Manifold M110VIC-4
Max Pressure
10000 psig
Body Material
Carbon Steel
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
10000 psig
Carbon Steel
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M110VIS-4
TESCOM™ Anderson Greenwood Instrumentation Series M110 Instrument Manifold M110VIS-4
Max Pressure
10000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
10000 psig
316SS
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M110VIS-4-AM
TESCOM™ Anderson Greenwood Instrumentation Series M110 Instrument Manifold M110VIS-4-AM
Max Pressure
10000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
10000 psig
316SS
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M1EIC-4
TESCOM™ Anderson Greenwood Instrumentation Series M1 Instrument Manifold M1EIC-4
Max Pressure
6000 psig
Body Material
Carbon Steel
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
Carbon Steel
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M1EIS-4-MS
TESCOM™ Anderson Greenwood Instrumentation Series M1 Instrument Manifold M1EIS-4-MS
Max Pressure
6000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
316SS
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M1EIS-4-SG
TESCOM™ Anderson Greenwood Instrumentation Series M1 Instrument Manifold M1EIS-4-SG
Max Pressure
6000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
316SS
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M1EIW-4
TESCOM™ Anderson Greenwood Instrumentation Series M1 Instrument Manifold M1EIW-4
Max Pressure
5000 psig
Body Material
316SSL
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
5000 psig
316SSL
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M1HIC-4
TESCOM™ Anderson Greenwood Instrumentation Series M1 Instrument Manifold M1HIC-4
Max Pressure
6000 psig
Body Material
Carbon Steel
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
Carbon Steel
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M1HIS-4
TESCOM™ Anderson Greenwood Instrumentation Series M1 Instrument Manifold M1HIS-4
Max Pressure
6000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
316SS
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
M1HIS-4-SG
TESCOM™ Anderson Greenwood Instrumentation Series M1 Instrument Manifold M1HIS-4-SG
Max Pressure
6000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2" FNPT Inlet x 1/2" FNPT Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
316SS
3/16"
1/2" FNPT Inlet x 1/2" FNPT Outlet
ADD TO WORKSPACE
1
1 2 3 4 5
1-10 of 41 results

Features

  • Cost savings of 20-30% when unitizing the manifolding by eliminating several parts used in conventional methods of ‘piping up’.
  • Roddable soft seats for services prone to plugging.
  • Protective bonnet cap protects against atmospheric contamination; reduces thread galling by containment of stem lubricant and increases valve life.
  • Fewer leak points reduce the chances of leakage from a unitized design.
  • All packing is below stem threads, body-to-bonnet seal is below the threads minimizing process fluid corrosion.
  • Replaceable soft seat design is bubble-tight with a 3⁄16” (4.8 mm) diameter orifice as standard.
  • Rolled stem threads provide a stronger, more durable thread area, increasing valve life.
  • Integral hard back seat protects against stem blowout and provides a secondary packing seal.
  • Adjustable stem packing for leak-proof and long service life.
  • ¼” FNPT test ports may be used as test connections.
  • AGCO Mount option available.

Documents & Drawings