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Tescom-P-mdp

TESCOM™ Anderson Greenwood Instrumentation Model MDP Differential Pressure Manifolds

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Product Description

Lightweight and compact 5 valve manifold designed for direct or remote mounting to differential pressure transmitters for pressures to 6000 psig (414 barg)

Products

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1-10 of 15 results for Products
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MDPHIS-4
TESCOM™ Anderson Greenwood Instrumentation Series MDP Instrument Manifold MDPHIS-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 CART
ADD TO WORKSPACE
MDPHIS-4-AM
TESCOM™ Anderson Greenwood Instrumentation Series MDP Instrument Manifold MDPHIS-4-AM
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 CART
ADD TO WORKSPACE
MDPHIS-4-SG
TESCOM™ Anderson Greenwood Instrumentation Series MDP Instrument Manifold MDPHIS-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 CART
ADD TO WORKSPACE
MDPHIS-4-XP
TESCOM™ Anderson Greenwood Instrumentation Series MDP Instrument Manifold MDPHIS-4-XP
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 CART
ADD TO WORKSPACE
MDPHPS-4-XP
TESCOM™ Anderson Greenwood Instrumentation Series MDP Instrument Manifold MDPHPS-4-XP
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 CART
ADD TO WORKSPACE
MDPHPS-4-XP-AM
TESCOM™ Anderson Greenwood Instrumentation Series MDP Instrument Manifold MDPHPS-4-XP-AM
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 CART
ADD TO WORKSPACE
MDPTHIS-4-AM
TESCOM™ Anderson Greenwood Instrumentation Series MDPT Instrument Manifold MDPTHIS-4-AM
Max Pressure
6000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2"FNPT Inlet x Flange Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
316SS
3/16"
1/2"FNPT Inlet x Flange Outlet
ADD TO CART
ADD TO WORKSPACE
MDPTVIS-4-R3V
TESCOM™ Anderson Greenwood Instrumentation Series MDPT Instrument Manifold MDPTVIS-4-R3V
Max Pressure
6000 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2"FNPT Inlet x Flange Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
316SS
3/16"
1/2"FNPT Inlet x Flange Outlet
ADD TO CART
ADD TO WORKSPACE
MDPTVIS-4-SG-SSA
TESCOM™ Anderson Greenwood Instrumentation Series MDPT Instrument Manifold MDPTVIS-4-SG-SSA
Max Pressure
4500 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2"FNPT Inlet x Flange Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
4500 psig
316SS
3/16"
1/2"FNPT Inlet x Flange Outlet
ADD TO CART
ADD TO WORKSPACE
MDPTVIS-4-SSC
TESCOM™ Anderson Greenwood Instrumentation Series MDPT Instrument Manifold MDPTVIS-4-SSC
Max Pressure
4500 psig
Body Material
316SS
Orifice
3/16"
Connections
1/2"FNPT Inlet x Flange Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
4500 psig
316SS
3/16"
1/2"FNPT Inlet x Flange Outlet
ADD TO CART
ADD TO WORKSPACE
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1-10 of 15 results

Features

  • Direct mounting compact design requires minimum space for operation and installation with fewer potential leak points.
  • Two block valves, one equalizer valve and two instrument vent/calibrate valves in a compact unit.
  • Cost savings when manifolding the valves by eliminating several parts used in conventional methods of ‘piping up’.
  • Free-swivelling ball end stem ensures perfect alignment, providing repetitive bubble-tight shutoff and long life.
  • PTFE or graphite packing below stem threads prevents lubricant washout and thread corrosion.
  • Back seat stem prevents blowout or accidental removal.
  • Threaded ¼” NPT vent ports allow vent to be piped away safely. Supplied plugged as standard.
  • Standard pipe bracket bolts directly to the manifold providing a rigid support for the transmitter. Instrument can be removed easily for service or repair.

Documents & Drawings