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Tescom-P-m4tl

TESCOM™ Anderson Greenwood Instrumentation Model M4TL 2­Valve Differential Pressure Manifolds

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Product Description

A single-flanged, two-valve manifold consisting of two block valves with no equalizer passage suitable for pressures up to 6000 psig (414 barg)

Products

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1-10 of 29 results for Products
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11156643
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIS-4
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 WORKSPACE
11284083
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIS-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 WORKSPACE
11284084
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIC-4-AM
Max Pressure
6000 psig
Body Material
Carbon Steel
Orifice
3/16"
Connections
1/2"FNPT Inlet x Flange Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
Carbon Steel
3/16"
1/2"FNPT Inlet x Flange Outlet
ADD TO WORKSPACE
11284085
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLHIS-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 WORKSPACE
11284189
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLHIS-4
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 WORKSPACE
11284274
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIC-4
Max Pressure
6000 psig
Body Material
Carbon Steel
Orifice
3/16"
Connections
1/2"FNPT Inlet x Flange Outlet
availability
Max Pressure
Body Material
Orifice
Connections
availability
6000 psig
Carbon Steel
3/16"
1/2"FNPT Inlet x Flange Outlet
ADD TO WORKSPACE
11284275
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIS-4-SG
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 WORKSPACE
11287104
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIS-4-AMS-SG
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 WORKSPACE
11338855
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIS-4-SSB
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 WORKSPACE
11343001
TESCOM™ Anderson Greenwood Instrumentation Series M4TL Instrument Manifold M4TLVIS-4-AMVS-HD-SSB
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 WORKSPACE
1
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1-10 of 29 results

Features

  • Cost savings of 20-30% when manifolding instruments by eliminating several parts used in conventional methods of ‘piping up’.
  • Compact design requires minimum space for operation and installation.
  • Free-swivelling ball end stems ensure bubble-tight valve closure without seat galling.
  • Easy instrument removal due to direct bolting to the manifold. Signal lines, purge lines, etc. are left undisturbed, facilitating repairs, service and calibration.
  • Immediate installation with AGCO Mount as the manifold, steam block, bracket and all associated piping can be installed without the instrument at the time of plant construction.
  • Secure mounting ensured by the AGCO Mount. Instrument piping stability is enhanced when supported directly by the pipe stand through the manifold.
  • All packing is below stem threads, body-to-bonnet seal is below the threads minimizing process fluid corrosion.
  • Reduced chance of instrument damage. With the AGCO Mount, the instrument can be warehoused safely until final ‘loop’ checkout.

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