2-Valve Manifold

2-Valve manifolds are designed for IEC 61518 compliant traditional mount absolute and gauge pressure transmitters.

Standard features include:

  • Integral metal-to-metal valve seat
  • Non-rotating needle
  • Cold rolled external stem threads
  • Metal-to-metal secondary needle seal (back seat)
  • Blow out proof needle
  • All non-wetted parts are 316 stainless steel

Diagram

Needle Assembly

Standard Needle Valve

Designed with a maximum allowable (working) pressure of 10K psi with PTFE packing and 7,252 psi with graphite packing. 

Features include:

  • Integral valve seat
  • Non-rotating needle
  • External stem thread
  • Blow-out proof needle
  • Metal-to-metal back seat
Standard Needle Valve

AMSE B31.1 Needle Valve

AMSE B31.1 (Power) Needle Valve

Meets the requirements of AMSE B31.1 (Power). Designed with a maximum allowable (working) pressure of 7,252 psi and graphite packing. 

Features include:

  • Locking plate to eliminate unauthorized removal of the bonnet
  • Integral valve seat
  • Non-rotating needle
  • External stem thread
  • Blow-out proof needle
  • Metal-to-metal back seat

ISO 15848 Needle Valve

Available to meet Type 1 or Type 3 of the ISO 15848 standard. ISO FE Performance Data is available upon request. Designed with a maximum allowable (working) pressure of 6,092 psi. 

Features include:

  • Locking pin to eliminate unauthorized removal of the bonnet
  • FKM O-ring needle seal
  • RGD (Rapid Gas Decompression) resistant
  • Complies with the requirements of TA-LUFT 2002
  • Integral valve seat
  • Non-rotating needle
  • External stem thread
  • Blow-out proof needle
  • Metal-to-metal back seat
ISO 15848 Needle Valve

TA Luft Needle Valve

TA-Luft Needle Valve

Complies with the German TA-Luft (Technical Guidelines for Air Pollution Control). Maximum allowable (working) pressure of 6,092 psi. Packing is reinforced PTFE.

Features include:

  • Cup and cone packing
  • Locking pin to eliminate unauthorized removal of the bonnet
  • Integral valve seat
  • Non-rotating needle
  • External stem thread
  • Blow-out proof needle
  • Metal-to-metal back seat

 

T-Style Traditional-Mount 2-Valve Manifold

1/2-inch NPT Female x Flanged

T-Style Traditional Mount


H-Style Traditional-Mount 2-Valve Manifold

Flanged x Flanged

H-Style


Wafer Traditional-Mount 2-Valve Manifold

1/2-inch NPT Female x Flanged

Vent ports on bottom face

Wafer Style


Wafer Bottom-Process Connection 2-Valve Manifold

1/2-inch NPT Female x Flanged

Vent ports on process side

Wafer Bottom

Optional Anti-Tamper Head Unit

As an option, the valves can be operated with a special Anti-Tamper Key (AT-Key), which fits exactly in the key guide. Therefore, the valve can only be operated with the AT-Key.

In addition to this safety function, installing a padlock prevents the AT-Key from being inserted into the key guide. Operating the valve is no longer possible- protecting your equipment against unauthorized opening and closing. The valve can be locked into any position required. 

Handles

Handwheels

Optional Stainless Steel Handwheel and Locking Plate Design  

As an option, the valves can be ordered with Stainless Steel Handwheel and with an optional fitted locking plate. This design allows minimum handle movement and is ideal for protection against unauthorized closing of the valve.


Pipe Plugs and Vent Valves

1/4-inch NPT

Pipe Plug / Vent Valve material matches valve body material

Pipe Plug

 

Mounting Bracket Kit for Wafer (Traditional-Mount) or T-Style Manifold

Stainless Steel

Part Number: C13SA-MUPS0

Mounting Bracket 1


Mounting Bracket Kit for H-Style Manifolds

Stainless Steel

Part Number: C13SA-MUPSH

Mounting Bracket 2


Mounting Bracket Kit for Wafer Bottom-Process Connection Manifolds

Stainless Steel

Part Number: C13SA-MDPS0


Replacement Seal Ring (Gasket)

O Ring

Overview:

Download this eBook and learn:

  • The basic physics of pressure
  • Different types of pressure sensors
  • Features of pressure transmitters
  • Pressure transmitters communications standards
  • Key characteristics of pressure
  • Common types of diaphragm seals

Interviews

    Overview:

    How much do you know about pressure transmitters? Are you accurately, quickly and reliably measuring pressure? Ultimately, the drive of any good pressure transmitter is to get an accurate, reliable pressure measurement to the data user quickly. This video gives you the answers to your basic questions about pressure and pressure transmitters.

Webinars

    Overview:

    Join this webinar to better understand which manifolds you should use for specific applications and conditions. You will learn:

    • A brief history of manifolds
    • An overview of the different types of manifolds that are available
    • The advantages, disadvantages, and application considerations you should consider when selecting a manifold

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