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Gauge Syphon

Brand: Hex Valve
Does not ship to Virginia, United States
Hex gauge syphons act as thermal and liquid seal barriers between hot process vapors (such as steam and heat transfer fluids) and the gauge pressure instrument.

It is designed to replace the large installation space requirements of the traditional "pigtail" syphon, providing maximum instrument protection in half the space.

This reduced radius minimizes weight and deflection stress at the primary valve.
Features
  • Minimizes Space/Radius Requirements: Using a model HGSY syphon and a Hex "male x female" globe/needle valve can reduce the conventional installation radius by 50%. Using the model HGVS combination valve and syphon reduces the radius an additional 15%.
  • Minimizes Deflection Stress: Both models minimize deflection stress at the primary valve connection as a result of reduced weight and radius, decreasing problems associated with system vibration.
  • Thermal Protection: Whether high process temperature or instrument freeze-up are concerns, both models provide a constant thermal barrier.
  • Leak Point Minimization: Utilizing the model HGVS syphon with a welded connection reduces threaded connections from four to two.
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Hex gauge syphons act as thermal and liquid seal barriers between hot process vapors (such as steam and heat transfer fluids) and the gauge pressure instrument.

It is designed to replace the large installation space requirements of the traditional "pigtail" syphon, providing maximum instrument protection in half the space.

This reduced radius minimizes weight and deflection stress at the primary valve.
Features
  • Minimizes Space/Radius Requirements: Using a model HGSY syphon and a Hex "male x female" globe/needle valve can reduce the conventional installation radius by 50%. Using the model HGVS combination valve and syphon reduces the radius an additional 15%.
  • Minimizes Deflection Stress: Both models minimize deflection stress at the primary valve connection as a result of reduced weight and radius, decreasing problems associated with system vibration.
  • Thermal Protection: Whether high process temperature or instrument freeze-up are concerns, both models provide a constant thermal barrier.
  • Leak Point Minimization: Utilizing the model HGVS syphon with a welded connection reduces threaded connections from four to two.

Specifications

Brand

Enclosure, Body Material

  • Carbon Steel
  • Stainless Steel (SA-479, 316)

NPT Inlet

  • 1/2” NPT Male
  • 3/4” NPT Male

NPT Outlet

  • 1/2” NPT Female

Packing Material

  • Graphite
  • TFE

Stem Material

  • Stem Tip: 316 Stainless Steel

Welded Inlet

  • 1/2” Socket Weld End Female
  • 3/4” Socket Weld End Male