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Globe valves

to shut-off media flow at cryogenic or ambient media temperatures

Overview and worth knowing:

Globe Valve (GV)

Globe Valve (GV)

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  • How does a globe valve work?

    A globe valve – often referred to as an open/close valve or shut-off valve – controls the opening and closing of flow openings or medium pipes, and is used to regulate the flow in fluid and gas installations. Globe valves are operated manually using a hand wheel, by a motor, or by an external drive, which can be pneumatic, electric or magnetic. While ball valves are shut off with a hand movement, the flow is continuously throttled by axial rotation of the spindle in stroke valves, while the cross-sectional area of the valve opening is gradually reduced until the shut-off cone rests flat on the valve seat and interrupts the media flow. 

  • Can a globe valve also be used for flow regulation?

    The globe or shut-off valve is intended to achieve both full flow and full shut-off of flow. To achieve shut-off, a shut-off cone rests flat on the valve seat and is pressed against the medium flow. A controlled medium flow is not possible with a shut-off valve. 

Product philosophy

Product philosophy

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  • What do STÖHR ARMATUREN products have in common?

    All STÖHR products adhere to the following standards:

    • Pressure-bearing parts made of solid material
    • Housing and connections made of stainless steel or special steel
    • High tightness of the first spindle seal to the outside using a bellows seal
    • Additional safety of the second spindle seal using an O-ring or metal ring
    • Media-adequate use of materials (steels and seals)
    • Fulfillment of the required industry standards according to European regulations
    • High operational safety
    • Low maintenance and spare parts requirement
    • Very low failure rates
    • Long lifetime
    • Low lifecycle costs

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Distribution philosophy

Distribution philosophy

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  • What are the benefits of dealing with STÖHR ARMATUREN?

    Our customers experience the following advantages:

    • Expert advice and support from true product specialists
    • Bespoke products manufactured to your exact specifications 
    • Help to define your requirements to suit your project
    • Products supplied ready for installation 
    • A fast and effective response to any incidents
    • Long-term replacement supply

    detailed description

Abbreviations keys

Abbreviation key

Media temperature

  • C = cryogenic temperature
  • A = ambient temperature

Pressure range

  • LP = low pressure (below 1 bar)
  • MP = medium pressure (up to 40/45/63 bar)
  • HP = high pressure (250 to 420 bar)
  • UHP = ultra-high pressure (>> 420 to 1.000 bar)

Vacuum jacketing

  • No = not suitable for installation in vacuum-jacketed pipes
  • Std = for installation in vacuum-jacketed pipes
  • Opt = suitable for vacuum-jacketed pipes, vacuum flange as option

Function

  • GV = Globe valve
  • CV = Control valve
  • CHK = Check valve
  • STR = Strainer
  • OV = Overflow valve
  • RV = Relief valve

Actuation

  • M = manual
  • P = electro-pneumatic
  • PR = electro-pneumatic with IP regulator
  • E = electric
  • S = solenoid
  • SPR = spring-based

 

Valve Series Function Media-Temp. Nominal Diameters Pressure Range Actuator Vacuum-Insulation
Valve Series Function Media-Temp. Nominal Diameters Pressure Range Actuator Vacuum-Insulation
Novis 500 Globe Valve Cryogenic Valve 15 – 25 MP (25 bar) manual No
Novis 500 Globe Valve Cryogenic Valve 15 – 25 MP (25 bar) pneumatic No
Univers 800 Globe Valve Cryogenic Valve 10 – 50 MP (45 bar) manual No
Sticks 900 Globe Valve Cryogenic Valve 15 MP (25 bar) manual Std
Sticks 900 Globe Valve Cryogenic Valve 15 MP (25 bar) pneumatic Std
Univers 1200 Globe Valve Ambient Valve 10 – 300 MP manual No
Univers 1200 Globe Valve Ambient Valve 10 – 150 MP pneumatic No
Univers 1200 Globe Valve Ambient Valve 10 – 40 MP electric No
Univers 1200 Globe Valve Ambient Valve 10 – 50 MP solenoid No
Univers 1200 Globe Valve Cryogenic Valve 10 – 300 MP manual Opt
Univers 1200 Globe Valve Cryogenic Valve 10 – 150 MP pneumatic Opt
Univers 1600 Globe Valve Cryogenic Valve 2 – 300 MP manual Std
Univers 1600 Globe Valve Cryogenic Valve 2 – 300 MP pneumatic Std
Univers 3200 Globe Valve Cryogenic Valve 4 – 10 MP manual Opt
Univers 3200 Globe Valve Cryogenic Valve 4 – 10 MP (25 bar) pneumatic Opt
Univers 4200 Globe Valve Ambient Valve 4 – 25 HP (250 bar) manual No
Univers 4200 Globe Valve Ambient Valve 4 – 25 HP (250 bar) pneumatic No
Univers 4200 Globe Valve Cryogenic Valve 4 – 25 HP (250 bar) manual Opt
Univers 4200 Globe Valve Cryogenic Valve 4 – 25 HP (250 bar) pneumatic Opt
Univers 4300 Globe Valve Ambient Valve 4 – 50 HP (250 bar) manual No
Univers 4300 Globe Valve Ambient Valve 4 – 50 HP (250 bar) pneumatic No
Balans 7100 Globe Valve Ambient Valve 10 – 40 HP (360 bar) manual No
Balans 7100 Globe Valve Ambient Valve 10 – 40 HP (360 bar) pneumatic No
Balans 7100 Globe Valve Cryogenic Valve 10 – 40 HP (360 bar) manual No
Balans 7100 Globe Valve Cryogenic Valve 10 – 40 HP (360 bar) pneumatic No
Locks Globe Valve Ambient Valve 10 MP (24 bar) manual No
Ellips 1700 Globe Valve Cryogenic Valve 8 – 100 MP (25 bar) manual Opt
Ellips 1700 Globe Valve Cryogenic Valve 8 – 100 MP (25 bar) pneumatic Opt
Sticks 900 TD Globe Valve Cryogenic Valve 15 MP (25 bar) manual Std
Sticks 900 TD Globe Valve Cryogenic Valve 15 MP (25 bar) pneumatic Std
Frees 1200 TD Globe Valve Cryogenic Valve 10 – 50 MP manual Opt
Frees 1200 TD Globe Valve Cryogenic Valve 10 – 50 MP pneumatic Opt
Axius 1400 Globe Valve Cryogenic Valve 6 – 80 HP (420 bar) pneumatic No
Axius 1400 Globe Valve Cryogenic Valve 6 – 80 HP (420 bar) pneumatic No