Instrument Valve

Instrument Valve Product

Instrument Valve Product have many kind and type refer to your pressure application and function of the Valve.

Instrument Valve is design for Safe Product Selection the complete catalog contents must be reviewed to ensure that the system designer and user make a safe product selection. When selecting products, the total system design must be considered to ensure safe, trouble-free performance. FITOK offers valve and process ball, check, diaphragm-sealed, metering, shutoff and regulating needle, process instrumentation, quarter-turn plugs and relief valves, and manifolds.

Instrument Valve

Instrument Valve type and specification 

Trunnion Ball Valves :
BF and BFH Series
Working pressure up to: 10,000 psig (690 bar) Working temperature: 0°F to 450°F (-18°C to 232°C)
3-piece Ball Valves :
BG Series : Workingpressureupto: 1000 psig (69.0 bar) Working temperature: -20°F to 450°F (-28°C to 232°C)
BH Series : Working pressure up to 3000 psig (207 bar) Working temperature: -20F to 450F (-28C to 232C)
One-piece Instrumentation Ball Valves : BO Series
Working pressure up to: 3000 psig (207 bar) Working temperature: -65°F to 300°F (-54°C to 148°C)
Bar Stock Ball Valves :
BP Series : Working pressure up to: 10000 psig (690 bar), Working temperature : -40°Fto450°F (-40°Cto232°C)

Hex Bar Stock Ball Valves : BR and BRC Series
Working pressure up to : BR Series: 1000 psig (69.0 bar)
BRC Series: 2000 psig (138 bar)High Performance Ball Valves :
BV Series : Working pressure up to : 6000 psig (414 bar) Working temperature: -65 F to 450F (-54C to 232C)
High Temperature Metal-seated Ball Valves :
BK Series : 3-piece precision cast body construction, High temperature resistant sealing materials for thermal service up to 662 °F (350°C)
Alternative Fuel Service Ball Valves : BU Series
Working pressures up to 6000 psig (413 bar)Working temperature: -40 to 250°F (-40 to 121°C)

Trunnion Type, BF & BFH Series

3-piece, ~1000 psig, BG Series

3-piece, ~3000 psig, BH Series

1-piece Instrumentation, ~3000 psig, BO Series

Bar Stock, ~10000 psig, BP Series

Hex Bar Stock, ~1000 psig, BR Series

Hex Bar Stock, ~2000 psig, BRC Series

High Performance, ~6000 psig, BV Series

Alternative Fuel Service, ~6000 psig, BU Series

High Temperature Metal-seated, ~450℃, BK Series

Fire Service, 3-piece, BI Series

Pneumatic/Electrical Actuated Ball Valves

Instrument Needle Valve

Needle Valve

Screwed Bonnet Needle Valves
NB Series : Working pressure up to 6000 psig
Cold drawn bar as body, Two piece stem design:
Nonrotating-stem Needle Valves
ND Series : Working pressure up to 3000 psig
NDH Series : Working pressure up to 5000 psig
Forged Body Needle Valves
NF Series : Working pressure up to 6000 psig
NFH Series : Working pressure up to 10000 psig
Integral Bonnet Needle Valves
NG Series : 3000 psig
NGH Series : Working pressure up to 5000 psig
One-piece forged body

Rising Plug Valves
NR Series
NRG (with gauge port) Series
Cold drawn square bar as body material
Nonrotating stem for longer seat life, Roddable, straight through flow path for maximum flow with minimum pressure drop

Toggle Valves
NT Series
Straight and angle patterns Compact design Nonrotating stem

Bar Stock Needle Valve NB Series

Forged Needle Valve NF Series

General Purpose Needle Valve NG-NGH Series

Non Rotating Stem ND Series Needle Valve

Outside Screw and Yoke NY Series Needle Valves

Rising Plug Valve NR Series Needle Valve

Toggle Valves NT Series

Unon Bonnet Needle Valve NU-NUH Series

Instrument Manifold Valve

Manifold valve and related products for instrumentation applications can you Choose from a variety size and Material, Manifold valve is can have many fungtion as per your instrument design and fungtion of measurement

Features : Instrument Manifold Valve
Working Pressure up to :
Stainless Steel : 2D.3R,3D,5R up to 6000 psig (414 bar)
2DH, 2RH, 3DH, 3RH, 5DH up to 10000 Psig (690 bar)
Working Temperature :
PTFE Packing : -65 to 450 Deg F (-54 deg C tp 232 deg C)
Graphite packing : -65 deg F to 1200 Deg F(-54 deg C to 649 deg C)
Two-pices stem design : upper stem thread cold rolled and hardened lower stem for hugh strength and smooth operation
Upper stem thread lubrication isolated from system media
Linier instead of rotary motion of the rising, non-rotating stem
Safety back seating seals in fully open position
Linear instead of rotary motion of the handle by double lock-pins.

Features : Manifold Valve
Non-rotating lower stem, ball tip and plug tip designs
Variety of materials for seat and packing
Safety back seating seals in fully open position
Rolled spindle operating threads
Lubricant for stem thread isolated from the media
Externally adjustable gland
Bonnet locking pin fitted as standard
Low torque operating T bar handle
Each 2D/2R/3D/3R/5D/5R Series manifold leak tested with nitrogen or compressed air at the maximum working pressure, each 2DH/2RH/3DH/3RH/5DH/5RH series manifold leak test with water at 1.1 times the maximum working pressure.