Control valves from KSB MIL Controls

Overview

• Self Actuating
• Heavy Guiding
• High Capacity with low recovery
• Reduced trim capacity
• High performance materials
• Downstream and Upstream Pressure control

Technical Specifications

• Standard sizes & rating
  1” to 4” : ASME 150# to ASME 600#
• Seat Leakage Class (as per FCI 70.2)
  Standard: Class II / IV

Overview

• Heavy top guiding ensures plug stability
• Wide temperature capability for standard bonnets (-27 ^OC to 427 ^OC)
• Tight shut-off options
• Optional clamped seat ring for easy seat removal
• Cryogenic applications
• Optional angle body (MIL 70000)

 Technical Specifications

• Standard Sizes & Rating
  ½” to 10” : ASME 150# to ASME 2500#
• Seat Leakage Class (as per ANSI/FCI 70.2)
  Standard: Class IV
  Optional: Class V & Class VI

Overview

• High allowable pressure drops: Cage Guided valves provide exceptional performance over a wide range of pressure drops in severe services. They also handle most shut-off pressures with standard pneumatic spring diaphragm Actuators.
• High capacity with low pressure recovery: Flow capacities remain at top levels, and are attained with minimum pressure recovery reducing the possibility of Cavitation in liquid service.

Technical Specifications

• Standard Sizes & Rating
  ½” to 36” : ASME 150# to ASME 4500#
• Seat Leakage Class (as per ANSI/FCI 70.2)
  Standard: Class III & Class IV

Overview

• High pressure drop multiple stage labyrinth control valves
• Anti-clog design
• Multi-stage, labyrinth plug
• Flow area expands towards the downstream
• Ideally suited for fluids involving gases with entrained liquids / solids or liquids with entrained solids
• Standardised high performance material

Technical Specifications

• Standard sizes & rating
  2” to 8” : ANSI 600# to ANSI 2500#
• Seat leakage class (as per ANSI/FCI 70.2)
  Standard : Class IV
  Optional : Class V & Class VI

Overview

• Extreme pressure multi-stage and multi-path anti- cavitation control valves
• Tortuous flow path with high impedance for energy absorption
• Limits trim velocity
• Varying and expanding flow path
• Pressure recovery factor as high as 0.999
• As many as 40 pressure dropping stages
• Dynamically stable, flow tending to open design
• Modified equal % characteristics with 100:1 rangeability

Technical Specifications

• Standard sizes & rating
  1/2” to 20” :  ANSI 300# to ANSI 4500#
• Seat leakage class  (as per ANSI/FCI 70.2)
  Standard : Class V
  Optional : Class VI

• Overview
  • Top & bottom Guiding: Provides adequate support against side loads
  • High allowable pressure drops: These valves incorporate simplest form of balanced construction and provide high pressure drop capability with standard actuators.
  • High capacity with low pressure recovery: Flow capacity is at top levels for contemporary double ported valves and is attained with very little pressure recovery as indicated by the high Cf factors, especially for V-Port plug design.
  • Invertible bodies & plugs: The same direct spring diaphragm actuator can provide both air-to-close & air-to-open actions.

  Technical Specifications

  • Standard sizes & rating
    ¾” to 16”: ANSI 150# to ANSI 1500#
  • Seat leakage class (as per ANSI / FCI 70.2)
    Standard: Class II
    Optional: Class III & Class VI

Overview

• High Pressure Letdown Control valves
• Unbalanced plug design without seal rings
• Larger flow path
• Smooth axial flow
• Multi-stage pressure reduction for high pressure drop

Technical Specifications

• Standard sizes & rating
  1” to 2”: ASME 150# to ASME 300#
• Seat leakage class (as per FCI 70.2)
  Standard: Class IV
  Optional: Class V

• Overview
  • 3-way control valves
  • Combining and diverting applications
  • Plug stability at throttling
  • High capacity
  • Extra guiding

  Technical Specifications

  • Standard sizes & rating
    ¾” to 12”: ASME 150# to ASME 2500#
  • Seat leakage class(as per FCI 70.2)
    Standard: Class IV
    Optional: Class VI