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MIL 41000 Heavy Duty Cage guided Valves
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Globe Control Valves
41000 SERIES HEAVY DUTY CAGE GUIDED VALVES
(1" to 20", 150# to 2500#)


Higher allowable pressure drops:
Cage guided valves provides exceptional performance over a wide range of pressure drops typical of severe services. These valves also handle a vast majority of all shut-off pressures with standard pneumatic spring diaphragm actuators.

High capacity with low pressure recovery:
Flow capacity is at top levels for contemporary cage guided valves and is attained with very little pressure recovery as indicated by the high Cf factors, which minimizes possibility of cavitation in liquid service.

High performance material is standard:
Material specified as standard has been selected to provide trouble free operation in services with high pressure drops & extreme temperatures.

Tight shut off valves:
For lower sizes unbalanced design has class V leakage. For higher sizes, the exceptional single seated leak tightness of class V is achieved by Self energized seal rings : Pressure energized seal ring pressing against walls of the cage & plug arrests the leakage past the seal ring.

Lo-dB / Anti-cavitation cages:
Noise attenuation & cavitation control is achieved by replacing conventional cages with Lo-dB cages.

Available Sizes & Rating
¾” to 14”: ANSI 150# to ANSI 2500#
16” to 20”: ANSI 150# to ANSI 600#

Seat Leakage Class (as per ANSI/FCI 70.2)
Standard : Class III & Class IV Optional: Class V


Special Options
Static Seal Ring, Double Cage design, Two stage design with diffuser seat ring, Multi-Stage Valves
MIL 41008 . These Multi-Stage valves incorporate a unique Trim design to absorb high pressure drops that prevent Cavitation and maintain constant velocity throughout the pressure dropping stages.
Concentric Cages incorporate a tortuous flow path, which causes numerous velocity head losses without appreciable pressure recovery. High pressure recovery factors at lower lifts eliminates Cavitation. High impedance flow path reduces pressure by friction and turbulence, maintaining constant velocity throughout.


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