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ZHPC High pressure cage control valve

ZHPC High pressure cage control valve

  • Category:Straight stroke(pneumatic / electric) regulating valve
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  • Release time:2025-05-16 09:26:53
  • Product description

ZHPC high pressure cage regulator is one of Cv3000 series products. It can control high pressure fluids at different temperatures. It is a pressure balancing regulator. It is widely used in high pressure drop situations requiring good dynamic stability, low noise and low cavitation corrosion.

main features

Equipped with multi spring film actuators, compact structure and high output power.

Valve structure is compact, fluid channel is S streamlined, pressure drop loss is small, flow rate is large, adjustable range is wide.

Control valve leakage meets ANSI B16.104 standard.

Main technical parameters

Valve body

Type: straight through casting ball valve

Nominal access: DN40, 50, 80, 100, 150, 200mm

Nominal pressure: ANSI 900, 1500, 2500

JIS 63K

Connection type: flange connection RF, RJ

Flange standard ANSI B16.5-1981, JIS B2201-1984 and so on.

Welding connection SW (40~80mm) for welding BW (80~200mm).

Materials: cast steel (WCB), CrMo steel, cast stainless steel (CF8, CF8M), titanium (Ti), etc.

Upper valve cover: normal temperature (P) -5 ~ +230 C

Elongation type I (E I) +230 ~ +566 C

Note: the working temperature should not exceed the allowable range of all materials.

Gland type: bolt compression type.

Packing: V type polytetrafluoroethylene, impregnated polytetrafluoroethylene asbestos, asbestos braiding, graphite packing.

0 valve components

Spool type: pressure balanced cage double seat spool

Flow characteristics: equal percentage characteristics (%V), linear characteristics (LV)

Materials: stainless steel (304, 316, 17-4PH, 9Cr18, 316L), stainless steel overlay welding alloy,

Titanium (Ti) and corrosion resistant alloys.

Executive agencies

Type: LHA multi-spring film actuator, LVA5 single-spring film actuator, LVA6 single-acting cylinder piston holder

Mechanism and LVP double acting cylinder piston actuator

Diaphragm material: LHA, LVA5 type ethylene propylene rubber, nylon cloth, NBR nylon cloth.

Spring range: 40~200, 80 ~ 240kPa (type LHA, LVA5) 190~350, 190 ~ 400kPa (LVA6 type)

Supply pressure: thin film actuator LHA (280-240kPa), LVA5 (280kPa), piston actuator LVA6 (400-240kPa)

500kPa), LVP type (300 ~ 500kPa)

Air source connector: Rc1/4

Ambient temperature: -30 ~ +70 C

Valve action type: positive actuator realizes valve's gas-close type, reaction actuator realizes valve's gas-open type

Accessories: positioner, air filter pressure relief valve, stroke switch, retaining valve, valve position conveyor, handwheel mechanism, etc.

0 performance

Leakage: meet the standard ANSI B16.104-1976 grade III, less than 0.1% of the rated Cv value.

Return error: 1% with locator less than full stroke.

Basic error: + 1% with locator less than full stroke.

Note: Standard V PTFE packing is adopted.

Adjustable range: 50: 1

0 Cv value and stroke

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Typical flow characteristic curves 

 60fa7d77d3997943c619f41c31a65821_1458640197649397.jpg

Allowable pressure difference

I. LHA or LVA actuators for valves

A. gas shut valve 100kPa

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B. gas open valve 100kPa

 6f4e67adb0ae28eba164062d382eedbd_1458640198377920.jpg

Note: P=P1(P2=0) is the condition of allowable pressure difference when the table is closed. The pressure difference at full closure varies slightly with the outlet pressure P2.

Maximum allowable differential pressure shall not exceed the maximum working pressure specified in ANSI B16.34-1981 or JIS B2201-1984 standards

The inlet pressure P1 shall not exceed the allowable pressure difference when the valve is closed.

* the number above the same grid indicates the allowable pressure difference, and the lower figure indicates the allowable pressure difference.

- digital control mechanism for digital control of valves in black frame

II. Valve equipped with LVP actuator 100kPa

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Note: If the actuator has an auxiliary gas source, the smaller one of the two should be selected as the basis for calculating the allowable pressure difference.

The condition of allowable pressure difference is P=P1 (P2=0) when the table is closed. The pressure difference at full shutdown varies slightly with the outlet pressure P2.

Maximum allowable differential pressure shall not exceed the maximum working pressure specified in ANSI B16.34-1981 or JIS B2201-1984 standards

The inlet pressure P1 shall not exceed the maximum allowable pressure difference when the valve is closed.

* the number above the same grid indicates the allowable pressure difference, and the lower figure indicates the allowable pressure difference.

Shape connection dimension

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Flange dimensions mm

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Size mm

 514b9856acdeeb49bedac104285b6b11_1458640210847482.jpg

Note: The H dimension in the table is the number when the control valve is not equipped with handwheel mechanism. If the handwheel mechanism with top mounting is equipped, the size of handwheel mechanism should be added accordingly.

Weight kg

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Note: the number in brackets is the weight of the nominal pressure JIS 63K valve


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