The ZPL220/ZPL220W series balanced cage control valve is a pressure-balanced regulating valve. Featuring a compact valve body design with high output force, its S-shaped flow passage incorporates a flow-guiding vane that optimizes balanced fluid distribution around the cage.
This design delivers: Minimal pressure loss. High flow capacity with wide adjustable range. Precise flow characteristics (compliant with IEC 60534-2-1-201/GB4213). Enhanced dynamic stability with low noise and reduced cavitation erosion and Leakage rate meeting ANSI FCI 70-2-2013 standards. When compressed air enters the actuator, the piston rod drives the plug to modulate valve opening. This movement proportionally adjusts gas flow for precise control. The ZPL220/ZPL220W series control valve is ideal for high/low temperature and high-pressure fluid control across industries including: Power Generation, Metallurgy, Chemical Processing, Petroleum, Textiles, Pharmaceuticals, Paper Manufacturing. The valve's material versatility and customizable designs ensure optimal performance in diverse automated process control systems.
| Body Type | Straight-Through Type, Angle-Type, Jacket-Insulated Type | |
| Size | DN40~DN400 | |
| D&M Std. | GB/T4213 | |
| F2F Std. | GB/T17213.3 | |
| PT&I Std. | GB/T4213 API598 | |
| Conn.Std. | Flange Std. | RF, FM/M, T/G, FF, RJ |
| HG/T20592-2009 | PN16, PN25, PN40, PN63, PN100 | |
| ASME B16.5 | 150LB, 300LB, 600LB | |
| Sealing Type | Seat Type | Metal+STL Seated; Soft Seated |
| Stem Sealing Type | Packing Sealing, Bellows Sealing | |
| Materials | Body/Bonnet Material | LCB, WCB, WC6, WC9, SS304, SS316L |
| Plug Material | F304, F316L,etc | |
| Stem Material | 17-4PH, F304, F316L,etc | |
| Seat Material | F304, F316L, etc | |
| Bellows Material | SS316L | |
| Packing Material | V-Ring PTFE; Graphite+PTFE | |
| Bonnet Type | Standard Type | -17℃~+230℃ |
| Extended(Finned)Type | >230℃ | |
| Cryogenic Type | -196℃~-17℃ | |
| Bellows Type | Toxic, Volatile, or Hazardous media | |
| Technical Parameters |
Flow Characteristic | Equal percentage(EQ%)/ Linear(LIN) / Quick opening(QO) |
| Leakage Level | Metal Seated: ANSI B16.104 Class IV | |
| Soft Seated: ANSI Actuator B16.104 Class VI | ||
| Rangeability | 50:1 | |
| Basic Error | w/o pos.:≤±8%, w/pos.: ≤±1.5% | |
| Hysteresis Error | w/pos.: ≤1.5% | |
| Dead Band | w/o pos.: ≤6%, w/pos.: ≤0.5% | |
| Accessories | Actuator | Pneumatic Diaphragm Actuator ZP6100 Series |
| Electric Piston Actuator ZP6200 Series | ||
| Electric Actuator ZP8000 Series | ||
| Main Accessories | Positioner, Air Filter Regulator, Handwheel | |
| Others | Limit Switch, Solenoid Valve, Volume booster, Position transmitter, Lock-up valve |
|
| Features | Description |
| Dependable Bonnet | Integrally forged bonnet for superior material density and structural stability, delivering enhanced pressure containment performance. |
| Low-Emission Packing | Advanced graphite-reinforced PTFE packing system, featuring excellent sealing performance, low friction, and low torque characteristics. |
| High-Rigidity Plug & Stem | Monolithic plug & stem design ensures continuous stable operation under cyclic loading. |
| High-Gloss Stem | The packing-contact stem is precision-finished by CNC grinding, achieving superior concentricity and dimensional accuracy. |
| Adjustable Flow Characteristic | Modifying the sleeve orifice geometry enables flow characteristic adjustment while enhancing sealing surface erosion resistance. |
| Superior Structural Properties | The valve plug's oversized guiding design provides superior shock absorption, noise reduction, and enhanced resistance to both cavitation damage and flash evaporation. |
| Multi－Application | The cooling fins accommodate high-temperature service; integrated bellows provide absolute containment for hazardous media. |
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aenean euismod bibendum laoreet. Proin gravida dolor sit amet lacus accumsan et viverra justo commodo. Proin sodales pulvinar sic tempor. Sociis natoque penatibus et magnis dis parturient montes, nascetur ridiculus mus. Nam fermentum, nulla luctus pharetra vulputate, felis tellus mollis orci, sed rhoncus pronin sapien nunc accuan eget.
Fields marked with * are required.
