| Valve Type ID | d7d67555-64ef-4b43-9620-2a3788065572 |
|---|---|
| Size Range | DN250-DN2500 |
| Pressure Rating | PN16.0-PN96.0 |
| Temperature Range | -196°C to 200°C |
| Body Material | alloy steel |
| Trim Material | PTFE |
| Seal Material | graphite |
| Stem Material | stainless steel |
| End Connection | wafer |
| Standard | API |
| Operation Method | intelligent control |
| Flow Coefficient (Cv) | 1481.29 |
| Leak Rate | ANSI Class V |
| Applicable Media | water |
| Applications | water |
| Industry Tags | food & beverage |
| Test Pressure | 80 |
| Design Pressure | 96 |
| Design Standard | API |
| Design Temperature | 200 |
| Body Material Grade | WC6 |
| Weight (kg) | 565 |
Control valves modulate flow in response to a control signal to maintain a process variable. Selection involves sizing for the required Cv, choosing the trim and body style, defining the flow characteristic, and specifying the actuator and positioner. Leakage class per FCI 70-2 should be specified for the duty.
Q: What is a control valve used for?
A: Control valves regulate process flow, pressure, level, or temperature by modulating the flow path in response to a controller signal.
Q: How are control valve leakage classes defined?
A: Leakage is typically classified per FCI 70-2 / IEC 60534-4, ranging from Class I (no test) to Class VI (tight shutoff, bubble-tight for soft seats).
Guidance reflects general engineering practice for control valves; confirm against the project specification and applicable standards before procurement.
Compare Control Valves models side by side, download datasheets, and browse the verified supplier directory. Upgrade to Pro for the complete technical dataset.
View Pro Membership