The Cv value represents the flow capacity. Calculate it based on your required flow rate, fluid density, and allowable pressure drop across the valve.
Industrial Pneumatic & Hydraulic Valves Component Intelligence
Precision fluid power control for industrial automation.
What are Industrial Pneumatic & Hydraulic Valves components?
These components manage fluid or air flow in automated systems. Selection hinges on media type, pressure ratings, flow capacity (Cv/Kv), and duty cycle. Ensure seal material compatibility with your fluid and verify electrical coil voltage for solenoid-actuated models.
How to Choose Industrial Pneumatic & Hydraulic Valves Components
Selecting the right valve requires balancing fluid dynamics with system control requirements.
Media Compatibility
Verify seal materials (e.g., Viton, NBR) against the chemical properties of your hydraulic fluid or compressed air.
Flow Capacity
Use the Cv or Kv flow coefficient to ensure the valve does not create excessive pressure drop in your system.
Pressure Rating
Always select a valve with a maximum operating pressure rating exceeding your system's peak surge pressure.
Actuation Method
Choose between direct-acting, pilot-operated, or manual valves based on response time and power availability.
Duty Cycle
Confirm if the solenoid coil is rated for continuous duty to prevent overheating in long-running applications.
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