CG5V-8GW-OF-M-U-H5-20 Valve
Basic Characteristics
• Model: CG5V-8GW-OF-M-U-H5-20
• Pressure Range: Offers 4 adjustable control ranges from 3 to 350 bar (44 to 5000 psi), closely matching application requirements.
• Flow Rate: Capable of handling large flow rates to meet the high flow demands of hydraulic systems.
• Control Method: Electrically loaded/unloaded by solenoid, with remote parallel control possible through other pilot valves connected to the "drain" port.
Advantages & Features
• High Efficiency: All system flow remains available for work output until system pressure is close to the valve's set value, ensuring high machine productivity.
• Optimized Performance: Pressure rise is optimized without compromising other performance parameters, ensuring valve stability and reliability.
• Compact Design: Features a compact design with a minimal number of parts, integrating high functionality while saving installation space.
• Cost-Effectiveness: Provides a proven robust solution that meets the strictest OEM requirements, offering cost benefits.
• Sealing Performance: Uses a cost-saving sealing design (tortuous path sealing, plastic tongue valve) with an optimized sealing method using the decork design (peel away). Without rubber components, sealing performance does not change with temperature.
• Good Repeatability: Factory-set adjustments for gain, spool dead-band compensation, and offset ensure good repeatability between valves.
Application Scope
• This valve is suitable for various hydraulic systems, especially those requiring precise control and regulation of pressure.
• It can be widely used in plastic processing, machinery manufacturing, metallurgy, and other fields.
Precautions
• Follow the product manual and safety specifications during installation and use.
• Regularly check and maintain the valve's performance to ensure its long-term stable operation.
In summary, the CG5V-8GW-OF-M-U-H5-20 valve is a high-performance, highly integrated hydraulic valve suitable for various hydraulic systems requiring precise control and regulation of pressure.