Festo VHER Series Pneumatic Manual Control Valve, +50 °C Maximum Operating Temperature, -5 °C Minimum Operating Temperature - VHER-P-H-B43C-G18 This pneumatic manual control valve by Festo with a rod lever control mechanism from the VHER series is designed to provide precise control in various industrial applications. With maximum operating pressure of 8 bar and operating temperature range of -5°C to +50°C, this valve ensures efficient operation in diverse environments. Features & Benefits • The valve function is 4/3 closed, which ensures accurate control over the flow of substances
• It is manually actuated, allowing for easy and straightforward operation by hand
• With a standard nominal flow rate of 600 liters per minute, it delivers efficient performance under typical conditions
• Operating pressure ranges from 0 to 10 bar, providing flexibility in usage across various pressure settings
• The design structure incorporates a rotary slide valve, enhancing reliability and durability
• Its corrosion resistance classification, CRC 2, indicates moderate resilience to corrosion stress, suitable for environments with moderate levels of corrosion
• The ambient temperature range of -20 to 80°C makes it versatile for application in a wide range of temperature conditions
• Actuation torque is 0.9 Nm, ensuring smooth and consistent operation of the valve mechanism Applications • Control and regulate air flow in pneumatic systems
• Ideal for industrial automation processes
• Suitable for electronics manufacturing equipment
• Can be used for applications requiring precise pressure control Can it handle high-traffic pneumatic operations? The pneumatic manual control valve by Festo is designed to efficiently regulate air flow in high-traffic systems. Will it operate in extreme temperature conditions? This valve can function smoothly in temperature ranges from -20°C to 80°C, making it suitable for diverse environments. Is it suitable for applications requiring precise control? Yes, this valve with a 4/3 closed function ensures accurate regulation of air flow for various industrial processes.