Asco 551 Series Push Button Pneumatic Manual Control Valve

Description

Function: 3/2

Maximum Operating Pressure: 10 bar

Maximum Flow Rate: 860L/min

Thread Standard: G

Connection Port Thread: G 1/4

Thread Size: 1/4in

Number of Ports: 3/2

Body Material: Aluminium

Manufacturer Series: 551

Minimum Operating Temperature: -25°C

Control Mechanism: Push Button

Maximum Operating Temperature: +60°C

The Asco 55102082, part of the 551 Series, is a robust pneumatic manual control valve designed to offer precise control in industrial applications. Crafted from durable aluminium and featuring a G 1/4 thread, this valve ensures reliability and longevity in diverse operating conditions. With its compact design, the Asco 55102082 optimises space utilisation while maintaining high performance. Its streamlined construction enhances efficiency without compromising on functionality, making it suitable for space-constrained environments.

Applications Information of the Asco 55102082, 551 Series Push Button Pneumatic Manual Control Valve

The Asco 55102082 finds applications across various industries, including:

• Manufacturing
• Automation
• Process Control
• Pneumatic Machinery Control
• Equipment Actuation
• It serves as a versatile solution for numerous industrial processes.

Reliable Pneumatic Control

Engineered for reliability, this pneumatic control valve delivers consistent performance even in demanding environments. Its sturdy construction and precise engineering ensure reliable operation, minimising downtime and enhancing productivity.

Potential Advantages of Buying the 55102082, Control Valve

• Durable aluminium construction for longevity and reliability.
• Compact design for efficient space utilisation.
• Push-button operation for intuitive control.
• Wide temperature range (-10°C to +60°C) for versatile use.
• G 1/4 thread for compatibility with standard pneumatic systems.
• Suitable for diverse industrial applications, enhancing flexibility and adaptability.
• Ensures precise control and consistent performance, minimising downtime and maximising productivity.