Festo

Festo EV Series Clamp, 4mm Stroke, 20mm Clamping Surface Diameter - EV-20-4, Numeric Part Number: 150683

This clamping module is designed for precise automation applications. The Festo EV clamp provides an effective solution for various clamping needs, featuring a compact design that accommodates a stroke of 4mm and an optimal clamping surface of Ø20. Engineered to operate at a maximum pressure of 0.6 MPa, this reliable module ensures efficient performance in diverse environments.

Features & Benefits

• Single-acting mode enhances operational simplicity
• Optional mounting position for versatile installation
• Lightweight design at 19g optimises space and efficiency
• Compatible with compressed air in accordance with ISO 8573-1:2010 standards
• Robust die-cast aluminium housing ensures durability
• Membrane made from TPE-U(PU) provides resilience to wear

Applications

• Utilised in automated assembly lines for precise component placement
• Suitable for robotics requiring repeatable clamping
• Employable in electronics manufacturing where secure fixtures are essential
• Effective in mechanical setups needing reliable component support

What are the optimal operating conditions for the clamping module?

The clamping module operates effectively in ambient temperatures ranging from -10°C to 40°C. It requires a maximum operating pressure of 0.6 MPa, ensuring smooth functioning across various applications.

How is the clamping module mounted for operational use?

The module can be mounted through a convenient mounting hole, allowing it to fit seamlessly into diverse machinery setups and configurations.

What type of pneumatic connection is compatible with this module?

This device is designed to connect using an M3 pneumatic connection, making it compatible with standard automation systems.

What is the significance of the LABS (PWIS) conformity feature?

The LABS (PWIS) conformity indicates that the module meets VDMA24364-B1/B2-L standards, ensuring it does not adversely affect sensitive electronic components through surface contamination.

Are there any specific requirements for the operating medium?

The module operates with compressed air that complies with ISO 8573-1:2010 [7:-:-], ensuring optimal performance and longevity under normal operating conditions.