Festo 40 mm Piston Dia 320 mm Stroke Double Acting ISO Cylinder DNC-40-320-PPV-A

The Festo DNC-40-320-PPV-A Double Acting ISO Cylinder is an advanced pneumatic solution designed for extended applications requiring precision and durability. Featuring a robust 320 mm stroke and a 40 mm piston diameter, this cylinder meets ISO 15552 standards for reliability in high-performance industrial environments. Equipped with adjustable pneumatic cushioning at both ends, this cylinder provides smooth, impact-free operation. Its compatibility with proximity switches for position detection adds a layer of control, making it ideal for automation processes requiring accurate positioning.

Key Features

• ISO 15552 Compliance: Adheres to international standards for quality and compatibility.
• Double-Acting Operation: Provides efficient, controlled motion in both directions.
• Adjustable Cushioning: Reduces impact, ensuring smooth operations.
• Proximity Switch Compatibility: Enables precise position sensing.
• Durable Construction: Made from corrosion-resistant materials to ensure long-lasting performance.
• Flexible Mounting: Features a female thread with additional accessory compatibility.

Specifications

• Stroke: 320 mm
• Piston Diameter: 40 mm
• Piston Rod Thread: M12x1.25
• Operating Pressure: 0.6 to 12 bar (0.06 to 1.2 MPa)
• Mode of Operation: Double-acting
• Cushioning: Adjustable at both ends
• Position Detection: Via proximity switch
• Operating Medium: Compressed air as per ISO 8573-1:2010 [7:4:4]
• Ambient Temperature: -20°C to 80°C
• Theoretical Force at 6 bar: 754 N (advance stroke), 633 N (return stroke)
• Pneumatic Connection: G1/4

Material

• Cover: Die-cast aluminium, coated
• Seals: TPE-U(PU)
• Piston Rod: High-alloy steel
• Cylinder Barrel: Wrought aluminium alloy, smooth anodised

Applications
This cylinder is suitable for applications in manufacturing automation, robotics, and other industries where long stroke lengths and precise control are essential. Its durable design and adjustable cushioning make it ideal for smooth and efficient motion in heavy-duty environments.