Festo Cylinder - 63mm Bore 20mm Stroke Double Acting

While not explicitly stated in the provided data, ISO 15552 cylinders typically operate up to 10 bar. Always refer to the specific product datasheet for exact specifications.

The cylinder features adjustable cushioning at both ends. Use the dedicated adjustment screws (typically located at the cylinder cap ends) to tune the deceleration. Turn clockwise to increase cushioning and counter-clockwise to decrease it.

This specific model has a 20mm stroke. For longer travel requirements, Festo offers various other DSBC series cylinders with different stroke lengths, such as the 80mm or 160mm stroke variants.

This cylinder has a standard profile design and is compatible with a wide range of standard mounting accessories from Festo, including foot mounts, flange mounts, and clevis adapters.

The magnetic piston allows for non-contact detection of the cylinder's position. When the piston moves, its integrated magnet can be detected by compatible magnetic field sensors (e.g., proximity switches) mounted externally to the cylinder body.

At an operating pressure of 6 bar, the cylinder delivers 1870 N of force when advancing (extending).

Verify compressed air supply to both ports. Check for air leaks in lines and connections. Ensure control valve is functioning correctly and directing air to the cylinder.

Check air pressure and flow rate. Ensure the air supply is clean and free of debris. Adjust cushioning screws if they are set too restrictively. Inspect for internal wear or damage.

Adjust the pneumatic cushioning screws. Turn clockwise to increase cushioning (slower deceleration) and counter-clockwise to decrease it (faster deceleration). Ensure screws are properly seated.

Ensure the magnetic piston is present and correctly oriented. Check sensor alignment and connection to the control system. Verify sensor compatibility and settings.