Festo Compact Cylinder - 6mm Bore - 10mm Stroke - Single Acting

This is a single-acting cylinder designed to extend when pressurized. Retraction is typically achieved via an external force or an internal spring (if included, though not specified). The force for retraction depends on the external mechanism, not the air supply.

No, the product description explicitly states that the cylinder 'does not include cushioning'.

The theoretical force is given at 6 bar. While a maximum operating pressure is not explicitly stated, it's advisable to consult Festo's general guidelines for compact cylinders or use a pressure rating consistent with typical pneumatic systems, usually up to 10 bar, but always verify specifications for the specific model.

Due to the absence of cushioning, high-speed operation is not recommended. The lack of damping can lead to impact damage and reduced lifespan. Consider cylinders with cushioning for faster cycles.

This refers to the main body or housing of the cylinder being manufactured as a single, integrated piece. This can improve structural integrity and reduce potential leak paths compared to multi-part constructions.

You will need to attach the appropriate pneumatic fitting to the air port on the cylinder. The size and type of fitting will depend on your existing air line system and the cylinder's port thread size (which should be specified in the full technical datasheet).

The magnetic piston allows for non-contact position detection. When the piston moves, its magnetic field can be detected by compatible sensors mounted externally to the cylinder, enabling feedback for automated control systems.

Verify air supply pressure is adequate (e.g., 6 bar). Check for air leaks at the connection port and cylinder seals. Ensure the air line is not obstructed. Confirm the cylinder is in the correct orientation for its single-acting mode.

For single-acting cylinders, ensure there is no external force holding it extended. If a spring return is assumed (though not explicitly stated as integrated), verify that the retraction mechanism (spring or external force) is functioning correctly. Check for internal friction or debris binding the piston.

Check the quality and regulation of the compressed air supply. Ensure the air is free from moisture and contaminants. Verify that the load being moved is within the cylinder's force capabilities. Inspect for any binding or misalignment in the mechanism the cylinder is actuating.

Ensure the correct type of magnetic sensor is used and properly aligned with the cylinder. Check sensor wiring and power supply. Verify the piston is actually passing the sensor's detection zone. Ensure no ferrous materials are interfering with the magnetic field.