Festo Pneumatic Piston Rod Cylinder - 1383640, 63mm Bore, 250mm Stroke, DSBC Series, Double Acting

Festo DSBC series pneumatic cylinders with self adjusting pneumatic cushioning at both ends of the actuator barrel. Featuring a high-alloy steel piston rod provides excellent running performance, low overall weight and long service life. These double acting pneumatic actuators have dual connection ports for compressed air to be applied for advancing and retracting the piston rod in a linear motion. Magnetic piston rods allow contactless position detection via a proximity sensor mounted in slots along the cylinder body.

The DSBC PPS type self adjusting cushioning pneumatic cylinders provide ideal cushion performance without the need for manual adjustments. The self adjusting cushioning gives a gentle and dynamic travel into the end position, even with changing loads and speeds. Equipped with a special piston as an extension to the main piston the design controls venting of the air cushion that has built up, as a result, no adjusting screw is necessary. Assembly and setting time is reduced using self adjusting cushioning that results in a high potential saving of working hours.

Corresponds to ISO 15552 standard
Slots for flush mounting proximity sensors
Low friction design allowing for continuous operation
Adjustable end cushioning helping to reduce noise and vibration
High-alloy steel piston rod with threaded connector
Wide range of stroke length and bore size variants that can be configured to suit a broad range of applications
Double acting operation

The DSBC series pneumatic round actuators conform to ISO 15552 standards allowing them to be mounted in any position to suit the required application. The ISO 15552 standard establishes metric mounting dimensions for cylinders providing interchangeability of commonly used hydraulic and pneumatic cylinders. Optional mounting accessories provide further flexibility allowing the cylinder to be attached with a swivel bracket for free movement, foot mounted for support under high loads or combined with other actuators to give a wider range of movement.