Product Description
- The CDS2B compressed air cylinder is used in automated plants and manufacturing systems where precise linear movements and high reliability are required.
- It is suitable for applications in the mechanical and plant engineering industry, particularly for lifting, clamping and positioning tasks.
- Thanks to its robust design and effective damping, it is also suitable for high loads and long operating cycles.
- The CDS2B compressed air cylinder is a double-acting cylinder with a single-sided piston rod and integrated magnet for position monitoring.
- Its pneumatic end position cushioning ensures smooth and low-wear operation.
- The cylinder housing is robustly constructed and designed for continuous use in demanding environments.
- The lifetime-lubricated design means that no regreasing is necessary, which minimises maintenance requirements.
- Material cylinder head, cylinder cover – cast aluminium
- Material Cylinder tube, piston – aluminium alloy
- Piston rod material – steel
- Seal material – NBR
- Functionality – double-acting, standard piston rod
- Medium - Compressed air
- Lubrication – Not required (lifetime lubricated)
- Assembly – basic design
- Test pressure – 15.7 bar (piston diameter 125 to 160 mm) / 12 bar (piston diameter 320 mm)
- Max. operating pressure – 9.7 bar (piston diameter 125 to 160 mm) / 7 bar (piston diameter 320 mm)
- Min. operating pressure - 0.5 bar
- Piston speed – 50 to 500 mm/s (piston diameter 125 to 160 mm) / 50 to 300 mm/s (piston diameter 320 mm)
- Damping – Pneumatic damping (piston diameter 320 mm with end stop damping)
- Ambient and media temperature - Without signal transmitter 0 to 70°C (no freezing) / With signal transmitter 0 to 60°C (no freezing)
- Permissible kinetic energy (when pneumatic damping is activated) - 32.3 to 265 J
- Piston diameter – 125 to 320 mm
- Stroke – 100 to 500 mm
- Pneumatic connection – G 1/2" or 3/4"
- Piston rod thread - M30 x 1.5 to M64 x 2
- Width/height – 143 to 344 mm
- Length - 358 to 721.5 mm
- Weight - 7.2 to 72.32 kg
