Product details
Manufacturer Series: DSBC
Execution: Double-acting
Piston Rods: One
Bore: 63 mm
Stroke: 300 mm
VDMA Standard: 24562
ISO Standard: 15552
Max Operating Pressure: 12 bar
Force at 7 bar: 1682 (Retracting) N, 1870 (Advancing) N
End Position Damping: Air
Connection: G3/8
Dimensions: 493.1 x 75 x 75 mm
Weight: 1.7 kg
Stroke Interval Load: 62 g @ 10 mm stroke
Profile cylinder of the DSBC series – adjustable pneumatic damping. The Festo profile pneumatic cylinder of the DSBC series offers excellent performance and long service life. It features a stainless steel piston rod with external and internal thread options. A wide range of accessories allows for the installation of DSBC cylinders practically anywhere. Adjustable pneumatic damping. Cylinders of type PPV with adjustable damping absorb energy at the end positions by deliberately creating and releasing an air cushion. This allows for a high level of energy absorption while simultaneously reducing noise. The manual adjustment screw enables fine-tuning for the specific application.
Features and Benefits:
- ISO 15552
- Stainless steel piston rod
- Variety of variants
- Long service life
- Double-acting
Application Information:
The DSBC pneumatic cylinders with self-adjusting damping are equipped with a special damping piston as an extension of the main piston. This relatively long damping piston builds up an air cushion in the connection cap before the end position. Due to this energy-absorbing method, these cylinders are ideal for medium to heavy loads and high-speed applications.
Lifting height | 0.30 m |
Material | Aluminium |
Item number | 10310961 |
Manufacturer | Festo |
Category | Conveyor technique |
Manufacturer no. | DSBC-63-300-PPVA-N3 |
Release date | 15.1.2019 |
External links |
Material group | Metal |
Material | Aluminium |
Roll material | Steel |
Lifting height | 0.30 m |
Mounting hole | 63 mm |
Frame material | Aluminium |
Main Hub | 0.02 m/min |
CO₂-Emission | |
Climate contribution |
Length | 49.50 cm |
Width | 7.50 cm |
Height | 7.50 cm |