Festo Round Cylinder, 25mm Bore, 160mm Stroke
Only 1 piece in stock at third-party supplier
Product details
Execution: Double-acting
Piston Rod: One
Bore: 25 mm
Stroke: 160 mm
Max Operating Pressure: 10 bar
Force at 7 bar: 247 N (Retract) @ 6 bar, 295 N (Extend) @ 6 bar
End Position Damping: Air
Connection: G1/8
Dimensions: 27 (Diameter) x 301.5 mm
Max Operating Temperature: +80 °C
Diameter: 27 mm
Round profile cylinder of the DSNU series – self-adjusting pneumatic damping. The Festo round profile pneumatic cylinder of the DSNU series offers excellent performance and long service life. It features a stainless steel piston rod and options for external and internal threads. A wide range of accessories allows for the installation of DSNU cylinders virtually anywhere. Self-adjusting damping ensures ideal damping performance without the need for manual adjustments. The self-adjusting damping guarantees a smooth and dynamic approach to the end position, even with varying loads and speeds.
Features and Benefits:
- ISO 6432 stainless steel piston rod
- Variety of variants
- Long service life
- Double-acting
Application Information: These cylinders with self-adjusting damping are equipped with a special piston as an extension of the main piston. This design controls the venting of the air cushion that has built up. Therefore, no adjustment screw is required. Assembly and adjustment time is reduced due to the self-adjusting damping, leading to significant savings in labor time.
Material | Aluminium anodised, NBR PUR, Steel |
Lifting height | 0.16 m |
Item number | 10309519 |
Manufacturer | Festo |
Category | Conveyor technique |
Manufacturer No. | DSNU-25-160-PPS-A |
Release date | 15.1.2019 |
Colour | Silver |
Material group | Metal |
Material | Aluminium anodised, NBR PUR, Steel |
Surface finish | Anodized |
Roll material | Steel |
Lifting height | 0.16 m |
Mounting hole | 25 mm |
Frame material | Aluminium |
CO₂ emissions | 1.42 kg |
Climate contribution | CHF 0.11 |
Length | 30.50 cm |
Width | 3.70 cm |
Height | 3.70 cm |