USD 95.77
Double-acting compact cylinder with a 25 mm bore and 50 mm stroke. Features a space-saving design, magnetic piston for position sensing, and M5 pneumatic connections.
The Festo ADVU-25-50-A-P-A (156615) is a highly efficient, double-acting compact pneumatic cylinder engineered for industrial applications with limited installation space. Featuring a 25mm bore and 50mm stroke, it delivers a robust 295 N of advance force at 6 bar operating pressure. It requires up to 50% less footprint than traditional ISO 15552 cylinders. The actuator includes an M10x1.25 male threaded high-alloy stainless steel piston rod, integrated magnetic position sensing for precise proximity feedback, and elastic cushioning rings on both ends to ensure smooth operation. Encased in a durable wrought aluminum alloy barrel with NBR/PU seals, it reliably operates in environments from -20°C to +80°C.
| Parameter | Value |
|---|---|
| Bore Size | 25 mm [1.1] |
| Stroke Length | 50 mm |
| Mode of Operation | Double-acting |
| Operating Pressure | 1 to 10 bar |
| Theoretical Force at 6 bar (Advance) | 295 N |
| Theoretical Force at 6 bar (Return) | 247 N |
| Piston Rod Thread | M10x1.25 (Male thread) |
| Pneumatic Connection | M5 |
| Ambient Temperature | -20 °C to +80 °C |
| Cushioning | Elastic cushioning rings/plates at both ends |
| Position Detection | For proximity sensor |
| Cylinder Barrel Material | Wrought aluminium alloy |
| Piston Rod Material | High-alloy stainless steel |
| Dynamic Seals Material | NBR / TPE-U(PU) |
| Base Weight (at 0 mm stroke) | 180 g |
| Impact Energy in End Positions | 0.1 J |
Utilized as a compact pusher or diverter mechanism to sort boxes or products accurately onto secondary conveyor lanes.
Provides the required 295 N of linear force to effectively push objects without taking up excessive machine footprint, replacing bulky ISO standard cylinders in tight spaces.
Integrated into robotic gripping or clamping assemblies where weight and profile constraints are strict.
The lightweight 180g base weight combined with an aluminum alloy barrel avoids excessive payload loss on the robotic arm while ensuring consistent clamping performance.
Actuates insertion or light stamping tools in multi-stage automated assembly cells.
The elastic cushioning plates mitigate shock and noise upon extending and retracting, reducing wear on assembly tooling, while the integrated proximity sensor grooves provide exact confirmation of full extension/retraction.
