Norgren RA/803050/M/25 - ISO 15552 Cylinder 50 mm bore

50 mm bore and 25 mm stroke provide a compact footprint with substantial actuation force from a single-acting cylinder. Theoretical 854 N force supports fast, repeatable motion in tight automation cells, enabling reliable clamping and feeding tasks without oversized hardware. In real lines this translates to higher throughput, tighter cycle times, and improved predictability in pick-and-place operations. The combination of ISOLine design and polyurethane seals reduces stick-slip and wear, extending service intervals in high-cycle environments. Conformance to ISO 15552, coupled with VDMA 24562 and NFE 49-003-1, ensures interchangeability with standard cylinders and widely accepted mounting interfaces. This compatibility reduces engineering risk during line upgrades and simplifies spare-part management across multiple machines. For engineers, it means consistent performance across vendor fleets and faster project ROI. Polyurethane seals deliver low friction and long life, which lowers energy consumption and minimizes downtime. When paired with an anodised aluminium barrel and martensitic stainless steel piston rod, the cylinder offers corrosion resistance and durability suitable for manufacturing floors and clean environments alike. Adjustable cushioning provides tailored impact control, protecting fixtures, stops, and workpieces while reducing vibration-induced wear. It supports both high-speed cycling and gentle motion in sensitive assembly tasks, enabling safer integration with robotic grippers and end-effectors. Magnetic piston rod enables reliable position sensing, while bracket-mounted switch options streamline control-system wiring. The availability of switch-mounting brackets and compatible fittings simplifies installation on existing lines and minimizes downtime during commissioning. Operating conditions span -20 to 80 °C and 2 to 10 bar, with G1/4 porting and a robust 50 mm/63 mm mounting ecosystem for flexible deployment. The integrated ISOLine solution reduces spare parts variety and standardises pneumatics across lines, delivering predictable performance and lower total cost of ownership over the equipment life.