Norgren RM/92040/N4/100 Pneumatic Cylinder - Magnetic

Feature: The RM/92040/N4/100 offers a compact footprint that is roughly one third the length of a typical ISO/VDMA cylinder. This space efficiency translates directly into smaller machine footprints, simpler tube routing, and easier panel mounting in space-constrained automation cells. This actuator is compatible with standard mounting patterns and quick-connect fittings, reducing engineering risk during modernization. Benefit: Low friction, long-life seals reduce wear and leakage, delivering extended service intervals and lower maintenance costs. In high-cycle packaging lines, this means less downtime during peak shifts and lower spare-part consumption. The seal technology also supports predictable performance under varying temperatures and pressures, simplifying diagnostics in field service. Benefit: Fully non-corrodible construction supports durable operation in harsh environments, reducing corrosion-related failures and replacement costs across process lines. The result is lower total cost of ownership and increased system availability. Engineers often specify this type of rugged cylinder for continuous duty applications in challenging climates. Benefit: Magnetic piston enables sensor feedback and easy integration with controllers and monitoring networks, simplifying diagnostics and enabling predictive maintenance. This sensor-ready design accelerates line modernization without adding complexity, and it plays well with common PLC I/O schemes. End users report faster commissioning times and more reliable position sensing when connected to modern condition-monitoring setups. Material selection combines an anodised aluminium barrel with a stainless steel piston rod, delivering rigidity, corrosion resistance, and long-term surface integrity. The industrial-grade construction supports durable operation in automated lines and reduces sporadic replacement needs. Coatings and finish specifications help resist wear in dusty or wet environments, extending service life. Operating range and porting are designed for compatibility with common plant air systems: 1–10 bar, -5 to 80 °C, and G1/8 ports. This reduces the need for bespoke components and speeds up installation across multiple lines and machines. Engineers can confidently scale line automation, knowing the actuator fits standard hardware and piping conventions. Cushioning is not included, so customers can add external end-of-stroke cushions or flow controls to tailor the deceleration profile. This approach aligns with lean manufacturing goals by letting you specify damping only where it is truly needed.