Norgren RM/960/380 Pneumatics & Fluid Systems - 10887 N Force

Feature → The 6" bore and 380 mm stroke deliver high force and long travel, enabling heavy-duty push-pull and transfer tasks with fewer cycles. Impact → This reduces cycle times and increases throughput in packaging and material-handling lines, while maintaining control accuracy. Application → Ideal for clamp, push, and bidirectional actuation in assembly cells requiring steady, repeatable motion. Feature → Tie rod double-acting construction provides balanced loading and reliable retraction, even under dynamic loads. Impact → Improves movement precision and reduces stall risk in automated transfer applications. Application → Suitable for robot-assisted pick-and-place and automated press operations. Feature → Adjustable cushioning offers controllable deceleration at stroke endpoints. Impact → Minimizes mechanical shock, extending cylinder life and protecting downstream equipment. Application → Great for delicate handled parts and high-cycle systems where impact control matters. Feature → G1/2 port and a 2–10 bar operating pressure range ensures compatibility with standard plant air systems. Impact → Simplifies integration, reduces piping complexity, and supports consistent actuation across multiple stations. Application → Commonly used in line-side actuators and machine tending cells. Feature → Corrosion-resistant materials, including an anodised aluminium barrel and martensitic stainless steel piston rod, deliver durability in harsh environments. Impact → Lowers maintenance frequency and replacement costs, improving uptime. Application → Particularly beneficial in damp or particulate-heavy production lines. Feature → Non-magnetic construction aligns with sensor-friendly environments and reduces magnetic interference. Impact → Facilitates reliable position sensing and control integration in automation systems. Application → Suitable for proximity sensor and magnetic switch deployments on automated lines. Feature → Theoretical force of 10887 N provides a clear performance benchmark for high-load actuation tasks. Impact → Enables accurate line design and actuator selection, reducing over- or under-sizing risk. Application → Critical for stamping, clamping, and load-intensive assembly operations.