IMI Norgren RM/92080/M/10 Pneumatic Cylinder - Magnetic
Part Number: RM/92080/M/10
Quick Summary
Pneumatic cylinder RM/92080/M/10 delivers compact double-acting actuation for precise motion control in automation applications. In space-constrained equipment, engineers contend with fit, wear, and maintenance—this model minimizes overall length while preserving important force and repeatability. For safety and reliability, consider CE conformity, SIL safety considerations, and IP-rated environments to match your plant’s requirements. The magnetic piston, corrosion-resistant anodised barrel, and martensitic stainless rod enable easy sensing, long service life, and seamless integration with standard control systems. Together, these features reduce downtime, improve cycle consistency, and fit neatly into Norgren’s RM family for scalable, factory-wide automation.
Product Information
Extended Description
RM/92080/M/10 Norgren: One third the basic length of a corresponding ISO/VDMA model | Low friction, long life seal design | Fully non-corrodible specification | Standard magnetic piston for full control system versatility
Medium
Compressed air
Operating Temperature
-5 ... 80 °C, 23 ... 176 °F
Operating Pressure
1 ... 10 bar, 14 ... 145 psi
Port Size
G1/4
Cylinder diameter
80 mm
Stroke Length
10 mm
Operation
Double acting
Cushioning
No cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
3016 N
Materials - Barrel
Anodised aluminium alloy
Materials - Piston Rod
Stainless steel (martensitic)
Range
RM/92000/M
Brand
IMI Norgren
One key feature is the markedly compact length—roughly one third of a standard ISO/VDMA cylinder. This directly reduces machine enclosure space and simplifies mounting, enabling tighter layouts on pick-and-place and packaging lines where space is at a premium. In practice, the smaller footprint translates to shorter installation times, easier service access, and reduced weight in dense automation cells. Another feature is the low friction, long-life seal design which minimizes wear and lubricant needs. This yields fewer maintenance cycles, lower replacement costs, and higher line uptime, particularly in high-cycle applications. The cylinder also offers a fully non-corrodible specification with an anodised aluminium barrel and martensitic stainless steel piston rod, delivering superior durability in corrosive or washdown environments and reducing long-term maintenance. The standard magnetic piston enables easy sensing and robust control integration, supporting reliable position feedback with minimal wiring. With a broad operating envelope—-5 to 80 °C and 1 to 10 bar—the RM/92080/M/10 provides flexibility across multiple processes and facilities, helping to reduce SKU proliferation while ensuring consistent performance. Copper-free seals and a 80 mm bore, 10 mm stroke, G1/4 port combination deliver a balanced mix of force, speed, and compactness suitable for general purpose automation, machine tending, and inline packaging.
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FAQs
Plan for mounting using standard cylinder brackets compatible with a G1/4 port and 80 mm bore. Ensure end-of-stroke alignment, confirm hydraulic-free lubrication, and integrate with existing magnetic sensing if required. Check that mounting surfaces tolerate the cylinder’s length and maintain clearance for stroke and sensor proximity without interference.
Key specs include 80 mm bore diameter, 10 mm stroke, double-acting operation, 1 to 10 bar operating pressure, -5 to 80 °C operating temperature, G1/4 port size, and a theoretical force of 3016 N. The unit uses a magnetic piston and a corrosion-resistant anodised aluminium barrel with a martensitic stainless steel rod.
Yes. The standard magnetic piston supports reliable position sensing with non-contact sensors, enabling straightforward feedback integration into PLCs or safety interlocks. This reduces wiring complexity and improves repeatability across automated lines, especially in packaging, robotics, and assembly cells.
With a long-life seal design and corrosion-resistant materials, routine inspection of seals and rod surfaces is recommended, especially after high-cycle operation or exposure to contaminants. The lack of internal cushioning means close attention to end-of-stroke dynamics is advised; consider external cushioning or adjusted sequencing in high-impact installations.
The combination of compact footprint, robust materials, and magnetic sensing reduces downtime and maintenance costs while enabling higher-density layouts. Its wide operating envelope minimizes SKU variety and simplifies replacement across multiple lines, delivering faster deployment, consistent performance, and lower total cost of ownership for general-purpose automation.