Norgren RM/92016/N4/20 Pneumatic Cylinder - Magnetic
Part Number: RM/92016/N4/20
Quick Summary
Pneumatic cylinder RM/92016/N4/20 provides compact actuation with a 16 mm bore and 20 mm stroke for tight automation. Many engineers struggle with space constraints, misalignment, and frequent maintenance in small cylinders. Designed with low-friction seals, non-corrodible construction, and a magnetic piston, it supports CE and industry-standard sensing for reliable control. The compact length and robust materials reduce downtime, while easy sensor integration and a common port size streamline deployment across manufacturing lines. In practice, this translates to higher line throughput, longer service intervals, and lower total cost of ownership. Businesses benefit from predictable performance in temperatures from -5 to 80 °C and a flexible 1–10 bar air supply.
Product Information
Extended Description
RM/92016/N4/20 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
M5
Cylinder diameter
16 mm
Stroke Length
20 mm
Operation
Double acting
Cushioning
No cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
121 N
Materials - Barrel
Anodised aluminium alloy
Materials - Piston Rod
Stainless steel (austenitic)
Range
RM/92000/M
Brand
IMI Norgren
The 16 mm bore and 20 mm stroke deliver space-saving actuation with a clear path for compact automation cells, enabling higher-density layouts and easier enclosure design. This translates to faster installation and reduced footprint on crowded production lines, improving overall line efficiency. The one third the basic length of a comparable ISO/VDMA model reduces mass and inertia, enabling quicker cycling and lower energy consumption during actuation while maintaining reliable repeatability in high-speed tasks. Low friction, long-life seal design minimizes wear, extending maintenance intervals and reducing downtime costs in harsh environments where uptime is critical. The fully non-corrodible specification enhances durability in washdown or humid environments, lowering replacement part frequency and safeguarding process consistency. A standard magnetic piston supports simple sensor feedback and PLC integration, delivering robust control system versatility across automation architectures. Anodised aluminium barrel and stainless steel piston rod provide excellent corrosion resistance, while M5 port size ensures quick connection to standard pneumatic manifolds. The 1–10 bar operating range and -5 to 80 °C temperature tolerance support a broad spectrum of applications, from general automation to precise pick-and-place tasks. The double-acting design offers reliable push and pull strokes, enabling precise positioning without external cushioning, which reduces end-of-stroke delays and improves cycle accuracy. By combining compact form, durable materials, and straightforward installation, this cylinder delivers measurable improvements in lifecycle costs and overall equipment effectiveness for modern manufacturing lines.
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FAQs
Mount the cylinder using compatible brackets with the 16 mm bore aligned to the load path. Connect the M5 port to a filtered, dry air supply within 1–10 bar. Ensure correct double-acting orientation and wire magnetic sensing for position feedback. Verify end-stroke alignment and secure all fittings to prevent loosening during operation. With its standard port size and non-corrodible build, integration with common control floors and PLCs is straightforward.
The cylinder provides a theoretical force of 121 N. It operates between 1 and 10 bar (14–145 psi) and tolerates temperatures from -5 to 80 °C, making it suitable for diverse automation environments while maintaining consistent actuation in tight spaces.
Yes. The compact 16 mm bore with a 20 mm stroke, along with low-friction seals and a magnetic piston, supports rapid cycling and reliable sensing for small-part pick-and-place tasks. The lack of cushioning favors high-speed positioning, provided the control logic accounts for end-of-stroke timing and sensor feedback.
The design aligns with common industry standards for automation components, including features that facilitate CE-ready safety considerations and safe integration with sensor networks. For specific IP ratings and SIL readiness, consult the datasheet and system designer guidance to confirm field compliance in your application.
The low-friction seals and non-corrodible construction extend service intervals, reducing downtime and replacement costs. Magnetic sensing simplifies monitoring and predictive maintenance, while the compact form factor enables denser layouts, reducing cabinet space and installation time. Over the lifecycle, these factors contribute to lower total cost of ownership and higher equipment availability.