Norgren RM/92020/M/110 Pneumatic Cylinder - Magnetic Piston
Part Number: RM/92020/M/110
Quick Summary
Pneumatic Cylinder RM/92020/M/110 provides compact linear actuation for automation and precise motion in small-format machinery. Space constraints, misalignment, and maintenance cycles are common pain points in tight assemblies, slowing time-to-value. Certifications such as CE compliance, IP ratings, and SIL safety integration are important considerations; check the datasheet for specifics on this model. With a magnetic piston for full control-system versatility and a long-life, low-friction seal design, this cylinder reduces downtime and wear. The corrosion-resistant materials and standard M5 port facilitate quick installation and reliable performance within existing pneumatic ecosystems, delivering measurable business value through higher productivity and consistent repeatability. Designed for quick integration with standard valve manifolds.
Product Information
Extended Description
RM/92020/M/110 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
20 mm
Stroke Length
110 mm
Operation
Double acting
Cushioning
No cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
188 N
Materials - Barrel
Anodised aluminium alloy
Materials - Piston Rod
Stainless steel (austenitic)
Range
RM/92000/M
Brand
IMI Norgren
Feature: 20 mm bore and 110 mm stroke in a compact footprint. Business Impact: Enables a smaller machine envelope and potential improvements in line density, reducing capital and installation time. Application: Ideal for tight automation cells, pick-and-place modules, and fixture actuations where space is premium. Feature: Magnetic piston for easy position sensing. Business Impact: Simplifies integration with sensors and PLCs, improving reliability of end-of-stroke detection and control accuracy. Application: Widely used with sensorized mounting blocks and valve manifolds in automated packaging and assembly lines. Feature: Anodised aluminium barrel and stainless steel piston rod. Business Impact: Delivers corrosion resistance and long life with lower maintenance, cutting downtime and replacement costs. Application: Suitable for harsh plant environments with exposure to moisture and dust. Feature: Theoretical force of 188 N at rated conditions. Business Impact: Provides predictable actuation force for clamping, pushing, or lifting tasks, enabling precise cycle timing. Application: Coexists with standard compressed air systems at 1–10 bar (14–145 psi). Feature: No internal cushioning. Business Impact: Reduces internal complexity and weight, while requiring external dampening strategies to manage end-of-stroke impact. Application: Works with external dampers or soft-start controls in high-speed pick-and-place operations. Feature: M5 port size and compatibility with RM/92000/M range. Business Impact: Facilitates quick retrofits and straightforward integration with existing manifolds and control systems. Application: Fits common compact-line configurations in automotive, packaging, and electronics assembly.
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FAQs
The RM/92020/M/110 uses an M5 port and a 20 mm bore, aligning with common compact-manifold configurations. When retrofitting, verify valve block compatibility, mounting pattern, and airline fittings to ensure proper alignment and prevent coupling leaks. The magnetic piston supports straightforward sensor integration for position feedback during installation.
Theoretical force is 188 N at the specified operating pressure range of 1–10 bar (14–145 psi). Actual force scales linearly with supply pressure and can vary with temperature and friction. For end-of-stroke positioning or heavy tooling, confirm load profiles and conduct a field test to validate performance under real operating conditions.
With an anodised aluminium barrel and a stainless steel piston rod, the cylinder offers notable corrosion resistance suitable for typical industrial environments. Always assess your specific washdown and ingress protection requirements against the manufacturer’s data sheet and ensure compatible seals, enclosure ratings, and installation practices to maintain reliability.
Regularly inspect the magnetic piston sensor alignment and port fittings for leaks. Use clean, dry compressed air and follow lubrication guidance from the datasheet if applicable. Because this model has no internal cushioning, monitor end-of-stroke behavior and add external dampening or soft-start control where high-speed cycles or impact sensitivity are concerns to sustain longevity.
Position the cylinder to minimize side loads and ensure straight-line actuation. Utilize compatible valve manifolds and sensor blocks for reliable sensing with the magnetic piston. Plan for external dampening if high-speed cycling risks end-of-stroke impact, and secure robust mounting to reduce vibration transmission and wear over time.