Norgren RM/93020/M/5 Pneumatic Cylinder - Magnetic
Part Number: RM/93020/M/5
Quick Summary
RM/93020/M/5 is a compact pneumatic cylinder for precise, single-acting actuation in automation and packaging lines. Engineers often struggle with space constraints, long installation times, and seal wear in tight stations. Certification details aren’t listed for this model; verify CE conformity and any SIL or IP requirements in the datasheet. The magnetic piston, low-friction seals, and corrosion-resistant barrel support reliable operation, reduced maintenance, and lower life-cycle costs in industrial automation. With a 20 mm bore and 5 mm stroke, it fits compact automation tasks while offering predictable performance in challenging environments. Coupled with standard magnetic sensing and robust mounting options, this cylinder speeds integration and improves line throughput.
Product Information
Extended Description
RM/93020/M/5 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
Medium
Compressed air
Operating Temperature
-5 ... 80 °C, 23 ... 176 °F
Operating Pressure
2 ... 10 bar, 29 ... 145 psi
Port Size
M5
Cylinder diameter
20 mm
Stroke Length
5 mm
Operation
Single acting
Cushioning
No cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
119 N
Materials - Barrel
Anodised aluminium alloy
Materials - Piston Rod
Stainless steel (austenitic)
Range
RM/93000/M
Brand
IMI Norgren
Feature → Business Impact → Application: The RM/93020/M/5 uses a 20 mm bore and 5 mm stroke in a compact footprint, enabling precise single-acting actuation in space-constrained automation cells, such as pick-and-place stations in packaging lines. This translates to a smaller machine envelope and faster cycle times, reducing overall equipment footprint and capital cost while maintaining performance in high-frequency tasks. The compact size supports easy retrofits in existing lines, minimizing downtime during upgrades and enabling scalable automation across multiple stations. Long-term implication: consistent, repeatable movements with reduced mechanical interference in tight assemblies. Keywords: compact pneumatic cylinder, 20 mm bore, single-acting actuator, space-saving automation, high-frequency actuation.
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FAQs
For installation, ensure the mounting pattern matches the cylinder’s 20 mm bore and the M5 port sizing aligns with your compressed air plumbing. Use vibration-damped mounts to minimize misalignment, and connect to a compatible valve with proper flow to maintain a stable 2–10 bar supply. The compact form factor reduces machine footprint and simplifies retrofits in limited spaces.
The cylinder is rated for 2–10 bar operating pressure, and the theoretical force is 119 N at 6–8 bar typical operating conditions. This combination provides reliable actuation for short-stroke applications while maintaining controllable speed and force in small- to mid-sized automated tasks such as gripping and indexing.
Yes, its small 5 mm stroke and single-acting design support rapid, repetitive cycles in constrained spaces. The low-friction seal design and magnetic piston enable consistent deployment and quick retraction, which helps maintain high throughput and repeatable positioning in packaging and assembly applications.
Certification details are not listed in the provided data set. When regulatory compliance is critical, consult the product datasheet for CE conformity, IP ratings, and SIL-related information. If your operation requires specific certifications, verify with the supplier or request the latest datasheet to confirm suitability for your environment.
The design emphasizes low-friction seals and corrosion-resistant materials (anodised aluminium barrel and stainless steel piston rod), which contribute to longer service life and reduced maintenance in humid or challenging environments. The magnetic piston also simplifies integration with sensors for condition monitoring, supporting predictable lifecycle costs and easier reliability tracking.