Norgren RM/92025/M/10 Double Acting Cylinder - Magnetic
Part Number: RM/92025/M/10
Quick Summary
Norgren RM/92025/M/10 is a compact double-acting pneumatic cylinder for precise linear actuation in automation applications. Engineers often battle tight spaces, limited stroke options, and sealing challenges that impede reliable performance in small-footprint equipment. This model leverages a magnetic piston and fully non-corrodible construction to boost reliability, sensing compatibility, and longevity, while maintaining a 25 mm bore and a 10 mm stroke for common automation tasks. Note that the provided data does not specify formal certifications such as CE, IP, or SIL; verify compliance with the datasheet and your regional requirements. With a compact footprint and standard M5 porting, it offers straightforward installation, reduced maintenance, and improved machine uptime for production lines and robotic cells.
Product Information
Extended Description
RM/92025/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
M5
Cylinder diameter
25 mm
Stroke Length
10 mm
Operation
Double acting
Cushioning
No cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
295 N
Materials - Barrel
Anodised aluminium alloy
Materials - Piston Rod
Stainless steel (austenitic)
Dimensions - Height
40.5 mm
Dimensions - Length
45 mm
Dimensions - Width
37 mm
Weight
0.29 kg
Country of Origin
Czechia
Range
RM/92000/M
Brand
IMI Norgren
C02250405
Pneufit C Push-in fitting, Adaptor, Straight, External/Internal hex, 4mm, M5
C02470405
Pneufit C Push-in fitting, Adaptor, 90° Swivel elbow, 4mm, M5
C0K510405
Pneufit C Push-in fitting, Banjo flow control, regulating out, 4mm, M5
QM/57016/25
F - Piston Rod Clevis Mounting 16mm bore
QM/90025/21
C - Foot Mounting 25mm bore
M/P1710/21
Stud or Adaptor mounting for attaching F mounting to female piston rod thread for RM/92000/M and RM/91000/M cylinders, 25mm bore
QM/90025/22
BG - Front / Rear Flange Mounting 25mm bore
M/P1501/79
Nut style N2
M/P72487B
Switch bracket for M/50 switches for actuators RM/91000/M, RM/92000/M and M/60100/M
M/50/LSU/5V
M/50 magnetically operated reed switch, 5m cable
PA2-0004100
Polyamide tube, Natural, 100m, 4mm/2.5mm
PA2-0004025C
Polyamide tube, Natural, 25m, 4mm/2.5mm
M/3314
Tube cutter
One-third the length of a comparable ISO/VDMA cylinder translates to substantial space savings and easier integration into compact automation assemblies, delivering a clear business impact: more throughput per cycle with less chassis intrusion. This structural efficiency supports tighter machine layouts and simpler retrofits in retrofits or upgrades where footprint constraints previously limited performance. Low friction, long-life seals reduce maintenance cycles and stabilize force output across extended duty, lowering lifecycle costs and minimizing unplanned downtime during high-volume operations. The fully non-corrodible specification ensures durability in washdown and humid environments, supporting longer service intervals and better total cost of ownership metrics in food & beverage, packaging, and material handling lines. The magnetic piston enables seamless sensor integration for position feedback without bulky external components, improving control loops and reducing wiring complexity. Using anodised aluminium for the barrel with a stainless steel piston rod provides a robust, corrosion-resistant core suitable for lean manufacturing environments. The 25 mm bore and 10 mm stroke are tuned for predictable theoretical force of 295 N, offering reliable actuation in clamp-and-release and limited-stroke positioning tasks while maintaining compatibility with M5 ports and Pneufit C fittings. This cylinder fits neatly within the RM/92000/M family ecosystem, simplifying parts management and spare parts availability while supporting quick mounting via compatible clevis and flange configurations. The integrated design supports easy retrofits with standard M5 tooling, bridging the gap between compact size and robust industrial performance across packaging, automation, and assembly workflows.
Get a Quick Quote for a Norgren RM/92025/M/10
Chat with us on WhatsApp - fast responses guaranteed
Need to speak with someone? We'll call you back within 2 hours during business hours
Interested in Norgren RM/92025/M/10?
Enquire Now
FAQs
RM/92025/M/10 uses an M5 port and is compatible with Pneufit C push-in fittings, including C02250405 (straight adaptor) and C02470405 (90° elbow), as well as C0K510405 for banjo flow control. Studying the Mountings and Switches groups in the data package helps ensure correct mounting stress, alignment, and wiring for your control system.
The cylinder operates from 1 to 10 bar (14 to 145 psi) and tolerates ambient temperatures from -5 to 80 °C (23 to 176 °F). This makes it suitable for typical plant air systems and factory environments, while preserving seal life and stroke consistency across standard industrial cycles.
This model features a 25 mm bore and a 10 mm stroke, delivering a theoretical force of 295 N. These specifications support compact yet capable actuation for small actuators, clamping devices, and short-stroke positioning tasks commonly found in packaging and automation lines.
Yes. The cylinder uses a magnetic piston, enabling straightforward integration with magnetically operated reed switches such as the M/50 series (for example M/50 LSU/5V). This supports reliable position sensing and sensor feedback without adding external sensors or complex wiring, facilitating streamlined control architectures.
The RM/92025/M/10 offers a significantly reduced footprint, with a compact height of 40.5 mm, length 45 mm, and width 37 mm, plus a 0.29 kg weight. This one-third length advantage compared with typical ISO/VDMA alternatives enables easier installation in tight spaces, faster assembly, and reduced mechanical interferences in modern modular automation cells.