Norgren RM/92016/M/5 Pneumatic Cylinder - Magnetic piston
Part Number: RM/92016/M/5
Quick Summary
Norgren RM/92016/M/5 Pneumatic Cylinder is a compact double-acting actuator delivering precise linear motion. In tight automation cells, engineers often battle space constraints and inconsistent stroke performance. This RM/92016/M/5 emphasizes a fully non-corrodible construction, a standard magnetic piston for easy sensor integration, and low-friction seals to extend service life. Where appropriate, this architecture translates to lower maintenance costs, faster cycle times, and reliable operation within common automation environments. This compact solution supports scalable applications from pick-and-place to actuation in confined spaces. With a durable aluminium barrel and standard mounting options, maintenance intervals stay predictable and installation remains straightforward for system designers.
Product Information
Extended Description
RM/92016/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 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
5 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
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
M/P1710/19
Stud or Adaptor mounting for attaching F mounting to female piston rod thread for RM/92000/M and RM/91000/M cylinders, 16mm bore
QM/90016/22
BG - Front / Rear Flange Mounting 16mm bore
QM/8010/25
F - Piston Rod Clevis Mounting 10mm bore
QM/90016/21
C - Foot Mounting 16mm bore
M/P1501/80
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
The RM/92016/M/5 uses a compact 16 mm bore and a 5 mm stroke, delivering a space-saving footprint that simplifies machine layouts and enables tighter packaging in automation cells. This small form factor translates to easier retrofit projects and reduced equipment footprint, supporting higher system density and faster line changeovers. The design includes low-friction, long-life seals that minimize wear and maintenance costs while maintaining repeatable positioning across thousands of cycles. A fully non-corrodible construction with an anodised aluminium barrel paired with a stainless steel (austenitic) piston rod delivers robust performance in challenging environments, reducing downtime due to corrosion and extending service intervals. The standard magnetic piston enables straightforward integration with proximity sensors and switch gear, while the included Pneufit C fittings facilitate quick, reliable installations without bespoke adapters. Operating at 1 to 10 bar and -5 to 80 °C, this cylinder supports a wide range of industrial applications from packaging to automated assembly. With a theoretical 121 N of force, it handles mid-load actuation reliably, and the 16 mm bore aligns with popular 16 mm cylinder libraries for easy replacement. The RM/92000/M range and compatible mounting options M/P1710/19, QM/90016/22, and QM/8010/25 provide flexible installation and maintenance pathways, while the magnetic switches M/50/LSU/5V and M/P72487B offer ready-to-wire control solutions. Fittings C02250405, C02470405, and C0K510405, plus tubing options PA2-0004100 and PA2-0004025C, extend connectivity for quick integration into existing pneumatic networks. These features collectively deliver reliable actuation with predictable lifecycle costs in automated lines and robotics cells.
Get a Quick Quote for a Norgren RM/92016/M/5
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/92016/M/5?
Enquire Now
FAQs
The RM/92016/M/5 supports multiple mounting configurations including front/rear flange arrangements and piston-rod clevis options. Compatible mountings include QM/90016/22 BG front/rear flange and QM/8010/25 F-piston rod clevis for 16 mm bore cylinders. Stud or adaptor mounting M/P1710/19 is used to attach mounting to the female piston rod thread in RM/92000/M and RM/91000/M cylinders. For installation, select the mounting pattern that matches your machine envelope, align the ports, and secure with the appropriate hardware to minimize misalignment and side load effects.
Yes, RM/92016/M/5 is compatible with Pneufit C push-in fittings. Available options include C02250405 straight adaptor (4 mm, M5), C02470405 90° swivel elbow (4 mm, M5), and C0K510405 banjo flow-control adaptor (4 mm, M5). These fittings simplify piping, reduce assembly time, and support reliable, leak-tight connections within compressed-air systems operating at 1–10 bar.
This cylinder operates with compressed air, at temperatures from -5 to 80 °C, and pressures from 1 to 10 bar (14 to 145 psi). It features a 16 mm bore, 5 mm stroke, double-acting operation, no cushioning, a magnetic piston, and a theoretical force of 121 N. The design supports consistent actuation in typical automation tasks while withstanding everyday production line environments.
Sensor solutions include M/50 magnetically operated reed switches with a 5 m cable and a switch bracket M/P72487B for mounting near the actuator. These options enable reliable position sensing and integration with standard control logic. The magnetic piston also facilitates straightforward sensor integration without complex retrofits, improving cycle detection and feedback in control loops.
The design uses low-friction seals and non-corrodible materials, reducing wear and corrosion-related downtime and extending service life. Stainless steel piston rods and anodised aluminium barrels resist harsh environments, while the magnetic piston simplifies sensor integration. Together, these features support predictable maintenance intervals, lower replacement costs, and higher overall equipment effectiveness (OEE) in automation lines.