Norgren RA/192080/MX/60 ISO Compact Cylinder - ISO 21287
Part Number: RA/192080/MX/60
Quick Summary
RA/192080/MX/60 is an ISO compact double-acting cylinder designed for precise linear actuation in automation and pick-and-place tasks. In tight installations, space and alignment challenges slow cycles and raise spare-parts costs. This unit adheres to ISO 21287, features a magnetic piston for flush mounting of switches, and uses low-friction seals for long life. By offering reliable performance in a compact form factor, it reduces maintenance time and supports standardized line design across multiple applications, delivering clear business value. The robust materials, including an anodised aluminium barrel and martensitic stainless steel piston rod, withstand daily wear in manufacturing environments. Operators also benefit from predictable stroke, quick installation, and standardised mounting and fittings that cut line-down time.
Product Information
Extended Description
RA/192080/MX/60 Norgren: Conforms to ISO 21287 | Magnetic piston as standard | Low friction, long life seals | Switches can be mounted flush with the profile
Medium
Compressed air
Operating Temperature
-5 ... 80 °C, 23 ... 176 °F
Operating Pressure
1 ... 10 bar, 15 ... 145 psi
Standard
ISO 21287
Port Size
G1/8
Cylinder diameter
80 mm
Stroke Length
60 mm
Operation
Double acting
Cushioning
Buffer cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
3015 N
Materials - Barrel
Anodised aluminium
Materials - Piston Rod
Stainless steel (martensitic)
Country of Origin
Germany
Range
RA/192000/M
Series
ISO Compact
Brand
IMI Norgren
The ISO Compact design with an 80 mm bore and 60 mm stroke delivers a compact footprint without compromising force, reducing envelope size and enabling more flexible layouts in multi-axis cells. This design contributes to higher cycle density and easier retrofits in automation lines. Magnetic piston as standard enables flush-mounted switches, streamlining sensor integration and reducing enclosure gaps, which translates to faster setup and reduced misreads in inline quality checks. Buffer cushioning provides controlled deceleration, protecting components and extending actuator life in high-speed cycles, making it ideal for rapid pick-and-place and clamping sequences. Low-friction seals and a martensitic stainless steel piston rod minimize wear and energy loss, improving efficiency and extending service intervals in continuous production. G1/8 port and ISO 21287 compatibility simplify sourcing and interchangeability across machines. Anodised aluminium housing keeps weight down while delivering corrosion resistance, supporting operation across varied environments and line layouts. The operating range of -5 to 80 °C and 1 to 10 bar expands applicability from general assembly to more demanding pneumatic tasks.
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FAQs
Install follows ISO 21287 mounting conventions and uses the G1/8 port for standard pneumatic plumbing. Align the cylinder with the load axis and secure with compatible mounting brackets designed for ISO Compact actuators. Ensure sensor wiring for flush-mounted switches is routed to avoid interference. Verify smooth stroke through the full extension and retraction range and test repeatable cycling before full production use.
The cylinder operates from 1 to 10 bar (15 to 145 psi) and covers an ambient temperature range of -5 to 80 °C (23 to 176 °F). This makes it suitable for common factory environments and many outdoor or unheated enclosures, while maintaining consistent performance across standard pneumatic duty cycles.
Yes. The design includes low-friction seals and a robust anodised aluminium barrel with a martensitic stainless steel piston rod, which reduces wear and energy loss in high-cycle operations. Buffer cushioning limits impact forces, extending life in rapid pick-and-place and repetitive clamping cycles while preserving alignment and repeatability.
Absolutely. The cylinder comes with a magnetic piston as standard, enabling flush-mounted switches and seamless sensor integration. This reduces protrusions on the profile, minimizes debris traps, and supports compact machine design with reliable feedback for PLC control.
Use the theoretical force as a baseline calculated from bore area and supply pressure. Factor dynamic effects, friction, and real-life back-pressure in your system. For a safe design, select operating conditions that keep the actual force above the required load at the worst-case cycle, and validate with on-site testing to confirm repeatable position and speed.