Norgren RT/57232/JM/25 Pneumatic Cylinder - Magnetic Piston
Part Number: RT/57232/JM/25
Quick Summary
RT/57232/JM/25 pneumatic cylinder delivers compact, double-acting actuation for precision motion in automation lines. Engineers often struggle with crowded machine envelopes and misaligned actuation paths, and this Roundline design saves space while simplifying integration. The product family supports CE-compliant installations and offers IP-rated variants for rugged environments, while a magnetic piston enables versatile sensing and control. In practice, the combination of a compact Roundline pneumatic cylinder, high-strength materials, and reliable seals helps minimize downtime and streamline automation with standard downstream sensors and controllers.
Product Information
Extended Description
RT/57232/JM/25 Norgren: Saves 20% space over the basic length of a corresponding ISO/VDMA cylinder | Low friction, long life seals | High strength, double crimped end cap design | Standard magnetic piston for full control system versatility
Medium
Compressed air
Operating Temperature
-10 ... 80 °C, 14 ... 176 °F
Operating Pressure
1 ... 10 bar, 15 ... 145 psi
Port Size
Rc1/8
Cylinder diameter
32 mm
Stroke Length
25 mm
Operation
Double acting
Cushioning
Buffer cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
482 N
Materials - Barrel
Stainless steel (austenitic)
Materials - Piston Rod
Stainless steel (martensitic)
Range
RT/57200/M
Series
Roundline
Brand
IMI Norgren
Space-saving Roundline geometry reduces overall machine footprint, enabling tighter layouts and easier hose routing. This design delivers about 20% space savings compared with basic ISO/VDMA cylinders, accelerating installation and maintenance while supporting more compact automation cells. The high-strength, double crimped end caps provide robust endurance under cyclic loads, while buffer cushioning protects the load and adjacent components, reducing impact wear and improving cycle life. A magnetic piston enables direct sensing for position feedback with standard sensors, enhancing control system versatility and simplifying integration with PLCs and safety interlocks. The stainless steel (austenitic) barrel and martensitic piston rod deliver corrosion resistance in humid or challenging environments, extending service intervals and reducing replacement costs. With Rc1/8 porting and a 32 mm bore, the cylinder offers straightforward installation with common air fittings and fast retrofit into existing lines. Operating from 1 to 10 bar and tolerating −10 to 80 °C, this actuator supports demanding production cycles across multiple sectors while maintaining predictable performance and low maintenance.
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FAQs
RT/57232/JM/25 uses a 32 mm bore and Rc1/8 porting, making it compatible with common ISO mounting patterns and standard pneumatic fittings. Its double-acting design supports straightforward cylinder mounting on automation frames, while the magnetic piston enables easy sensor integration for position feedback in PLC-controlled lines.
The cylinder provides a 32 mm bore with a 25 mm stroke and a theoretical force of 482 N. It operates from 1 to 10 bar and tolerates temperatures from −10 to 80 °C. The unit uses buffer cushioning and a magnetic piston for reliable life-cycle performance and versatile sensing in automated systems.
The design uses stainless steel components for corrosion resistance, including an austenitic barrel and a martensitic piston rod, which improves durability in humid or challenging environments. For washdown or aggressive environments, select IP-rated variants when available and ensure compatible seals and cleaning procedures to maintain performance.
Benefit from long-life seals and buffer cushioning that reduce wear and impact forces, lowering maintenance frequency. Regular inspection of the Rc1/8 port fittings and end-cap integrity helps prevent air leakage, while the magnetic piston supports non-contact sensing, reducing mechanical wear and enabling predictive maintenance through sensor data.
The Roundline design delivers about 20% space savings over basic ISO lengths, enabling denser layouts and reduced machine footprint. Durable seals and corrosion-resistant materials extend service intervals, lowering downtime and replacement costs, while magnetic sensing simplifies integration with existing control systems, improving setup and commissioning times.