Norgren PSA/802125/F1/80 ISOLine Cylinder - ISO 15552

Part Number: PSA/802125/F1/80
Manufacturer
Norgren
Part number
PSA/802125/F1/80

Quick Summary

Norgren PSA/802125/F1/80 ISOLine cylinder provides precise position feedback for automated handling tasks. End users often struggle with inconsistent piston position data and bulky sensor installation. This model aligns with the ISO 15552 standard, offering reliable, interchangeable components across automated lines and enabling easy retrofit of existing equipment. With an integrated absolute-position sensor and a 125 mm bore, it delivers accurate stroke data, reducing wiring, downtime, and calibration effort, while staying compatible with ISO cylinders in standard pneumatic systems.

Product Information

Extended Description

PSA/802125/F1/80 Norgren: Position sensor provides an absolute analogue output | Accurate feedback of piston position from a resistance potentiometer for use in a wide variety of applications | Dimensional standard according to ISO 15552 | Voltage proportional to the stroke length of the cylinder
Medium
Compressed air
Operating Temperature
-20 ... 80 °C, -4 ... 176 °F
Operating Pressure
1 ... 12 bar, 14 ... 174 psi
Standard
ISO 15552
Port Size
G1/2
Cylinder diameter
125 mm
Stroke Length
80 mm
Operation
Double acting
Cushioning
No cushioning
Magnetic/Non-magnetic
Non-magnetic
Theoretical Force
7363 N
Materials - Barrel
Anodised aluminium
Materials - Piston Rod
Stainless steel (austenitic)
Range
PSA/802000/F1
Series
ISOLine
Brand
IMI Norgren
Integrated absolute-position sensor provides precise piston feedback, enabling closed-loop control and reducing external sensing hardware. This directly lowers wiring complexity and installation time, delivering faster commissioning and lower total cost of ownership in high-mix manufacturing lines. The 125 mm bore and 80 mm stroke offer substantial actuation force (7363 N theoretical) for demanding pick-and-place and clamping tasks, while remaining compact for tight automation cells. ISO 15552 compatibility guarantees straightforward retrofit and standardized mounting to minimize downtime during line upgrades. The non-magnetic construction with anodised aluminium barrel and stainless steel rod provides corrosion resistance and reliability in challenging environments, reducing maintenance intervals. A G1/2 port and a wide 1–12 bar operating pressure range support easy integration with common pneumatic systems. No cushioning simplifies dynamic performance where rapid actuation is required, though users can add external cushioning if desired. Overall, the PSA/802125/F1/80 balances durability, accuracy, and installation ease for packaging, automation, and material-handling applications.

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FAQs

PSA/802125/F1/80 is built to ISO 15552 standards, ensuring standard mounting and interchangeability with a wide range of pneumatic frames. Use the 125 mm bore, 80 mm stroke configuration along with the G1/2 port to match existing manifolds and actuators. Check stroke end-coupling and align mounting surfaces to avoid binding, then connect air supply within 1–12 bar. This minimizes retrofit risk and reduces line downtime during upgrades.
The cylinder provides a theoretical 7363 N force, double-acting operation, and no internal cushioning. This supports high-load transfer and rapid actuation in automated lines. With an integrated position sensor delivering absolute analogue feedback, you can implement precise position control, improve repeatability, and reduce the need for external encoders or sensors in closed-loop systems.
Yes, within its rated range. The operating temperature is -20 to 80 °C and the unit operates at 1–12 bar. The barrel is made from anodised aluminium and the piston rod from stainless steel (austenitic), offering corrosion resistance and durability in typical industrial environments. Non-magnetic construction also reduces interference when used near sensitive magnetic sensors and equipment.
An absolute analogue position output eliminates most external sensing needs, reducing wiring complexity and potential calibration drift. This translates to quicker commissioning, lower installation costs, and simpler maintenance. In addition, the standard ISO 15552 interface aids part commonality, lowering spare part inventory and enabling faster line restoration after sensor or actuator faults.
Applications like packaging, material handling, pick-and-place, and clamping in automated lines benefit from integrated position feedback, especially where precise stroke control and reliable repeatability are critical. The 125 mm bore and 80 mm stroke provide substantial actuation force for medium-duty tasks, while the compact form and ISO mounting simplify upgrading or expanding existing automation cells.