Norgren PSA/802100/F1/400 ISOLine Cylinder - ISO 15552
Part Number: PSA/802100/F1/400
Quick Summary
Norgren PSA/802100/F1/400 ISOLine cylinder provides absolute piston-position sensing for precise control in automation and pick-and-place tasks within compact pneumatic systems. Engineers frequently struggle with unreliable position feedback and space constraints when integrating cylinders into ISO-standard frames, leading to longer commissioning times and inconsistent cycle performance. Although explicit CE, SIL, or IP certifications aren’t listed, the unit adheres to ISO 15552 dimensions and uses corrosion-resistant materials for robust, long-term operation. With a voltage output tied to stroke length and a compact 100 mm bore, it enables straightforward control integration, easier maintenance planning, and faster deployment in manufacturing environments.
Product Information
Extended Description
PSA/802100/F1/400 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
100 mm
Stroke Length
400 mm
Operation
Double acting
Cushioning
No cushioning
Magnetic/Non-magnetic
Non-magnetic
Theoretical Force
4710 N
Materials - Barrel
Anodised aluminium
Materials - Piston Rod
Stainless steel (austenitic)
Range
PSA/802000/F1
Series
ISOLine
Brand
IMI Norgren
Feature: Absolute position sensor provides an analogue output that tracks piston position in real time. Benefit: Delivers precise feedback for closed-loop control, reducing cycle variance and enabling tighter process control in robotics, pick-and-place, and packaging lines. Application: Ideal for automation tasks requiring accurate position data and repeatable motion. Long-tail keywords: absolute position feedback, analogue output sensor, closed-loop pneumatic control. Feature: ISO 15552 dimensional standard with 100 mm bore and 400 mm stroke. Benefit: Ensures seamless compatibility with a broad range of mounting styles and retrofit projects, minimizing layout changes and spare parts inventory. Application: Retrofits and new-build lines in manufacturing that rely on standardised actuators. Long-tail keywords: ISO 15552 cylinder, 100 mm bore, standardised actuator mounting. Feature: G1/2 port size, operating pressure 1–12 bar, operating temperature -20 to 80 °C. Benefit: Wide environmental tolerance supports use in diverse climate zones and process applications, reducing the need for special enclosures. Application: General purpose pneumatic actuation across automotive, food & beverage, and consumer electronics assembly. Long-tail keywords: G1/2 port, wide operating range, pneumatic actuator. Feature: Anodised aluminium barrel and stainless steel piston rod (austenitic), non-magnetic construction. Benefit: Enhances durability and corrosion resistance while minimising magnetic interference in sensitive sensing environments. Application: Harsh industrial settings and EMI-prone lines. Long-tail keywords: non-magnetic cylinder, corrosion resistant actuator, stainless steel piston rod. Feature: Theoretical force 4710 N and double-acting operation. Benefit: High starting load capability with reliable extend/retract performance, supporting demanding pick-and-place tasks. Application: High-load handling in automated lines. Long-tail keywords: double acting cylinder, high force pneumatic actuator. Feature: No cushioning. Benefit: Predictable stroke and impact characteristics; may require external damping for delicate machinery. Application: Precision assembly where cushioning is unnecessary or can be added externally. Long-tail keywords: no cushioning, impact control, external damping considerations. Feature: Range PSA/802000/F1 and Series ISOLine with non-magnetic materials. Benefit: Clear product family alignment for multi-axis systems and easy part substitution. Application: Integrated line upgrades and scalable automation architectures. Long-tail keywords: ISOLine series, PSA/802000/F1 compatibility, non-magnetic construction.
Get a Quick Quote for a Norgren PSA/802100/F1/400
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 PSA/802100/F1/400?
Enquire Now
FAQs
Mounting this cylinder on ISO 15552 frames is straightforward due to its standard 100 mm bore, 400 mm stroke, and G1/2 porting. Ensure proper alignment to prevent side loads, use compatible mounting brackets, and confirm fixture tolerances match ISO norms. Check that mounting surfaces are clean and free of debris to preserve sensor accuracy and piston alignment during installation.
The sensor provides an analogue voltage proportional to stroke length, which can be wired to a PLC or motion controller’s analogue input. Calibrate the input range to map full stroke to 0–10 V or your chosen scale, implement a simple conversion to piston position, and use the data in a closed-loop control or position-detection strategy for repeatable automation cycles.
Yes, with its 4710 N theoretical force and double-acting design, this cylinder supports rapid extend/retract cycles. However, the unit has no internal cushioning, so high-speed applications may require external damping or tailored machine ergonomics to manage impact and lifecycle. Compatibility with ISO mounting and standard ports helps streamline integration into fast-moving lines.
explicit certifications like CE, SIL, or IP are not listed for this model. The cylinder adheres to ISO 15552 dimensional standards and uses corrosion-resistant, non-magnetic materials (anodised aluminium barrel and stainless steel rod), which supports robust performance in many industrial environments and helps with EMI considerations.
Regular inspection of the piston rod seal interfaces, sensor wiring, and mounting hardware is advised. The anodised aluminium barrel and stainless steel rod offer durable corrosion resistance, reducing maintenance frequency. Ensure clean compressed air supply, monitor actuator temperature and pressure within the specified range, and plan for periodic sensor calibration to maintain accurate position feedback and repeatable automation performance.