Norgren PRA/882063/MIR/M4/80 IVAC Cleanline Cylinder - IP67
Part Number: PRA/882063/MIR/M4/80
Quick Summary
IVAC Cleanline cylinder from Norgren provides high-performance linear actuation for automated packaging and pick-and-place lines. Engineers often wrestle with rising air consumption, inconsistent speeds, and difficult installations that cause production downtime. This model delivers IP67 protection, ISO 15552 compatibility, and a magnetic piston for reliable sensing and longer life in harsh environments. With an adjustable cushioning system and a single air and electrical connection, setup is streamlined, reducing commissioning time and maintenance costs. Its compatibility with standard pneumatic components and compact form factor supports lean manufacturing, lower total cost of ownership, and scalable automation across multiple cells.
Product Information
Extended Description
PRA/882063/MIR/M4/80 Norgren: Cleanline Profile barrel with integrated switches | Glandless spool valve for extended life and high performance | Adjustable flow regulator for speed control | Incorporates Norgren M/50 switches | Single air and electrical connection for quick, simple installation | Cylinders and mountings conform to ISO 15552 (length, mounting pitch and thread dimensions according to ISO 15552. Some outside dimensions different to ISO 15552) | Can potentially reduce air consumption by up to 50% compared to conventional systems
Medium
Compressed air
Operating Temperature
-5 ... 50 °C, 23 ... 122 °F
Operating Pressure
2 ... 8 bar, 29 ... 116 psi
Standard
ISO 15552
Port Size
G1/4
Cylinder diameter
63 mm
Stroke Length
80 mm
Operation
Double acting
Valve operation
5/2
Cushioning
Adjustable cushioning
Magnetic/Non-magnetic
Magnetic
Theoretical Force
1870 N
Materials - Barrel
Anodised aluminium
Materials - Piston Rod
Stainless steel
Certification - IP Rating
IP67
Range
PRA/882000
Series
IVAC
Brand
IMI Norgren
C02250838
Pneufit C Push-in fitting, Adaptor, Straight, External/Internal hex, 8mm, G3/8
C0K510838
Pneufit C Push-in fitting, Banjo flow control, regulating out, 8mm, G3/8
C02470838
Pneufit C Push-in fitting, Adaptor, 90° Swivel elbow, 8mm, G3/8
M/3314
Tube cutter
PA2-0008025C
Polyamide tube, Natural, 25m, 8mm/6mm
Feature: Glandless spool valve with integrated switches → Business Impact: Extended life and reduced maintenance due to lower leakage and wear; Application: High-cycle automation where reliability is critical, such as food packaging lines and precision pick-and-place tasks. Long-tail keywords: glandless design, integrated switches, magnetic piston. Feature: Adjustable cushioning → Business Impact: Smooth deceleration, fewer part failures, and controlled impact on end positions; Application: Material handling and automated assembly where repeatable stops matter. Feature: ISO 15552 compatibility → Business Impact: Quick drop-in replacement and effortless retrofit with existing mounts; Application: Retrofit projects and multi-vendor lines. Feature: 63 mm bore, 80 mm stroke → Business Impact: Robust force delivery up to 1870 N enabling handling of mid-weight components; Application: Robotic gripper actuation and part transfer. Feature: IP67 protection and stainless steel piston rod → Business Impact: Improved durability in dirty or damp environments, lower corrosion risk; Application: Food & beverage, automotive assembly, and outdoor processes. Feature: Single air/electrical connection and M/50 switches → Business Impact: Faster installation, reduced wiring errors, easier diagnostics; Application: Control panel integration and diagnostic-ready automation. Feature: 5/2 valve integration and glandless valve design → Business Impact: Simplified control, consistent cycle times, and lower energy consumption; Application: Automated line indexing and sequencing. Feature: 63 mm bore with magnetic piston and ISO 15552 → Business Impact: Standardized interface, easier replacement, and compatibility with wide accessory ecosystem; Application: Upgrades and maintenance across plant floor. Feature: Up to 50% air savings potential with optimized flow regulation → Business Impact: Lower compressed-air costs and improved sustainability; Application: High-frequency cycling lines seeking efficiency gains.
Get a Quick Quote for a Norgren PRA/882063/MIR/M4/80
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 PRA/882063/MIR/M4/80?
Enquire Now
FAQs
The PRA/882063/MIR/M4/80 uses ISO 15552 mounting, simplifying retrofit and cross-vendor replacement. Ensure mounting pitch matches ISO standard, connect the single air supply and electrical line, and use the Pneufit C fittings specified (8 mm / G3/8 variants) to streamline installation and minimize leakage. The glandless design reduces maintenance requirements over extended operation.
This cylinder operates from 2 to 8 bar (29 to 116 psi) and features an 80 mm stroke with a 63 mm bore. It delivers up to 1870 N theoretical force, enabling reliable actuation for mid-weight parts. The adjustable cushioning helps tailor deceleration for specific applications and cycle rates.
Yes. The combination of a glandless spool valve, magnetic piston, and adjustable cushioning supports high-cycle applications by reducing wear, limiting shock, and enabling precise stop positions. With ISO 15552 compatibility and a single air/electrical connection, installation is quick, and maintenance intervals are extended, improving overall line throughput.
The unit is IP67-rated for dust and water ingress protection, and it uses a magnetic piston for reliable sensing. ISO 15552 compatibility ensures standard interfacing, while the design supports robust operation in industrial environments. These features help meet regulatory and safety expectations in many manufacturing sectors.
Key benefits include potential air-savings of up to 50% through optimized flow regulation and a streamlined installation with a single air/electrical connection, lowering commissioning time and operating costs. The magnetic piston and glandless valve design extend service life, reducing maintenance overhead and downtime in production environments.