IMI Norgren QA/8050/24 Pneumatic Cylinder - 50 mm Bore
Part Number: QA/8050/24
Quick Summary
IMI Norgren QA/8050/24 is a pneumatic cylinder for precise linear actuation in automated assembly lines. In tight panels and high‑throughput lines, mounting flexibility and consistent stroke reliability reduce assembly time and costly rework. Certification context is important; verify CE compliance, IP protection levels, and SIL safety compatibility to ensure regulatory alignment with your process. This model delivers a lightweight, corrosion‑resistant aluminum body in a compact footprint, enabling easier upgrades, faster installation, and lower ongoing maintenance. Designed in Germany for industrial environments, QA/8050/24 supports predictable performance across lean automation and high‑mix production strategies.
Product Information
Cylinder diameter
50 mm
Materials - Body
Aluminium
Dimensions - Height
69 mm
Dimensions - Length
65 mm
Dimensions - Width
77 mm
Weight
0.13 kg
Country of Origin
Germany
Brand
IMI Norgren
The 50 mm bore delivers consistent actuation force across a range of loads, while the aluminum body delivers durability with significantly reduced weight. This combination minimizes inertia, enabling faster cycle times and improved energy efficiency in high‑speed automation tasks. Applications include precision clamping, pick‑and‑place, and simple linear actuation in packaging lines and material handling where reliability matters. Rear clevis mounting provides flexible orientation in tight enclosures, simplifying retrofits and reducing misalignment risk. Installation is straightforward with standard mounting hardware, and the design supports quick field adjustments to accommodate changing process needs. These advantages translate to reduced commissioning time and lower maintenance costs in evolving production environments. With a compact footprint, 69 mm height, 65 mm length, and 77 mm width, the unit fits narrow control panels and multi‑axis rigs, while its corrosion‑resistant aluminum body supports demanding environments. Weighing 0.13 kg, the cylinder minimizes carry load and actuator inertia, contributing to longer life in rapid cycling configurations. European origin underpins consistent tolerances and reliable supply, making QA/8050/24 a dependable choice for high‑volume manufacturing.
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FAQs
To install QA/8050/24, start by locating compatible mounting points and ensuring the rear clevis aligns with the system’s frame or tool. Attach the clevis with the included hardware, connect the air supply, and verify the stroke alignment against end stops. The rear clevis mounting simplifies side and end‑face mounting, easing retrofits in constrained spaces and reducing alignment errors during commissioning.
Key dimensions you should plan for are a 50 mm bore, a footprint of 69 mm in height, 65 mm in length, and 77 mm in width, with a weight of approximately 0.13 kg. These measurements inform panel cutouts, mounting clearances, and adjacent component spacing, ensuring reliable operation and straightforward integration into compact automation cells.
Yes, the 50 mm bore with an aluminum body provides a strong balance of stiffness and light weight, supporting rapid cycle times and improved energy efficiency in mid‑duty applications. Its compact dimensions and rear clevis mounting facilitate installation in dense layouts, while corrosion resistance helps maintain performance over extended production runs.
Confirm CE compliance, IP protection levels, and SIL safety compatibility from the official datasheet or supplier documentation. Certification availability can vary by configuration, so request the exact specifications for your installation to ensure regulatory alignment with your safety and environmental requirements.
The aluminum body provides corrosion resistance and reduced weight, contributing to lower wear and longer service life in demanding environments. Its compact form and simple mounting reduce downtime during installation and maintenance, delivering a faster return on investment through higher line uptime and more efficient actuation in small to mid‑size automation cells.