Norgren QM/192025/27 Cylinder - 25 mm bore rear-eye mounting
Part Number: QM/192025/27
Quick Summary
The Norgren QM/192025/27 cylinder provides compact, reliable actuation for automation and control systems across manufacturing lines. Engineers often struggle with reliable rear-eye mounting in tight spaces and high-vibration environments. This cylinder's compact form, 25 mm bore, and German engineering support safe, repeatable strokes while simplifying installation. Note the CE-conformity design and standard industrial certifications to verify for safety and uptime needs. Common checks include CE conformity, IP ratings, and SIL readiness to ensure compliance and safe integration. With CAD data and datasheet availability, procurement and maintenance teams can reduce lead times and improve BOM accuracy. In practice, the combination of small footprint and robust mounting streamlines retrofits and reduces spare-part inventories.
Product Information
Cylinder diameter
25 mm
Dimensions - Height
40 mm
Dimensions - Length
45 mm
Dimensions - Width
45 mm
Weight
0.03 kg
Country of Origin
Germany
Brand
IMI Norgren
Feature: 25 mm bore and compact footprint enable space-saving actuation in tight control cabinets. Impact: reduces enclosure footprint, streamlines plumbing, and shortens installation time without sacrificing stroke quality. Application: packaging lines, small automation cells, and tight robot gripper assemblies. Feature: Rear-eye mounting design simplifies attachment to end-effectors and fixtures. Impact: improves alignment repeatability and lowers setup time, cutting downtime during changeovers. Application: clamping fixtures, grippers, and compact pick-and-place modules. Feature: Lightweight weight of 0.03 kg minimizes moving mass. Impact: lowers inertial loads for faster response and longer service life, enabling higher-speed indexing. Application: high-speed conveyors and indexing axes where rapid cycling matters. Feature: German-origin engineering signals robust manufacturing quality. Impact: delivers consistent performance with predictable wear patterns, reducing maintenance costs. Application: industrial environments with vibration, temperature variation, and demanding duty cycles. Feature: CAD data and datasheet availability accelerates integration. Impact: improves BOM accuracy, reduces design iterations, and speeds procurement. Application: engineering design reviews, supplier onboarding, and integration into digital twins. Feature: Compatibility with standard mounting patterns and Norgren accessories supports easy retrofits. Impact: lowers total cost of ownership by enabling interchangeable components and simplified stocking. Application: automation-system upgrades, retrofits in legacy lines, and modular control architectures.
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FAQs
Begin by confirming bore size and mounting hole alignment for the rear-eye fixture. Align the cylinder with the existing end-effector or bracket, secure with compatible fasteners, and connect the supply lines ensuring proper routing to minimize vibration transfer. Use the CAD model to verify clearances before final mounting for a reliable, repeatable stroke.
The cylinder features a 25 mm bore, 40 mm height, 45 mm length, and 45 mm width, with a weight of 0.03 kg. This compact actuation delivers consistent linear motion suitable for small automation cells and tight assembly lines, while maintaining stroke integrity under typical workshop conditions.
Yes, its lightweight design reduces moving mass, enabling faster response times and higher cycling rates. The rear-eye mounting supports quick end-effector attachment, which helps minimize setup time between cycles. For demanding speeds, validate with your specific load and cycle requirements and consider appropriate cushioning at the cylinder end positions.
Check for CE conformity and appropriate IP ratings for your environment, along with SIL readiness if safety systems require it. Always confirm the exact certifications on the current datasheet or with the supplier to ensure alignment with your regulatory and safety requirements.
Access to CAD data and the official datasheet accelerates design Karma by reducing modeling errors and BOM mismatches. This leads to shorter design cycles, faster procurement, easier integration with digital twins, and lower total cost of ownership due to fewer revisions and on-site design iterations.