Norgren QA/8063/41 Swivel Bearing - 80 mm bore
Part Number: QA/8063/41
Quick Summary
QA/8063/41 is a precision swivel bearing for compact pneumatic systems. Engineers often battle misalignment and wear in tight spaces that slow cycles. The design prioritizes reliability in demanding environments, reducing downtime through smooth rotation and reduced shaft wear. Note: certifications such as CE, IP ratings, or SIL are not specified in the provided data. When budgeting for a retrofit, the Germany-origin IMI Norgren solution offers consistent performance and familiar interfaces for 80 mm bore systems. This part ships from Germany under the IMI Norgren portfolio, aligning with high-precision automation needs. This combination supports predictable lead times, serviceability, and scalable design.
Product Information
Cylinder diameter
80 mm
Dimensions - Height
40 mm
Dimensions - Length
65 mm
Dimensions - Width
23 mm
Weight
0.18 kg
Country of Origin
Germany
Brand
IMI Norgren
Feature: Cylinder diameter of 80 mm establishes a robust rotary interface in a compact envelope. The impact is greater rotational stability and reduced misalignment under dynamic cycle conditions, which translates to longer service life and fewer maintenance interruptions in automated lines. This makes it well-suited for compact pneumatic manifolds and small robotic joints where space is constrained. Feature: Dimensions compactness—height 40 mm, length 65 mm, width 23 mm—enables easier retrofit into legacy frames and preserves routing simplicity for tubes and cables. The impact is a fit-ready solution for space-constrained automation cells and retrofits that demand predictable integration with existing housings. Feature: Weight 0.18 kg contributes to low inertia, reducing the load on actuators and minimizing energy required for rotation. This improves cycle times and can lower peak demand in pneumatic-driven systems, benefiting high-speed indexing and robotic applications. Feature: Origin Germany and the IMI Norgren brand provide manufacturing quality and support, delivering strong traceability and consistent parts availability across Europe. The impact is enhanced supplier confidence for OEMs with European procurement requirements and long-term service planning. Feature: CAD availability and Datasheet access speeds design-in and reduces engineering risk by providing clear mating interfaces and installation guidelines. The application benefit is faster prototyping, easier compliance checks, and smoother integration into new or retrofit projects. Feature: Easy compatibility and installation with standard Norgren interfaces supports quick mounting, straightforward routing, and minimal rework during installation. Industry practitioners gain a reliable, repeatable assembly process, reducing commissioning time and startup challenges.
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FAQs
To install QA/8063/41, align the bearing with the 80 mm bore interface and use the manufacturer-recommended mounting pattern. Verify compatibility with the existing frame and fasteners, then consult the provided CAD models and datasheet for precise hole centers, torque specs, and lubrication guidance. Proper seating reduces misalignment and extends service life in high-cycle applications.
Key dimensions include cylinder diameter 80 mm, height 40 mm, length 65 mm, and width 23 mm. The bearing weighs 0.18 kg, with Germany as the country of origin and IMI Norgren as the brand. These specs inform enclosure fit, mounting clearances, and handling during installation in space-constrained automation setups.
Yes. The 80 mm bore and compact envelope support rotating joints in tight spaces typical of robotic grippers and pneumatic manifolds. Its low inertia helps maintain high-speed cycles, while the 80 mm diameter provides a robust load path. Always verify load ratings and interface compatibility with your specific robot or manifold design.
Certification details such as CE or IP ratings are not specified in the provided data. If regulatory compliance is required for your application, confirm with the supplier or consult the datasheet and CAD resources to validate conformity and any market-specific certifications before deployment.
The bearing design emphasizes reliable rotation with low inertia, which can reduce energy use and wear in high-cycle automation. Access to CAD models and datasheets speeds maintenance planning and spare-part replacement, contributing to lower downtime. Regular lubrication per the datasheet and correct mounting are key to maximizing lifecycle and return on investment.