Norgren QM/146063/34 Lintra Plus - 63 mm bore
Part Number: QM/146063/34
Quick Summary
QM/146063/34 Lintra Plus provides compact cylinder mounting for automated assembly lines and packaging equipment. The design addresses the common pain points of misalignment and extended setup times by delivering a robust, repeatable mounting interface. Key verifications for real-world use include CE compliance considerations and IP-related ratings to suit specific environments; always consult the datasheet for exact specifications and operating conditions. By standardizing on this Lintra Plus mounting, manufacturers gain predictable performance, easier installation, and a scalable solution that integrates smoothly with the IMI Norgren ecosystem for growing automation needs.
Product Information
Cylinder diameter
63 mm
Series
Lintra Plus
Brand
IMI Norgren
The 63 mm bore cylinder in the QM/146063/34 Lintra Plus mounting delivers consistent actuation force, improving repeatability across high-speed cycles. This reduces part misplacement and variance in stroke length, directly boosting throughput. In packaging and automated assembly lines, this translates to tighter process control and fewer rework events. Carriage plate UV-grade mounting provides a robust, backlash-resistant interface to the cylinder and connected actuators. The result is improved alignment stability, reduced wear, and faster changeovers, enabling OEM automation cells to run with less downtime and greater uptime. UV-resistant carriage plate mounting supports exposure environments, extending service life in bright, outdoor or glare-rich facilities. This means longer maintenance intervals and lower spare parts consumption in demanding production zones. Compatibility with the Lintra Plus ecosystem simplifies integration with existing components, minimizing engineering effort and speeding up commissioning. The compact footprint and efficient mounting patterns enable smarter use of limited space inside automated cells, supporting scalable line layouts and easier retrofits. These advantages collectively address common objections about space, uptime, and integration costs, delivering a reliable, cost-effective mounting solution for modern pneumatic automation.
Get a Quick Quote for a Norgren QM/146063/34
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 QM/146063/34?
Enquire Now
FAQs
The QM/146063/34 Lintra Plus is designed for IMI Norgren Lintra Plus 63 mm bore cylinders and uses the carriage plate UV mounting interface. It is compatible with standard Lintra Plus mounting patterns and can be integrated with related Norgren components in OEM automation cells and retrofit projects. Always confirm exact compatibility against the latest datasheet for your machine model.
You should see improved repeatability and reduced stroke variability thanks to a rigid carriage plate interface and the 63 mm bore cylinder. This translates to higher placement accuracy, shorter cycle times, and lower rework rates. The UV-stable mounting also supports longer service intervals in suitable environments, reducing maintenance frequency.
Yes. The Lintra Plus mounting is well-suited for packaging lines, assembly automation, and picking tasks where reliable, repeatable actuation is essential. Its compact footprint and straightforward installation make it a practical choice for retrofit projects and new automation cells alike, especially within Norgren-enabled ecosystems.
Verify CE compliance and applicable IP ratings based on your installation environment; SIL considerations may apply for safety-critical applications. Always consult the datasheet to confirm the exact certifications and operating conditions for your region and use case.
Expect lower downtime due to faster changeovers and more stable actuation from improved alignment. The durable Lintra Plus interface reduces wear and spare parts consumption, while easier installation shortens commissioning time. Together, these factors contribute to a favorable total cost of ownership in automated production lines.