Norgren QM/57040/25 Piston Rod Clevis Mounting - 50 mm bore

Part Number: QM/57040/25
Manufacturer
Norgren
Part number
QM/57040/25

Quick Summary

The Norgren QM/57040/25 Piston Rod Clevis Mounting provides precise rod attachment for compact pneumatic cylinders in automation systems. Engineers often struggle with misalignment, vibration, and downtime when mounting clevis connections, driving maintenance costs. While explicit SIL, CE, and IP ratings are not listed in the data, Norgren components are commonly designed to meet CE conformity and perform in typical IP-rated industrial environments. Germany-origin engineering supports robust quality and predictable performance. With its compact footprint and 50 mm bore compatibility, it delivers straightforward installation, improved reliability, and reduced total cost of ownership for modern automation lines.

Product Information

Cylinder diameter
50 mm
Dimensions - Height
20 mm
Dimensions - Length
60 mm
Dimensions - Width
29 mm
Weight
0.09 kg
Country of Origin
Germany
Brand
IMI Norgren
Feature: 50 mm bore compatibility enables secure, axial load transfer, reducing side loading and wear. Business Impact: Extends service life of cylinders and minimizes corrective maintenance in high-cycle applications. Application: Ideal for compact automation cells and linear actuators where space is constrained. Feature: Low-profile dimensions — height 20 mm, length 60 mm, width 29 mm — enables easy integration into tight assemblies. Business Impact: Frees up envelope in machine frames and simplifies retrofits in existing lines. Application: Retrofit projects and space-constrained pneumatic systems benefit from streamlined installation. Feature: Lightweight design at 0.09 kg reduces moving mass and inertial load. Business Impact: Supports higher cycle rates and lower energy consumption in fast-moving handling equipment. Application: High-speed pick-and-place and clamping stations see improved performance. Feature: German-origin engineering and robust construction deliver consistent tolerances. Business Impact: Improves reliability across varying operating environments and reduces variance in assembly processes. Application: Harsh factory floors and temperature swings in industrial automation. Feature: Accessible CAD models and datasheet accelerate design integration. Business Impact: Shortens design-to-build cycle, reduces BOM errors, and speeds procurement. Application: Engineering teams integrating pneumatic mounting solutions into new lines or upgrades.

Get a Quick Quote for a Norgren QM/57040/25

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/57040/25? Enquire Now

FAQs

Begin by verifying bore compatibility (50 mm) and the mounting footprint (60 mm length, 29 mm width, 20 mm height). Align the clevis mounting with the piston rod and secure with appropriate fasteners per manufacturer guidelines. Check axial alignment after installation and test with a light, full-stroke cycle to confirm smooth operation and minimal side load.
You should experience improved cylinder rod alignment, reduced vibration, and lower maintenance frequency due to precise mounting. The compact 50 mm bore mounting also supports higher cycle rates, contributing to faster production throughput and more predictable uptime in automated assemblies.
Yes. Its lightweight design (0.09 kg) and compact footprint minimize inertial load, enabling quicker rod acceleration and deceleration. This supports higher cycle speeds in pick-and-place stations while maintaining reliable rod guidance and attachment.
Explicit certifications are not listed in the provided data. Norgren components are commonly designed for CE conformity and use in typical IP-rated industrial environments. For confirmation on SIL, CE, or IP-specific ratings, consult the datasheet or contact the supplier to verify current certification coverage.
CAD models are available via the provided CAD resource, and a Datasheet (PDF) is hosted for download. Using these resources accelerates design, ensures correct part selection, and reduces BOM errors during integration into pneumatic systems.