Norgren QM/92020/25 Piston Rod Clevis - 20 mm Cylinder
Part Number: QM/92020/25
Quick Summary
Norgren QM/92020/25 is a compact piston rod clevis style F cylinder for precise linear actuation in automation. Engineers often struggle with space constraints and alignment when integrating small actuators in tight panels, leading to longer setup times and inconsistent motion. In practice, industry deployments commonly seek CE conformity and IP-rated protection to ensure safety and reliable operation in rugged environments, with some configurations meeting SIL criteria for safety-critical applications. This model supports these needs while delivering a compact footprint, aiding lower total cost of ownership. By combining efficient actuation with a clear mechanical end fit, it helps streamline procurement, installation, and ongoing maintenance in automation and control systems.
Product Information
Cylinder diameter
20 mm
Dimensions - Height
20 mm
Dimensions - Length
60 mm
Dimensions - Width
28 mm
Weight
0.09 kg
Country of Origin
Czechia
Brand
IMI Norgren
Feature: Compact 20 mm bore with overall dimensions of 20 mm height, 60 mm length, and 28 mm width. Business Impact: Space-saving footprint enables installation in restricted spaces and reduces enclosure requirements, lowering panel complexity. Application: Ideal for small automation cells and end-of-arm tooling where stroke length and compactness matter. Feature: Piston rod clevis style F end provides straightforward linkage to existing actuators and fixtures. Business Impact: Simplifies assembly, reduces mounting time, and improves repeatable alignment for consistent motion. Application: Widely used in pick-and-place and transfer modules with standard clevis connections. Feature: Lightweight construction at approximately 0.09 kg. Business Impact: Lowers moving mass, enabling faster response and reduced energy consumption in cycling applications. Application: Suitable for high-frequency automation tasks and portable or mobile tooling within control cabinets. Feature: Brand reliability and origin support. Business Impact: Czechia-made IMI Norgren components provide consistent quality and traceability for industrial projects, aiding BOM compliance. Application: Preferred for EU-based assemblies and supplier qualification programs. Feature: Accessible documentation and CAD resources. Business Impact: CAD and datasheet downloads accelerate design-in, BOM generation, and change management. Application: Engineers can quickly validate fit, plan maintenance, and ensure compatibility with existing mounting interfaces.
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FAQs
The QM/92020/25 uses a piston rod with a clevis end (Style F), allowing simple linkage to nearby push rods or levers. Verify the available stroke of 60 mm, ensure proper clearance around the 20 mm bore, and align the clevis with your mounting interface to avoid binding. Refer to the datasheet and CAD files in the downloads to confirm fit before assembly.
This model features a 20 mm bore with a 60 mm length stroke while maintaining a compact 20 mm height and 28 mm width. The small footprint and light weight (0.09 kg) reduce inertia, improving response times and energy efficiency in cycling applications common to automated lines.
The cylinder uses a piston rod clevis end (Style F), which is compatible with common clevis-type linkages found in pneumatic systems. For exact compatibility, consult the CAD models and the datasheet to verify hole spacing and mounting dimensions prior to integration into your assembly.
Certifications such as CE conformity and IP ratings are typical expectations for industrial pneumatic cylinders. Please verify the exact certifications on the official datasheet linked in the Downloads section to ensure your BOM and regulatory requirements are met for your region and application.
The combination of a compact footprint, lightweight design, and a robust clevis end reduces installation time and moving mass, which can lower energy use and wear over many cycles. Access to CAD and datasheets speeds design-in, procurement, and future maintenance planning, contributing to faster project delivery and lower lifecycle costs.