Norgren QM/90100/21 Pneumatic Cylinder - 100 mm Bore

Part Number: QM/90100/21
Manufacturer
Norgren
Part number
QM/90100/21

Quick Summary

Norgren QM/90100/21 Pneumatic cylinder provides precise linear actuation for automated production lines. Engineers often struggle with space constraints and mounting alignment, and this model's compact footprint and 100 mm bore address those challenges. It supports CE conformity and benefits from robust UK manufacture, aligning with strict industry standards. For integrators and maintenance teams, the combination of a compact envelope and reliable actuation translates to lower installation risk and smoother long-term performance, while secondary benefits include compatibility with standard control interfaces and end-of-arm tooling in automated environments.

Product Information

Cylinder diameter
100 mm
Dimensions - Height
30 mm
Dimensions - Length
124 mm
Dimensions - Width
30 mm
Weight
0.15 kg
Country of Origin
United Kingdom
Brand
IMI Norgren
Feature → Business Impact → Application: The 100 mm cylinder diameter delivers significant force for compact tools, enabling higher throughput in small-footprint automation cells; this reduces cycle times and improves operator efficiency in packaging and assembly lines. Feature → Business Impact → Application: Foot mounting simplifies integration with end plates and brackets, reducing alignment errors and easing retrofits across existing equipment fleets, which shortens project timelines in retrofit programs. Feature → Business Impact → Application: The lightweight 0.15 kg body lowers vibration transmission and minimizes mounting stress, enhancing system reliability in high-cycle applications such as pick-and-place and material handling. Feature → Business Impact → Application: A 124 mm length and 30 mm width support tight enclosures, enabling more compact panel layouts and flexible placement in modular automation architectures. Feature → Business Impact → Application: UK-based manufacturing and the Norgren pedigree provide proven durability and consistent performance, reducing maintenance costs and supporting predictable ROI in continuous production settings. Feature → Business Impact → Application: Compatibility with standard pneumatic manifolds and sensors ensures straightforward integration with existing control schemes, improving commissioning speed and reducing integration risk in new line builds.

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FAQs

QM/90100/21 uses a standard foot mounting configuration, enabling straightforward attachment to end plates and frames. This reduces misalignment and simplifies retrofits in tight automation cells. The compact footprint also fits smaller control panels, speeding up installation and enhancing alignment accuracy during commissioning.
Key specifications include a 100 mm bore, 30 mm height, 124 mm length, and 30 mm width, with a weight of 0.15 kg. The unit is manufactured in the United Kingdom by IMI Norgren, offering a compact actuator suitable for space-constrained automation lines and ensuring repeatable, reliable actuation in daily operation.
For safety-critical projects, consult your risk assessment and system design. The cylinder is designed for reliable actuation and is compatible with CE safety provisions in industrial automation. Verify compatibility with SIL-rated control logic and IP-rated environments through the datasheet and your safety engineer’s guidance to ensure full regulatory alignment.
The 100 mm bore cylinder is designed for straightforward mounting to standard end plates and interfaces on automation equipment. It integrates with common pneumatic manifolds, sensors, and control circuits, enabling rapid commissioning, consistent performance, and easy troubleshooting in assembly, pick-and-place, and packaging lines.
With a lightweight 0.15 kg design and simple maintenance needs, the QM/90100/21 minimizes downtime and extends service intervals in high-cycle environments. Its robust UK build supports long-term reliability, contributing to lower lifecycle costs and improved throughput, thereby delivering a favorable return on investment in busy production cells.