IMI Norgren M/P40311 Swivel Hinge Cylinder - 40 mm Bore
Part Number: M/P40311
Quick Summary
The IMI Norgren M/P40311 is a compact swivel-hinge pneumatic actuator designed for precise linear motion in automation systems. In crowded layouts and tight panels, installation friction and misalignment can derail cycle times and accelerate wear. While the data sheet does not list specific certifications, this class of Norgren actuators typically aligns with CE compliance and robust IP-rated housings for industrial environments, and users should confirm the exact approvals with the supplier. Its German engineering and compact form factor translate into lower system height and easier retrofits, while the 40 mm bore delivers dependable force across common automation tasks. This combination supports reduced downtime and predictable maintenance, making it a strong fit for packaging lines, assembly benches, and material handling within industrial automation components ecosystems.
Product Information
Cylinder diameter
40 mm
Dimensions - Height
53.5 mm
Dimensions - Length
54 mm
Dimensions - Width
48 mm
Weight
0.18 kg
Country of Origin
Germany
Brand
IMI Norgren
Feature → The 40 mm bore and compact overall dimensions deliver consistent actuation force in space-constrained configurations. Impact → This enables reliable material handling and packaging operations with minimal footprint, reducing enclosure size and installation complexity in automated lines. Application → Ideal for tight-line packaging, assembly fixtures, and small robotics modules where space is at a premium. Feature → Swivel hinge style accommodates minor misalignment and smooths articulation. Impact → Lowers mounting precision requirements and extends actuator life by reducing side loads and wear. Application → Suitable for conveyors and pick-and-place stations with variable mounting tolerances. Feature → German engineering quality and robust housing design. Impact → Delivers long service life and predictable performance in demanding environments, lowering maintenance costs over time. Application → Suitable for high-cycle industrial automation tasks where uptime matters. Feature → Lightweight construction at 0.18 kg reduces load on supporting structures. Impact → Improves dynamic response and reduces energy consumption in fast-cycle applications. Application → Fit for compact automation modules and retrofit projects where weight matters. Feature → Broad compatibility with standard automation interfaces and mounting patterns. Impact → Speeds up installation and retrofit projects, minimizing downtime. Application → Retrofit and upgrade programs across existing control systems in manufacturing lines.
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FAQs
The M/P40311 adopts a swivel hinge design and is compatible with common automation mounting patterns used in Norgren systems. For fastest integration, verify standard flange or end-cap mounting interfaces with your existing hardware and use appropriate adapters if required to maintain misalignment tolerance and smooth actuation across cycles.
Key dimensions include a 40 mm bore, height of 53.5 mm, length of 54 mm, and width of 48 mm, with a unit weight of 0.18 kg. These measurements define fit within compact enclosures and guide mounting clearances, ensuring reliable motion without interference with nearby components.
The product is designed for industrial automation use and benefits from robust construction typical of German engineering. Confirm with the supplier for exact IP ratings, ingress protection, and cleanliness standards to ensure suitability for your specific environment and compliance requirements.
While the data sheet does not list explicit certifications, European and global applications commonly expect CE compliance. Verify with your supplier for any SIL readiness, IP ratings, or additional certifications relevant to your regulatory needs and safety standards.
Benefits include reliable, space-saving actuation with reduced misalignment, leading to lower wear and fewer downtime events. The compact, lightweight design minimizes load on supports, aiding faster cycle times and lower energy consumption, which translates to lower operating costs over the cylinder’s life cycle.