Norgren M/P19939 Automation & Control Systems - 200 mm bore
Part Number: M/P19939
Quick Summary
Norgren M/P19939 cylinder delivers precise linear actuation for automated assembly and packaging lines. In many projects, space constraints threaten cycle times and reliability. Certification details are not listed in the provided data; typical industry benchmarks include CE marking and IP ratings, with SIL relevance in safety-critical systems. This compact cylinder combines a 200 mm bore with a narrow hinge design, backed by IMI Norgren’s global service network. For procurement teams, the predictable actuation and straightforward installation translate into lower downtime and faster ROI, especially when upgrading legacy lines. The result is a reliable, space-efficient pneumatic solution tailored to mid- to high-volume automation environments.
Product Information
Cylinder diameter
200 mm
Brand
IMI Norgren
Feature: Narrow hinge style stainless steel body enables installation in constrained spaces, reducing overall machine footprint. Business Impact: Frees valuable cabinet and rail space, enabling tighter layouts and faster cycle times. Application: Pick-and-place and clamp stations in packaging lines benefit from easier mounting and reduced machine height. Feature: 200 mm bore provides higher piston area for more force and stable motion under load. Business Impact: Improves throughput and handling of heavier parts, reducing start-up and dwell time. Application: Heavy-duty assembly, stamping or material handling where consistent force is essential. Feature: IMI Norgren brand offers established performance and a broad service network. Business Impact: Easier maintenance, faster parts replacement, and consistent performance across global sites. Application: Multi-site manufacturing and international supply chains. Feature: Compatibility with standard mounting patterns and common pneumatic fittings simplifies installation. Business Impact: Shorter retrofit cycles, lower commissioning costs, and easier future upgrades. Application: Upgrading legacy lines or integrating with existing control systems. Feature: Robust seals and durable construction suitable for industrial environments. Business Impact: Lower maintenance intervals, reduced total cost of ownership, and longer service life. Application: Routine automation in process and manufacturing settings.
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FAQs
Yes. Norgren cylinders are designed to align with common ISO mounting patterns and compatible mounting accessories. Confirm the bore, stroke, and end-cap configuration to select appropriate flanges, cushions, and tie-rod options. Always verify mounting compatibility with the specific control system and cylinder family in use to ensure a straightforward retrofit or upgrade.
The M/P19939 features a 200 mm bore, which increases piston area and actuation force relative to smaller bores. Actual force depends on supply pressure and piston area, so use F = P × A to estimate. For precise performance, refer to the official datasheet and perform a site-specific calculation considering load, speed, and cushioning requirements.
Yes. The narrow hinge design combined with a 200 mm bore provides a balance of compactness and force, making it well-suited for tight-space packaging and assembly lines. When planning, consider stroke length, mounting clearance, and end-of-stroke cushioning to optimize cycle times and reduce mechanical shock in high-frequency applications.
Certification details are not listed in the provided data. For regulated environments, confirm CE compliance and any IP rating requirements with the supplier or distributor, and verify compatibility with your site’s safety and environmental standards. Always request the latest certification documentation prior to procurement.
Upgrading to a modern Norgren cylinder with robust seals and standard spare parts typically reduces downtime and extends service life, contributing to a favorable ROI. ROI depends on cycle frequency, mean time between failures, and maintenance intervals. Engage with your supplier to perform a site-specific ROI analysis based on current line performance and maintenance costs.