Norgren QA/8100/27 Rear Eye Mounting - 100 mm bore
Part Number: QA/8100/27
Quick Summary
QA/8100/27 rear eye mounting provides a compact mounting solution for 100 mm bore cylinders in automation and control systems. In demanding environments, improper mounting can cause misalignment, leaks, and reduced actuator life. Certifications vary by configuration; expect CE marking and IP ratings in the supplier datasheet—verify for your application. This solution integrates with standard pneumatic components to accelerate installation, improve reliability, and reduce maintenance costs on automated lines in industrial automation environments.
Product Information
Cylinder diameter
100 mm
Dimensions - Height
82 mm
Dimensions - Length
180 mm
Dimensions - Width
180 mm
Weight
0.59 kg
Country of Origin
Germany
Brand
IMI Norgren
Feature: Rear eye mounting designed for 100 mm bore pneumatic cylinders. Benefit: Stable, repeatable alignment reduces side-load wear and cycle-time variation. Application: Suitable for automated assembly lines and machine frames where precise cylinder alignment is critical. Feature: Compact footprint with 82 mm height and 180 x 180 mm dimensions, weight 0.59 kg. Benefit: Space-efficient installation on crowded automation equipment and mobile workstations, improving layout flexibility and reducing machine footprint. Application: OEM and retrofit projects in automation and control systems where space is at a premium. Feature: German engineering origin (origin country: Germany). Benefit: High manufacturing quality and consistent performance under demanding industrial conditions. Application: Industrial automation components where reliability and predictable lifecycle matter. Feature: Availability of CAD and datasheet documentation. Benefit: Facilitates rapid design-in, accurate tolerancing, and smoother integration with CAD workflows. Application: Design validation and OEM engineering teams seeking reliable data for bill-of-materials. Feature: Compatible with standard mounting practices and mounting patterns for rear eye fittings. Benefit: Faster installation, easier retrofits, and reduced commissioning time. Application: Retrofit projects across pneumatic automation and control systems. Feature: 100 mm bore compatibility with IMI Norgren portfolio. Benefit: Streamlined sourcing and consistent performance across related products. Application: System-level design for compact pneumatic actuation in automation lines.
Get a Quick Quote for a Norgren QA/8100/27
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 QA/8100/27?
Enquire Now
FAQs
Begin by confirming compatibility with a 100 mm bore cylinder and the rear eye mounting pattern. Align the mounting holes to the cylinder clevis or mounting surface, secure with appropriate fasteners, and verify the eye position is perpendicular to the cylinder axis. Finally, perform a light functional test to ensure smooth, unrestricted piston travel without side load during activation.
The rear eye mounting delivers stable alignment, which minimizes side loads and stroke variation. This translates to improved repeatability, reduced wear on seals and rods, and lower maintenance cycles. In automated lines, these gains contribute to higher throughput and more predictable cycle times.
Yes, its 100 mm bore compatibility makes it a good match for compact pneumatic actuators used in automated assembly lines and robotics interfaces. The design supports reliable mounting in tight spaces, enabling consistent actuator positioning and easier integration with standard automation hardware.
Certification details depend on configuration. Check the datasheet for CE marking and any IP ratings applicable to your region and application. If SIL or other safety certifications are required, verify their availability with the supplier and confirm through the datasheet and OEM documentation.
By ensuring precise, low-drift mounting, QA/8100/27 reduces misalignment-related downtime and maintenance. The resulting gains in uptime, faster commissioning, and longer cylinder life contribute to lower total cost of ownership and higher production uptime over the system lifecycle.