Norgren QA/8032/51/200 Guide Block - 32 mm Bore
Part Number: QA/8032/51/200
Quick Summary
QA/8032/51/200 guide block provides precise linear motion for automation and control systems. Engineers often face misalignment, wear, and maintenance overhead in compact cylinders, making reliable components essential. Industry standards commonly expected for this class include CE compliance and IP-rated protection, with SIL safety considerations tied to how the system is integrated. This model combines a 32 mm bore with a 200 mm stroke to support compact footprints and dependable performance, while enabling faster integration and consistent operation across multiple automation tasks. For the OEM and maintenance teams, the value is in reduced setup time and predictable lifecycle costs, backed by real-world application in packaging, assembly, and material handling.
Product Information
Cylinder diameter
32 mm
Brand
IMI Norgren
Feature: 32 mm bore and 200 mm stroke provide a compact footprint with a substantial stroke range. Business Impact: Enables space-saving actuator installations without sacrificing reach, supporting higher throughput in tightly packed automation cells. Application: Ideal for pick-and-place and linear positioning tasks in small-scale packaging lines. Feature: Guide block plain bearing style reduces friction and wear. Business Impact: Extends service life and lowers maintenance intervals, improving uptime and total cost of ownership. Application: Long-running conveyors and sorting systems where consistent motion is critical. Feature: CAD libraries and installation guide downloads are readily available. Business Impact: Accelerates design validation and error-free integration, cutting engineering hours. Application: System integrators validating fitment and compatibility in early design stages. Feature: Brand alignment with IMI Norgren product families ensures compatibility with existing mounting patterns and accessories. Business Impact: Streamlined retrofits and upgrades with minimal modification. Application: Modernizing legacy lines or expanding current automation infrastructure. Feature: Compact actuation with reliable repeatability supports predictable cycle times. Business Impact: Improves line throughput and reduces variation, delivering measurable efficiency gains. Application: Packaging, material handling, and robotics integrations where repeatable motion matters.
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FAQs
Begin by confirming mounting compatibility with your existing Norgren or standard adaptors, then align the block with the carriage or slide rail to minimize cross-axis deflection. Use the provided installation guide to select the correct fasteners and torque values, and reference the CAD resource for exact mounting holes and envelope dimensions to ensure a clean, repeatable fit.
The 32 mm bore defines piston diameter and actuation force, suitable for moderate load tasks, while the 200 mm stroke provides substantial travel within a compact envelope. Together they support reliable, repeatable linear motion in constrained spaces, enabling efficient actuation in pick-and-place and alignment operations without oversized hardware.
Yes. The QA/8032/51/200 is designed with standard Norgren mounting patterns, ensuring straightforward integration with existing blocks, supports, and linkage assemblies. For exact patterns and accessory compatibility, consult the CAD library and the installation guide provided in the downloads section.
The listing does not specify formal certifications. Typical industrial components in this class align with CE for compliant machinery and IP ratings for environmental protection, with SIL considerations tied to the overall control system. Always verify the latest Norgren datasheet and local regulatory requirements for your application.
The plain bearing guide block design reduces relative motion wear, contributing to longer service life and lower maintenance downtime. The combination of a compact footprint and reliable repeatability helps achieve higher uptime and improved throughput, delivering tangible ROI through reduced replacement frequency and smoother operation in continuous-cycle applications.