Norgren QA/8032/59 Model Locking Unit - 32 mm bore
Part Number: QA/8032/59
Quick Summary
QA/8032/59 is a model locking unit that secures pneumatic cylinder positions in automation and safety interlocks. It addresses the pain point of unintended cylinder movement during cycles or maintenance, reducing costly downtime. Key considerations in this space include CE compliance, IP protection levels, and SIL safety integrity ratings to support risk management. Designed for 32 mm bore systems, this locking unit integrates with standard pneumatic hardware and delivers reliable operation for automated lines. By enabling precise lock-in at critical stroke points, it improves changeover times and helps meet uptime targets, enhancing throughput for automotive, packaging, and general manufacturing.
Product Information
Cylinder diameter
32 mm
Brand
IMI Norgren
Feature overview: The locking mechanism is tailored for 32 mm bore pneumatic cylinders, delivering a robust hold that prevents unintended actuation during critical cycle points. Business impact: This directly reduces safety incidents, minimizes product damage, and cuts unplanned downtime, boosting overall line availability. Application: It is ideal for clamps, fixtures, indexing stations, and safety interlocks across automated cells, enabling predictable lock positions without complex control workarounds. Compatibility and installation advantages: The QA/8032/59 integrates with standard 32 mm bore hardware from Norgren and compatible cylinder assemblies, enabling straightforward retrofits in existing lines. The compact footprint and modular mounting options simplify panel layouts and minimize space requirements, helping engineers meet tight space constraints while preserving performance. The unit supports quick alignment and repeatable engagement, reducing commissioning time and enabling consistent results across multiple machines. Durability and maintenance: Built for frequent cycling, the unit uses proven materials and a wear-resistant design that resists contamination in typical factory environments. With few moving parts and simple inspection points, maintenance cycles extend and service costs decline while downtime remains predictable. Engineers benefit from diagnostic cues and straightforward troubleshooting during production audits. Safety, standards, and ROI: In safety-critical automation, CE compliance and appropriate IP protection levels influence component selection; verify suitability for enclosure and exposure. SIL considerations may apply to control circuits feeding the locking device, so align with your risk assessment and machine safety plan. This approach ensures you meet regulatory expectations while maintaining high performance. Operational efficiency and ROI: The QA/8032/59 delivers measurable ROI through downtime reduction, faster changeovers, and safer operation, enabling higher throughput and greater equipment utilization. Customers gain a compact, robust solution that integrates with IMI Norgren families and simplifies supplier management. In practice, specification consistency across plants improves spares availability and reduces total cost of ownership.
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FAQs
Begin by confirming compatibility with your 32 mm bore cylinder and mounting pattern. Align the locking unit to the cylinder shoulder, secure with standard screws, and verify the engagement position. After installation, operate through a few cycles to confirm secure lock and unobstructed retraction, then document engagement metrics for maintenance records.
The unit is designed for 32 mm bore pneumatic cylinders. It should be compatible with standard 32 mm bore hardware from Norgren, enabling straightforward integration without adapters or custom fittings in most automation lines.
Yes. The locking unit provides a secure means to hold cylinder positions during critical operations, supporting interlock logic and lockout schemes. For safety-critical environments, verify CE compliance, IP rating for your enclosure, and SIL-related considerations according to your risk assessment.
Consult the datasheet for current certification status. Typical considerations include CE marking for safety compliance, IP protection levels for environmental exposure, and SIL alignment for safety-rated control. Confirm these against your machinery standards and enclosure requirements before deployment.
Expect reduced downtime from minimized unintended actuation, lower maintenance labor through robust, low-wear design, and faster changeovers due to predictable lock positions. These factors translate into higher line uptime and improved throughput, especially in high-cycle automation cells.