This is the definitive CAD drawing for the 20160516-10 Outdoor Control Cabinet, based on the versatile XL-21 model. The XL-21 is a standardized, highly reliable low-voltage power distribution cabinet, widely used for power, lighting, and control in industrial and civil applications. While the standard XL-21 is an indoor-rated cabinet, this specific drawing details an outdoor-rated version, engineered to protect critical components from the elements.

This drawing is essential for electrical engineers, panel builders, and contractors. It provides a complete, dimensionally accurate 3D model of the enclosure, which is vital for planning the internal layout of components such as main circuit breakers, feeders, PLCs, and motor controls. This specific plan, “20160516-10,” details a unique configuration, and our model allows you to verify all clearances, plan cable entry and exit points, and ensure proper thermal management.

By downloading this free model, you can accelerate your design-to-manufacture workflow, ensure a perfect fit for all internal hardware, and eliminate costly fabrication or installation errors. This is your complete blueprint for building or integrating a robust, weather-resistant XL-21 control cabinet.

الميزات الرئيسية:

  • Outdoor-Rated Design: This model is specifically designed for outdoor use, featuring a weather-resistant construction (e.g., rain hood, sealed gaskets) to protect internal components from dust, rain, and environmental factors.
  • XL-21 Standard: Based on the proven XL-21 low-voltage switchgear standard, suitable for AC 50Hz, 380V/660V power distribution systems.
  • Specific Plan (20160516-10): This drawing details a specific internal layout and component configuration, providing a ready-to-use plan for a defined project.
  • Fabrication-Ready: The 3D model is dimensionally accurate and provides all structural details needed for sheet metal fabrication, including frame, doors, and mounting panel.
  • Component-Ready: Perfect for virtual assembly. You can test-fit your breakers, contactors, terminals, and PLCs to optimize the layout and wiring paths before production begins.