Are you designing a control system that requires segregated access or thermal management? Our Power Distribution Cabinet With Top And Bottom Doors drawing provides the complete blueprint for a specialized, high-functionality enclosure. This CAD file is the ultimate resource for engineers and panel builders who need to create compartmentalized systems for safety, maintenance, or environmental control.

This unique dual-door design is not a standard cabinet. The split-door configuration is purposefully engineered to isolate different sets of equipment within the same cabinet structure. For example, the top section might house low-voltage controls, HMI displays, and PLCs, which require frequent access. The bottom section can then securely contain high-voltage power distribution, transformers, or VFDs, which are accessed less often and pose a higher risk.

This separation is critical for safety, allowing technicians to service low-voltage controls without exposure to the high-power section. It also aids in thermal management by isolating heat-generating components. Our downloadable drawing package gives you all the manufacturing details, including dimensions for the frame, individual door mechanisms, the internal dividing plate, and all mounting provisions.

Key Features:

  • Compartmentalized Design: Features a split-body with separate top and bottom access doors, allowing for the secure isolation of different systems (e.g., power vs. control).
  • Internal Dividing Plate: Includes the design for a fixed horizontal steel plate that segregates the two compartments, providing a robust physical and thermal barrier.
  • Separate Locking Systems: Each door (top and bottom) is detailed with its own independent locking mechanism, enhancing safety and access control for different sections.
  • Robust Frame Construction: A detailed, load-bearing frame design to support the weight of components in both the upper and lower sections.
  • Flexible Component Mounting: Specifies provisions for separate backplates or DIN rail mounting systems within each individual compartment, allowing for custom layouts.