Gain immediate access to the essential general arrangement drawing for the GCK Low-Voltage Switchgear system, a cornerstone of modern power distribution and Motor Control Centers (MCCs). This foundational CAD file is now available for instant download, providing engineers and panel builders with the complete structural blueprint for this versatile electrical assembly.
The GCK series is renowned for its modular, safe, and flexible design. It utilizes withdrawable (drawer-type) functional units, which is its defining characteristic. This system allows for rapid maintenance, easy reconfiguration, and significantly enhanced operational safety, as individual units can be serviced or tested without de-energizing the entire switchboard.
Our comprehensive GCK assembly drawing provides the critical framework and dimensional data needed for accurate project planning. It details the main cabinet structure, typical busbar chamber locations, cable compartments, and the standardized modular divisions designed to house various functional units. This file is indispensable for electrical designers sizing switchgear rooms, system integrators planning complex control systems, and contractors verifying installation clearances and requirements.
By downloading this verified drawing, you secure the master plan for a standardized, type-tested, and reliable LV switchgear solution. Integrate this schematic into your projects to ensure dimensional accuracy and streamline your design workflow.
Caractéristiques principales :
- Modular Assembly Design: Shows the standardized, bolted framework structure that allows for scalable and flexible switchgear configurations based on project needs.
- Withdrawable Unit Standard: This drawing provides the foundational layout for integrating various drawer-type modules (such as feeders, motor starters, and control units).
- General Arrangement (GA): Offers a complete overview of the cabinet, including precise external dimensions, busbar compartment locations, and cable entry/exit zones.
- MCC & Power Distribution: The design is optimized for both high-density Motor Control Center (MCC) applications and general low-voltage power distribution boards.
