Flexible GCK Modular Switchgear for Customized Power Systems
The GCK Low Voltage Switchgear combines robust engineering with flexible modular design, delivering efficient power distribution for industrial automation, commercial grids, and heavy-duty applications while minimizing energy loss and space requirements. Engineered with quick-installation features and weather-resistant components, it ensures stable performance in harsh environments, reducing downtime and operational costs for systems that demand consistent, reliable electricity management.
Technical Parameters：
| Parameter | Details |
| Rated voltage (AC) | Input: 380V/400V/660V; Output: 220V/400V |
| Rated Current | 630A ~ 5000A (Continuous Rating) |
| Protection Level | IP54 (Standard), IP55 (Optional) |
| Installation Type | Modular Design (Pre-Assembled Units) |
| Short-Time Thermal Current | 50kA (1s) / 105kA (Peak) |
Main Features and Functions：
Modular Flexibility：Customize layouts and expand easily to fit diverse power needs
Safety Isolation：Independent compartments reduce electrical accident risks
Quick Setup：Pre-assembled units speed up on-site installation
Smart Compatibility：Low maintenance and high energy savings cut long-term costs
Product Details：
Discover our GCK Low Voltage Switchgear, engineered for seamless power distribution. Its modular design allows for effortless customization, ensuring adaptability to evolving electrical requirements. With enhanced safety features that isolate electrical components and integrated smart monitoring capabilities, it minimizes risks and maximizes system reliability. Ideal for industrial plants, commercial complexes, and infrastructure projects, it offers a cost-effective and efficient solution for diverse power management needs.
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The GCK Low Voltage Switchgear is a robust power distribution solution, designed to streamline low-voltage management with modular flexibility for industrial, commercial, and infrastructure needs. Its durable construction and intelligent compartmentalization ensure stable performance in diverse environments, minimizing disruptions while enabling easy maintenance and energy-efficient operation. Ideal for systems requiring reliable, adaptable power flow, it balances safety, efficiency, and long-term cost savings.
