1000A ATS Cabinet: Core Equipment for Uninterrupted Power Supply in High-Current Scenarios
The 1000A ATS automatic dual power transfer cabinet is a professional power protection device designed for high-current power consumption scenarios. It monitors the status of dual power sources in real time at the millisecond level and realizes automatic switching between mains power and diesel generator power. With a super-large rated current of 1000A, it provides uninterrupted power protection for high-power loads in critical venues such as data centers, large industrial plants and hospitals, effectively avoiding production stagnation and equipment shutdown caused by power outages.
Core Functions: High Current Bearing Capacity + Fully Automatic Intelligent Switching
Superior Current Bearing Capacity for Stable Power Supply of High-Power Equipment
Rated at 1000A and compatible with AC 380V/400V three-phase four-wire power supply system, this cabinet steadily supports high-power loads including large motors, central air conditioning and server clusters, with a single cabinet covering a total power demand of 200kW to 300kW. It solves the core defect of ordinary low-current ATS cabinets that cannot bear high loads, making it ideal for high-power application scenarios such as industrial production and large commercial buildings.
Full-Automatic Switching to Eliminate Equipment Shutdown Risks
Built with an intelligent core monitoring module, it collects real-time operating data of voltage, frequency and phase of dual power sources around the clock:
1. When the main mains power fails or presents abnormal conditions such as overvoltage and undervoltage, the cabinet automatically switches to the generator standby power within 100ms with zero power interruption, ensuring continuous and stable operation of load equipment.
2. After the main power supply is restored to normal, the system can switch back to mains power automatically or manually according to preset procedures, preventing excessive energy consumption caused by long-term no-load operation of the generator and realizing energy-saving and intelligent operation and maintenance.