100A Three Phase 230V Automatic Power Transfer Switchgears


The 100A Three Phase 230V Automatic Power Transfer Switchgears is a high-reliability automatic transfer solution designed for low voltage power distribution systems. It is used to automatically switch between the main power supply and a backup power source. Rated at 100A and suitable for three-phase 230V systems at 50/60Hz, this switchgears ensures continuous and stable power supply when the primary source fails due to outage, undervoltage, or other faults.This switchgears features a proven automatic transfer control logic that ensures safe and reliable switching while preventing incorrect operation or parallel power risks.

$9.10

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Technical Specifications:Switchgears

Maximum current 3200A
Standard control voltage 100A
Rated current 110V customization
Maximum Voltage 400 volts
Single packaging size 30 × 10 × 15 centimeters
Single weight 3.850 kilograms

Product Introduction

The 100A Three Phase 230V Automatic Power Transfer Switchgears is a high-reliability automatic transfer solution designed for low voltage power distribution systems. It is used to automatically switch between the main power supply and a backup power source. Rated at 100A and suitable for three-phase 230V systems at 50/60Hz, this switchgears ensures continuous and stable power supply when the primary source fails due to outage, undervoltage, or other faults.This switchgears features a proven automatic transfer control logic that ensures safe and reliable switching while preventing incorrect operation or parallel power risks. Its compact structure and well-organized internal layout support stable mechanical and electrical interlocking, enhancing overall system safety. The unit can be installed inside distribution panels or as a standalone device, making it compatible with utility power, generators, and dual power systems.With dependable switching performance and strong load handling capability, this switchgears is widely used in industrial equipment, commercial buildings, and infrastructure power systems. Its automated operation reduces manual intervention and improves power continuity, making it an essential component for critical load protection.

Application Scenarios
1.industrial equipment power transfer
2.commercial building backup power
3.generator automatic transfer system
4.infrastructure power protection
5.critical load power continuity
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