Lab Tested Smartgen Sgma-1000a/4p (ats Type) Motor Type Ats Switch Massive 70% Savings [VacATZIU]

SmartGen SGMA-1000A/4P ATS Switch: Ultimate Power Transfer Solution

The SmartGen SGMA-1000A/4P ATS switch is a cutting-edge motor-driven transfer switch designed for systems requiring reliable power transfer. This dual power ATS offers exceptional performance with its 4P/3P configuration and a robust 1000A rated current. The switch is engineered to handle AC400V voltages, ensuring compatibility with a wide range of applications. Key features include a motor working voltage of AC220V and an impressive insulation voltage of AC800V, making it a versatile choice for various industrial and commercial settings.

Technical Specifications and Performance Highlights

The SGMA-1000A/4P ATS switch boasts a comprehensive set of technical specifications that underscore its reliability and durability. It features a short-time withstand current of 32 kA/60ms and a rated short-circuit (SC) ability of 67.5kA, ensuring it can handle high-intensity electrical demands. The switch's mechanical life is rated at 3000 cycles, while its electrical life spans 500 cycles, guaranteeing long-term performance. Additional features include a wide operating temperature range of (-25~+70)ºC and humidity tolerance of (20~90)%RH, making it suitable for installations at various altitudes up to ≤2000m.

Applications and Benefits

The SmartGen SGMA-1000A/4P ATS switch is an ideal solution for critical applications where power failure is not an option. Its motor-driven design and three-position switch (normal, spare, off) make it perfect for high-rise buildings, healthcare facilities, post and telecommunications, coal mines, ships, rail traffic, military, and fire facilities. The switch's ability to ensure continuous power supply in critical situations provides peace of mind, enhancing safety and operational efficiency. With its compliance to GB GB/T 14048.11 standards, the SGMA-1000A/4P ATS switch is a trusted choice for businesses and institutions seeking a reliable power transfer solution.