Used TOSHIBA ECC2 #293629249 for sale

TOSHIBA ECC2 (or EC2-2U) is a high-performance, high-efficiency, and cost-effective power supply solution for energy-intensive applications. It is designed for use in distributed-generation systems, as well as for data centers, telecommunications, and industrial applications. This unit supports up to 1500A of electric current and offers an efficiency rating of up to 94%. ECC2 is designed to smoothly transition between low-load operation and a full-load or peak operation. TOSHIBA ECC2 is based on a three-phase power architecture and utilizes a field-bus power-sharing equipment. This allows ECC2 to distribute control and monitoring of power sources to a centralized controller, which offers users fine-grained control and power management capabilities. TOSHIBA ECC2 also provides an optional dynamic speed control calling, which allows instant speed and load response in the event of an energy load disruption. This power supply unit features an extremely compact form factor. Its housing is only 330x360 mm in size, which should make it easier to integrate into other systems. ECC2 is also equipped with a unique cooling system which utilizes a combination of forced-air cooling and a water-cooled heat sink. This allows the unit to dissipate a maximum rated temperature of up to 108°C. TOSHIBA ECC2 also offers intelligent overload protection and resiliency features which protect the unit during any outages or load disturbances. It features a built-in machine monitoring and control capabilities, and also supports monitoring and recovery through PMbus and Modbus protocols. Finally, ECC2 is highly efficient and cost-effective. Its high efficiency ensures low operating costs and longer tool lifespans. This power supply unit is also protected against harmonic distortion and high-frequency noise, allowing for a reliable and consistent operation. All in all, TOSHIBA ECC2 is an ideal choice for any energy-intensive applications. It offers efficient, reliable, and cost-effective power for high-power systems.