Static transfer switches are designed for critical infrastructure applications
GE's Critical Power's Zenith STS-3 Series three-phase static transfer switches and Zenith STS-1 Series single-phase static transfer switches are designed for critical infrastructure applications.
GE Critical Power (NYSE: GE) released the GE Zenith STS-3 Series three-phase static transfer switches and GE Zenith STS-1 Series single-phase static transfer switches for critical infrastructure applications.
The GE Zenith STS-3 static transfer switches provide power source redundancy in UPS system architectures to increase product mean time between failure between the power source and the critical load, using features such as internal triple redundancy of control power and logic.
GE's STS-3 Series units meet key technical requirements by performing out-of-phase transfers between power sources without undue inrush current on the electrical system when power distribution unit transformers are employed on the load side of the static transfer switch.
The GE Zenith STS-1 Series static transfer switches provide a single-phase solution for customers who want to deploy the switches in a rack-mount form factor to provide dual input source capabilities to rack-mounted single-cord information technology (IT) servers or other non-IT critical process equipment.
GE Zenith STS-3 Series three-phase units are ideal for data center, telecommunications, financial and industrial critical infrastructure customers seeking centralized power source redundancy, while the GE Zenith STS-1 single-phase static transfer switches are for point-of-use power source redundancy at the localized rack level.
General Electric (GE)
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