Transfer Switch suits critical load applications.
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Press Release Summary:
CYBEREX(R) Modular Digital Static Transfer Switch (DSTS) has solid-state 3rd pole and 200% rated neutral and 4th pole. Fuseless technology incorporates silicon-control rectifiers, eliminating need to replace fuses. Modular DSTS eliminates loss of power to loads by coordinating with electrical distribution system. During fault condition, it will continue to conduct current, allowing downstream breakers to work selectively.Original Press Release:
Danaher Power Solutions Introduces the CYBEREX(R) Modular Digital Static Transfer Switch
FOR IMMEDIATE RELEASE
New from Danaher Power Solutions, the CYBEREX® Modular Digital Static Transfer Switch (DSTS) is designed for applications where seamless transfers are necessary because of the critical nature of the electrical load. Typical installations include banks, data centers, manufacturing facilities and other critical operations that depend on clean, uninterrupted power.
The Modular DSTS offers complete packaging flexibility and is designed to mount easily into switchgear or any distribution equipment to provide the smallest total footprint. The DSTS features solid-state 3rd pole and a 200 percent rated neutral and 4th pole. The rugged, fuseless technology incorporates high-reliability silicon-control rectifiers, which eliminates the need to replace fuses. The DSTS also can be configured to provide front access for operation and serviceability.
The Modular DSTS eliminates loss of power to loads by properly coordinating with the electrical distribution system. During a fault condition, it will continue to conduct current, allowing downstream breakers to work selectively.
Like every CYBEREX DSTS, the Modular DSTS features CYBEREX SuperSwitch 2(TM) Technology to deliver the most superior transfer characteristics in mission-critical applications. Features include fast source reacquisition, redundant internal power distribution in all system control boards and fault-
tolerant logic to ensure no single points of failure.
Using a patented algorithm, SuperSwitch 2 ensures instantaneous transfers without cross connection of sources to prevent damage to upstream equipment. It also intelligently detects the need to transfer between AC sources long before conventional source sensing techniques can detect a need to transfer.
