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Zonit
Zonit
The Zonit uATS1-HV-YaC13-zC14 is the world's smallest automatic transfer switch (ATS), engineered to provide critical A+B redundant power to single power supply devices in data centers and IT infrastructure environments. This compact Zero-U design delivers enterprise-grade power redundancy without consuming valuable rack space, making it an ideal solution for mission-critical equipment that requires uninterrupted power availability.
The uATS1-HV-YaC13-zC14 continuously draws power from the primary A input while actively monitoring power quality parameters. When the primary source fails or experiences quality degradation, the unit automatically switches to the secondary B power input, ensuring uninterrupted operation of connected equipment. This intelligent switching capability eliminates single points of failure in power distribution systems, providing the redundancy required for mission-critical applications.
The unit operates at 208-240V with 50/60 Hz compatibility, supporting both single and three-phase configurations. The 8-ampere capacity accommodates a wide range of IT equipment including servers, network switches, storage devices, and other data center infrastructure components that require reliable power redundancy.
This micro ATS is specifically designed for data center environments where space is at a premium but power redundancy cannot be compromised. The Zero-U design allows deployment without consuming rack units, while the compact form factor enables installation in tight spaces. The locking connectors provide secure connections that won't accidentally disconnect during maintenance or equipment moves.
Ideal applications include powering single power supply servers from dual PDU feeds, providing redundancy for network equipment, and ensuring continuous operation of critical infrastructure components. The unit's small footprint and intelligent operation make it perfect for edge computing deployments, remote sites, and high-density data center configurations where traditional ATS solutions are too large or complex.
The Zonit uATS1-HV-YaC13-zC14 is the world's smallest automatic transfer switch (ATS), engineered to provide critical A+B redundant power to single power supply devices in data centers and IT infrastructure environments. This compact Zero-U design delivers enterprise-grade power redundancy without consuming valuable rack space, making it an ideal solution for mission-critical equipment that requires uninterrupted power availability.
The uATS1-HV-YaC13-zC14 continuously draws power from the primary A input while actively monitoring power quality parameters. When the primary source fails or experiences quality degradation, the unit automatically switches to the secondary B power input, ensuring uninterrupted operation of connected equipment. This intelligent switching capability eliminates single points of failure in power distribution systems, providing the redundancy required for mission-critical applications.
The unit operates at 208-240V with 50/60 Hz compatibility, supporting both single and three-phase configurations. The 8-ampere capacity accommodates a wide range of IT equipment including servers, network switches, storage devices, and other data center infrastructure components that require reliable power redundancy.
This micro ATS is specifically designed for data center environments where space is at a premium but power redundancy cannot be compromised. The Zero-U design allows deployment without consuming rack units, while the compact form factor enables installation in tight spaces. The locking connectors provide secure connections that won't accidentally disconnect during maintenance or equipment moves.
Ideal applications include powering single power supply servers from dual PDU feeds, providing redundancy for network equipment, and ensuring continuous operation of critical infrastructure components. The unit's small footprint and intelligent operation make it perfect for edge computing deployments, remote sites, and high-density data center configurations where traditional ATS solutions are too large or complex.
