APC AP4423A NetShelter Rack Automatic Transfer Switch 1U 16A 230V

The APC AP4423A NetShelter Rack Automatic Transfer Switch (ATS) is engineered to provide seamless, redundant power to critical single-corded equipment within data centers, server rooms, and network closets. This 1U rack-mountable device intelligently monitors incoming power from two distinct sources, ensuring that connected equipment maintains uninterrupted operation by automatically switching to the secondary source if the primary power fails or degrades. It is a vital component for enhancing the reliability and availability of IT infrastructure.

Designed for robust performance, the AP4423A ATS features dual IEC C20 inputs and nine versatile output receptacles (8 x IEC C13, 1 x IEC C19), accommodating a wide range of devices from servers to networking gear. With a 16A, 230V capacity and a rapid transfer time of less than 10 milliseconds, it provides virtually imperceptible power transitions. This rapid failover capability is crucial for sensitive electronics that cannot tolerate even momentary power interruptions, safeguarding critical applications and data integrity.

Deployment of the NetShelter Rack ATS is simplified by its compact 1U form factor, fitting efficiently into standard rack environments. It integrates easily with existing network management systems through its advanced Network Management Card (NMC3), offering comprehensive remote monitoring and control capabilities via secure web UI, SNMP, or CLI. This allows IT teams to efficiently manage power distribution, monitor environmental conditions, and proactively address potential issues, optimizing operational efficiency and reducing downtime risks.

• Seamless power redundancy with automatic transfer switching to a secondary source.
• Integrated Network Management Card (NMC3) for remote monitoring and control.
• Supports dual IEC C20 power inputs for enhanced fault tolerance.
• Provides 8 IEC C13 and 1 IEC C19 outlets for diverse equipment power needs.
• Compact 1U rack-mount design maximizes valuable rack space efficiency.