Power
| Input frequency |
50 Hz |
| Maximum input current per phase |
16 A |
| Nominal output voltage |
220-240 V |
| Nominal input voltage |
380-415 V |
Operational conditions
| Non-operating altitude |
0 - 15000 m |
| Operating altitude |
0 - 3000 m |
Management features
| Monitoring |
Current, Humidity, Temperature |
3-phase, 16A input, (18)C13, (6)C19 outlets
Enlogic’s EN2000 Series - PDU Metered, Outlet Switched Rack PDUs combine energy metering, power and environmental monitoring with remote outlet on/off switching to protect and manage your rack environment. Outlet power-up sequencing protects against inrush current overload and allows users to define equipment boot-up order and timing. While remote on/off control allows authorized users to power-cycle remote equipment and implement rack-level power access controls by turning off unused outlets.
Billing grade watt-hour metering provides accurate energy metering data for user billing purposes, PUE & efficiency metrics, project justification, and capacity management. Continuous real-time monitoring of every input power phase and each circuit breaker within the rack PDU itself provides advance alarms to warn of potential power issues before they occur and permit users to better balance loads between input phases and circuit breakers to improve both reliability and power efficiency.
Enlogic’s low-profile design and ultra low-profile circuit breakers permit a space-saving fit within your rack enclosure. As many as six external sensor probes can be attached to each Enlogic PDU for a complete remote monitoring and alarming solution. The enterprise-grade network connectivity allows easy management by HTTP, HTTPS, SNMP, or Telnet; while integration with LDAP/S and Active Directory permit easy integration into your existing directory service. Other features including the innovative color coded outlets and circuit breakers, standard locking IEC receptacles, high visibility oLED display, circuit breaker status monitoring and hot-swappable network management module improve reliability and reduce risks of human error.
