APC Symmetra RM 2kVA Scalable to 6kVA N+1 - Power array (rack-mountable) - AC 230 V - 2000 VA - Ethernet - output connectors: 10 - black - for P/N: AR3103SP, AR3106SP, NBPD0160A, NBWL0355A, NBWL0356A, SMC1500I-2UC, SRT1000RMXLI

The Symmetra RM brings the proven and patented Symmetra Power Array technology in a rack-mountable form. With more servers, storage products and other mission-critical IT equipment becoming rack-based, the need is increasing for high availability innovative rack-based power solutions. Symmetra RM meets this need with scalable, redundant units.
Symmetra Rack Mount is an ideal solution for branch office locations, small and medium business data centers, internetworking and telecom racks, and all other high availability applications. In addition to the advantages of hot-swappability and redundancy, rack users can also benefit from Symmetra's self-diagnosing, scalable components and integrated Web/SNMP management features.

• Scalable capacity from 2 kVA to 6 kVA N+1
• Operates in a range of temperatures from 0 °C to 40 °C
• Supports remote management via SNMP and Telnet
• Rack-mountable design saves valuable space
• Reliable lead acid battery technology

• Reliable power management
  The APC Symmetra RM maintains stable power delivery with an input voltage range of AC 155 - 276 V, ensuring smooth operation even under full load.
• Flexible environmental tolerance
  This power array can function effectively in environments with temperatures from 0 °C to 40 °C, as well as humidity levels between 0 and 95%, making it suitable for various settings.
• Remote monitoring capability
  Utilizing SNMP and Telnet protocols, this device allows for secure and convenient management from remote locations, enhancing monitoring and control.
• Efficient heat dissipation
  The rack-mountable design promotes effective airflow and heat dissipation, aiding in maintaining device longevity in dense setups.
• Consistent performance at full load
  Equipped with lead acid battery technology, the APC Symmetra RM delivers reliable performance even at peak operational demands.