POWERBAY+ BDFB
ADVANCED MODULAR SECONDARY DISTRIBUTION BAY
Overview
Comm/net’s PowerBay+ BDFB is a modular breaker/fuse bay with industry-leading monitoring, safety, and ease-of-use features. Available in 2, 4, 6, or 8 bus versions, the PowerBay+ BDFB is rated at up to 1200A per bus, up to 9600A total load. The bus configuration can be easily changed in the field by adding or removing bus straps, which can be safely done with the BDFB energized. Breaker/fuse panels can be added at any time, and versions support AM bullet breakers up to 125 amps per single pole, GJ breakers up to 250A per single pole, and TPS/TLS fuses. A maximum of 176 loads can be protected. Advanced monitoring features include bus voltage, total bus current, and optional individual load current. Bay status can be remotely monitored via HTTP and SNMP.
Features
  • Modular design
  • Top or bottom feed
  • Internal or external returns
  • 2, 4, 6, and 8-bus configurations (1200A per bus)
  • Up to (8) 800A or 1200A rated distribution panels
  • Supports AM and GJ breakers as well as TPS and TLS fuses
  • Up to 176 AM breaker positions
  • Optional LCD touchscreen controller with Ethernet (HTTP, SNMP)
  • Optional per-circuit current monitoring and RedundancyTracker™
  • Unmatched safety & reliability
  • UL listed: ANSI/UL 60950-1 File No. E473904
  • Specifications
    Electrical
    Voltage -48VDC
    Load current per bus 960A max. continuous
    Number of busses 2, 4, 6, or 8
    Alarm contacts Form-C; 60VDC @ 0.5A max.
    Circuits Up to 176
    Input current 7680A max.
    Max. input interruption device 1200A
    Interrupt rating 10000A
    Mechanical
    Dimensions 26" W x 84" H x 28" D
    Weight 775 lbs
    Mounting Floor anchor
    Color Black powdercoat
    Distribution Modules

    AM Breaker Panel

    For PowerBay+ BDFB Series.

    GJ Breaker Panel

    For PowerBay+ BDFB Series.

    Downloads
    Data Sheet Installation Manual


    For pricing and ordering information, please contact CSI Sales at 1-800-274-0544 or via email at sales@commnetsystems.com.