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OmniOn Power ED83368-30 Quick Start Manual

Micro-bdcbb dc battery distribution circuit breaker bay 600 a, -48v/+24v, 19” or 23”
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QUICK START GUIDE
Micro-BDCBB DC Battery Distribution Circuit Breaker Bay
ED83368-30
600 A, -48V/+24V, 19" or 23"
Fuse/Breaker
Mounting
Positions
19"
14
19"
14
19"
14
23"
22
23"
22
23"
22
Notes:
Group 1 – Field conversion to Dual buses is not supported.
OmniOn Power is a trademark of OmniOn Power Inc. All other trademarks belong to their respective owners.
1
Shunts, when provided, are two 600A shunts, one on each side - A Bus (left) and B bus (right). The VIM1EC meter sums the two shunts for one battery
bus configurations.
Page 1
© 2024 OmniOn Power Inc. All rights reserved.
Micro-BDCBB Configurations
Buses
Shunts
1
Battery
-
1 or 2
2
2
2
1
-
1 or 2
2
2
2
1
Micro-BDCBB_QSG
Meter
Return
1 or 2
-
1
VIM1EC
1
VIM1EC
1
-
1 or 2
VIM1EC
1 or 2
VIM1EC
Ordering Code
Group
108992070
CC109145455
CC109145447
108991056
CC109145463
CC109145430
3
4
8
1
2
6
Rev. 4.2

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Summary of Contents for OmniOn Power ED83368-30

  • Page 1 Group 1 – Field conversion to Dual buses is not supported. OmniOn Power is a trademark of OmniOn Power Inc. All other trademarks belong to their respective owners. Shunts, when provided, are two 600A shunts, one on each side - A Bus (left) and B bus (right). The VIM1EC meter sums the two shunts for one battery bus configurations.
  • Page 2 Alarm LED Front Panel Screw Figure 1 Group 1 23" Panel with 477D Alarm Card Figure 2 Group 8 19” Panel with VIM1EC Meter Page 2 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 3 Figure 3 Wall Mounting Bracket CC848786401 Figure 4 Accessory Items Page 3 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...

  • Page 4: Installation Notes

    For Shunt 2, the shunt pair is BL and BL/W. Cut this pair in the vicinity of J1 at the VIM1EC meter and butt-splice BL to BL/W and BL/W to BL to reverse the input signal polarity. Page 4 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 5 Position the jumper on HDR1 for Open on Alarm or Close on Alarm. Alarm Jumper HDR1 J2 & J3 Alarm Out Close on Alarm Open on Alarm Figure 6 Alarm Card Page 5 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 6 Install multi-pole bus kits included with each protector and protector holder occupying 2 or 3 positions. Load Connections - Figure 7 Connect breaker load wires to Breaker Load Connections. Connect breaker load return wires to the Return Bus. Page 6 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...

  • Page 7: Alarm Wiring

    NO signals Open on Alarm. NC signals Close on Alarm. C signals, such as “Fuse C” are common or return signals for the similarly named signals, such as “Fuse NO”. Page 7 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 8 Generates an alarm when either a circuit breaker trips or a fuse blows. Network Connectivity There are two RJ45 type connectors on the board for future use. Page 8 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 9 The VIM1EC front panel is structured such there are three main menu items: System Parameters, Load Parameters, and Control/Operations. Each key menu item has sub items as shown in the menu map below. Page 9 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...

  • Page 10: Programming The Meter

    Once the “Redundant Bus” measurement exceeds this threshold, the controller asserts the Over Load (OVL) alarm. Factor default is “Single Bus” configuration”. Page 10 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 11 These two system controllers can be part of a standard DC system where the controller is managing OmniOn Power rectifiers or in a Standalone monitoring arrangement where there are no OmniOn Power system rectifiers but only ED83368 distribution panels with VIM1ECs. The communication bus utilized is an internal RS485 operating with OmniOn Power s proprietary Galaxy Protocol.

  • Page 12: Jumper Position

    For VIM1ECs in Power Plants with system controllers managing EP (SPS), QS (CPS), or CP (CPL) family of rectifiers the jumpers shall be placed in position 2/3 on J10 and J11 and Single Voltage NE INFINITY System (No Converters). • For systems where there are no OmniOn Power rectifiers and/or a OmniOn Power controller is dedicated to operate as a “Standalone”...
  • Page 13 Figure 12 Standalone Pulsar Plus Monitoring VIM1EC ED83368 Panels Page 13 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 14 402328926 0.18 Alarm Fuse 408548944 Bullet Fuse Holder, TFD-101-011-09 (Alarms on Blown Fuse or Fuse Head Removal) CC408617410 Bullet Fuse Holder, TFD-101-011-10 (Alarms on Blown Fuse Only) Page 14 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 15 6-pos GMT Bullet Fuse Holder, requires 2 positions 408515823 Fuse Puller * Maximum of 3 125A fuses per side. A space must be left between each fuse. Page 15 © 2024 OmniOn Power Inc. All rights reserved. Micro-BDCBB_QSG Rev. 4.2...
  • Page 16 Copyright© 2024 OmniOn Power Inc. All rights reserved. Page 16 © 2024 OmniOn Power Inc. All rights reserved.

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