ABB ED83368-30 Quick Start Manual Download Page 9 | Manualshive

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ABB ED83368-30 Quick Start Manual Download Page 9

Page 9

© 2021 ABB. All rights reserved. Micro

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BDCBB_QSG Rev. 04

Menu Map

The VIM1 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.

QUICK START GUIDE

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Summary of Contents for ED83368-30

Page 1: ...onversion to Dual buses is not supported 19 14 1 or 2 1 or 2 108992070 3 19 14 2 2 1 VIM1 CC109145455 4 19 14 2 1 1 VIM1 CC109145447 8 23 22 1 or 2 1 108991056 1 23 22 2 2 1 or 2 VIM1 CC109145463 2 1 1 Shunts when provided are two 600A shunts one on each side A Bus left and B bus right The VIM1 meter sums the two shunts for one battery bus configurations QUICK START GUIDE ...

Page 2: ...Page 2 2021 ABB All rights reserved Micro BDCBB_QSG Rev 04 Figure 1 Group 1 23 Panel with 477D Alarm Card Figure 2 Group 8 19 Panel with VIM1 Meter QUICK START GUIDE Front Panel Screw Alarm LED ...

Page 3: ...Page 3 2021 ABB All rights reserved Micro BDCBB_QSG Rev 04 Figure 3 Wall Mounting Bracket CC848786401 Figure 4 Accessory Items QUICK START GUIDE ...

Page 4: ... conductors based on listed recommendations National Electric Code NEC and or local codes based on 70 C ampacity Insulation rating 90 Cminimum 105 C minimum if internal to enclosed equipment cabinets 10 Bonding Network Suitable for installation as part of either Common Bonding Network CBN Isolated Bonding Network IBN 11 Facilities Suitable for installation in Network Telecommunication Facilities L...

Page 5: ...buses may be converted in configurations bridging bus bars 1 Remove nuts and washers securing bridging Bus Bar 2 Remove bridging Bus Bar 3 Replace nuts and washers 4 Torque to 120 in lb Alarm Card 477 Alarm Jumper Not applicable to panels with VIM1 meter Position the jumper on HDR1 for Open on Alarm or Close on Alarm Return Bridging Bus Bar Battery Bridging Bus Bar Figure 5 Bridging Bus Bars J2 J3...

Page 6: ...tall fuses into fuse holders 5 Install multi pole bus kits included with each protector and protector holder occupying 2 or 3 positions Load Connections Figure 7 1 Connect breaker load wires to Breaker Load Connections 2 Connect breaker load return wires to the Return Bus Figure 7 DC Connections 2 Load configuration shown Alarm Jumper HDR1 Battery Return Connections Load B Return Connections Load ...

Page 7: ...er or alarm card Alarm2 Fuse NO Blue J2 1 Fuse Brown Fuse NC White Blue J2 2 Yellow Fuse C3 Slate J3 1 Fuse Brown 10 OVLNO White Slate J3 2 Fuse C Yellow OVLNC Orange OVLC White Orange 12 PLNO Yellow PLNC White Yellow 11 PLC White 2 NO signals Open on Alarm NC signals Close on Alarm 3 C signals such as Fuse C are common or return signals for the similarly named signals such as Fuse NO QUICK START ...

Page 8: ...isplay Previous Menu Display Menus Save Changes Refresh Arrows Keys Navigate Menus Adjust Values in Con Figure 8 VIM1 Meter Alarm and Monitoring Visual Audible and Remote Alarms The VIM1 monitor includes an audible alarm with a user configurable on off feature There is a form C relay for each of the three alarms for remote monitoring All alarms are active when the VIM1 is unpowered Alarms are asse...

Page 9: ...cro BDCBB_QSG Rev 04 Menu Map The VIM1 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 QUICK START GUIDE ...

Page 10: ...the local ambient lighting Adjustable from0 100 in 1 increments Factorydefaultis50 Displays the version of the application code running in the meter in the format vX Y Version1 5 isthe latestas of this printing Number Of Loads configurablefrom1 8 Factory defaultis6 volt_curr Load ID Format First Load location Shunt Rating Thefactory defaultis800A OverloadLatch Combined Load Load Available A1 A4 B1...

Page 11: ...lers can be part of a standard DC system where the controller is managing ABB rectifiers or in a Standalone monitoring arrangement where there are no ABB system rectifiers but only ED83368 distribution panels with VIM1s The communication bus utilized is an internal RS485 operating with ABB s proprietary Galaxy Protocol Providing VIM1 connectivity to a system controller allows VIM information and a...

Page 12: ...e jumpers for VIM1 J10 and J11 header is positions 1 2 This setting coincides with the correct settings for Power Plants with Millennium 2 or Pulsar Plus DC controllers managing 595 GPS NE Infinity or GP100 rectifiers For VIM1s 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 For systems where t...

Page 13: ...uired Figure 12 Standalone Pulsar Plus Monitoring VIM1 ED83368 Panels With the system controller connections verified VIM1 jumpers and ID properly set and both units powered the VIM1 is ready to be connected to the controller s system communication bus For Standalone Controller configurations the communication connection can be made by simply using straight thru cat 5 style cable to connect betwee...

Page 14: ...Page 14 2021 ABB All rights reserved Micro BDCBB_QSG Rev 04 QUICK START GUIDE ...

Page 15: ...Page 15 2021 ABB All rights reserved Micro BDCBB_QSG Rev 04 QUICK START GUIDE Maximum of 3 125A fuses per side A space must be left between each fuse ...

Page 16: ...t accept any responsibility whatsoever for potential errors or possible lack of information in this document We reserve all rights in this document and in the subject matter and illustrations contained therein Any reproduction disclosure to third parties or utilization of its contents in whole or in parts is forbidden without prior written consent of ABB Copyright 2021 ABB All rights reserved ABB ...

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