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Summary of Contents for Verkada ACC-VBX-200WH
- Page 1 Install Guide ACC-VBX-200WH VBX 200Wh LiFePO4 Battery...
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Page 2: Product Models
Verkada product is granted under this document. This document may not be sold, resold, licensed or sublicensed and may not be transferred without Verkada’s prior written consent. No part of this document may be reproduced in whole or in part without the express written consent of Verkada. - Page 3 Introduction What’s in the box ACC-VBX-200WH What you’ll need ● BP52 Alarm Panel and/or ACC-VBX-ENC VBX Dual Battery Enclosure...
- Page 4 Introduction LED Behavior On AC Power On Battery Backup AC Power LED AC Power LED Battery LED Battery LED (BP52) (BP52) Battery Level Battery Level (67-100%) (67-100%) Battery Level Battery Level (34-66%) (34-66%) Battery Level Battery Level (1-33%) (1-33%) Charging Charging Battery Battery...
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Page 5: Introduction Technical Specifications
Introduction Technical Specifications 20V - 28.8V, 25.6V Nominal Output Voltage 7.9 Ah, 202.24 Wh Rated Capacity 1.58A Nominal 0.4A Minimum Charge Current 4.2A Maximum 7.5A Maximum (Continuous) Discharge Current 103mm.0 (L) x 91.0mm (W) x 186.0mm (H) Dimensions 2.1kg / 4.6lb Weight 0°C-50°C / 32°F-122°, Operating... - Page 6 BP52 readiness is indicated when the status LED turns blue. Remove all packaging material from the battery ACC-VBX-200WH. Slide battery into BP52 until audible “click” is heard. Correct installation is confirmed when charging begins as indicated by a flashing green LED.
- Page 7 Installation Batteries Installed via ACC-VBX-ENC Mount ACC-VBX-ENC by referring to the ACC-VBX-ENC Install Guide. Connect battery wire to BP52 “Battery Expander” port. Slide battery into chassis until audible “click” is heard. Correct installation is confirmed when charging begins as indicated by a flashing green LED.
- Page 8 Divide the battery capacity needed by the power the ACC-VBX-200WH battery pack provides to determine the number of packs needed: # of Battery Packs Needed = K / 200Wh Examples of connected devices and their power consumption are provided below: A = 8.5W (panel idle mode)
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Page 9: Recharge Time
Appendix Battery Capacity vs Temperature Batteries capacity is not impacted by higher operating temperature, but batteries operating at lower ambient temperatures have reduced capacity. Subtract 1% capacity for every degree operating ambient temperature below 20°C Example: Operating temperature is 10°C Battery capacity is 100% - (20-10)% * 200Wh = 90% * 200Wh = 180Wh... - Page 10 Use only in a dry environment ● Do not strike, crush, drop, pierce or otherwise damage the pack ● Do not short the battery terminals ● Use only in genuine Verkada equipment in the manner defined in the User’s ● Manual...
- Page 11 Appendix Support Thank you for purchasing this Verkada product. If for any reason you're experiencing issues or need assistance, please contact our 24/7 Technical Support Team immediately. Sincerely, The Verkada Team verkada.com/support...
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