Lithium-Balance-BMS: Difference between revisions
No edit summary |
No edit summary |
||
| Line 1: | Line 1: | ||
{{DISPLAYTITLE: Lithium Balance BMS}} | {{DISPLAYTITLE: Lithium Balance BMS}} | ||
{| class="wikitable" style="text-align: center;" cellpadding = "5" | |||
!scope="col"|Information Type | |||
!scope="col"|Do This | |||
|- style="vertical-align:left;" | |||
|style = "width:280px;"| | |||
BMS Configuration Document | |||
|style = "width:900px;"| | |||
'''[https://www.neweagle.net/support/wiki/ProductDocumentation/EVsoftwareAndHardware/LiBal/BMS%20configuration.pdf Click Here]''' | |||
|- style="vertical-align:left;" | |||
|style = "width:280px;style="vertical-align:left"| | |||
Basic Configuration Example | |||
|style = "width:900px;"| | |||
Lithium Balance Basic Configuration example: | |||
Let’s take an example. If you are building a 72V battery based on LFP cells @ 3V nominal/each cell. Then you need 72V/3V = 24 cells. That is a 24S configuration | |||
You need: | |||
• 1x (LIB-BMCU-001) BMCU | |||
• 3x (LIB-LMU-001) LMU – as each LMU covers 8 cells. | |||
• 1x (LIB-HARKIT-BMCU-01) Harness kit for BMCU v6 incl. IO wire 400mm | |||
• 3x (LIB-HARNKIT-LMU-01) Harness kit for LMU v6 incl 120mm Comm Wire + Temp.Sensor | |||
• 1x (LIB-MGT-SW-001) Diagnostic Software v6 / PRO + Inst. Manual incl. 5h support | |||
• 1x (LIB-SRV-SW-001) Diagnostic Software v6 / SERVICE + Inst. Manual (N is the numbers the customer needs for their service technicians, if they have 1 service technician they need 1) | |||
|- style="vertical-align:middle;" | |||
|style = "width:280px;"| | |||
User Manual | |||
|style = "width:900px;"| | |||
Please '''[http://www.neweagle.net/contact.html contact sales]''' | |||
|-style = "width:280px;"| | |||
|style = "width:280px;"| | |||
BMS Housing Available | |||
|style = "width:900px;"| | |||
Please '''[http://www.neweagle.net/contact.html contact sales]''' | |||
|} | |||
Please '''[http://www.neweagle.net/contact.html contact sales]''' | Please '''[http://www.neweagle.net/contact.html contact sales]''' | ||
Revision as of 18:39, 17 August 2017
| Information Type | Do This |
|---|---|
|
BMS Configuration Document |
|
|
Basic Configuration Example |
Lithium Balance Basic Configuration example: Let’s take an example. If you are building a 72V battery based on LFP cells @ 3V nominal/each cell. Then you need 72V/3V = 24 cells. That is a 24S configuration You need: • 1x (LIB-BMCU-001) BMCU • 3x (LIB-LMU-001) LMU – as each LMU covers 8 cells. • 1x (LIB-HARKIT-BMCU-01) Harness kit for BMCU v6 incl. IO wire 400mm • 3x (LIB-HARNKIT-LMU-01) Harness kit for LMU v6 incl 120mm Comm Wire + Temp.Sensor • 1x (LIB-MGT-SW-001) Diagnostic Software v6 / PRO + Inst. Manual incl. 5h support • 1x (LIB-SRV-SW-001) Diagnostic Software v6 / SERVICE + Inst. Manual (N is the numbers the customer needs for their service technicians, if they have 1 service technician they need 1) |
|
User Manual |
Please contact sales |
|
BMS Housing Available |
Please contact sales |
Please contact sales