DMC Sigma2N - Menu 6 Battery Setup

Simga2N Traction Advanced Manual– V1.3 Page 117 (166) ©2021 DMC GmbH Herten Germany
Menu 6 “Battery setup”
The following menu includes the settings for the BDI algorithm and for battery current limitation.
Cal.
Ref.
Parameter name “Calibrator text”
Range
Step
size
Default
Index
Sub-index
1
BMS configuration “BMS cfg”
0 - 9
1
0
0x2803
0x0
2
BMS master controller “BMS Mast”
0 – 1
1
1
0x2804
0x0
3
BMS current repartition “ShareCur”
0% - 100%
1%
100%
0x2806
0x0
4
Allow driving during BMS recharge
“Drv@Chg
0 – 1
1
0
0x2807
0x0
800A units
5
Maximum BMS current “MaxBattA”
0A – 2000A
1A
900A
0x2805
0x0
700A units
5
Maximum BMS current “MaxBattA”
0A – 2000A
1A
800A
0x2805
0x0
<= 600A units
5
Maximum BMS current “MaxBattA”
0A – 2000A
1A
700A
0x2805
0x0
48V units
6
Nominal battery voltage “NomBatV”
12V – 72.5V
0.1V
48V
0x2800
0x1
7
BDI reset level “BDIreset”
12V – 72.5V
0.1V
48V
0x2801
0x1
8
BDI empty level “BDIempty”
12V – 72.5V
0.1V
48V
0x2801
0x2
96V units
6
Nominal battery voltage “NomBatV”
12.0V – 144.0V
0.1V
96V
0x2800
0x1
7
BDI reset level “BDIreset”
12.0V – 144.0V
0.1V
96V
0x2801
0x1
8
BDI empty level “BDIempty”
12.0V – 144.0V
0.1V
96V
0x2801
0x2
120V units
6
Nominal battery voltage “NomBatV”
12.0V – 190.0V
0.1V
120V
0x2800
0x1
7
BDI reset level “BDIreset”
12.0V – 190.0V
0.1V
120V
0x2801
0x1
8
BDI empty level “BDIempty”
12.0V – 190.0V
0.1V
120V
0x2801
0x2
General
9
BDI warning level ”BDIwarn”
0% - 99%
1%
20%
0x2801
0x3
10
BDI cutout level “BDIcut”
0% - 99%
1%
0%
0x2801
0x4
11
BDI speed limit “BDIspeed”
0RPM – 4000RPM
5RPM
3000RPM
0x2802
0x0
12
Maximum BMS temperature “MaxBattT”
-20°C – 100°C
1°C
80°C
0x2016
0x1
13
Minimum BMS temperature “MinBattT”
-20°C – 100°C
1°C
0°C
0x2016
0x2
M6-1 BMS configuration “BMS cfg”
This setting specified whether the DMC Sigma2N Controller is supposed to work in combination with a BMS.
For details please refer to [9].
• If to 0 (No BMS), no BMS communication is assumed;
• If set to 1 (FlashBattery BMS), the Sigma2N Controller will expect to communicate with a FlashBattery
BMS system.
• If set to 2 (Micropower Ebrix BMS), the Sigma2N Controller will expect to communicate with a Ebrix
BMS system.
• If set to 3 (Cellpower BMS), the Sigma2N Controller will expect to communicate with a Cellpower BMS
system.
• If set to 4 (HyperDriveInnovation BMS), the Sigma2N Controller will expect to communicate with a
HyperDriveInnovation BMS system.
• If set to 5 (Lionic BMS), the Sigma2N Controller will expect to communicate with a Lionic BMS system.
• If set to 6 (BatteryLabs BMS), the Sigma2N Controller will expect to communicate with a BatteryLabs
BMS system.
• If set to 7 (Vanguard SinglePack BMS), the Sigma2N Controller will expect to communicate with a
Single-Pack Vanguard BMS system.
• If set to 8 (Vanguard DoublePack BMS), the Sigma2N Controller will expect to communicate with a
Double-Pack Vanguard BMS system.
• If set to 9 (Eleo BMS), the Sigma2N Controller will expect to communicate with a Eleo BMS system.