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Battery Enclosure Circuits

LV:

Pin

Type

Name

Gauge

Length (cm)

Average Current

Peak Current (500ms)

12 POS

1

OUT

PD DCDC +

14

250

2

4

2

OUT

PD GND

14

250

2

4

3

OUT

PD AUX +

14

250

2

4

4

IN

BMS DCDC +

18 (22)

250

0.5

3

5

IN-

BMS AUX +CANH

22

250

0.5

30

6

-

BMS CANHCANL

22

250

0

0

7

-IN

BMS CANLAUX +

18 (22)

250

0.50

3

8

IN

Kill Switch IN

22

0

0

9

OUT

Kill Switch OUT

22

0

0

10

IN

MCI +

18

250

0.8

3

11

OUT

Horn +

14

300

5

5

12

OUT

Horn -

14

300

5

5

4 POS

1

-

Motor CANH

22

0

122

-

Motor CANL

22

0

3

OUT

WS22 +

18

4

OUT

WS22 -

18

HV:

Pin

Name

AWG

Length (cm)

Average Current

Peak Current (5min)

Anderson

1

Motor +

6

8

58

2

Motor -

6

8

58

4POS

1

Solar -

12

110

8/2

8/2

2

Solar +

12

110

8/2

8/2

3

Solar +-

12

110

8/2

8/2

4

Solar -+

12

110

8/2

8/2

8/27/2023

  • created + cleaned up MSXV Electrical Mockup Connections google sheet

  • Hardware Board Enclosures review

    • harnessing sheaths

      • combine common wires (i.e. GND) and splice them OR keep each wire separate but in common “casings”

    • FRONT ENCLOSURE TO REAR/BATTERY/CANOPY

      • run from sides following chassis tubes

    • REAR/BATTERY TO CANOPY

      • wiring needs to not restrict opening of canopy

        • Proposed path: Rear → Front → Rear (on side of canopy) → canopy

      • REAR/BATTERY TO TAIL

        • most direct path

      • UPDATE 28/08/2023: battery box ports will likely be on top of the front of our enclosure and maybe one or so on the lid for the AFEs

  • TO-DO:

    • work on PD/BMS portion of MSXV Elec Connections Google Sheet

      • remember to spec out wire gauges + length estimations!

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