Figure B-5, Battery Bank Wiring Examples (24-Volt) - Magnum Energy MS Series Owner's Manual

Appendix B - Battery Information
S e rie s S trin g
(1 2 V D C + 1 2 V D C)
24 volt battery bank (one string of two 12-volt batteries wired in series)
24 vo lt b attery b an k ( o n e strin g o f tw o 12 -vo lt b atteries w ired in series )
S e rie s S trin g
( 6 V D C + 6 V D C
+ 6 V D C + 6 V D C)
24 vo lt b attery b an k (o n e strin g o f fo u r 6 -vo lt b atteries w ired in series )
24 volt battery bank (one string of four 6-volt batteries wired in series)
P a ra lle l S trin g ( 1 0 0 A H + 1 0 0 A H)
S e rie s S trin g
(1 2 V D C + 1 2 V D C)
S e rie s S trin g
(1 2 V D C + 1 2 V D C)
24 volt battery bank (two strings of two 12-volt batteries wired in series and connected in parallel) 24 vo lt b attery b an k ( tw o strin g s o f tw o 12 - vo lt b atteries w ired in series an d co n n ected in p arallel )
P a ra lle l S trin g ( 2 0 0 A H + 2 0 0 A H )
S e rie s S trin g
( 6 V D C + 6 V D C
+ 6 V D C + 6 V D C)
S e rie s S trin g
( 6 V D C + 6 V D C
+ 6 V D C + 6 V D C)
24 volt battery bank (two strings of four 6-volt batteries wired in series and connected in parallel)
24 vo lt b attery b an k ( tw o strin g s o f fo u r 6- vo lt b atteries w ired in series an d co n n ected in p arallel )

Figure B-5, Battery Bank Wiring Examples (24-volt)

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12 V D C
b attery
( 100 A H )
6 V D C 6 V D C
b attery b attery
(200 A H ) (200 A H )
12 V D C
b attery
( 100 A H )
12 V D C
b attery
( 100 A H )
6 V D C 6 V D C
b attery b attery
(200 A H ) (200 A H )
6 V D C 6 V D C
b attery b attery
( 200 A H ) (200 A H )
ov er - c urrent
protec tion
12 V D C
b attery
( 100 A H )
6 V D C 6 V D C
b attery b attery
(200 A H ) (200 A H )
ov er -c urrent
protec tion
12 V D C
b attery
(100 A H )
12 V D C
b attery
( 100 A H )
6 V D C 6 V D C
b attery b attery
(200 A H ) (200 A H )
6 V D C 6 V D C
b attery b attery
( 200 A H ) ( 200 A H )
© 2009 Magnum Energy Inc
to 24 VDC
to 24 V D C
inverter
in verter
(total capacity
(to tal cap acity
= 100 AH)
= 100 A H )
ov er - c urrent
protec tion
to 24 VDC
to 24 V D C
inverter
in verter
(total capacity
(to tal cap acity
= 200 AH) = 200 A H )
to 24 VDC
to 24 V D C
inverter
in verter
(total capacity
( to tal cap acity
= 200 A H )
= 200 AH)
ov er - c urrent
protec tion
to 24 VDC
to 24 V D C
inverter
in verter
(total capacity (to tal cap acity
= 400 A H )
= 400 AH)