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Magnum Energy ME-G Series User Manual

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Page 20

Installation

2.5.6

AC Wiring Confi guration

The following table provides the different wiring confi gurations for installing and connecting the

AC conductors to and from the inverter (refer to Figures 2-9 to 2-12 for confi guration diagrams).

Table 2-3, AC Input/Output Wiring Confi gurations

SI

Single In

SI/SO

Single In/

Single Out

(≤ 30A)

SI/SO

Single In/

Single Out

(≤ 50A)

DI/SO

Dual In/

Single Out

AC Input

Source

1

120 VAC @

≤30 amps

120 VAC @

≤30 amps

120 VAC @

>30 amps

(60 amps max.)

120/240 VAC (or

2 separate legs

of

120 VAC)

2

@ ≤30 amps/leg

Reason to Use

Have a 120 VAC

source that is

≤30 amps, and

using the

GFCI outlet to

connect loads).

Have a 120 VAC

source that is

≤30 amps.

Requires a

separate inverter

sub-panel.

Have a 120 VAC

source that is

>30 amps.

Requires a

separate inverter

sub-panel.

Want dedicated

pass-thru while

AC source is on.

Requires a

separate inverter

sub-panel.

Appropriate

Models

ME2012-G
ME2512-G
ME3112-G

ME2012-G
ME2512-G
ME3112-G

ME2012-G
ME2512-G
ME3112-G

ME2012-G
ME2512-G
ME3112-G

Maximum

Input Breaker

Required

Minimum Wire

Size

(AWG)

30A

(single pole)

#10 AWG

(In)

30A

(single pole)

#10 AWG In

(split into two

#10 AWG for

HOT 1 &

HOT 2 IN)

#10 AWG

(HOT 2 OUT)

60A

(single pole)

#6 AWG In

(split into two

#10 AWG for

HOT 1 &

HOT 2 IN)

#10 AWG

(HOT 2 OUT)

30A

(dual pole)

#10 AWG

(In & Out)

Maximum

Inverter Pass-

thru capacity

Output

Confi gurations

2400W

20A @ 120 VAC

3600W

30A @ 120 VAC

= 3600W

(HOT 2 OUT)

or

20A @ 120 VAC

= 2400W

(GFCI outlet)

6000W

30A @ 120 VAC

(HOT 2 OUT)

and

20A @ 120 VAC

(GFCI outlet)

6000W

30A @ 120 VAC

(HOT 2 OUT)

and

20A @ 120 VAC

(GFCI outlet)

Wiring

Diagram

Figure 2-9

Figure 2-10

Figure 2-11

Figure 2-12

Note

1

: AC source is from either the utility/grid power (i.e., shorepower) or an AC generator.

Note

2

: If two legs of 30A @ 120 VAC are used, they must be from the same source (i.e., have a common

neutral). For example, 2 legs from a 3-phase source can be used.