
28
Power available for use by each output terminal and receptacle are as show below.
Use is possible up to the kVA as shown below.
(Unit: kVA)
1-phase, 3-wire
output terminal
1-phase 120 V receptacle
1-phase 240/120 V
receptacle
Total
CON1
CON2
CON3
CON4
CON5
CON6
CON7
U-W
108/ [54]*
Total 2.4
Total 2.4
12
12
12
108/ [54]*
U-N
54/ [27]*
54/ [27]*
W-N
54/ [27]*
54/ [27]*
* Figures in brackets are used when set to 480 V.
< Note >
If using a single-phase 120 V (between output terminals U-N and W-N), connect an
equivalent load between U-N and W-N.
If using a single-phase three-wire output terminal simultaneously with a receptacle output,
make sure that currents passing through each phase is less than the rated current of this
generator.
If using at the three-phase 480 V setting, the output voltage of the single-phase three-wire
type is single-phase 240/120 V, which is the same as the three-phase 208/240 V setting.
Accordingly, care must be taken to not draw an excessive load as the available power is only
one half.
N
GROUND
U
W
U-N / W-N / U-W
W-N
U-N
Load
CON1
Load
CON2
Load
CON3
Load
CON4
120V
(
U-N
)
CON5,CON6,CON7
120V
(W-N)
CON5
Load
CON6
Load
CON7
Load
W
Y
240V
(
U-W
)
X
Summary of Contents for DGK180F
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Page 62: ...59 13 Generator Circuit Diagram...
Page 63: ...60 14 Engine Electrical Circuit Diagram...
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