DANGER
4.3.
A.C. Connection
This connection is made through the power terminal board
(fig.14, ref. 1). Remove the main panel to gain access to
the terminal strip as shown on fig. 13.
This range includes the possibility of use both at 120V
60Hz and 240V 60Hz.
For this reason it is possible to make two types of
connections (and use), according to the following configu-
rations.
1
- Parallel configuration: in this configuration there is a
single output at 120V between points P
1
and F
2
,
connecting the outputs of the alternator (P
1
, F
1
, P
2
, F
2
)
as shown in the diagram in fig. 13 ref. 2.
2
- Serial connection; in this configuration it is possible
to use a voltage of 240V between points P
1
and F
2
, as
shown in the diagram in fig. 13 ref 1.
In serial connection, power can be picked up both at 120
V between points F
1
- F
2
and P
1
- P
2
and at 240 V between
points P
1
and F
2
at the same time, as shown in the
diagram in fig. 15 ref. 3.
If the serial connector (fig. 15 ref. 3) is used to draw
a voltage of 120V 60Hz the current drawn off must
not exceed 50% of the rated current.
- Ensure that the sum of the loads to be supplied does not
exceed the nominal power of the electric generator.
- The gen-set is equipped with a circuit breaker in order
to cut off the output voltage in case of overload or short
circuit.
4.4.
Generator - Main switching
A switch should be placed in-line to switch generator to
shore power. The switch should be dimensioned according
to the size of the loads: a general diagram is shown in fig.
17.
5. LIFTING
To lift the generator, use ONLY the provided lifting points.
Hooking and/or lifting from any point other than the
provided lifting point could damage the generator
and cause a dangerous situation.
12
