17
6.7
Overloading
.
6.8
Overloading the generator in excess of its rated wattage capacity can result in damage
to the generator and to connected electrical devices.
6.9
Observe the following to prevent overloading the unit;
6.10
Add up the total wattage of all electrical devices to be connected at one time.
This total should not be greater than the generators wattage capacity.
6.11
The rated wattage of lights can be taken from light bulbs. The rated wattage of tools,
appliances and motors can usually be found on a data label or decal affixed to the
devices.
If the appliance, tool or motor does not give wattage, multiply volts by ampere rating to
determine watts. (volts x amps = watts).
6.12
Some electrical induction motors require about three times more power for staring than
for running.
This surge of power only lasts a few seconds when starting.
You must make sure you allow for high starting wattage when selecting electrical
devices to connect to the generator.
6.13
Calculate the watts needed to start the largest motor.
Add that figure to the running watts of all the other connected loads.
Start the largest motor first and only one motor at a time.
6.14
The AC switch (breaker) will turn OFF automatically when the load exceeds the
generator output.
6.15
If the AC switch turns OFF then before resetting, remove some of the load and keep
below the rated output of the machine.
6.16
DO NOT connect the generator to a Mains AC socket in your building, commonly
known as ‘back feeding’.
It is extremely dangerous and illegal.
6.17
To remain emissions compliant at high altitude (altitudes over 5000 feet)
adjustment is required. This adjustment will cause decreased performance,
increased fuel consumption and increased emissions.
Contact your dealer for high altitude adjustment information.
6.18
Operation of the engine at altitudes below 2500 feet with the high altitude kit is not
recommended.
