King Canada power force KCG-3000i Instruction Manual page 9

CONTROL PANEL continued...
POWER RESET BUTTON-(I) FIG.8.
KEYED ENGINE SWITCH-(J) FIG.8. Turn the key in the engine power switch to turn the engine on.
12V DC OUTLET-(K) FIG.8. Main use, charging 12V automotive batteries
IMPORTANT: Allow generator to run at no load for 5 minutes upon each initial start-up to allow engine to stabilize. To charge battery:
1) Using supplied battery cables, connect its plug into the 12V outlet (K) Fig.8.
2) Connect the red positive (+) battery cable to the battery's positive (+) terminal and the black negative (-) battery cable to the battery's
negative (-) terminal.
3) Charge the battery according to battery or equipment manufacturer recommendations. Stop charging when the voltage of the battery is above
16V.
Warning! To avoid possible short-circuiting, it is recommended to disconnect car battery from vehicle before attempting to charge it.
120V CIRCUIT BREAKER (N) AND 12V DC RESET (L). If an overload or short-circuit occurs, either the 120V AC circuit breaker (N) Fig.8, the
12V DC Reset (L) Fig.8 or the internal overload sensor will "trip" to protect the circuit, causing the generator to automatically shut off. Disconnect
all electrical items from the control panel. Press the tripped reset button or position the circuit breaker to the On position and restart the generator.
FUEL VALVE-(M) FIG.8. Opens or closes the fuel valve.
WATTAGE CALCULATIONS
IMPORTANT! Never exceed the rated capacity of your generator.
Serious damage to the generator or appliance could result from an
overload.
1) "Starting" and "Running" wattage requirements should always be
calculated when matching a generators wattage capacity to the
appliance or tool.
2) There are two types of electrical appliances that can be powered by
your generator;
a) Items such as radios, light bulbs, televison sets, and microwaves
have a "resistive load". Starting wattage and running wattage are
the same.
b) Items such as refrigerators, air compressors, washer, dryer and
hand tools that use an electrical motor have an "inductive load".
Inductive load appliances and tools require approx. 2 to 3
times the listed wattage for "starting" the equipment. This
initial load only lasts for a few seconds on start-up but is important
when figuring your total wattage to be used.
Always start your largest electric motor first, and then plug in other
items, one at a time.
Wattage Requirement Chart- This is only a guideline, each appliance
or electrical device needs to be checked for its specific operating load.
DETERMINING WATTAGE REQUIREMENTS
Note: Volts X Amps = Watts
Example: 120V X 10 Amps = 1200 Watts
Before operating this generator, list all of the appliances and/or tools
that are going to operate at the same time. (Then determine the
starting wattage requirements and the running wattage requirements
by following the example below;
1) Add the total amount of the running wattage of all appliances and/or
tools that will be operated at the same time.
Example 1A:
Lights = 100 Watts (Running)
Television = 135 Watts (Running)
TOTAL = 235 Watts (Running)
CONTROL PANEL &
WATTAGE CALCULATIONS
2) Next add the total amount of the starting wattage of any appliances
and/or tools that will start and stop during operation.
Example 1B:
Small refrigerator 500 Watts (Running) 2000 Watts (Starting)
TOTAL = 500 Watts (Running) 2000 Watts (Starting)
3) The running wattage of examples 1A & 1B totals 735 watts. The
starting wattage of the small refrigerator is 2000 watts which is 1265
watts more than the running watts. Take this difference of 1265
starting watts from the refrigerator and add to the total running watts of
735. Therefore:
1265 Starting Watts + 735 Running Watts = 2000 Total Watts
The generator required to operate the items in example 1A & 1B
must have a minimum capacity of at least 2000 starting watts.