Set Exercise Time; Avr=Automatic Voltage Regulator - Champion Global Power Equipment 100199 Mode D'emploi

Model 100199
INSTALLATION

SET EXERCISE TIME

To set the exercise time,
1. The Engine Control Module switch must be in the ATS
mode.
2. Decide on the desired day and time to exercise the HSB
generator.
3. Press the exercise switch to ON.
4. The HSB generator will start and run for 15 minutes and
then shut off.
5. The exercise time is now set.
6. The HSB generator will begin the next exercise period
exactly 168 hours from when the exercise switch
was pressed to the ON position. The exercise switch
incorporates a built-in timer.
7. Load transfer from the HSB generator output will not occur
unless the utility power is lost.
The exercise time setting is specific to the day and time you set
it on site.
When the exerciser switch is in the OFF position, the exercise
function is disabled.
Reset or change exercise time
If you chose to change the current exercise time setting or
reset the time setting, choose the new day and time. Switch the
exercise switch to OFF and then to ON and it will begin the cycle
again.
EXERCISE TIME WILL HAVE TO BE RESET IF;
1. The battery was disconnected from the HSB generator.
2. The exercise switch was moved to the OFF position for
maintenance.
AVR = AUTOMATIC VOLTAGE
REGULATOR
The AVR is an electrical or electronic device that maintains the
voltage of a power source within predetermined limits. AVR is a
regulator that automatically keeps voltage within the prescribed
range required by the electrical equipment that will be provided
power by the HSB. The AVR uses solid-state semiconductor
devices to smooth out variations in the flow of current
The AVR monitors the output voltage and controls the input
voltage to the exciter of the generator. By increasing or
decreasing the generator control voltage, the output voltage
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Part No. 101049 Rev. B
of the generator increases or decreases accordingly. The AVR
calculates how much voltage has to be sent to exciter numerous
times a second, therefore stabilizing the output voltage to a
predetermined set point.
There are 3 connectors that come from the AVR. For reference
we have numbered them 1, 2 and 3 when viewed right to left.
CONNECTOR #1 (far left connector), has 2 leads. A RED lead
(top) that runs to the positive side of the brush assembly, and
a BLACK lead (bottom) that runs to the negative side of the
brush assembly. The brush assembly provides flow through of
excitation current to the rotating rotor. Brushes are made of long
lasting material that seldom wear out or fail. The contact points
of the brush assembly are with two slip rings attached to the
rotor. These slip rings can become tarnished or exhibit a glaze,
which can create a resistance to the flow of electricity. This can
occur when the HSB is not exercised or ran over long periods of
storage.
CONNECTOR #2 (center), has 4 leads. The 2 leads on the right
side of the connector (top & bottom) are BLUE. They run to the
excitation windings on the stator. The 2 leads on the left side
of the connector (top & bottom) are GREEN (top) and WHITE
(bottom), they run to the sampling windings of the stator.
CONNECTOR #3 (far right), has 2 leads. The top lead is BROWN,
when connected it runs to pre-boost/magnetized pin #7 on the
Engine Controller Module. The bottom lead is GREEN and runs to
ground.