Specifications
GenRemote
CONTROL
STATION
IMPORTANT!
The
generator must be running
and
the system
fully
operational before the
calibration mode
can
be
accessed .
. Enter the Calibration Mode: Press and holding the Mode Button
for
10
seconds. Entry
is
indicated when the
hundreds
place decimal
of
the 3-digit, 7-segment
display
turns
on.
Calibration Button Functions
Mode Button:
Press
and
hold.
the
mode
button to enter the calibration
mode.
Preheat Button:
Use
the Preheat Button
to
manually advance through the AutoGauge
Scroll functions until the desired
gauge
is
reached.
Stop Buttqn:
Use
the
Stop
Button
to
deprement or reduce
the
gauge
value.
Start Button:
Use
the Start Button
to
increment or increase
the
gauge
value.
Mode Button: Press the
mode
button
to
exit the calibration
mode.
Not pressing
any
button
for
30
seconds
will also exit
the
calibration
mode.
Firmware I.D.
The
finnware identification number will appear in the display when the
calibration mode
is
exited.
A typical
firmware
identification number
is
. "AI 5".
Calibration Method
Calibrate the AutoGaugeScroll
by
using
the
values
derived
from
the
mechanical
gauge
package supplied with
the
generator.
Calibrate the
AC
Volt
and
Current Meter with a standard
Amp
1I:iiji;l~""'"
and
Voltmeter normally carried
by
most service technicians.
lnd'atesOiJPteuure
9gelaln
Caiblation
Mode
888
No
'calibration
of
the Frequency Meter
is
required or allowed.
The
Frequency
Meter is
factolY
calibrated to ±
one
(1)
Hz.
NOTE:
The
unit will automatically exit the Calibration Mode ifno
buttons
are
pressed
for
thirty
(30)
seconds. .
Firmware Identification
When
calling
for
service or warranty repair it
is
useful
to
have
the
fumware
Flfmware
ID
identification
number.
The utnt's age, software revision level
and
the
systems
IBI8181
hardware can be identified
from
this
number.
The finnware identification I
.
~o
0 0
numberis also placed
on
the
28
pin microprocessor
locate~
in
the
control
module
asseJ:!lbly.
The
firmware
number
appears in the display when
the
calibration
mode
is exited.
FAIL
SAFE
PROCEDURES
The
fail-safe
system
is setup
to
display potential failures approximately
10%
lower than the
OEM
settings.
This
allows
time for
the
operator
to
manually shut down the generator before
serioUs
damage
occurs.
Failures
are
displayed by turning on the appropriate' warning
LED.
For
Example, the high coolant
temperature alarm will appear at
195
0 F and
the
OEM
safety switch will stop the generator at
210
0
F.
The
alarm
LED
will remain,lit after the
generator
shuts
down
to provide indication
as
to
why
the
unit
stopped.
The
alarm
LED
can be cleared
by
pressing
the
stop
button or
by
restarting the
unit.
The
Fail-Safe Protocols include:
1 -
Oil
Pressure,'
2 - Coolant Temperature
3 - Exhaust
Over
temperature
KLIXON
Engine~
& Generators
56