Westerbeke 5.0Kw BCDR Operator's Manual page 61

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