G80XW/XF, G115XW/XF, G150XW/XF, G200XW/XF - 50HZ
OPERATION & MAINTENANCE MANUAL
101
G100XW/XF, G135 XW/XF, G170XW/XF, G225XW/XF - 60Hz
Engine Type Setup Menu
This menu offers function to configure setting values of the controller depending on types of the engines in advance and
apply such pre-set values to the selected engine.
System Setup Menu
It consists of sub-menus for the system configuration items of the controller including the one for configuring RUN/IDLE/
OVERSPEED/CRANK/GEARNUMBER related to RPM setting. Depending on additional functions, users can designate
values for STARTING FUEL/SPEED RAMPING/ACTUATOR MAX/LOW BATTERY.
1) SET RUN RPM
Users can designate normal speed (target RPM) of the engine.
Users need to input different normal speed values depending on the specification of the selected engine.
2) SET IDLE RPM
Users can designate the idle speed values of the engine as RPM.
Users need to input values to control the idle operating speed of the engine.
3) SET OVER SPEED
Users can designate RPM values to activate engine protection function when the speed exceeds the normal level (target
RPM) and reaches the overspeed range that may cause problems to the engine. When the engine RPM reaches the over
speed RPM range, the engine immediately stops with error messages and alarms.
4) CRANKING RPM
Users can designate values to activate the actuator when the engine starts to operate.
5) GEAR NUMBER
Users can input the number of flywheel teeth in the engine to the controller so that the controller can calculate the
accurate RPM depending on the values of the pick-up sensor from the engine.
6) STARTING FUEL
Users can designate the amount of fuels used when the engine starts to operate and the operating current for the
controller to activate the actuator changes based on these values.
7) AUX SPEED
Users can adjust values to ensure safe operation of the engine based on the AUX signal values when AUX is enabled.
8) SPEED RAMPING
Users can input ratio values of speed changes when the speed increases or decreases in the idle condition of the engine.
9) MAX CURRENT
Users can designate the maximum operating current for the actuator of the engine.
10) LOW BATTERY
It measures the battery voltage supplied to the controller. When the measured values are lower than the present voltage
values, it will be alarmed. Usually, the acceptable battery voltage is between 20 and 22V (without load).
11) DROOP GAIN
Users can designate the droop values applicable to maximum load based on the current consumption of the actuator.
12) F-LOAD CURR
Users can designate the maximum current values when the generator is in full load.
13) N-LOAD CURR
Users can designate the operating current values of the actuator when the generator has no load.