Kohler EKOZD Series Service page 72

SiteTecht Parameter
Torque Sharing Integral Gain
Torque Sharing Derivative Gain
Frequency Trim Proportional Gain
Frequency Trim Integral Gain
Frequency Trim Derivative Gain
Real Power Baseload Proportional Gain
Real Power Baseload Integral Gain
Real Power Baseload Derivative Gain
System Real Load Control Proportional Gain
System Real Load Control Integral Gain
System Real Load Control Derivative Gain
Reactive Power Load Sharing
Reactive Power Baseload Setpoint
Power Factor Setting
Reactive Droop Slope
Voltage Bias
Var Control Mode
Reactive Power Sharing Proportional Gain
Reactive Power Sharing Integral Gain
Reactive Power Sharing Derivative Gain
Voltage Trim Proportional Gain
Voltage Trim Integral Gain
Voltage Trim Derivative Gain
Reactive Power Baseload Proportional Gain
Reactive Power Baseload Integral Gain
Reactive Power Baseload Derivative Gain
Power Factor Baseload Proportional Gain
Power Factor Baseload Integral Gain
Power Factor Baseload Derivative Gain
System Reactive Power Control Proportional Gain
System Reactive Power Control Integral Gain
System Reactive Power Control Derivative Gain
System Power Factor Control Proportional Gain
System Power Factor Control Integral Gain
System Power Factor Control Derivative Gain
Generator Management
Gen Management Control Mode
Gen Management Enabled
Gen Management Order
Gen Management Start Percent
Gen Management Stop Percent
Gen Management Start Delay
Gen Management Stop Delay
Gen Management Start Accumulator
Gen Management Stop Accumulator
Gen Management Start KW
Gen Management Stop KW
Gen Management Stable Delay
Gen Management Run Time Threshold
Gen Management Fuel Difference Threshold
Gen Management Min Gens Online
Gen Management Min Load Shed Priority
Gen Management Stopped By Gen Mgmt
72 Section 2 Operation
Write Decision-Maker
Access Units
User Interface
Always
Always
Always Freq Trim P Gain: ##.##
Always Freq Trim I Gain: ##.##
Always Freq Trim D Gain: ##.##
Always
Always
Always
Always
Always
Always
Always %
Always
Always %@FL
None Voltage Bias: ###.##
Always
Always kVAR Sharing P Gain: ##.##
Always kVAR Sharing I Gain: ##.##
Always kVAR Sharing D Gain: ##.##
Always Volt Trim P Gain: ##.##
Always Volt Trim I Gain: ##.##
Always Volt Trim D Gain: ##.##
Always
Always
Always
Always
Always
Always
Always
Always
Always
Always
Always
Always
Always Gen Management Mode:
Invalid/Manual Fixed/
Run Time/Fuel Level
Always Gen Management: On/Off
Always Gen Management Order: #
Always % Start Capacity: ###.#%
Always % Stop Capacity: ###.#%
Always s Start Delay: ####s
Always s Stop Delay: ####s
None Start Accumulator: #####
None Stop Accumulator: #####
None kW Start kW: #####kW
None kW Stop kW: #####kW
Always s Stable Delay: ####s
Always h Run Time Threshold: ###.#hrs
Always % Fuel Level Threshold: ##.#%
Always Minimum Gens Online: ##
Always Min Loads Added: ##
None Stopped by Gen Mgmt:
True/False
3500
r
Notes
600 = 60.0% Rated kVAR
80 = 0.80 PF lagging,
- 90 = 0.90 PF leading
40 = 4.0% rated Volts @
100% rated KVAR
5000 = 50.00 Note
voltage bias is equal to %
voltage x 10 (5000 - >
50.00 - > +5% Voltage)
Only editable if in Manual
Mode
Only if in Run Time
Management
Only if in Fuel Level
Management
TP-6953 7/19