How to resolve baud rate misconfigured in Kohler 13.5EFKOZD?
In Controller Config --> Communication Setup, verify that the baud rate of all generators on the network matches. The default is 57,600 baud.
What to do if unable to establish first-on lock in Kohler 13.5EFKOZD Portable Generator?
Cycle power on all generators.
How to resolve PGEN communication not operational in Kohler 13.5EFKOZD Portable Generator?
In Controller Config --> Communication Setup, verify the PGEN Nodes Online is at least 2. If so, continue troubleshooting at Step 8 otherwise, continue on to Step 2.
General| Model | 13.5EFKOZD |
|---|---|
| Type | Portable Generator |
| Fuel Type | Gasoline |
| AC Output | 120/240 V |
| Starting Watts | 13500 W |
| Running Watts | 12000 W |
| Starting System | Electric Start |
| Run Time at 50% Load | 10 hours |
| Maximum Output | 13500 watts |
| Rated Output | 12 kW |
| Outlet Types | 1x 120/240V 30A, 1x 120/240V 50A |
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Identifies and lists features of the Decision-Makerr 3500 controller.
Describes the Decision-Makerr 3500 controller with an integrated voltage regulator.
Lists essential checks to perform before starting the generator set to ensure satisfactory operation.
Explains the different modes of operation for the generator set controller.
Describes the yellow FAULT lamp and alarm horn for warning faults that do not shut down the generator.
Explains the red FAULT lamp, alarm horn, and shutdown for critical fault conditions.
Explains how to access controller data via digital display or PC.
Groups generator set faults, probable causes, and recommended actions.
Troubleshooting steps for when the breaker fails to close to the bus.
Troubleshooting guide for various protective relays like reverse power and overvoltage.
Troubleshooting steps for issues related to the voltage regulator.
Details the controller service replacement kit and its installation procedure.
Explains how the controller provides voltage regulation and the role of the activator board.
Guides for troubleshooting alternator output conditions like no voltage, overvoltage, and fluctuating voltage.
Describes the process of matching generator output to the paralleling bus.
Details how real power output is controlled and shared.
Explains how reactive power output is controlled.
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