What to do if Kipor Controller has a start failure?
If the Kipor Controller fails to start, begin by inspecting the fuel pipe and its connections. Next, check the batteries. Also, examine the RPM sensor and its connections to ensure they are properly configured.
How to troubleshoot Kipor Controller with no electricity?
To troubleshoot a Kipor Controller that has no electricity, first check the batteries. Then, check the controller connections. Finally, check the DC fuse.
What to do if Kipor KP310V1.0 Controller has no start signals?
If the Kipor Controller is showing no start signals, check the start motor and its connections. Also, check the batteries.
How to check emergency stop on Kipor KP310V1.0 Controller?
To check the emergency stop function on the Kipor Controller, verify the emergency function. Also, check the connections of the batteries with the emergency stop button. Finally, check if the circuits are open.
What to do if Kipor KP310V1.0 alarm and stop during running?
If the Kipor Controller alarms and stops during running, check the relevant connections. Also, check the Set Input parameters.
Why does my Kipor KP310V1.0 Controller genset stop?
The Kipor Controller genset might stop because the water temperature is too high. Check the AC Generator voltage. Also, check the DC fuse.
How to fix RS232 failure on Kipor KP310V1.0?
To fix an RS232 failure on the Kipor Controller, check the connections. Also, check if the COM port is correctly set up. Then, check the connections between RS232 TXD with RXD. Lastly, check the PC communication port.
What to do for high water temperature alarm after Kipor KP310V1.0 start?
If there is a high water temperature alarm after the Kipor Controller starts, check the water temperature sensor and its connections.
What to do if low oil pressure alarm after start in Kipor KP310V1.0?
If you receive a low oil pressure alarm after starting the Kipor Controller, check the oil pressure sensor and its connections.
General| Brand | Kipor |
|---|---|
| Model | KP310V1.0 |
| Category | Controller |
| Language | English |
Details the functionality of each button on the controller panel for user interaction.
Provides a visual overview of the controller's panel, indicators, and display elements.
Guides users through the process of starting and operating the genset manually.
Explains how to remotely control the genset using the controller.
Describes alarms that indicate non-critical issues and do not immediately stop the genset.
Details alarms that trigger a delayed shutdown of the genset.
Covers alarms that result in an immediate and critical shutdown of the genset.
Lists all settable engine parameters with their codes, ranges, and defaults.
Details the programmable output functions and their terminal assignments.
Explains the configuration options for remote start/stop functionality.
Describes the setup and behavior of user-definable input signals for fault detection.
Lists specific functions assignable to programmable output terminals 17 and 18.
Specifies the physical layer parameters for serial communication between devices.
Describes the host inquiry and slave response sequence in serial communication.
Details the RTU mode communication protocol, including address, function, and data fields.
Shows the wiring diagram for a 3-phase, 4-line generator setup.
Illustrates the wiring diagram for a 3-phase, 3-line generator setup.
Shows the wiring diagram for a 1-phase, 2-line generator setup.
Illustrates the wiring diagram for a 2-phase, 3-line generator setup.
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