How to fix Woodward Controller emergency stop?
If the Woodward Controller shows an emergency stop, examine the emergency stop button to ensure it functions correctly. Also, check if the starting battery's positive pole is connected to the emergency stop input, and verify the circuit for any open connections.
What to do if my Woodward easYgen-400 Control Unit has no power?
If your Woodward Control Unit has no power, check the starting batteries, controller connection wiring, and the DC fuse.
What to do if Woodward easYgen-400 starter no response?
If the starter of your Woodward Control Unit doesn't respond, check the starter connections and the starting batteries.
Why does my Woodward Control Unit genset shutdown?
If your Woodward Control Unit's genset shuts down, check if the water/cylinder temperature exceeds the limits, the genset AC voltage, and the DC fuse.
What to do if my Woodward Control Unit experiences a shutdown alarm while running?
If your Woodward Control Unit displays a shutdown alarm while running, check the switch and its connections according to the information on the LCD. Also, check the auxiliary input ports.
What to do if my Woodward easYgen-400 shows controller emergency stop?
If your Woodward Control Unit indicates an emergency stop, verify that the emergency stop button works properly. Also, check whether the starting battery's positive pole is connected to the emergency stop input and whether the circuit is open.
What to check if Genset running while ATS not transfer with Woodward Controller?
If the Woodward Controller experiences genset running while ATS not transfer, check the ATS itself and the connections between the ATS and the controllers.
Why Woodward Controller fails to start?
If the Woodward Controller fails to start, check the fuel oil circuit and its connections, inspect the starting batteries, and verify the speed sensor and its connections. Refer to the engine manual for additional guidance.
What to do if Woodward Controller causes Genset shutdown?
If the Woodward Controller experiences a genset shutdown, verify if the water/cylinder temperature is within acceptable limits. Also, check the genset AC voltage and the DC fuse.
How to fix ECU communication failure in Woodward easYgen-400?
To address an ECU communication failure in your Woodward Control Unit: * Check the CAN connections for high and low polarity. * Verify the 120 ? resistor is connected properly. * Confirm the engine type is correct. * Ensure the connections from the controller to the engine and the output ports settings are correct.
General| Model | easYgen-400 |
|---|---|
| Digital Inputs | 8 |
| Digital Outputs | 6 |
| Analog Inputs | 4 |
| AC Frequency | 45-65 Hz |
| Communication Ports | RS-485, Ethernet |
| Display | LCD |
| Protection Class | IP20 |
| Supported Protocols | CANopen |
Provides an overview of the manual's content and purpose.
Details changes and updates across different software versions.
Explains the meaning of symbols used for safety and instructions.
Outlines copyright, liability limitations, and usage terms.
Details warranty terms and conditions for the product.
Covers essential safety precautions for operating the equipment.
Defines the proper and intended application of the easYgen unit.
Specifies qualifications and requirements for personnel operating the equipment.
Highlights potential dangers and risks associated with the system's operation.
Describes the various screens displayed on the Human Machine Interface.
Details the status information accessible through the ToolKit-SC software.
Explains the function of buttons and display elements on the front panel.
Describes how warnings and alarms are indicated on the controller.
Outlines the different operational modes available for the controller.
Covers the procedures for starting and stopping the genset.
Covers procedures for transitioning between operating states.
Provides guidance on diagnosing and resolving common issues.
Categorizes different types of alarms and their behavior.
Lists and describes specific warning conditions and their effects.
Describes alarm conditions that cause the genset to shut down.
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