How to find defective components: Unterschied zwischen den Versionen
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Here are examples on how to find defective components on your PCB1.3. | Here are examples on how to find defective components on your PCB1.3. | ||
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'''Problem''': Battery does not charge. | '''Problem''': Battery does not charge. | ||
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'''Solution:''' | '''Solution:''' | ||
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# Remove charging relay K3. | # Remove charging relay K3. | ||
# Connect charger, ensure charger cable (-/GND) is connected to the side marked as '-' at the PCB P42 connector and charger cable (+) is connected to the side marked as '+' at the PCB P42 connector. | # Connect charger, ensure charger cable (-/GND) is connected to the side marked as '-' at the PCB P42 connector and charger cable (+) is connected to the side marked as '+' at the PCB P42 connector. | ||
# Ensure the yellow station LED near charging relay is going ON. | # Ensure the yellow station LED near charging relay is going ON. | ||
| − | # Using a multimeter (volt/DC) measure voltage directly at charger connector P42, ensure charger voltage at P42 is approx. 29V. | + | # Using a multimeter (volt/DC) measure voltage directly at charger connector P42 (- and +), ensure charger voltage at P42 is approx. 29V. |
# Measure voltage between charger P42 GND and left and right side of the fuse EF1. It should again have approx. 29V. | # Measure voltage between charger P42 GND and left and right side of the fuse EF1. It should again have approx. 29V. | ||
# Disconnect charger. | # Disconnect charger. | ||
# Insert charging relay K3. | # Insert charging relay K3. | ||
| − | # Connect charger again. Ensure the charging relay is going ON (makes a hearable | + | # Connect charger again. |
| + | # Measure voltage between P42 GND and Arduino 'pinChargeRelay' (pin 50, see Arduino pinout below). It should have 3.3V which means the Arduino controls the charging relay to go ON. | ||
| + | # Ensure the charging relay is going ON (makes a hearable clicking noise when charger is connected). | ||
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| + | [[File:Measure_faulty1.png|1100px]] | ||
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| + | [[File:Arduino_due.jpg|500px]] | ||
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| + | To be continued... | ||
| + | '''Good luck with your measurements!''' | ||
| − | + | PS: You can find the complete PCB1.3 schematics here: | |
| + | https://github.com/Ardumower/ardumower/tree/master/Dokumentation/Megashield%20SVN%20V1.3 | ||
Aktuelle Version vom 13. Mai 2023, 18:31 Uhr
Here are examples on how to find defective components on your PCB1.3.
Problem: Battery does not charge.
Solution:
- Remove charging relay K3.
- Connect charger, ensure charger cable (-/GND) is connected to the side marked as '-' at the PCB P42 connector and charger cable (+) is connected to the side marked as '+' at the PCB P42 connector.
- Ensure the yellow station LED near charging relay is going ON.
- Using a multimeter (volt/DC) measure voltage directly at charger connector P42 (- and +), ensure charger voltage at P42 is approx. 29V.
- Measure voltage between charger P42 GND and left and right side of the fuse EF1. It should again have approx. 29V.
- Disconnect charger.
- Insert charging relay K3.
- Connect charger again.
- Measure voltage between P42 GND and Arduino 'pinChargeRelay' (pin 50, see Arduino pinout below). It should have 3.3V which means the Arduino controls the charging relay to go ON.
- Ensure the charging relay is going ON (makes a hearable clicking noise when charger is connected).
To be continued...
Good luck with your measurements!
PS: You can find the complete PCB1.3 schematics here: https://github.com/Ardumower/ardumower/tree/master/Dokumentation/Megashield%20SVN%20V1.3
