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Friday, May 10, 2024

Alternateur de voiture 12 V vers générateur EXCITÉ DURACELL 90 A


 Alternateur de voiture 12 V vers générateur EXCITÉ DURACELL 90 A

1**Introduction and Equipment Setup**:


   - Introduction to the episode and its purpose.


   - Description of the equipment needed, such as a car alternator, a 12V battery, soldering tools, paper tape, DC clamp meter, multimeter, bulb, spring, etc.

2**Battery Excitation**:


   - Explanation of the need for battery excitation to power up the rotor or field winding.


   - Instructions on connecting the battery to the alternator for excitation.


   - Testing the connection to ensure functionality.

3**Connection of Output Wires**:


   -Guidance on connecting output wires from the alternator, emphasizing the need for thick wires due to high amperage.


   - Description of connecting the positive output wire to the main positive screw on the alternator and connecting the negative wire to the alternator's body.

4**Power Generation Testing**:


   - Instructions for testing the alternator's power generation capability using a multimeter and a load (bulb).


   - Testing under various conditions, including hand rotation, rope rotation, short circuit conditions, and increasing RPM.


   - Demonstrating the generation of electricity and measuring voltage and current output.

5. **Further Testing and Adjustments**:


   - Additional testing with different loads such as car and motorcycle bulbs.


   - Experimentation with short-circuit conditions using a spring.


   - Attempting to optimize performance by adding another belt in parallel to the pulley.

6**Conclusion and Future Plans**:


   - Summary of the testing results and observations.


   - Announcement of future plans for the channel, focusing on alternator and generator-related content.


 Alternateur de voiture 12 V vers générateur EXCITÉ DURACELL 90 A

1**Introduction and Equipment Setup**:


   - Introduction to the episode and its purpose.


   - Description of the equipment needed, such as a car alternator, a 12V battery, soldering tools, paper tape, DC clamp meter, multimeter, bulb, spring, etc.

2**Battery Excitation**:


   - Explanation of the need for battery excitation to power up the rotor or field winding.


   - Instructions on connecting the battery to the alternator for excitation.


   - Testing the connection to ensure functionality.

3**Connection of Output Wires**:


   -Guidance on connecting output wires from the alternator, emphasizing the need for thick wires due to high amperage.


   - Description of connecting the positive output wire to the main positive screw on the alternator and connecting the negative wire to the alternator's body.

4**Power Generation Testing**:


   - Instructions for testing the alternator's power generation capability using a multimeter and a load (bulb).


   - Testing under various conditions, including hand rotation, rope rotation, short circuit conditions, and increasing RPM.


   - Demonstrating the generation of electricity and measuring voltage and current output.

5. **Further Testing and Adjustments**:


   - Additional testing with different loads such as car and motorcycle bulbs.


   - Experimentation with short-circuit conditions using a spring.


   - Attempting to optimize performance by adding another belt in parallel to the pulley.

6**Conclusion and Future Plans**:


   - Summary of the testing results and observations.


   - Announcement of future plans for the channel, focusing on alternator and generator-related content.

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