MCLV2 Development Board
Setting up the hardware
The following table shows the target hardware for the application projects.
Project Name | Hardware |
---|---|
mclv2_sam_e54_pim.X | MCLV2 Development Board ATSAME54 Plug-in module Hurst Motor with encoder |
Setting up MCLV2 Development Board
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Mount the ATSAME54 Motor Control Plug In Module on U9 header.
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Place the “External Opamp Configuration” Matrix board at J14
- Motor Connections:
- Phase U - M1 (White coloured wire)
- Phase V - M2 (Black coloured wire)
- Phase W - M3 (Red coloured wire)
- Hall Sensor Connections: Connect hall sensor wires as shown below
- 1 : +5V (Red coloured wire)
- 3 : HA (White coloured wire)
- 4 : HB (Brown coloured wire)
- 5 : HC (Green coloured wire)
- 2 : GND (Black coloured wire)
- Jumper Settings:
- JP1 - Curr, JP2 - Curr, JP3 - Curr
- In order to use RS232 port for X2CScope Communication JP4 - UART, JP5 - UART
- In order to use USB port for X2CScope Communication JP4 - USB, JP5 - USB
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Power the board with a 24V DC supply using J2 or BP1-BP2. For additional safety, it is recommended to use a current limited power supply while testing this software demonstration on a non-default hardware and motor.
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Complete Setup
Running the Application
- Build and Program the application using its IDE
- Press switch S2 to start the motor
- Vary potentiometer to change the speed of the motor
- Press switch S2 to stop the motor
- Press switch S3 to change the direction of the motor
- Press switch S2 again to start the motor
- Monitor graphs on X2C Scope
Refer to the following tables for switch and LED details:
Switch | Description |
---|---|
Switch S2 | To start or stop the motor |
Switch S3 | To change the direction of rotation. Direction toggle command is accepted only when motor is stationary. |
LED D2 Status | Description |
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OFF | Motor spin direction is “positive” |
ON | Motor spin direction is “negative” |
LED D17 Status | Description |
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OFF | No fault |
ON | Fault is detected |