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Mehdi
Mehdi
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I am currently working on a project, where I will be doing the monitoring of a mechatronic system through the following measures  :

  • 6 x Motor temperature (Digital Signal)
  • 6 x Motor Current (Analog Signal)
  • 6 x Motor Vibration (Analog Signal)
  • 6 x Spindel Vibration (Analog Signal)
  • 1 x operating time

And I was wondering if using an Arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea and if it's professional? By processing I meant detecting spikes within the measured data, saving data to an SD card(still didn't think of it properly), data exchange with another (company's) controller. The measuring frequency would be around 100 Hz.

And if not what would you suggest ?

I am currently working on a project, where I will be doing the monitoring of a mechatronic system through the following measures:

  • 6 x Motor temperature
  • 6 x Motor Current
  • 6 x Motor Vibration
  • 6 x Spindel Vibration
  • 1 x operating time

And I was wondering if using an Arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea and if it's professional? By processing I meant detecting spikes within the measured data, saving data to an SD card(still didn't think of it properly), data exchange with another (company's) controller. The measuring frequency would be around 100 Hz.

And if not what would you suggest ?

I am currently working on a project, where I will be doing the monitoring of a mechatronic system through the following measures  :

  • 6 x Motor temperature (Digital Signal)
  • 6 x Motor Current (Analog Signal)
  • 6 x Motor Vibration (Analog Signal)
  • 6 x Spindel Vibration (Analog Signal)
  • 1 x operating time

And I was wondering if using an Arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea and if it's professional? By processing I meant detecting spikes within the measured data, saving data to an SD card(still didn't think of it properly), data exchange with another (company's) controller. The measuring frequency would be around 100 Hz.

And if not what would you suggest ?

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Bence Kaulics
Bence Kaulics
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Monitoring of a System through an arduino Arduino?


I am currently working on a project, where i will be doing the monitoring of a
mechatronic system through the following measures:
6 x Motor temperature
6 x Motor Current
6 x Motor Vibration
6 x Spindel Vibration
1 x operating time

I am currently working on a project, where I will be doing the monitoring of a mechatronic system through the following measures:

And i was wondering if using an arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea ? and if it's professional ?
  • 6 x Motor temperature
  • 6 x Motor Current
  • 6 x Motor Vibration
  • 6 x Spindel Vibration
  • 1 x operating time
By processing i meant detecting spikes within the measured data, saving data to an sd card(still didnt think of it properly), data exchange with another (company's) controller.

And I was wondering if using an Arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea and if it's professional? By processing I meant detecting spikes within the measured data, saving data to an SD card(still didn't think of it properly), data exchange with another (company's) controller. The measuring frequency would be around 100 Hz.

And if not what would you suggest ?

And if not what would you suggest ?

Monitoring of a System through an arduino ?


I am currently working on a project, where i will be doing the monitoring of a
mechatronic system through the following measures:
6 x Motor temperature
6 x Motor Current
6 x Motor Vibration
6 x Spindel Vibration
1 x operating time
And i was wondering if using an arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea ? and if it's professional ?
By processing i meant detecting spikes within the measured data, saving data to an sd card(still didnt think of it properly), data exchange with another (company's) controller.
And if not what would you suggest ?

Monitoring of a System through an Arduino?

I am currently working on a project, where I will be doing the monitoring of a mechatronic system through the following measures:

  • 6 x Motor temperature
  • 6 x Motor Current
  • 6 x Motor Vibration
  • 6 x Spindel Vibration
  • 1 x operating time

And I was wondering if using an Arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea and if it's professional? By processing I meant detecting spikes within the measured data, saving data to an SD card(still didn't think of it properly), data exchange with another (company's) controller. The measuring frequency would be around 100 Hz.

And if not what would you suggest ?

Source Link
Mehdi
Mehdi
  • 7
  • 4

Monitoring of a System through an arduino ?


I am currently working on a project, where i will be doing the monitoring of a
mechatronic system through the following measures:
6 x Motor temperature
6 x Motor Current
6 x Motor Vibration
6 x Spindel Vibration
1 x operating time
And i was wondering if using an arduino as a parallel real time controller to process and monitor all these measure in real time was a good idea ? and if it's professional ?
By processing i meant detecting spikes within the measured data, saving data to an sd card(still didnt think of it properly), data exchange with another (company's) controller.
And if not what would you suggest ?