Arduino Giga R1 Data Logger for Machines
Budget: $250 – $750 USD
I need a small project that involves counting machine cycles and their respective cycle times for 6 machines. The data needs to be saved in a CSV format and transferred via both USB and WiFi.
Requirements:
- The system should log the cycle end time, the duration of each cycle, and the total count of cycles for each machine.
- The data should be saved on a USB or a WiFi device.
- Transfer of data should be seamless through both USB and WiFi.
- The system should include robust error handling mechanisms to detect and report any issues.
Ideal candidate should:
- Have experience with Arduino Giga R1.
- Be proficient in programming for data logging, and understanding of CSV format.
- Have a good grasp of both USB and WiFi technologies.
Please provide your bids based on the above requirements.
Include a user interface with an LCD screen display for monitoring real-time data. Ensure the data logger system is compatible with mains electricity. Include detailed error reporting for all attempts of communication, data logging, and hardware functionality. Include detailed error reporting for any communication issues encountered. Include a simple and clean basic UI for ease of monitoring. Include LED indicators for identifying error states. Include monitoring and logging of Rtc date and time. The system should require minimal user interaction for ease of use.
Requirements:
- The system should log the cycle end time, the duration of each cycle, and the total count of cycles for each machine.
- The data should be saved on a USB or a WiFi device.
- Transfer of data should be seamless through both USB and WiFi.
- The system should include robust error handling mechanisms to detect and report any issues.
Ideal candidate should:
- Have experience with Arduino Giga R1.
- Be proficient in programming for data logging, and understanding of CSV format.
- Have a good grasp of both USB and WiFi technologies.
Please provide your bids based on the above requirements.
Include a user interface with an LCD screen display for monitoring real-time data. Ensure the data logger system is compatible with mains electricity. Include detailed error reporting for all attempts of communication, data logging, and hardware functionality. Include detailed error reporting for any communication issues encountered. Include a simple and clean basic UI for ease of monitoring. Include LED indicators for identifying error states. Include monitoring and logging of Rtc date and time. The system should require minimal user interaction for ease of use.