Current Monitoring System for Motors
Budget: ₹1,500 – ₹12,500 INR
I need a professional to help me with a project in selecting the current transformer sensor which should monitor motors (1hp or 2hp) * 8. The project involves using a split core current transformer sensor and an ESP32 C3.
any open suggestions to help me in selecting split core current transformer sensor with esp32 c3 calibration factor value and burden resistor
Key Requirements:
1. The sensor should handle current up to 150 amps (stable flow).
2. Ideally, the secondary current should be in volts, else in amps.
3. The inner diameter of the sensor should be 2 inches.
4. The sensor must be able to sustain salt air, dust, high heat, water proof and with good insulation.
5. The sensor should be durable enough to withstand the starting current, which is typically higher, without getting damaged.
6. Any other points that need to be checked for production level and consider power as well.
The application of this project is commercial. The environment will potentially expose the sensor to high humidity and high temperature. Therefore, experience in industrial grade sensor selection. The ability to ensure durability and resilience of the sensor in harsh conditions is crucial.
The ideal freelancer for this project should have a strong background in electrical engineering. Experience with ESP32 C3 and split core current transformer sensors is highly desirable. The ability to deliver a comprehensive solution, taking into account all necessary parameters for production level monitoring, is key. Please reach out if you believe you can deliver this project.
any open suggestions to help me in selecting split core current transformer sensor with esp32 c3 calibration factor value and burden resistor
Key Requirements:
1. The sensor should handle current up to 150 amps (stable flow).
2. Ideally, the secondary current should be in volts, else in amps.
3. The inner diameter of the sensor should be 2 inches.
4. The sensor must be able to sustain salt air, dust, high heat, water proof and with good insulation.
5. The sensor should be durable enough to withstand the starting current, which is typically higher, without getting damaged.
6. Any other points that need to be checked for production level and consider power as well.
The application of this project is commercial. The environment will potentially expose the sensor to high humidity and high temperature. Therefore, experience in industrial grade sensor selection. The ability to ensure durability and resilience of the sensor in harsh conditions is crucial.
The ideal freelancer for this project should have a strong background in electrical engineering. Experience with ESP32 C3 and split core current transformer sensors is highly desirable. The ability to deliver a comprehensive solution, taking into account all necessary parameters for production level monitoring, is key. Please reach out if you believe you can deliver this project.
Related categories:
Engineering
Electronics
Electrical Engineering
Circuit Design
Internet of Things (IoT)