Ammeter Emulators

This project provides emulators for different types of ammeters: Greenlee, ENTES, and CIRCUTOR. Each ammeter emulator runs on a separate thread and can respond to current measurement requests.

Project Structure

• Ammeters/
  • main.py: Main script to start the ammeter emulators and request current measurements.
  • Circutor_Ammeter.py: Emulator for the CIRCUTOR ammeter.
  • Entes_Ammeter.py: Emulator for the ENTES ammeter.
  • Greenlee_Ammeter.py: Emulator for the Greenlee ammeter.
  • base_ammeter.py: Base class for all ammeter emulators.
  • client.py: Client to request current measurements from the ammeter emulators.
• config/
  • config.yaml: Configuration file for the ammeter emulators.
• examples/
  • run_test.py: super lyze example for run test don't use it.
• src/
  • testing/
    • AmmeterTester.py: Class to test the ammeter emulators.
  • utils/
    • config.py: Configuration settings.
    • logger.py: Logging setup.
    • Utils.py: Utility functions, including generate_random_float.

Usage

Ammeter Emulators

Greenlee Ammeter

• Port: 5000
• Command: MEASURE_GREENLEE -get_measurement
• Measurement Logic: Calculates current using voltage (1V - 10V) and (0.1Ω - 100Ω).
• Measurement method : Ohm's Law: I = V / R

ENTES Ammeter

• Port: 5001
• Command: MEASURE_ENTES -get_data
• Measurement Logic: Calculates current using magnetic field strength (0.01T - 0.1T) and calibration factor (500 - 2000).
• Measurement method : Hall Effect: I = B * K

CIRCUTOR Ammeter

• Port: 5002
• Command: MEASURE_CIRCUTOR -get_measurement
• Measurement Logic: Calculates current using voltage values (0.1V - 1.0V) over a number of samples and a random time step (0.001s - 0.01s).
• Measurement method : Rogowski Coil Integration: I = ∫V dt

To start the ammeter emulators and request current measurements, run the main.py script:

python main.py