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IPEC Test Firmware Output Example

Dave Williams | DitroniX | G8PUO edited this page Aug 9, 2023 · 1 revision

IPEC Test Firmware Output Example

Configuring Board.. Please Wait..

Hardware Options and Auto Configuration

Scanning I2C Bus for Devices for Auto Configuration ... I2C Possible Device(s) found at Address:

  • Hex 0x40 (64) PCA9685 12-bit IPEX PWM Driver
  • Hex 0x49 (73) ADS1115 16-bit IPEX1 ADC
  • Hex 0x50 (80) EEPROM
  • Hex 0x60 (96) MCP4728 12-bit IPEC DAC
  • Hex 0x70 (112) PCA9685 12-bit IPEX PWM 'All Call' I2C Bus Scan Complete

IPEC/IPEX1 ESP32 ATM90E32 MCP4728 ADS1115 PCA9685 IoT Power Energy Monitor Controller

IPEC/IPEX1 Register Status and Startup Report ESP32 Serial ID: E055F4519140 Firmware Version: 230809 Board Location: House

Preparing New EEPROM. Full Formatting... Please Wait... |~~~~|~~~~|~~~~|~~~~|~~~~|~~~~|~~~~|~~~~~~~|~~~~|~~~~|~~~~|~~~~|~~~~|~~~~|~~~ EEPROM Cleared and Ready

EEPROM Check: 20 (Validation OK)

DAC MCP4728 Initialised DAC Output is Enabled from DAC Test Output DAC Output Voltage Minimum V: 0.000 DAC Output Voltage Maximum V: 3.300 DAC Minimum Power Threshold W: 0005 DAC Maximum Power Limit W: 4000 DAC Resolution Bit: 12 DAC Maximum Resolution: 4095 PWM (ESP32) Output is Disabled PWM (PCA9685) Output is Disabled Channel Count: 16 Get Mode 1: 0x21 Get Mode 2: 0x4 Default Frequency: 200 Set Frequency: 1000 Actual Frequency: 1017 ADC (ADS1115) Initialised

AIN0: 2965 0.56V AIN1: 3081 0.58V AIN2: 3070 0.58V AIN3: 3069 0.58V Testing RGB LED

Wi-Fi Options

Wi-Fi is Disabled MQTT Publishing is Disabled Domoticz Publishing is Disabled ThingSpeak Publishing is Disabled Zabbix Publishing Disabled

Software Options

AC/DC Voltage Input Detected

Connecting to the ATM90E32 ATM90E32 Connected - OK

IPEC/IPEX1 Hardware Setup and Power-Up Test - Board Initialized

Register Status and Diagnostic Report ESP32 Serial ID: E055F4519140 Firmware Version: 230809 Location: House

Hardware Configuration for ATM90E32

AC Voltage Inputs: Single Input V1 will be used for Current Phase Calculations Split AC Voltage: Disabled CT Current Clamps: Configured for 1, 2 or 3 Phase

[Status Values] System Status: S0:0x370 S1:0xFF00 Meter Status: E0:0x300 E1:0x3300

Mains RMS Voltage

Voltage 1: 247.87 V (Single Line Voltage Selected)

Mains RMS Current

Current CT1: 0.64 A Current CT2: 0.64 A Current CT3: 0.64 A


Actual Total Current: 1.92 A (CT1CT2CT3)

Calculated RMS Power

Power V1I1: 158.64 W Power V1I2: 158.64 W Power V1*I3: 158.64 W


Calculated Total Power: 158.64 W (CT1CT2CT3)

Active Power (Absorbed or Used by the Load)

Active Power CT1: 158.88 W (Import) Active Power CT2: 0.00 W Active Power CT3: 0.00 W


Total Active Power: 158.86 W (Import)


Calculated Total Active Power: 158.88 W (CT1CT2CT3)

Re-Active Power

ReActive Power CT1: 10.03 VAR ReActive Power CT2: 0.00 VAR ReActive Power CT3: 0.00 VAR


Total ReActive Power: 10.03 VAR (CT1CT2CT3)


Calculated Total Reactive Power: 10.03 W (CT1CT2CT3)

Apparent Power (Total Amount of Power Flowing from Source to Load)

Apparent Power CT1: 159.24 VA Apparent Power CT2: 0.03 VA Apparent Power CT3: 0.00 VA


Total Apparent Power: 159.20 VA (CT1CT2CT3)


Calculated Total Apparent Power: 159.27 W (CT1CT2CT3)

Other Power Information

Total Fundamental Power: 158.54 pH(t)

Total Harmonic Power: 0.20

Power Factor

Power Factor CT1: 1.00 PF Power Factor CT2: 0.34 PF Power Factor CT3: 1.00 PF


Total Power Factor: 1.00 PF

Phase Angle

Phase Angle CT1: 3.60 Phase Angle CT2: 0.00 Phase Angle CT3: 0.00

Other Information

Chip Temperature: 29.00 °C

Mains Frequency: 50.01 Hz

ADC Raw: 2689 > ADC Adjusted: 2689 > Calculated: 32.43 V