Mehmet Günce Akkoyun
Code Example
Serial.print(Energy->Voltage_RMS('R')); Serial.println(" V");
Serial.print(Energy->Voltage_Instantaneous('R')); Serial.println(" V");
Serial.print(Energy->Voltage_Fundamental('R')); Serial.println(" V");
Serial.print(Energy->Voltage_Harmonic('R')); Serial.println(" V");
Example Output
RMS Voltage : 230.51 V
RMS Voltage Avarage : 71.68 V
Instantaneous Voltage : 311.41 V
Fundamental Voltage : 230.51 V
Harmonic Voltage : 0.00 V
RMS Voltage MIN Limit : 0.00 V
RMS Voltage MAX Limit : 660.81 V
RMS Current : 0.40 A
RMS Current Avarege : 0.14 A
PEAK Current : 1.27 A
Instantaneous Current : 99.57 A
Fundamental Current : -0.14 A
Harmonic Current : -0.08 A
RMS Current MAX Limit : 49.61 A
Active Power : 55.97 W
Active Power Avarage : 18.65 W
ReActive Power : 11.59 VAR
ReActive Power Avarage : 3.78 VAR
Apparent Power : 92.73 VA
Apparent Power Avarage : 30.90 VA
Fundamental Power : 56.63 W
Harmonic Power : 0.67 W
Fundamental Volt Amper : 57.80 VA
Power Factor : 0.59 Power Factor Avarage : 0.59 Frequency : 49.00 Hz
IC Temperature : 18.12 C
Peter Bogdan
Marc-O.
CentyLab
Lithium ION