;----------------------------------------------------

[Analog_Channel_Setup]

;----------------------------------------------------

; ------ Toggle Analog Energy mode. AN1-AN2 differential channel becomes Analog Power (AN1xAN2) and Analog Energy (AN1xAN2xHours)

; ------ Apply voltage to AN1 and current to AN2.

; ------ Apply voltage to AN3 and current to AN4.

; ------ Valid Values: ON OFF

AN1xAN2_Energy_Mode=ON

AN3xAN4_Energy_Mode=ON

; ------ Valid values: from 1:1 up to 10000:1. You can use fractional values.

AN1_E_Channel_Ratio=200:1

AN2_E_Channel_Ratio=200:4

AN3_E_Channel_Ratio=100:1

AN4_E_Channel_Ratio=50:4

; ------ Range for ANx_E input channels : valid values are HIGH (+/-100V Full scale) or LOW (+/-10V Full scale)

AN1_E_Range="LOW"

AN2_E_Range="LOW"

AN3_E_Range="LOW"

AN4_E_Range="LOW"

; ------ If you are measuring an AC signal on the analog channels, set the measurement mode to AC to compute RMS (positive values only).

; ------ If you are measuring a DC signal on the analog channels, set the measurement mode to DC to compute average (positive and negative values).

; ------ Valid Values: AC, DC

AN1_and_AN2_Measurement_Mode=DC

AN3_and_AN4_Measurement_Mode=DC

; ------ Use this section of tags to customize the names and units of your analog channels.

; ------ Analog energy mode does not have to be on for this.

; ------ Valid names can be up to ? characters.

; ------ Valid unit values are "V", "A", "W", "DEG", "%", "NONE"

AN1_E_Channel_Name=DCV1

AN1_E_Channel_Unit=V

AN2_E_Channel_Name=DCA1

AN2_E_Channel_Unit=A

AN3_E_Channel_Name=DCV2

AN3_E_Channel_Unit=V

AN4_E_Channel_Name=DCA2

AN4_E_Channel_Unit=A