Voltage ("AO_1xV") - output ranges and scaling type (0x602199)

1. Set the output range via index 0x80BD:11 "Output type".
(see table "Output ranges and scaling type")

2. Select the scaling type via index 0x80BD:12 "Scaler":

Scaling type

Index 0x80BD:12 "Scaler"
Value	Name	Meaning
0x0000 (0_dec)	Extended Range	Technical output range (pre-set) This scaling type allows the nominal output range to be exceeded or undershot by approx. 7%. The technically usable range is -107% to +107% of the respective full scale value. For the "Extended Range", the PDO value ±30518 (0x7736) is defined as 100% for 16 bits.
0x0003 (3_dec)	Legacy Range	Nominal output range This scaling type shows the range from -100% to +100%, where +100% corresponds to +32767 -100% corresponds to -32768.

This results in the bit meaning with the (user-selected output range) full scale value (FSV) as follows:

Voltage ("AO_1xV") - output ranges and scaling type (0x602199) 1:

Output ranges and scaling type

Value 0x80BD:11 "Output type"	Voltage output ranges (module "AO_1xV" (ModuleIdent 0x602199))
Value 0x80BD:11 "Output type"	Technical (Extended Range) 0x80BD:12 "Scaler" = 0x0000 (0_dec)	Nominal (Legacy Range) 0x80BD:12 "Scaler" = 0x0003 (3_dec)	Full scale value (FSV)
0x0002 (2_dec)	-10.737 … +10.737 V	-10 … +10 V	10 V
0x000E (14_dec)	0 … +10.737 V	0 … +10 V	10 V

The output ranges and output range monitoring are shown graphically in the following figure.

Voltage ("AO_1xV") - output ranges and scaling type (0x602199) 2:

Underrange / Overrange: The corresponding bits are set if the output value is outside the nominal output range.

Range error: The error thresholds for the error bit and the error LED can be set in Extended Range mode via index 0x80BD:17 "Low Range Error" and index 0x80BD:18 "High Range Error". The limit values of the technical output range are pre-set.

Notice Read the descriptions and notes on the status bits and on setting the error thresholds in the chapter "Output range monitoring".