Measurement ±10 V, 0...10 V

Measurement mode

±10 V

0…10 V

Measuring range, nominal

-10…+10 V

0…10 V

Measuring range, end value (FSV)

10 V

Measuring range, technically usable

-10.737…+10.737 V

0…10.737 V

PDO resolution (including sign)

24 bit

16 bit 2)

24 bit

16 bit 2)

PDO LSB (Extended Range)

1.28 µV

327.68 µV

1.28 µV

327.68 µV

PDO LSB (Legacy Range)

1.192.. µV

305.18.. µV

1.192.. µV

305.18.. µV

Input impedance ±Input 1

(internal resistance)

Differential typ. 4.12 MΩ || 11 nF

CommonMode typ. 40 nF against SGND

2) The analog measurement is always done with 24 bits, in 16-bit mode the eight least significant bits are cut off. For further information see chapter “Commissioning”/ “Process data overview”

Measurement mode

±10 V, 0…10 V

Basic accuracy: Measuring deviation at 23°C, with averaging

< ±0.005 %, < ±50 ppmFSV typ.

< ±0.50 mV typ.

Offset/Zero point deviation (at 23°C)

EOffset

< 15 ppmFSV

Gain/scale/amplification deviation (at 23°C)

EGain

< 40 ppm

Non-linearity over the whole measuring range

ELin

< 25 ppmFSV

Repeatability, over 24 h, with averaging

ERep

< 2.5 ppmFSV

Temperature coefficient

TcGain

< 2 ppm/K typ.

TcOffset

< 1.0 ppmFSV/K typ.

< 10.00 µV/K typ.

Preliminary data

Measurement mode

±10 V, 0…10 V

Noise (without filtering)

ENoise, PtP

< 70 ppmFSV

< 547 [digits]

< 0.70 mV

ENoise, RMS

< 12 ppmFSV

< 94 [digits]

< 0.12 mV

Max. SNR

> 98.4 dB

Noisedensity@1kHz

< 1.70 Measurement ±10 V, 0...10 V 1:

Noise (with 50 Hz FIR filtering)

ENoise, PtP

< 12 ppmFSV

< 94 [digits]

< 120.00 µV

ENoise, RMS

< 2.0 ppmFSV

< 16 [digits]

< 20.00 µV

Max. SNR

> 114.0 dB

Common-mode rejection ratio (without filtering)

DC: >115 dB typ.

50 Hz: >105 dB typ.

1 kHz: >80 dB typ.

Common-mode rejection ratio (with 50 Hz FIR filtering)

DC: >115 dB typ.

50 Hz: >115 dB typ.

1 kHz: >115 dB typ.

Largest short-term deviation during a specified electrical interference test

±0.03% = 300 ppmFSV typ.

Measurement ±10 V, 0...10 V 2:
Representation ±10 V measurement range

Note: In Extended Range Mode the Underrange/Overrange display in the PDO status has the character of an information/warning when the nominal measuring range is exceeded, i.e. no Error is displayed in the PDO status and LED. If the technical measuring range is also exceeded, Error = TRUE is also displayed. The detection limit for Underrange/Overrange Error can be set in the CoE.

In Legacy Range mode, an Underrange/Overrange event also leads to an Error in the PDO status.

Measurement ±10 V, 0...10 V 3:
Representation 0…10 V measurement range

Note: The channel also works in electrically bipolar mode and records negative values in the unipolar measuring ranges (measurement from 0 V, 0 mA, 4 mA, 0 Ω). This enables the channel to provide a precise diagnosis even with signals < 0. In these measuring ranges the limit value for the "Underrange Error" in Extended Mode is -1% of the full scale value (FSV). The limit value can be set in CoE object 0x80n0:32. This avoids irritating error messages if the channel is not wired (e.g. without sensor) or the electrical signal fluctuates slightly around zero. The process data value of 0x00000000 is not undershot.

If the "UnderrangeError" detection is to be set even less sensitive, the magnitude of the negative limit value in the CoE object referred to above can be set even higher.