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5.2 Input Parameters for Instantaneous
value
All set-ups related to the input signal and
the corresponding displayed value are
carried out here. The displayed value
is displayed from the input signal via the
scaling slope.
5.2.1 Select range for the input signal
Menu <–> Selection
5.3.2, Resistance measurement
14
(Pt100, Pt1000, 0 ... 400
Ω
and 0 ... 4000
Ω)
5.3.2, Input range 0 ... 100 mV
16
5.3.4, Input range –100 ... 100 mV
17
5.3.1, Thermocouples
12
➱
➱
➱
➱
5.3.1 Thermocouples
5.3.1.1 Select Type of Thermocouples
Menu <–> Selection
Type B
Type E
Type J
Type K
Type N
Type R
Type S
Type T
5.3 Select the input signal
Menu <–> Selection
press the
keys to accept the selection
For the thermocouples
specified here, scaling
slopes with 24 pairs of
values are stored in the
unit. Intermediate input
values between the
stored pairs of values are
linearly interpolated.
press key
to accept the selection
press key
to accept the selection
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5.3.1.2 Display unit
The selection made here is also used for the cold junction compensation and for the
correction (offset) value.
Menu <–> Selection
Display in °C
Display in °F
5.3.1.3 Cold junction compensation
The temperature measured by the thermocouple can be compensated either by the tem-
perature measured internally in the unit (int.) or by an external reference value.
In addition, a correction value can be added. The unit takes this value into account and
displays the result.
Menu <–> Selection
Internal cold junction compensation
(temperature sensor within the unit))
5.3.1.5 Correction value
14
External cold junction compensation
➱
Set digit,
Select digit
5.3.1.4 Adjust the cold junction compensation
Entry of the known value of an external reference , to one decimal point.
Menu <–> Select
english
press key
to accept the selection
press key
to accept the selection
press key
to accept the selection
