* Configuration channel: choose the channel number of the display configuration
* Bit number: bit number symbolizes the project bit number corresponding to the display channel and see
4.17.4.1 Inputting Method of “Bit Number” for methods for setting the bit number.
* Type of signal: B, S, K, E, T, J, R, N, F2, Wre3-25, Wre5-26, Cu50, Cu53, Cu100, Pt100, BA1, BA2, 0
～
400
Ω
, 0
～
20mV, 0
～
100mV,
±
20mV,
±
100mV, 0
～
20 mA, 0
～
10 mA, 4
～
20 mA, 0
～
5V, 1
～
5V,
±
5V, 0
～
10V,
√
0
～
10 mA,
√
4
～
20 mA,
√
0
～
5V,
√
1
～
5V, and no signal.
The instructions of allowed measurement range of each signal are as follows:
Type of Signal
Measurement Range
Type of Signal
Measurement Range
B
400
～
1800
℃
0
～
400
Ω
Linear resistance
-9999
～
99999
S
-50
～
1600
℃
0
～
20mV
-9999
～
99999
K
-200
～
1300
℃
0
～
100mV
-9999
～
99999
E
-200
～
1000
℃
±
20mV
-9999
～
99999
T
-200.0
～
400.0
℃
±
100mV
-9999
～
99999
J
-200
～
1200
℃
0
～
20mA
-9999
～
99999
R
-50
～
1600
℃
0
～
10mA
-9999
～
99999
N
-200
～
1300
℃
4
～
20mA
-9999
～
99999
F2
700
～
2000
℃
0
～
5V
-9999
～
99999
Wre3-25
0
～
2300
℃
1
～
5V
-9999
～
99999
Wre5-26
0
～
2300
℃
±
5V
-9999
～
99999
Cu50
-50.0
～
150.0
℃
0
～
10V
-9999
～
99999
Cu53
-50.0
～
150.0
℃
0
～
10mA square root
-9999
～
99999
Cu100
-50.0
～
150.0
℃
4
～
20mA square root
-9999
～
99999
Pt100
-200.0
～
650.0
℃
0
～
5V square root
-9999
～
99999
BA1
-200.0
～
600.0
℃
1
～
5V square root
-9999
～
99999
BA2
-200.0
～
600.0
℃
* Unit: unit symbolizes the project unit corresponding to the display channel and see 4.12.4.2 Inputting
Method of “Unit” for methods for setting the unit.
* Measurement range: it means the range between the upper limit and the lower limit of the recorded data
with the setting range among -9999 ~ 19999. The number of the decimal point places of each channel can be
confirmed by modifying the place of the decimal point of the upper limit.
* Accumulation: “Yes” and “No” are optional and this function is limited to aggregation operation of the
flow rate.
* Filtering time: modifying sampling times of the instrument to avoid hopping of displayed measurement
values. Range: -1999~9999.
Example of link between displayed value of the instrument and the filtering time: when the instrument is
under analog input in, and the filtering time is set at 3.0 s, it will
Carry out the calculation of filtering time (3 s) * sampling cycle (1 s) automatically, namely calculation of the
average of the sampling value within 3 s, and update the displayed value with the recurrence method.
* Small signal elimination: if measured value
＜
(upper limit of the measurement range
–
lower limit of
the measurement range)
×
percentage of the small signal elimi lower limit value of the measurement
range, the displayed value is the lower limit value of the measurement range, and the small signal elimination
function is turned off if it is set at 0. Range: -1999~9999
* Linear correction: the linear correction will be performed for the project quantity based on the formula of y
=
Kx
+
b,
where
k
is
the
linear
coefficient
and
b
means
zero
correction.
By
default,
K
=
1.0,
b
=
0.0,
which
means
no
correction
is
conducted.
x
refers
to
the
displayed
project
quantity
of
the
channel
before
the
correction
20
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