37
80290C_MHW_2400_0908_ENG
LL
''
NN
Input Linearization
This menu lets you run custom linearization.
Number segments
[1 ... 32]
.... .
Engineering value attributed to start
of scale
[-19999 ... 99999]
Input value expressed as 1/10000 f.s.
attributed/acquired corresponding to engi-
neering value S.01b
[0 ... 10000] (**)
Engineering value attributed to
point 1
[-19999 ... 99999]
Input value expressed as 1/10000 f.s.
attributed/acquired corresponding to engi-
neering value S.nnb
[0 ... 10000] (**)
Engineering value attributed to
point nn
[-19999 ... 99999]
Step 0 (start scale value)
Display limits:
[-19999 ... 99999] (*)
Step 64 (full scale value)
Display limits:
[-19999 ... 99999] (*)
..........
(*)
Step “n” value corresponds to input:
mV start scale + n* mV
mV = (mv full scale – mV start scale) / 64
mV start scale
[-19.99 ... 99.99]
mV full scale
[-19.99 ... 99.99]
mV at temperature of 50 °C
[-1.999 ... 9.999]
Only with parameter TYP menu INP = TC Custom
Linearization type 5
Linearization type 0 ... 4
0 Variable intervals (max 32)
1 Variable intervals (max 32)
self-learning from IN1
2 Variable intervals (max 32)
self-learning from IN2
3 Variable intervals (max 32)
self-learning from IN3
4 Variable intervals (max 32)
self-learning from IN4
5 Linearization at 64 constant intervals
Linearization type
[0 ... 5]
nn assumes the maximum
value set in Step.n
(**)
With self-learning, the acquired input value is
displayed.
Press key “F” to confirm the value.
S.64
N.B.: must match value set in LoS.x
N.B.: must match value set in LoS.x
N.B.: must match value set in HiS.x
N.B.: the decimal point of the input appears only with
self-learning and only in S.nnb
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