WIKA T53 - Manual (Page 25)

5
2.9 PR_CUST_LIN Block Parameter List
 .9 .1 .Linear .interpolation .linearisation, .Description
LinType .1 .= .“Linearisation .Table” .generates .a .customer .specific .linear .interpolation .linearisation . .Linear .
interpolation .linearisation .can .be .used .on .mV, .ohmic .and .potentiometer .signals .The .linear .interpolation .
linearisation .is .defined .by .straight .lines .drawn .between .the .entered .X ./ .Y .(input ./ .output) .coordinates . .
The .linearisation .table .must .consist .of .10 .to .50 .coordinate .sets . .The .X .values .of .the .coordinates .must .
be .entered .in .ascending .order . .The .lowest .and .highest .X .values .function .as .the .lower .and .the .upper .lim-
it .respectively . .All .X .values .must .be .entered .as .µV, .Ohm .or .% .for .Voltage, .Resistance .or .Potentiometer .
measurements .in .that .order . .The .table .output .will .be .converted .to .actual .chosen .PRMARY_VALUE_UNIT .
(Example: .1000 ./ .3000 .as .X ./ .Y .values: .output .will .read .3,00 .if .PRIMARY_VALUE_UNIT .is .set .to .“mV” .
and .1 .mV .is .connected .to .input) .
 .9 . .Linear .Interpolation .Linearisation, .Parameter .List . .
Parameter
Rel.
Index
FF
Description Type Store Size
byte
RO /
R/W Min. Max. Default
TAB_MIN_NUMBER 34 Minimum .number .of .linearisation .points .allowed .(10)
Un-
signed .
8
N 1 RO 10
TAB_MAX_NUMBER 35 Maximum .number .of .linearisation .points .allowed .(50)
Un-
signed .
8
N 1 RO 50
TAB_ACTUAL_NUMBER 36 Number .of .linearisation .points .in .the .linearisation .table .
Un-
signed .
8
SRC 1 R/W 11
TAB_X_Y_VALUE1 37 Linearisation .x,y .coordinate .1
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE2 38 Linearisation .x,y .coordinate .
Float .
array
SRC 8 R/W
1000, .
100
TAB_X_Y_VALUE3 39 Linearisation .x,y .coordinate .3
Float .
array
SRC 8 R/W
000, .
00
TAB_X_Y_VALUE4 40 Linearisation .x,y .coordinate .4
Float .
array
SRC 8 R/W
3000, .
300
TAB_X_Y_VALUE5 41 Linearisation .x,y .coordinate .5
Float .
array
SRC 8 R/W
4000, .
400
TAB_X_Y_VALUE6 4 Linearisation .x,y .coordinate .6
Float .
array
SRC 8 R/W
5000, .
500
TAB_X_Y_VALUE7 43 Linearisation .x,y .coordinate .7
Float .
array
SRC 8 R/W
6000, .
600
TAB_X_Y_VALUE8 44 Linearisation .x,y .coordinate .8
Float .
array
SRC 8 R/W
7000, .
700
TAB_X_Y_VALUE9 45 Linearisation .x,y .coordinate .9
Float .
array
SRC 8 R/W
8000, .
800
TAB_X_Y_VALUE10 46 Linearisation .x,y .coordinate .10
Float .
array
SRC 8 R/W
9000, .
900
TAB_X_Y_VALUE11 47 Linearisation .x,y .coordinate .11
Float .
array
SRC 8 R/W
10000, .
1000
TAB_X_Y_VALUE12 48 Linearisation .x,y .coordinate .1
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE13 49 Linearisation .x,y .coordinate .13
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE14 50 Linearisation .x,y .coordinate .14
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE15 51 Linearisation .x,y .coordinate .15
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE16 5 Linearisation .x,y .coordinate .16
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE17 53 Linearisation .x,y .coordinate .17
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE18 54 Linearisation .x,y .coordinate .18
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE19 55 Linearisation .x,y .coordinate .19
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE20 56 Linearisation .x,y .coordinate .0
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE21 57 Linearisation .x,y .coordinate .1
Float .
array
SRC 8 R/W 0, .0
TAB_X_Y_VALUE22 58 Linearisation .x,y .coordinate .
Float .
array
SRC 8 R/W 0, .0