Endress+Hauser RMA 421 - Page 73

Setting up:
The entry sequence is random because the points are
automatically sorted to the X-values upwards before being
saved. If further points need to be added then the value in
COUNT must be increased e.g. from 10 to 12. The new
addresses X10, Y10 and X11, Y11 are then added to the list in
front of the last value.
The other points can be entered in the new addresses
independent of sequence.
The added values are automatically sorted into the linearisation
point sequence before being saved.
Menu group Address Value
Analogue input INPUT Input range RANG
Curve CURVE
Sensor decimal point SCDP
Sensor scale 0% SCLO
Sensor scale 100% SCHI
4-20
TABLE
9999,9
0,0
10,0
Display DISPL Decimal point DI DP
Decimal point DI DP
Display value/range 0% DI LO
Display value/range 100% DI HI
99999
0
1500
Analogue output OUTPT Output range RANG
Scale analogue output 0% OUTLO
Scale analogue output 100% OUTHI
Fault operation FAIL
0-20
0
1500
MAX
Table TABLE Number of linearisation points COUNT
Display linearisation points LSHOW
10
YES
Linearisation point address NO 01 X1 will automatically be created and
cannot be changed;
Y1 will automatically be created and
cannot be changed;
0 . 0
0
Linearisation point address NO 02 X2
Y2
0 . 2
20
Linearisation point address NO 03 X3
Y3
0 . 4
50
.
.
.
.
.
.
.
.
.
Linearisation point address
NO 09 X9
Y9
1.6
400
Linearisation point address NO 10 X10 will automatically be created and
cannot be changed;
Y10 will automatically be created and
cannot be changed;
10 . 0
1500
Process transmitter
71