12 Application
examples
The sections below list the configuration and setting values for simple examples in
free configuration (APPL ID: M)
.
Introduction
The functions can also be combined if a sufficient number of inputs and output are
available. The instructions below contain only the changes for basic type M.
Note
12.1 Multiple use of sensors
Passive temperature sensor LG-Ni 1000 (connected to X1).
Task
Signal conversion to DC 0…10 V = 0…50 °C for further use by Y1.
CONF / INPUT X1 / LABEL
TEMP
Configuration
CONF / 2X-INV / IN X
X1
CONF / 2X-INV / AO 1
Y1
PARA / INPUT X1 / TYPE
NI
Setting values
PARA / 2X-INV / MINVAL1
0
PARA / 2X-INV / MAXVAL1
50
PARA / 2X-INV / MIN POS1
0
PARA / 2X-INV / MAX POS1
100
or:
CONF / INPUT X1 / LABEL
TEMP
Configuration
CONF / MIN-MAX-AVR / IN 1
X1
CONF / MIN-MAX-AVR / SPLIT
NO
CONF / MIN-MAX-AVR / MOD1AO1 Y1
PARA / INPUT X1 / TYPE
NI
Setting values
PARA / MIN-MAX-AVR / MINVAL1
0
PARA / MIN-MAX-AVR / MAXVAL1
50
12.2 Enthalpy and absolute humidity
Passive temperature sensor LG-Ni 1000 connected to X1 and DC 0…10 V signal
for relative humidity fed to X2.
Task
Calculate enthalpy (output via Y1) and absolute humidity (output via Y2) as active
DC 0…10 V signals.
CONF / INPUT X1 / LABEL
TEMP
Configuration
CONF / INPUT X2 / LABEL
%
CONF / ENTHALPY / TEMP 1
X1
CONF / ENTHALPY / RELHU 1
X2
CONF / ENTHALPY / ENTH 1
Y1
CONF / ENTHALPY / ABSHU 1
Y2
PARA / INPUT X1 / TYPE
NI
Setting values
40 / 46
Siemens
SEZ220 signal converter
CE1P5146en
Building Technologies
Application examples
02.06.2008