Application Of Output For Cop2 Hardware Output Configuration - Simex MultiCon CMC-N16 User Manual

User Manual For - CONTROLLER/DATA RECORDER MultiCon CMC-N16
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in Graph high parameter write 100°C ,
For Relay output configuration:
– touch the screen and press the Menu button,
– press the Device configuration button,
– enter the Built-in outputs menu,
– using the arrows in the top navigation bar, select a relay output which is connected
to the heater. For this example it is the output named Out.C2 : Relay (see Fig. 7.94),
Mode parameter set as below level because we want the relay to switch on when
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the temperature is lower than 30°C,
Source parameter set as Log.ch.1:"Feedback" , which returns Pt100 sensor
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temperature,
– Alarm state parameter set as immed. OFF ,
– for Levels parameter block:
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Level mode parameter set as value ,
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in Level parameter write 30°C,
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in Hysteresis parameter write 5°C , the relay will switch on below 25°C and
switch off above 35°C,
– all the other parameters should be on default settings.

7.10.5.2. Application of output for COP2 hardware output configuration

See also: Chapter 8.4.R21, R41, COP2, COP3, OC2, OC4, R21COP2, COP2OC2, R21OC2 –
HARDWARE OUTPUT CONFIGURATIONS.
Task:
Assume that the Logical channel 1 indicates the pressure in the range 100÷500 bars,
and its result should be regenerated to the current output in the corresponding range
4÷20mA.
Solution:
For Current output configuration:
– touch the screen and press the Menu button,
press the Device configuration button,
–
– enter the Built-in outputs menu,
– using the arrows in the top navigation bar select a current output on which we want
to generate current in a demanded range, e.g. Out.C1 : Current,
Source parameter set as Logical channel 1 , which returns the pressure value in
–
the range 100÷500 bars.
for Input levels parameter block:
–
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in Lower level write 100 bar,
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in Upper level write 500 bar ,
for Output levels parameter block:
–
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in Lower level parameter write 4 mA ,
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in Upper level parameter write 20 mA,
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in Alarm level parameter write 4 mA , which means that when the Logical
channel 1 is in the alarm state (Err, Hi or Lo), then on the current output there
will be 4 mA,
The user should remember that the Current output is passive, which means it needs to
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