39
7.4.
Analog Output Module (AAM)
Different addresses between 1 and 8 are to be allocated to the analog output
modules with the aid of the fitted
rotary switch
.
Each relay has a pertaining
jumper
via which 0-10V or 4-20mA can be se-
lected.
•
left position
=>
0 – 10 V
•
right position
=>
4 – 20mA
The last output module (whether it is a relay or analog output mo
dule) has to form a bus end for both signal buses (redundancy). This is done via
the two
jumpers
on the upper right-hand side.
•
left position
=>
end of bus
•
right position
=>
further output modules
4-20mA
GND
2
Addresses
from 1-8
for the AAM
Power Supply
GND
24V
2
1
GND
0-10V
3
1
4
4-20 mA
Jumper
Jumper
0-10 V
AAM-
µC1
Analog Outputs
3
4
5
6
5
6
7
7
8
8
AAM-
µC2
1
2
End of Bus
Summary of Contents for MX62
Page 54: ...55...
Page 57: ...58 Permits to choose the language which will be used into the software...
Page 58: ...59 The screen displays the different possibilities of the COM62 software...
Page 59: ...60 Examples of programmed possibilities...
Page 64: ...65 Configuration up to the inputs measurement channel type...
Page 66: ...67 configuration of detector s caracteristics...
Page 67: ...68 Test calibrating up to a detector...
Page 68: ...69 Permits to analyse for a defined detector the zero and sensitivity derives...
Page 77: ...78 Allows to choose a type of pre programmed detector...
Page 78: ...79 Allows to define a detection profile...
Page 79: ...80 Profile continuation type of alarm...
Page 80: ...81 Type of alarm continuation...
Page 81: ...82 Type of alarm continuation...
Page 84: ...85...