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This function is based on the condition that in the controllers
high-side outputs are combined with low-side inputs or low-side
outputs are combined with high-side inputs so that no conflicts
can occur, i.e. short circuit via the switched output transistor and
closed switch at the input.
The block circuit diagram shows:
•
The load connected to the output can also be triggered
manually via the switch. The position of the switch can only
be detected when the output is blocked.
(Insert suppressor circuit via the load)
•
Short-circuit detection (overload) is also possible via the
input channel when the switch is open. The LOW (logic 0) is
read in when the output is switched.
In the case of a short circuit (overload) the output transistor
switches off automatically. For safety reasons it does not
switch on again automatically when the short circuit has been
removed. The output has to be switched off and then on
again via the software
•
Wire-break detection is not possible with this input/output
configuration.
3.1.2. Outputs with diagnostic functions
The connection can be used as an input as well as an output.
The input can be read at any time via the software.
This function is based on the condition that in the controller
high-side outputs are combined with high-side inputs or low-side
outputs with low-side inputs.
Summary of Contents for ecomat 100 R 360 Series
Page 1: ...System manual ecomat 100 type R 360 ...
Page 14: ...page 14 ...
Page 26: ...page 26 ...
Page 86: ...page 86 ...
Page 100: ...page 100 ...
Page 126: ...page 126 ...
Page 146: ...page 146 ...
Page 162: ...page 162 ...
Page 163: ...page 163 Annex 2 Wiring Annex 2 1 Type CR0015 ...
Page 164: ...page 164 Annex 2 2 Type CR0016 ...
Page 165: ...page 165 Annex 2 3 Type CR0017 ...
Page 166: ...page 166 Annex 2 4 Type CR0501 ...