Page 50 of 91
Rev. 4.20
Output setting
•OUTPUT ADDRESS:001-1
TYPE:
LOOP OUTPUT
DEVICE: OPEN COLL.
OUT OF SERVICE: NO
STATUS: DISABLED
TEST RUN: NO
ACTIVATION: NO
SILENT MODE: NO
ACTIV. DELAY s: -
MAN.ALARM ACTIV:
NO
OUT ACTI.TIME s: -
INVERT: NO
Esc. Pre. Next Mod.
Output setting
•OUTPUT ADDRESS:001-1
TYPE: LOOP OUTPUT
DEVICE: RELAY
OUT OF SERVICE: NO
STATUS: DISABLED
TEST RUN: NO
ACTIVATION: NO
SILENT MODE: NO
ACTIV. DELAY s: -
MAN.ALARM ACTIV:
NO
OUT ACTI.TIME s: -
INVERT: NO
Esc. Pre. Next Mod.
9.3 LOOP OUTPUT
Selecting “
LOOP OUTPUT
” it is possible to programme the address of the point to which the input/output module
refers. The output of the input/output module is a contact of exchange to which it is possible to connect a
maximum load of 1A and 24Vdc.
At the end of a correct circuit, it is necessary to distinguish:
•
Always active load and that is to deactivate at the click of the relay (example: electromagnets).
•
Loads to activate at the click of the relay (example: sirens or optic panels).
For circuit examples see chapter
PART 15.
9.3.1 Relay output
Every I/O module has a relay output with C-NO-NC clips.
For the information about the menu items, to see the chapter
9.1.4.
9.3.2 Open collector output
At inside for every detector and button there is a open collector output, but
its implementing is depended from a device of low consumption. Currently
this device is not available.
For the information about the menu items, to see the chapter
9.1.4.
9.4 LOGICS OF ACTIVATION
The following is a step by step activation procedure by logics of the control panel/loop outputs. These activation
steps are subject to various factors such as delays, manual alarms, supervised functions etc.
The complexity of this chapter is dictated by the necessity of control which is implemented by the safety normative
for the delays and output functions.