PRODUCT TECHNICAL MANUAL
FONOMAC 3
V2.20 – 06/2012
24
MTELFONOMAC3220_EN
FONOMAC 3 telephone reads the 3 circuits in FIGURE 13 independently, 2 of them providing the information
concerning the alarms (circuits 1 and 3) and the third one the information concerning filtering (circuit 2).
The telephone will accept an alarm request as long as one of the following circuits is open:
CIRCUIT 1 (XPAL connector): This means that the keypad alarm pushbutton has been pressed.
CIRCUIT 3 (XLLT connector): This means that one of the maintenance staff alarm pushbuttons (on ceiling
and under car floor) has been pressed).
Only the alarms triggered from the car keypad (CIRCUIT 1) are filtered. The alarms triggered from the ceiling or
under the car floor (CIRCUIT 3) are not filtered; therefore, they are immediately sent. As a result, all the
indications in this manual concerning alarm filtering only refer to alarms triggered from the car keypad
pushbutton.
If alarm filtering is inhibited, any alarm triggered from the car keypad will be sent to the call centre, regardless of
the lift status (situation not compliant with EN81-28). Any alarm triggered with the lift at a stop will be
immediately sent and any alarm triggered with the lift in motion will be sent a few seconds after it stops. The
inhibition of the alarm filtering will be done by setting the ID_16 parameter to “0” value or by disconnecting the
XMT connector.
When the filtering is enabled, the equipment will send the alarm if the lift status is checked, according to the cases
included in the EN81-28 Standard which are described below.
The first filtering situation is provided by CIRCUIT 2 reading (XMT Connector). If, on triggering the alarm, the lift
stops at floor level with the car door completely open (CIRCUIT 2 closed), the equipment will filter the alarm and
will not send it. On the contrary, if the alarm is triggered with the lift at a stop, but the two previous conditions
(CIRCUIT 2 open) are not simultaneously met, the alarm will be sent to the call centre.
The second filtering situation is provided by the RUN signal. If, when the alarm is triggered, the lift is in motion,
the equipment will withhold the alarm and wait for the lift to stop. After a few seconds, it will check up according
to the first situation by filtering the alarm if CIRCUIT 2 is closed.
When the lift is in INSPECTION mode, the equipment does not filter the alarms.
The following table displays the activation logic of the RUN and INS signals when the equipment is operating with
a standard controller (MircoBasic type). When operating with Via Series controller, these signals are automatically
transmitted by the series of communications through the XCAN connector.
CONNECTOR SIGNAL LOGIC OF ACTIVATION
XFN2 RUN
0 Vdc
Lift moving
Open
Stopped lift
XFN2 INS
24 Vdc
Lift in inspection mode
Open
Lift in normal mode
4.4. Lift Identification
It is carried out by the Alarm Call Centre or Rescue Service. It can be made either manually or automatically.
MANUAL MODE:
Building: The receiving telephone displays the building telephone number. The building is identified using
the list of telephone numbers and their corresponding building.
Lift: The equipment transmits a sequence of “beeps” corresponding to the “Lift Number” parameter value.
Therefore, for Lift 1, 1 beep will be heard, for Lift 2, 2 beeps will be heard and so on and so forth.
Fonomac 3+: The equipment will play the location message once the rescue centre has received the
acknowledgement of receipt.
AUTOMATIC MODE: It will be run using a PC connected to the alarm receiving line. It requires the Alarm
Management Software (FonoPC) and modem (not included in Fonomac 3).
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