Additional Information - Nice FT210 Instructions Et Avertissements Pour L'installateur

5) Additional information

Personalisation and how to look for and deal with faults on the FT210 will be dealt with in this chapter.
5.1) Example of how the FT210 can be used as
photocell
The FT210 can be used as a simple type D pres-
ence sensor without having to connect to the sensi-
tive edge.
Figure 26 illustrates a connection example with this
type of application of the FT210 photocell device.
In this case it is necessary to:
1. Perform the assembly as indicated in the "Instal-
lation" paragraph.
2. Deactivate jumper JP3 of the transmitter to
ensure that transmission is always HIGH SPEED.
3. Use the receiver PHOTO output only
4. Connect and use the Phototest if the control unit
supports this function. In this case jumper JP1 of the
receiver must be inserted.
5. If the control unit has output SCA only, connect it to
the Phototest input of the receiver. Jumper JP1 of the
receiver must be deactivated.
6. If there is not usable output on the control unit (Pho-
totest or SCA), leave the Phototest input of the receiv-
er and deactivate the jumper JP1 of the receiver.
Note: The FAST transmission mode reduces the battery life of the transmitter. In this case the estimated life of a C type bat-
tery (FTA1 kit) is as follows:
• approximately 24 months for gates up to 7 m (JP1 jumper of the transmitter disconnected)
• approximately 18 months for gates up to 15 m (JP1 jumper of the transmitter connected)
5.2) Example of using FT210 only as detector of
sensitive edge detector
If FT210 is used only as detector of the sensitive
edge status, and therefore without the presence
detector function, the photocell device should be
installed as shown in figure 27.
In this case, the following is necessary:
1. Perform the assembly phase as described in the
paragraph "Installation".
2. Connect the receiver of FT210 to the control unit
as shown in figure 28, placing the contacts PHOTO
and ALT in series.
3. Insert Jumper JP2 of the receiver.
4. Connect and use Phototest if the control unit
manages this function. In this case jumper JP1 of
the receiver and jumper JP3 of the transmitter must
be inserted.
5. If the control unit has output SCA only, connect it
to the Phototest input of the receiver. Jumper JP1 of
the receiver must be deactivated, while jumper JP3
of the transmitter must be inserted.
6. If there is not usable output on the control unit
(Phototest or SCA), do not connect anything to the
Phototest input of the receiver, deactivate the
jumper JP1 of the receiver and jumper JP3 of the
transmitter.
PHOTO
COM
ALT
COM
ALT1
COM
PHOTOTEST/SCA
PHOTOTEST/SCA
FT210
0Vac
24Vac
26
27
PHOTO
COM
ALT
COM
ALT1
COM
PHOTOTEST/SCA
PHOTOTEST/SCA
FT210
0Vac
24Vac
28
GB
M1
M1
11