21. Mechanically connect the leaf to the motor and
perform a manoeuvre of the gate. In the mean-
time, check that the L2 LED turns off at the
beginning of the manoeuvre, indicating that the
vibration sensor test of the moving gate has
been performed correctly.
22. Perform various gate manoeuvres and check
that the opening and closing are correctly per-
formed without the inversion of the movement.
23. Perform further manoeuvres and activate the
optical presence detector, as illustrated in point
17, during the closing manoeuvre (if "FT A" func-
tion) or the opening manoeuvre (if "FT B" func-
tion) or both (if "FT C" function) and ensure that
a short inversion occurs and the movement
stops.
24. Perform additional manoeuvres and during the
closure activate the sensitive edge as indicated
in point 18 and check that the foreseen action is
performed such as the inversion of the move-
ment.
25. The control of the FT210B optical presence sen-
sor (type D) according to the EN 12445 stan-
dard, is performed with the 700x300x200mm
test parallelepiped with 3 opaque black faces
and 3 polished white or mirrored faces as indi-
cated in figure 24 and according to chapter 7 of
the EN 12445:2000 standard (or enclosure A of
prEN12445:2005).
26. The control of the PSPE pressure sensitive
device of the FT210B according to the EN
12445 standard, is performed by measuring the
force at the points foreseen in chapter 5 of the
EN 12445 standard, if the hazardous situations,
which have been caused by the movement of
the leaf have been safeguarded through the lim-
itation of the impact force (type C).
27. After having checked all the previous points,
remove the attenuator filter from the glass of the
RX receiver as illustrated in figure 25.
28. Make sure that all casings of the various devices
are closed when testing is complete.
5) Additional information
Personalisation and how to look for and deal with faults on the FT210B will be dealt with in this chapter.
5.1) Example of the FT210B used as a presence detector only
The FT210B can be used as a simple type D presence sensor (photocell) without having to connect to the sensitive edge
In this case it is necessary to:
1. Perform the assembly as indicated in paragraph "Installation" without connecting the sensitive edge and leaving the 8200Ω
resistance connected to the TX input.
2. Insert the "JP3" jumper of the transmitter so that the transmissions are always in the FAST mode.
3. Address the receiver jumpers based on the area of the gate where the FT210B is to be placed (figure 3) and following table 3
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 7m (JP1 jumper of the TX disconnected)
• approximately 18 months for gates up to 15m (JP1 jumper of the TX connected)
24
25
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