Table 2: TX transmitter jumpers
Jumper
Position
Connected
JP1
Disconnected
Connected
JP2
Disconnected
Connected
JP3
Disconnected
Table 3: RX receiver jumpers
Photocell
FT A
1
st
gap
FT B
secondary gap
FT C
secondary gap
NOTA 1: The FT B can also be used on double gates in master-slave mode (see figure 6). In this case the FT B acts in the
same way as the FT C: the activation of the sensitive edge or breaking of the infrared beam, both during opening and during
closing, causes a slight inversion and the movement to stop.
NOTA 2: The FT C can also be used on single gates (see figures 4 and 5) where two sensitive edges are used on the front and
back.
8. Place the jumpers that have not been used in the specific location for future use (see figures 20 and 21).
20
Description
Transmitter power suitable for gates up to 15 meters
Transmitter power suitable for gates up to 7 meters
Change over to SLOW transmission after 10 seconds from the end of the manoeuvre (see JP3).
(Advised in order to prolong the life of the battery)
Change over to SLOW transmission after 90 seconds from the end of the manoeuvre (see JP3).
(Advised when "refresh pause time", "close immediately after photo" etc type functions are
used)
Change over to SLOW transmission at the end of the manoeuvre
(Advised in order to prolong the life of the battery)
Never changes over to SLOW transmission but remains in the FAST mode
(Advised for gates without vibrations)
Functions performed
• The cutting in of the sensitive edge causes a brief inversion
and halt of the movement both in the opening and closing
manoeuvre
• The interruption of the infrared beam during the closing
manoeuvre causes the movement to invert; no effect occurs
during the opening manoeuvre
• The cutting in of the sensitive edge causes a brief inversion
and halt of the movement both in the opening and closing
manoeuvre
• The interruption of the infrared beam during the opening
manoeuvre causes the movement to invert; no effect occurs
during the closing manoeuvre
Warning: SEE NOTE 1
• The cutting in of the sensitive edge causes a brief inversion
and halt of the movement both in the opening and closing
manoeuvre
• If the infrared beam is broken, both during opening and during
closing, a slight inversion is caused and the movement is
stopped.
Warning: SEE NOTE 2
TX
21
Jumpers
RX
8