V2 HYPERFOR 4000-I, Руководство пользователя

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ENGLISH
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11 - PHOTOCELLS
The unit has two inputs for photocells (normally closed contact),
which can be independently enabled and associated with different
functions:
1. Photocell active during opening and closing phases
• During the movement of the gate, in any direction, if the
photocell is interrupted the gate stops; when the interruption is
removed the gate opens completely.
• With the gate closed, if the photocell is interrupted the
start-up commands are rejected.
• With the gate open, if the photocell is interrupted the pause
time is reset, and the closing commands are rejected.
Connect the N.C. output of the photocell between terminals S5
and
S9
(configure the
FOT1
parameter on
APCH
)
2. Photocell activated when closing and gate stopped
• During opening if the photocell is interrupted has no effect
• During closing, if the photocell is interrupted the gate
completely re-opens
• With the gate closed, if the photocell is interrupted the
start-up commands are rejected.
• With the gate open, if the photocell is interrupted, the pause
time is reset and the closing commands are rejected.
Connect the N.C. output of the photocell between terminals S6
and S9 (configure the parameter
FOT2
on
CFCH
)
3. Photocell activated only during closing
• During opening and with the gate closed, if the photocell is
interrupted has no effect
• During closing, if the photocell is interrupted the gate
completely re-opens
• With the gate open, if the photocell is interrupted, the pause
time is reset and the closing commands are rejected.
Connect the N.C. output of the photocell between terminals
S6 and S9 (configure the parameter
FOT2
on
CFCH
)
m
WARNING:
• If you connect multiple photocells on the same terminal, the
connection must be done in series: all photocells will have the
same function.
• If you do not connect any photocell to terminal S5 , the menu
FOT1
must be set to
NO
.
• If you do not connect any photocell to terminal
S6
, the menu
FOT2
must be set to
NO
.
Regardless of the selected function, if the photocells are activated
during the pause, the pause time is reset using the value set in
parameter
CH.AU
.
If you want to accelerate the closing of the gate, after the transit,
set a value for the parameter
CH.TR
lower than
CH.AU
’s.
The pause time can be reset using the value of
CH.TR
.
If you want to stop the gate after transit through the photocells,
set the value
YES
for the parameter
PA.TR
NOTE : if the photocells are connected on the two FOT1 and
FOT2 inputs the gate stops only after the passage in front of both
photocells have been detected
11.1 - POWER OF PHOTOCELLS AND AND
FUNCTIONAL TEST
Photocells can be powered to 24 Vac (FIG.1) or 12 Vdc (FIG.2).
Regardless of the selected function, the photocells can be tested
prior to each movement.
To enable the photocell test it is required to indicate the maximum
duration of the test in the parameter FO.TE: if set to NO, the test
is not carried out.
POWER SUPPLY 24VAC
Connect the power supply of photocell receivers between
terminals
E1
and
E3 (COM)
.
Connect the power supply of photocell transmitters between
terminals
E5 and E3 (COM) .
NOTE
: to facilitate wiring the terminals for the AC power supply
are double (E1 = E2 / E3 = E4)
WARNING: To carry out the test it is necessary that the
transmitter power of the photocells is connected to the terminals
E5
and
E3 (COM)
POWER SUPPLY 12VDC
The DC power supply is available between terminals
H8 (+)
and
H7 (-)
.
ATTENTION : In order to perform the test, one of the relay options
must be used:
• REL1: connect the transmitter power supply between terminals
Z3 (+) and H7 (-) and connect the terminal H8 with the
terminal Z4 , set the
REL1
parameter to
TEST
.
• REL2: connect the transmitter power supply between terminals
Z5 (+) and H7 (-) and connect the terminal H8 with the
terminal Z6 , set the
REL2
parameter to
TEST
.