Closing the input to COM clamp will cause closing the gate,
however opening will cause opening of the gate. Closing and opening time is regulated by attached outside
clock with calendar.
- second photocell – FOTO 2
This input will be dedicated to the photocell having the function of stopping while closing and opening.
Photocell input must be closed to the clamp C (common clamp of inputs) in the configuration of NC contacts.
- partial opening switch - wicket function
Connecting the momentary switch NO type will enable partial opening of the gate. "Width of the wicket" is
regulated by operating time set according to pt. 6.4.
7
Connection
F6,3A
230V
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
27
28
29
30
31
F0,3A
24V
motor
Rx
Tx
control board supply
24V
AC
(
orange
)
Signal
lamp
230V
AC
Lamp
230V
AC
OPEN
PROG.
/
STOP
P/P
CLOSE
STEP BY STEP
STOP
**JOLLY
PHOTO1
COM
*
photocells
with photo-test
power supply
C
OM
MOTOR
(
blue
)
PE
ENCODER
Transformer
power
output
Control board supply
12VAC
(
white
)
Limit switch supply
24V (
yellow
)
C
OM
(
brown
)
FC(1)
green
FC(2)
white
CAPACITOR
FCC
Ap
Ch
P/P
Stop
Jolly
FT1
FCA
Supply
230V 50Hz
N
L
IF USING INPUT AS SIGNALLING, PHOTOCELL TRANSMITTER POWER SUPPLY MUST BE CONNECTED WITH
PHOTOCELL RECEIVER POWER SUPPLY. BETWEEN THE COMMON TERMINAL AND 'spia' OUTPUT CONNECT
SIGNAL LAMP OR CONTROL CIRCUIT OF THE LAMP. (MAX OUTPUT LOAD 24VAC/100mA)
INPUT CAN WORK IN ONE OF 4 MODES ACCORDING TO TABLE 1
Fig.2.
Connecting SWIFT6-CB clamps.
24VAC
1 sec
1 sec
1 sec
1 sec
0,5
sec
0,5
sec
0,5
sec
0,5
sec
0,5
sec
0,5
sec
0,5
sec
0,5
sec
0,5
sec
0,5
sec
2 sec
SIGNALLING - spia OUTPUT
GATE STATE
OPEN
CLOSE
AUTO-CLOSING TIME COUNTDOWN
STOPED
Summary of Contents for SWIFT6
Page 2: ......
