30
30
GG
BB
RX1-TX1
= External photoelectric cells
RX2-TX2
= Internal photoelectric cells
Where:
=>
WHITE-RED-BLU
E are the plugs of the connector where you have
to insert the 3 WIRES (NOT THE SHIELD !)
=>
S, +, GND
are the plugs of the control board where you have to
insert the 3 WIRES. The SHIELD must be connected to the
EARTH from the power supply (not to GND).
- B -
SETTING
DIP 1 CHECKING THE ROTATION DIRECTION OF
THE MOTOR (ON) (POINT C)
DIP 2 TIMING (ON) (POINT D)
OPERATING MICROSWITCH
DIP 3
Pause time before the automatic closing
(ON)
DIP 4
Jogging radio receiver
(OFF)
- automatic
(ON)
DIP 5
Single impulse command (K BUTT) jogging
(OFF)
- automatic
(ON)
DIP 6
Photocells always active
(OFF)
- Photocells active only on
closure
(ON)
DIP 7
Encoder enable (ON-active) - Current sensor enable (OFF-
active)
N.B.: should the operator be used in current sensor
mode (DIP 7 OFF position) it is advisable to instal an
electrical lock to ensure an efficient locking of the gate.
DIP 8
Pre-blinking
(ON)
- Normal blinking
(OFF)
DIP 9
Pause time before the automatic pedestrian closing
(ON)
DIP 10
Enable unlock stroke of electric lock (ON-active)
DIP 11
Enable electric lock (ON-active)
DIP 12
Selection of gear motor under use - PRINCE (ON)
S1 =>
"PROG." Programming button
LS - LOW SPEED -
ELECTRONIC REGULATOR FOR LOW SPEED
Adjustment of low speed is performed through the LOW SPEED
trimmer, changing the output voltage at the contacts of the motor or
motors (turning clockwise the speed increases). The adjustment is
performed to set the correct speed for opening and closing end travel,
according the gate structure or presence of minor friction that could
impair the correct operation of the system.
LED SIGNALS
DL1 contact photocells (NC)
DL2 contact stop (NC)
DL3 control operation of current sensor M2
DL4 control operation of current sensor M1
DL5 control Encoder operation M2
DL6 control Encoder operation M1
DL7 programming activated
DL8 gate open M1 (green)
DL9 gate close M1 (red)
DL10 gate close M2 (red)
DL11 gate open M2 (green)
