Technical Data; Electrical Connections - Dea 400RR Instrucciones De Uso

3 TECHNICAL DATA

Power supply (V)
Flashing light output
Auxiliary power supply output (24VAUX)
Safety devices power supply output (24VSIC)
Electric lock output
LC/SCA contact capacity
Max motor capacity
Fuse F5=F6=F7
Fuse F8
Fuse F9
Operating temperature range
Radio receiver frequency
Max. number of transmitter controlled

4 ELECTRICAL CONNECTIONS

Execute the wiring following the directions of "Table 1" and diagrams on page 71.
WARNING Connect to 400V 3~ 50 Hz via an isolating switch or other device that ensures pole disconnection from the network, with a
distance of opening contacts of 3,5 mm.
WARNING To ensure an appropriate level of electrical safety always keep the 400V 3~ power supply cables apart (minimum 4mm in the
open or 1 mm through insulation) from low voltage cables (motors power supply, controls, aerial and auxiliary circuits power supply),
taking care to place them in plastics ducts and fasten the latter with appropriate clamps near the terminal boards.
WARNING All cables must be stripped in the immediate nearbys of the terminals. Keep cables slightly longer in order to eliminate sub-
sequently any excess.
WARNING In case of operators provided with electromechanical brake, remind to deactivate the elecrtonic brake of the control board
(P029=0).
1-2-3 Three-phase power supply connection: Connect the three phases to clamps 1, 2 and 3
4-5-6 Three-phase motor output: 4=phase T1, 5=phase T2, 6=phase T3 (max 1200W)
7-8 Flashing light output 230V ~ max 75mA
Clean Contact with max capacity 5A: this contact may be used to command a opened gate warning light (P027=0), or a
9-10 courtesy light (P027≠0), or to pilot an eventual mechanical brake (P029=2). In case of mechanical brake, opened gate
warning light and courtesy light are deactivated independently from the value assigned to P027.
24V ~ Power supply output for controlled safety devices. To be used as power supply for photocell transmitters (in all cases)
11-12
and of safety devices when testing these latter before each gate operation.
24V ~ Power supply output for auxiliary circuits and uncontrolled safety devices. To be used as power supply for any auxiliary
11-13
devices, photocell receivers (in all cases) and of safety devices when testing these latter before each gate operation.
14-15 12V ~ max 15VA Electric lock output
16 Common inputs
N.C. external safety device input. In case of activation, it reverses the movement (P018=0) or it stops (P018=1). If unused,
17
short-circuit to terminal n°16 or n°24
18 N.C. input Limit switch in opening. If unused, short-circuit to terminal n°16 or n°24
19 N.C. input Limit switch in closing. If unused, short-circuit to terminal n°16 or n°24
N.O. Pedestrian opening button input. If activated, it partially opens the gate (P030>1); separate close input (P030=1);
20
centralized closing (P030=0)
N.C. Photocell input. In case of activation it reverses the movement only while closing (P026=0) or it reverses the movement
21
while closing and stops while opening (P026=1). If unused short-circuit to terminal n°16 or n°24.
22 N.C. Stop input. If activated, it stops the movement during any operation, if unused, short-circuit to terminal n°16 or n°24
23 N.O. Start input. If activated it opens or closes the gate. It can work in "reversal" mode (P025=0) or "step by step" (P025=1)
24 Common inputs
25 Radio antenna signal input
26 Radio antenna earth input
12
230 V ~ max 75mA art. LED230AI
+24 V ~ max 400mA (24Vaux + 24Vsic)
12 V ~ max 15VA (max 1 art. 115)
433,92 MHz "rolling code / dipswitch"
Table 1 "terminal board connections"
400V 3~ ±10% (50Hz)
max 5A
1200W
T5A 250V retarded
T400mA retarded
!!NOT INSTALLED!!
-20÷50 °C
100