G E K O
14
Once you have defined and satisfied these requirements, proceed with the assembly:
•fixtheoperatorfixingplateto thepillarbyusingscrewsandplugssuitabletothetypeofsurfaceandmaterial(Pic.5) ;
•mountthestraightarmbyusingthesuppliedscrewandwasher(Pic.6) ;
•insert the operator inside the wall connection plate and fix it with the provided screws and nuts (Pic. 7) ;
•Mounttheswingfixinghinge andthecurvedarmtothestraightarmbyusingtheprovidedpinsandseegerrings(Pic.8) ;
•weldthehingetothegateor fixitwithscrewssuitabletothetypeofmaterial ;
How to unlock the operator
Lift the cover window (Pic. 9a) and, after having inserted the unlocking key, rotate clockwise until it stops (Fig. 9b).
How to fix and adjust the mechanical limit switches
•Unlocktheoperator ;
•Rotate the wing to the position of complete opening, position the mechanical limit switch on the stop with the straight arm and fasten
it with the provided screws (Pic. 10). If necessary, you can mount a second mechanical limit switch for the closing stop. In this case
follow the above directions by moving the door in the desired closed position and fix it with the screws provided in detention;
•Repeatthepreviousstepforapossibleseconddoor ;
•Securetheprotectivecoveron thestraightarmwiththescrewsprovided (Pic. 10).
5 ELECTRICAL CONNECTIONS AND PROGRAMMING
WARNING To ensure an appropriate level of electrical safety always keep the 230V power supply cables apart (minimum 4mm
in the open or 1 mm through insulation) from low voltage cables (motors power supply, controls, electric locks, aerial and auxiliary
circuits power supply), and fasten the latter with appropriate clamps near the terminal boards.
WARNING To connect the encoder to the control panel, use only a dedicated cable 3x0,22mm
2
.
5.1 Wiring and terminal boards connection
• Remove the carter and get access to the internal control board ;
• Execute the wiring following the directions of table 1 and diagrams on page 22.
Table 1 “terminal board connections”
1-2 22 V ~ transformer power supply input
3-4 24 V battery power supply input (follow carefully polarity indications)
5-6 Operator 1 output
7-8 Operator 2 output
9-10 24 V max 5 W output for open gate warning light (if P041 = 0) or courtesy light (if P041 = 1)
11-12 Electric-lock output max 1 art. 110
13-14 24 V Flashing light output max 15W art. Lumy/24A/S
15-16
15 - Com
Input 5. Unused.
17-18
17 - Com
Input 4 PED. If activated, it opens motor nr. 1 only.
18 - N.O.
19-20
19 - Com
Input 3 STOP. In case of intervention, it stops the movement of both motors during any operation. If unu-
sed, short circuit.
20 - N.C.
21-22
21 - Com
Input 2 PHOTO. If activated, it provokes: the inversion while closing, the stop while opening (if P040=001)
and prevent the starting when gate is closed (if P040=000 or P040=001). If unused, short circuit.
22 - N.C.
23-24
23 - Com
Input 1 START. In case of intervention it provokes: the operator opening or closing. It may operate as “in-
version” mode (P25=0) or “step by step” mode (P25=1).
24 - N.O.
25 Aerial signal input
26 Ground aerial input
27-28 +24 V power supply output for auxiliary devices 200mA
29-30 DEA_NET net input (unused at the moment)
CON 1 230 V ~ ±10% (50/60 Hz) power supply input
CON 2 Encoder connection to operator 2
CON 3 Power supply connection to operator 2
J5 - J9
A
B
Encoder selection Jumper:
•Aposition=operatorswithencoder(remindtoset P021=0)
•Bposition=operatorswithoutencoder(remindtosetP021=1)