Dea ADVANCE/N Bedienungsanleitung Seite 17

4.3 Assembly
ASSEMBLING THE TRACK (Fig. 3)
Join the two halves of the track using the coupling (verify the proper insertion side), and push until the stopper in the track is reached.
ADJUSTING THE BELT-TENSIONER (Fig. 4)
The belt's tension must be adjusted using the tensioner on the end of the track. In order to avoid damaging the automation's mechanical
components, the belt must not be overtightened.
MOUNTING THE TRACK ON THE CEILING (Fig. 8)
Mount the belt track in the centre with respect to your door.
Note: The centre of the garage and the centre of the door may be different.
Use tools and fastening materials that are suitable for the installation site's conditions.
ASSEMBLING THE MOTOR HEAD ON THE CEILING TRACK (Fig. 7)
Mount the motor head on the ceiling track. Make sure that the position is correct when inserting the motor shaft into the housing. Secure
the motor head using the supplied screws. The motor head can be conveniently wired with its cable on the ground, and can then be
fastened to the track.
CONNECTING THE CABLE TO THE MOTOR HEAD
Connect the pre-assembled cable to the motor head shown as in
the fi gure. Secure the connection by tightening the fastening screws
on the female terminal. The "Flash" terminals are not utilized.
CONNECTING THE CABLE TO THE CONTROL UNIT (Fig. 9)
• Fasten the control unit to the wall at least 1.5 m off the ground,
using fasteners suitable for the surface.
• Insert the connection cable, into an electrical channel.
• Cut off the excess cable, and connect it as indicated.
4.4 How to release the gear motor (Fig. 6)
In the event of a malfunction or power failure, the motor can be released as shown in Fig. 6a or 6b in order to move the door manually.
CAUTION The safety and effi cacy of moving the automation manually is only guaranteed by DEA System if the system has been
properly installed using original accessories.
Motor Terminal Block
Plug
PINK
GREY
YELLOW
BROWN
GREEN
WHITE
Control
Unit
WHITE
GREEN
YELLOW
BROWN
GREY
PINK
ADVANCE N
ENC A
+
ENC B
-
INPUT 1
INPUT 2
INPUT 3
INPUT 4
COM
ENC B
ENC A
24V_ST
24V_AUX
24V
OUT 1
24V
OUT 2
M1
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