This automated awning when completely closed, the fabric is totally protected from the most adverse atmospheric conditions, in addition to improving its aesthetic appearance. In the frontal profile, a vertical skirt with a maximum of 1.20m in height is installed, to protect the sunlight when it reaches a low altitude.
VERSATILITY
Possibility of construction with fabrics and customized measures (width and projection) according to tables presented in the catalog, to respond to any situation and environment.
INSTALLATION TO THE WALL OR CEILING
This model allows attachment to the wall or ceiling, using the MCT600 support.
COMPACT
When closed, the fabric is completely collected inside the safe, thus being protected against atmospheric conditions.
SILENT
Mechanical systems specifically designed to ensure a low noise level.
CLOSING MANAGEMENT
Electronic technology developed to ensure that the awning is fully recoiled due to the possible fabric and textile dilations, thus ensuring that the engine stops only when the awning is 100% closed.
RESISTANT
The aluminum construction provides high strength and resistance.
MANUAL OPERATION
The installed crank allows the awning to be opened or closed manually in the event of a malfunction or power failure.
VERTICAL SKIRT
Vertical skirt for protection against low-lying sun rays, controlled by a remote control (without manual opening) or WiWeather sensor (when installed)
LED ILLUMINATION
Awning with integrated LED lighting system, managed electronically and activated by remote control.
STEP BY STEP INSTALLATION IN VIDEO
STEP BY STEP INSTALLATION IN VIDEO
Installation
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00:53 Installation
03:43 Fixing the roof
06:31 Operating test
07:50 Manual mode
08:21 Lower protection profile placement
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Regulation
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10:20 Inclination of the cofre
11:41 Inclination of the arms
12:59 Tuning of open limit switch
14:26 Tuning the closed limit switch
15:43 Adjust the skirt’s opening limit-switch
16:31 Adjust the skirt’s closing limit-switch
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Programming
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17:20 New remote control through another already programmed
19:58 Sun, rain and wind sensor With remote control already programmed
21:21 Remove the side cover to access the logic board
21:45 New remote accessing the logic board
24:04 Lighting channel
25:02 Working time/motor
26:34 Sun, rain and wind sensor Accessing the logic board
28:13 Inquiry of the programmed speed in the wind sensor
28:54 Change the speed in wind sensor
29:51 Test mode in the sun sensor, rain and wind
32:40 Exit the test mode in the sun, rain and wind sensor
STEP BY STEP PROGRAMMATION IN VIDEO
