More Over
It works according to the counter-move principle. When extended, the awning fabric is unwound by the fabric shaft and at the same time the projection profile is pulled out by a pulling element running in the guide rails. Optimal fabric tension is achieved by the preload of the spring mechanism. There are several collections to choose from. Technical details Fabric shaft made of galvanized steel groove tube. Toothed pulleys made of high-quality material to drive the traction element. Fabric shaft brackets made of cast aluminium. Two-piece cover panel extruded, closed at the sides. Guide rail made of extruded aluminium with mounting groove and extra chamber for the pulling element. Timing belt with Kevlar inlay.
Technical Information
Guide rail
The guide rail is made of extruded aluminium alloy and, in combination with the plastic glider, ensures low-noise running.
In
principle, all systems are available with electric drive, thermal overload protection and automatic limit shutdown. If the resistance in the guide rails is too high, the torque-dependent motor switches off automatically.
For
extension lengths of more than 3,000 mm, a guide scope is used to stabilise the fabric against wind loads.
Projection profile
The stable projection profile is pulled by means of plastic gliders in lateral guide rails. The spring mechanism required for optimum fabric tension is invisibly integrated into the fabric shaft.
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