Motorized Retractable Awning Product

Overview

A motorized retractable awning stores up to 28 m² of shade in a slim aluminium box over a patio door. Pressing "down" on the Radio Remote starts the Tubular Motor hidden inside the Roller Tube Assembly; the tube pays out fabric while two spring-loaded Folding Arm Pair unfold and push the Front Bar outward, keeping the cloth drum-tight at every position. Retracted, the Cassette Housing closes around the rolled Fabric Cover Assembly and folded arms, which is why cassette awning fabrics last 10–15 years where open-roller cloth fades and rots in five.

The European product standard EN 13561 grades awnings by wind class; a properly mounted folding-arm unit typically reaches class 2, meaning it survives roughly Beaufort 5 extended. The real wind protection, though, is not strength but automation — the Wind Sensor retracts the awning before gusts can load it.

How it works

The mechanism is a permanent tug-of-war. Inside each upper arm sits an Arm Spring Pack preloaded to 35–60 kg, pulling through a Tension Cable routed around the Elbow Joint; the springs always try to straighten the arm and drive the front bar out. The motor opposes them through the fabric: winding the tube reels the cloth in and folds the arms against their springs, unwinding lets the springs extend the awning while the motor brakes the tube. The fabric therefore stays tensioned between roller and front bar at every projection, with no slack to flap.

The tubular motor is the same device used in roller shutters, scaled up: a 230 V induction motor and Planetary Gear Stage reduction packed into a 45–60 mm cylinder that slides inside the Roller Tube, driving it through the Crown and Drive Adapter adapter. A spring-applied Motor Holding Brake holds position whenever power is off — without it the arm springs would slowly pull the awning open — and the Limit Switch Unit stops travel at the programmed end points: fully rolled with the front bar sealing the cassette, and fully extended just short of the arms' straight-lock geometry. A Thermal Cutout limits running to a few minutes, irrelevant in normal use since a full cycle takes about 30 seconds.

Structure and loads

Every force lands on the Torque Bar and Mounting. The arms' Shoulder Bracket clamps put a continuous twisting moment into the 40 mm Square Torque Bar, and gusts under the extended fabric convert to pull-out loads of several kilonewtons at each Wall Bracket. Fixing is consequently the critical installation step: Chemical Anchor Stud resin studs into sound masonry or through-bolts into the structure, never plugs into render or insulation. On insulated facades, stand-off brackets bridge the insulation layer to reach the wall behind.

Pitch is set per arm with the Pitch Adjuster: 5–14° suits high mounting over doors, while 25–40° sheds light rain off the Drip Lip. Rain use is limited regardless of angle — water pooling in acrylic cloth stretches it permanently, and most manufacturers void fabric warranties for wet retraction left rolled.

Fabric and automation

The standard cloth is solution-dyed acrylic around 300 g/m², woven from fibre pigmented before spinning so colour penetrates the filament; it holds colour for a decade outdoors and gives UPF 50+ shading. Panels come in 1.2 m loom widths joined with sewn seams and Seam Tape, anchored to the tube by the Fabric Spline and to the front bar by the Front Bar Spline. The Valance adds 200–300 mm of low-sun screening, and the cassette's Brush Seal wipes the cloth on every retraction.

Automation runs through the Radio Receiver Unit, usually integrated in the motor head. The wind sensor — a cup anemometer on exposed sites or an accelerometer on the front bar that feels actual fabric shake — forces retraction above the set threshold and overrides every other command. The Sun Sensor extends the awning above roughly 20–40 klx and brings it in after sustained shade, cutting summer solar gain through the glazing behind by 60–90 %. A Wired Wall Switch provides wired override, and newer receivers bridge to home-automation systems over protocols such as io-homecontrol or Zigbee.

Service items are predictable: the tension cables fatigue at the elbows and are inspected every 2–3 years, arm pivots get a silicone lubricant annually, and the fabric is brushed clean dry — never pressure-washed, which strips the cloth's water-repellent finish.