
AIR radio tubular motor Ø 45 mm
With the AIR portfolio, we offer a bidirectional wireless solution that is already smart home ready. All AIR actuators can be easily and intelligently integrated into the building automation system of our exclusive development partner, Loxone.
The motor detects that the blind is frozen to the windowsill and stops the rolling-up process.
An additional desired position can be taught in at any time.
All AIR drives feature MESH technology. As a result, each drive acts as an amplifier for the radio signal.
The built-in motor intelligence detects obstacles during retraction, thereby protecting the system.
Automatic detection of end positions without time-consuming adjustment during installation. Completed in just one up and down cycle. Quick and precise adjustment of end positions.
On stop
Auf Position
| SOLIDline Sun AIR GU45__SOC-F04 | GU4510SOC-F04 | GU4520-F04 | GU4530-F04 | GU4540-F04 | GU4550-F04 |
|---|---|---|---|---|---|
| Voltage | 230 V~/50 Hz | ||||
| Electricity | 0,47 A | 0,63 A | 0,80 A | 1,00 A | 1,00 A |
| Cos Phi | >0,95 | ||||
| Inrush current (factor) | x 1,2 | ||||
| Performance | 105 W | 140 W | 180 W | 220 W | 220 W |
| Torque | 10 Nm | 20 Nm | 30 Nm | 40 Nm | 50 Nm |
| RPM | 16 rpm | 16 rpm | 16 rpm | 16 rpm | 12 rpm |
| Final switch-off range | > 200 revolutions | ||||
| Protection class | IP44 | ||||
| Total length I ¹ | 519.5 mm | 549.5 mm | 569.5 mm | 589.5 mm | 589.5 mm |
| Operating mode | S2 4 min. | S2 5 min. | S2 4 min. | S2 4 min. | S2 4 min. |
| Sound pressure level ² | 39 dB(A) | 41 dB(A) | 41 dB(A) | 43 dB(A) | – |
| diameter | 45 mm | ||||
| Weight | approx. 1.90 kg | approx. 2.20 kg | approx. 2.40 kg | approx. 2.70 kg | approx. 2.70 kg |
| Ambient humidity | dry, non-condensing | ||||
| Storage temperature | T = -15°C … +70°C | ||||
| ¹ With COM head + 0.5 mm | |||||
| ² The information on the average sound pressure level is for guidance only. The values were recorded at GEIGER at idle speed with the drive suspended freely at a distance of 1 m and averaged over 10 seconds. The measurement does not refer to any specific test standard. | |||||
| Subject to technical changes. | |||||
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