Ceiling fan 132 cm, housing and blades plastic walnut
Model: "Eco Aviador 132 cm NB"
Modern ceiling fan, extra quiet, high performance, high quality!
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15 days to return it !
Ceiling fan 132 cm, housing and blades plastic walnut
Model: "Eco Aviador 132 cm NB"
Aviador consists of 3 blades and housing made of plastic with the most modern water transfer printing coating. Equipped with a remote control, it guarantees absolutely smooth running.
CasaFan ECO AVIADOR 103 WE, energy-saving ceiling fan, Ø 103 cm, housing and 3 plastic blades white lacquer, incl. radio remote control (motor 6 levels, forwards/reverse) with wall bracket, EC/DC motor only max. 24 watts , wide voltage/wide frequency from 110-240 V / 50-60 Hz, slow-motion mode, with short ceiling rod, ceiling - wing distance 185 - 215 cm, installation also on slopes up to 22°, longer ceiling rods for high rooms available.
Technical characteristics:
Control: remote control.
Forward/Reverse via remote control.
Number of speed: 6 RPM: 195 Max from 4 to 24 w w.
Finish: 3 blades and body walnut
Can also be installed on inclines of up to 22°.
Diameter: 133 cm
Height: 27.5 cm Blade ceiling: 18.5 cm.
Weight: 7 kg
Standards: THUV-GS-CE-RHOS
Warranty: 25 years for the engine
Data sheet
This indicator represents a new resource to help you make more sustainable decisions daily.
What is the Repairability Score? The repairability score is an indicator designed to inform consumers about the ease of repair of ventilation products. This score, presented on a scale of 0 to 10, evaluates several aspects of the product, such as the ease of disassembly, the availability of spare parts, and the relative cost of repairs.
Why is it important? In a world where sustainability and ecology are becoming increasingly important, the repairability score helps consumers make informed choices. By opting for products with a high score, consumers can not only save money over long periods but also contribute to the reduction of electronic waste.
Disclaimer: It is essential to distinguish the repairability score specific to ventilation from the general repairability index. Currently, the standard repairability index is not directly applicable to ventilation systems. This is why we have developed our own repairability score, adapted to the particularities of our products.
The repairability score we calculate internally is a key indicator for evaluating the ease of repair and durability of our ventilation systems. This score takes into account several factors:
In conclusion, the repairability score is a valuable tool for promoting more responsible and sustainable consumption. By choosing products with a high score, consumers can positively influence manufacturing practices while benefiting from more durable and economically advantageous devices.
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