China Stove Fan LT370 - Bionic Butterfly Design for Efficient Heat Dissipation | Suppliers and Factory Direct
Product Overview
Bionic butterfly body, the design inspiration comes from the lightness and elegance of butterfly flight, not only beautiful and practical, but also the hollow out of the wing part is like simulating the real butterfly fluttering wings, the heat dissipation effect is excellent, the heat generated by the fireplace is transferred to every corner of the room, it is the best collocation for using the fireplace in winter!
The Fan has a thermoelectric module that acts as a small generator to drive the fan's motor. An electric current is generated when the generator module experiences a heat difference between the top and bottom surfaces. The bottom of the fan heats the bottom surface of the module, while the top of the module is cooled by the top radiator of the fan.
Parameter
| Individual product size | Ø152*H190mm |
| Net weight | 485 g |
| Gross weight | 730g |
| Number per case | 16pcs |
| Weight per carton | 12.78 kg |
| Single packing ruler | W178*D120*H210mm |
| Outer package size | W500*D375*H450mm |
| Operating temperature | 80℃-350℃ |
| Noise | <=25db |
| Authentication | CE / RoHs/FCC/PSE/UKCA |
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FAQ
1. What is the purpose of the thermal energy fan?
The thermal energy fan is designed to generate electricity from the heat produced by a wood-burning fireplace, in order to power a fan that circulates the hot air into the living area, improving heating efficiency.
2. How does the fan generate electricity without batteries or power?
The fan utilizes a thermoelectric module that acts as a small generator, producing an electric current when it experiences a heat difference between its top and bottom surfaces. This allows the fan to operate without the need for external power sources.
3. What drives the fan's motor?
The generated electric current powers the fan's motor, allowing it to blow hot air directly over the wood-burning fireplace into the living area, thus increasing air circulation and improving heating efficiency.
4. What is the role of the bottom of the fan in generating electricity?
The bottom of the fan heats the bottom surface of the thermoelectric module, creating the necessary heat difference to generate electricity.
5. What is the design inspiration and feature of the bionic butterfly body?
The design inspiration comes from the lightness and elegance of butterfly flight. The hollow out of the wing part simulates a real butterfly fluttering wings, which provides excellent heat dissipation and transfers the heat generated by the fireplace to every corner of the room.
6. What are the operating temperature limits and noise levels of this fireplace fan?
The fan has an operating temperature range of 80℃ to 350℃ and operates quietly with a noise level of ≦25db.
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