Outdoor Camping Fireplace Sets Accessories for Wood/Log Burner/Fireplace Heat Powered Wood Burning Gas Fireplace Top Stove Fan with 5 Blades Passed CE& RoHS

 

 

 

 

Working principle:

The thermoelectric module inside the fireplace fan serves as a small generator to drive the fan's motor, so the drive/operation of the fireplace fan does not require batteries or electricity. The fireplace fan is placed on the fireplace frame and uses the temperature/heat energy on the fireplace frame to generate electricity, driving the fireplace fan. The rotation speed of the fan depends on the combustion temperature inside the fireplace frame. The higher the furnace temperature, the faster the speed. When the furnace temperature drops to the point where the fire is extinguished, the speed of the fireplace fan slows down until it stops rotating. Normal operating temperature from 50 ° C to 350 ° C.



Product Structure Aluminum heat sink, thermoelectric module, bimetallic heat conduction fin, fan blade.



[Environmental Protection and Energy Conservation] The improved hot air circulation through high-temperature self generation can bring greater comfort, and the use of stove wood is reduced by about 28%.



[Safety Design] The bracket and base of the fireplace fan are treated with anodized aluminum, which can withstand high temperatures up to 752 ° F (400 ° C) and will not deform or change color even when working at high temperatures for a long time.



Longer service life The fan base is equipped with a bimetallic safety device. If the surface temperature exceeds 250 ° C, the safety device will gently lift the front of the fan to protect the TEG and motor.

Working principle

stove fan is a device used to evenly distribute the heat energy generated by the fireplace into indoor space. It achieves the transfer of heat energy by utilizing the principles of rising and convection of hot air. The following will provide a detailed introduction to the working principle of the fireplace fan



 fireplace fan usually consists of a motor, impeller, driving device, and casing. When the fireplace is ignited, the heat generated will cause the surrounding air to heat up, forming thermal convection. The work of the fireplace fan is to generate airflow by utilizing this thermal convection, thereby transferring heat energy to the indoor space.

The motor of the furnace fan is its core component, which converts electrical energy into mechanical energy to drive the impeller to rotate. The impeller is another important component in the fireplace fan, which is usually composed of several blades that generate airflow through rotation. The driving device is a mechanism that transmits the rotation of the motor to the impeller, enabling it to rotate.



When the heat generated by the fireplace heats up the surrounding air, the density of the air decreases, resulting in thermal convection. Hot air rises due to its low density, while cold air sinks. The impeller of the fireplace fan starts to rotate under the drive of the motor, generating airflow. This airflow will interact with hot air, accelerating its ascent and carrying heat energy into the indoor space



The working principle of the fireplace fan can be summarized as the following steps:

Firstly, the ignition of the fireplace generates heat energy, which heats up the surrounding air,

Secondly, the hot air rises to form thermal convection, and then the motor of the fireplace fan drives the impeller to rotate, generating airflow,

Finally, the interaction between airflow and hot air transfers heat energy to the indoor space.



In summary, the fireplace fan utilizes the principle of thermal convection to evenly distribute the heat generated by the fireplace into the indoor space. Its working principle is simple and effective, which can improve the heating effect of the fireplace and make the indoor space more warm and comfortable. The use of fireplace fans can improve energy efficiency and reduce energy waste. During use, there is no noise generated and it is maintained below 16 decibels, making it a very quiet state. The stove fan is a very practical device.



Product Advantages



1. Help improve the faster circulation and circulation of heat energy emitted by the fireplace.



2. Help distribute hot air more evenly throughout the room.



3. Accelerate the rise of hot air and the decrease of cold air, resulting in a uniform and comfortable room temperature.



4. Bass, self generating, no need for batteries or electricity, low-temperature startup, fuel saving, and faster enjoyment of heat from the furnace.



5. Self start, adjust speed, and stop



6. Simple and fashionable design, simple blades can drive a large amount of Thermal circulation fireplace fan


 

Attention Required:




1. Please read the user manual before using the fan



2. Please always use the fan on the packaging



3. Before using the fan, please check if it is damaged. If there is any damage to the fan during transportation, please do not use or install the fan



4. When the fan is working properly, please keep children away from the fan.



5. Do not touch any part of the fan while working. If you want to move or carry the fan, please wait until the fan stops working and cools down before moving.



6. When the temperature exceeds 250 degrees, the bimetallic insulation device at the bottom of the fan will automatically bend and tilt backwards for protection.



7. This product cannot be burned on an open flame for use, nor is it intended for use with built-in furnaces or other insulated top designs. Use this product with a standalone furnace, or place the furnace fan on a smooth flat surface near the side or back of the chimney.



8. The furnace fan is designed for an independent stove, with a furnace surface temperature between (80 ºC -400 ºC). Temperatures above this range may damage the fan and generator set and void your warranty.