AF180 the longest electronic automatic bio ethanol fireplace of the world
- Dimensions: 182 / 24 / 21.5 cm (71, 65 / 9, 39 / 4, 45 in)
- Output: 12400 W (42 000 BTU)
- Capacity of the tank: 18, 5 L (4, 75 Gal)
- Consumption: 2 liters/hour (0, 53 Gal/hour)
- Remote control: Yes
- Net Weight: 45 kg (84 Lbs. )
- Gross Weight: 55KG
- Minimum Order: 1pc
- Hs code: 7321129000
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Related other models of intelligent alcohol bioethanol fireplace:
Automatic bioethanol fireplace AF66 ( 66.5X24X11.5cm )
Automatic bioethanol fireplace AF100 (100X24X12.5cm )
Automatic bioethanol fireplace AF120 ( 120X24X21.5cm)
Automatic bioethanol fireplace AF150 ( 150X24X21.5cm)
Automatic bioethanol fireplace AF180 ( 182X24X21.5cm)
Data Sheet On request!
1. Customized products:
Fireplace price according to customer requirements size and quantity a single report!
Normal duration of 10-15 days (expedited orders, please consult customer service and sales)
2. We also have many models of manual alcohol bioethanol fireplaces.
Detailed information, please contact me:
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Among the best in art fireplace design, the AF180 Remote Controlled Electronic Bio Ethanol Fireplace Insert with the longest fireplace avialable is favored by architects, contractors and high-end designers and offers the discerning client unprecedented quality and safety. In addition to the same vent-free and clean burning flames as manual ethanol fireplace inserts, this art-Fire bio ethanol burner offers much more for both residential and commercial applications:
Remote Control Capability. Due to its electronic operation, powered by a twelve-volt power source, this ethanol fireplace insert may be ignited and extinguished through an on/off switch located on the burner itself, a one-button remote control or through your smart phone by integrating with your Smart Home System.
On-Board Safety Monitoring. The motherboard of this fireplace insert is safety-central. Constantly self-evaluating its operation, this intelligent burner reacts to any condition that appears atypical. Should it sense an excess amount of carbon dioxide emission or heat output, it will automatically cease operation, extinguish the flame and maintain the lock mechanism of the fuel chamber. Additionally, it will self-extinguish should it sense seismic motion or level of tilt making it a shock-proof device. Fuel and battery levels are also constantly evaluated for optimal performance and will give notification through the burner's LED display, which will indicate operation times and alert you by sound and error message should an event occur.
Sturdy Construction. Constructed of Grade 304 stainless steel, the ethanol burner is corrosion resistant and exhibits excellent resistance to atmospheric, chemical and other exposures. Its top plate measures three millimeters in thickness (3/32 inches). This allows sturdiness, yet promotes a low profile. For added safety, the bioethanol fireplace AF180 offers insulated double hearth construction.
Separate Fuel Reservoir and Burner Tray. Continuing with the unprecedented safety features of this ethanol burner, excess fuel is housed in a sealed reservoir. This not only prevents fuel evaporation and the aromatic release of the raw ethanol, but lessens the amount of "exposed" fuel at any given time. Through a medical grade fuel pump, the ethanol is delivered into the burner tray. Only allowing the burner tray to manage a few centiliters of ethanol fuel at a given time promotes additional safety and minimizes the risk of fire-related dangers.
Going forward, the assumption that has always been made is that petroleum costs would rise considerably, making alternatives more competitive. We really don't know whether this will be the case. Food is a less discretionary item than fuel. If there are shortages of both food and fuel, people will buy food before fuel. So it may be that food prices will rise even more than fuel prices.
Natural gas prices are very low right now. The expectation is that these will need to rise, if shale gas producers are to make an adequate return on their investment. If natural gas becomes more expensive, this will put even more price pressure on corn ethanol.
The amount of ethanol produced may decrease, rather than increase, over time.
I mentioned above that the amount of food produced is likely to decrease over time, as the amount of petroleum available declines, because of the use of petroleum in the whole system. It seems to me that some of the same issues may spill over to ethanol production-governments will not be able to plan well enough to protect farmers from shortages. Also, there will be more pressure to move land from ethanol production into food production. Prices for food and ethanol will tend to rise, making it harder and harder for people to afford both fuel and food, so demand for fuel may decline.
As the amount of oil produced declines, the amount of ethanol that can be blended into gasoline as E-10 or E-15 decreases. So that portion of the ethanol market is likely to get smaller over time. E-85 has not caught on, in part because it tends to be expensive, and in part because there are not enough service stations selling it to make it reasonable for flex-fuel cars to be tuned to use E-85 in a more efficient manner. If there is pressure to use more and more land for food, I doubt the E-85 service station situation will get much better, so cars are likely to remain tuned to optimize mileage for gasoline, rather than ethanol. So I expect the proportion of E-85 sold will remain low, although we can debate this.
I also have a worry that many will think odd. Our financial system is very much tied in with all of our petroleum problems. I am afraid credit problems will become more and more of an issue, and ripple through the system. For example, farmers may not be able to get credit to buy new machinery, or even to buy seed for putting in the new crop. Because of this, production of corn, both for food and ethanol, may drop. Or your local electric utility may run into financial difficulties, and not be able to pay creditors or buy fuel. If there are electrical interruptions, this could affect ethanol production, even if the farmers are able to grow the corn.
Other
One issue that has come up recently is the fact that the US is now producing more corn ethanol than it can easily blend into its own supply, so we are exporting some of the corn ethanol. With this approach, the subsidy for corn ethanol is acting to keep the price down for countries importing the ethanol. We don't know whether the corn ethanol would have been competitive with local products without the subsidy-presumably it would not have been, and local farmers would have been able to sell their ethanol instead. Our subsidy helps to put European producers of corn ethanol (to the extent any is produced in Europe) out of business.
I would imagine the dollar amounts involved are at this point relatively small. I suppose the issue is that "our" subsidy is going to help someone else. The theory is that if we are going to subsidize something, we should be subsidizing our own ethanol use, not someone else's (although, in the end, it all goes to augment oil use), and both act to reduce our balance of trade problems. If Europe is really unhappy about this outcome, they will add a tariff, or otherwise restrict trade.
I am sure that there are other issues, for example, with corn ethanol's impact on CO2 emissions and air quality, but I have not researched them adequately to address them. The points I have listed give at least a flavor of the objections I see.
Top Four Reasons to Choose Bio Ethanol Fires
A real fire is a stunning addition to any home or garden; whether designed as a subtle statement or a dramatic centrepiece, there is a unique attraction to dancing, flickering flames that simply cannot be matched by any imitation. Bio ethanol fires are becoming an increasingly popular alternative to the traditional wood or coal burning fire - and here are some of the top reasons why.
1 - No Chimney, No Vent
This is one of the biggest advantages of bio ethanol - you can have flueless fires. Because bio ethanol burns cleanly, there's no need to install a chimney, making it suitable for many locations where a traditional fire would be impossible. In addition, unlike other kinds of flueless fire, there's no need to install a permanent vent in the room either; you just need to be able to let in a little fresh air if you're going to have it lit continuously for an extended period of time.
2 - Flexible Design
Again thanks to bio ethanol's clean-burning qualities, you'll have much more flexibility in the design of your fireplace. If you want a white fireplace, you can have it - there will be very little soot produced by a bio ethanol burner, so the white finish will stay pristine. Similarly, you can use glass or a range of other materials that would be damaged or stained by the soot and smoke of a traditional wood or coal fire.
3 - Easy Use
Bio ethanol comes in neat bottles, so there's no need to carry heavy and messy coal or wood through the house. All you need to do is top up the container of the burner and you're ready to go. Of course, as with any fire there are safety precautions - always make sure that the fire is out and the container is cool before you top up the fuel.
4 - Eco-Friendly
Bio ethanol is a sustainable product, unlike fossil fuels such as coal, and doesn't produce smoke to pollute the local atmosphere. They're not just decorative, they are an effective way of producing warmth, so they can help you to heat your home in style without impacting upon the environment.
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