Construction Heaters Kerosene
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Mr. Heater 80,000 BTU Propane Convection Heater #MH80CV $99.99 MR. HEATER PORTABLE PROPANE HEATER *Heats approximately 1900 sq. ft. *Runs up to 14 hours on 20 lb. tank (low setting) *Standing pilot for increased safety *Convenction *Piezo push button ignitor *Two stage chamber for reduced ship cube/retail space *”Instalock” chamber for easy assembly *10 foot hose and regulator included *CSA certified… |
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Mr. Heater MH125FAV 125,000-BTU Forced-Air Propane Heater $119.00 Portable propane heater offers efficient temporary heat for construction sites, agricultural buildings, industrial workspaces, remodeling jobs and more. Features a high-output fan to maximize air circulation, 10-ft. hose and regulator. High-temperature limit switch/flame safety. Compact and lightweight with attached carrying handle. Thermostat not included. Uses 40-lb. tank (not included). CSA cer… |
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Mr. Heater MH170FAVT 170,000-BTU Forced-Air Propane Heater $179.99 Portable propane heater offers efficient temporary heat for construction sites, agricultural buildings, industrial workspaces, remodeling jobs and more. Features a high-output fan to maximize air circulation, 10-ft. hose and regulator (tank sold separately). High-temperature limit switch/flame safety. Compact and lightweight with attached carrying handle. Includes a built-in thermostat. CSA certif… |
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Tradesman 650000 BTUH Kerosene $1,994.99 Tradesman – K650 Features: -Comfort control T-stat.-Room temp display.-Digital diagnostics.-Front and rear lift handles.-Fuel gauge.-Spark ignition.-Safety flameout sensor.-Cord wrap (400k).-Pneumatic wheels (400k).-Solid Rubber Wheels (650K). Specifications: -Tradesman 650000 BTUH Kerosene. Dimensions: -Dimensions: 48.7” H x 31” W x 70” D…. |
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Kerosene Heaters: A Consumer’s Review $3.75 … |
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Effect of gas and kerosene space heaters on indoor air quality: a study in homes of Santiago, Chile.(Technical report): An article from: Journal of the Air & Waste Management Association $9.95 This digital document is an article from Journal of the Air & Waste Management Association, published by Air and Waste Management Association on January 1, 2010. The length of the article is 11195 words. The page length shown above is based on a typical 300-word page. The article is delivered in HTML format and is available immediately after purchase. You can view it with any web browser.Citation … |
What Makes a High Efficient Furnace so Efficient?
With today’s rising energy demands, volatile financial & housing markets and a constant potential of increased living costs looming over our shoulders, catching a financial break anywhere we can as a consumer should be of keen interest to everybody. 90%+ Annual Fuel Utilization Efficiency (AFUE) furnaces may easily provide the solution and can easily off set a household bill or two with all of the energy being saved by this furnace in contrast to the conventional 60-80% AFUE furnace that is more than likely currently in your home even as you read this article. 90%+ AFUE furnaces have a 2 heat exchanger design to avoid wasting heat, in the past the product was problematic when it was first developed in the 90’s, but has since been improved to near perfection today by most manufacturers to be a very reliable product and if sized properly and installed properly will save an incredible amount of money on the utility bill that you can capitalize on year in and year out.
The two heat exchanger design is the key feature that allows a 90%+ AFUE furnace to operate so efficiently. A primary heat exchanger handles the ignition of the furnace and the natural gas fire (propane, kerosene, heating oil or what ever the furnace burns) of the furnace burners. As the burners are engaged inside of the heat exchanger, the heat exchanger gets hot so that when the furnace blower turns on, forced air travels over the hot heat exchanger to allow for heat transfer to occur, sending warm air through your air ducts and to ultimately heat the air in your home. With a conventional 60-80% AFUE furnace that is all that is present for a heat exchanger, but through brilliant engineering furnace manufacturers realized that flue gases always creates hot moisture that is typically wasted out of the flue pipe and so they decided to capture this free energy by designing a better product. So engineers went to work to produce the two heat exchanger furnace and incorporated a secondary heat exchanger that looks like a coil to capture the hot flue gas moisture to re use this heat in a more efficient appliance, rather than wasting this heat out of the flue pipe.
Remarkably after 70 years of relatively little change in the heating market in terms of how a furnace basically operated, a vastly more efficient appliance emerged on the market. Two stage technology emerged as well, where engineers realized that a furnace did not necessarily have to high fire gas at all times to effectively heat your home, due to varying weather outside of your home. The two stage gas valve emerged to where a low fire predominately occurs on temperate (less cold) winter days saving an additional 25-35% on gas consumption and then when the weather gets real cold outside the furnace can engage a high fire to ensure that the appliance can keep up with heating your home only when high fire is truly needed, to ensure that the homeowner gets the best of both worlds; saving money and staying comfortable.
A conventional furnace is missing these features, because the conventional furnace can only fire in one stage and just wastes flue gas moisture out of the flue pipe. The venting of a 90%+ AFUE furnace is typically done with PVC piping material and most often is vented to the exterior side of a home. The 90%+ AFUE furnace burns and exhausts vastly more cleaner gases than a conventional furnace effectively lowering emissions as well, so you can feel good about doing your part in the environment when you have a 90%+ AFUE furnace installed in your home.
Some contractors are afraid to install a 90%+ AFUE furnace in your home due to lack of training and an inability to successfully repair furnaces in the first place. One legitimate complaint and or criticism that was true in the past, that these contractors would make, is that parts were more expensive on a 90%+ AFUE furnace and why on earth would you want an expensive repair bill they would ask. That all came to an end when Rheem manufacturing designed their new line of 95% AFUE 2 stage furnaces. All parts selected to make the Rheem 95% AFUE 2 stage furnace work are of quality durable design, but cost effective to repair after the furnace warranty expires.
This would not be the case with the expensive Carrier induced draft motors and chip boards or the expensive chip boards used by Trane and American Standard or all parts by Lennox being of higher expense in their product lines of 90%+ AFUE furnaces. Furthermore, Rheem realized that the primary heat exchanger was the most expensive part of the furnace, so they decided to make a primary heat exchanger tougher than any other manufacturers primary heat exchanger.
The Rheem primary heat exchanger is constructed of stainless steel and is of a tubular design with virtually no seam points present on the part, kind of like a car tail pipe, which rarely breaks. Eliminating seam points on the heat exchanger increases the life span of the part. On the contrary, the Lennox, Carrier, Trane and American Standard heat exchangers are a cheaper clam shell design that is no where near as strong as the tubular designed heat exchanger. The clam shell designed heat exchanger is designed to last a certain amount of years, but once enough time goes by these heat exchangers typically fail due to 4 sides of crimped seams separating the heat exchanger, leading to part failure.
Not only is the Rheem 90%+ AFUE line of furnaces tougher and built with cost effective parts in mind, but they even went as far as ensuring that all Rheem furnaces operate at a vastly lower decibal range making the Rheem furnace the quietest class of furnaces in the residential market today. Carrier, Trane, American Standard and Lennox furnaces will work and if sized and installed properly will last for many years, however when they break, you will surly pay a pretty penny to get them fixed.
When you call out an HVAC company or contractor to perform an in home estimate to install your 90%+ AFUE furnace, make sure that they are evaluating your whole house. Proper furnace sizing will involve an estimator to evaluate wall insulation type, attic insulation type, home exposure, window type, slab type, outdoor landscape, fire places present, duct sizing, how many people occupies the space as well as a few other factors too.
Be leery of the estimator that is in and out of your home in 30 minutes or less, because getting it right during the estimate phase will have a huge effect on achieving maximum efficiency of the furnace and your over all indoor comfort for many years to come. Most of the estimates that reputable heating and air conditioning companies perform may require between 1-2 hours to gather all necessary data, answer customer questions and to write an up front price to do the work.
There are many like minded good companies and contractors out there that conduct themselves that way as well. Your best bet would be to just call out an ACCA member company to perform the estimate, because an ACCA member company will operate professionally, follow higher HVAC standards and receives accredited support in training, up to date trade information and will be up to date with new techniques and standards in the HVAC field. Visit www.acca.org and use the contractor zip code locator to find an ACCA member company near you.
Article By: Mike Meincke. Managing Member of Lucky Duct, LLC. http://www.luckyduct.net.
About the Author
Mike Meincke is the Managing Member of Lucky Duct, LLC which operates a full service heating, ventilation, AC and air duct cleaning company in the Denver metro. Lucky Duct, LLC was founded in 2005 and has quickly attracted some of the most seasoned tenured HVAC technicians to work for Lucky Duct, LLC due to a positive working climate, good hourly pay and full fledge employee benefits that has allowed Lucky Duct, LLC to rapidly grow in the saturated Denver Metro HVAC market. Visit www.luckyduct.net to learn more about why Lucky Duct, LLC has raised the bar in customer service, up to date technician training and quality of service, products and workmanship!
A kerosene heater in my garage set my carbon monoxide detector off, any ideas why?
I was painting a car, in my garage, and had a kerosene heater, and a propane construction style heater both running to heat the garage. My carbon monoxide detector was saying something like 94 parts per million of carbon monoxide. I have used both of these heaters before, but never together. Any ideas what happened?
well, easy, really- both of these appliances create and emit Carbon Monxide as a result of their combustion processes. The fact you were using them together in a confined space would be the reason why the detector registered such a high concentration.
First test run of the Kelley Hot Shot heater
In by gone days all a contractor had to do was give the customer good quality and good service and he/she would be set. Then set back and let your customers do your selling for you. They would tell a friend and then that friend would tell a friend. Your phone would be ringing off the hook. I remember as an Architectural designer some days I would have up to four people wanting to schedule appointments for designs. Those days are long gone! But Fear Not! Click Here For Help
