Bargain Sale Texas Instrument Graphic Calculator Cradle N Swing Fisher Price Compare
Thursday, December 29, 2011
Sunday, December 25, 2011
DIY Engine Preheater
This is a preheater I made out of an ammo can, some flexible aluminum dryer hose, a dryer conduit nipple, pig putty, and an MSR XGK camp stove. The video demonstrates setting it up and lighting it. I got this idea from an Alaskan flyer who posted on a web forum. His design had two hoses, but my aircraft has retractable gear therefore ample room for one big hose through the gear door under the cowling. I built this primarily because I wanted a "simple" and very portable heating solution since I am based at a tie down with no electricity. Will also come in handy when away from home at a lonely strip ;-) Basically, I cut large holes around the bottom of the ammo can... over 1 inch diameter on the ends, the long sides I used smaller holes. Jig sawed a large 4 inch hole in the lid for the conduit nipple and used high temp pig putty (plumbers epoxy) to seal it in. I have a peice of safety wire to hold the dryer hose in place on the nipple, and also a loose one to hold it from extending when not in use. The hose is fairly limp when extended, it will extend to 5 feet... I just extend what I need and shove it up in the cowling. The camp stove will burn any kind of liquid fuel, gasoline (unleaded), white gas, kerosene, Jet-A, diesel etc. The bottle is 20 oz. and should last up to 2+ hours. Lighting the heater requires it's own prime and preheat. Give the bottle a few pumps. Let some fuel into the heater bowl, light it. Let it heat the jet and bowl up... when it starts "poofing ...
Low Cost Wiggles Sprout Low Cost Captains Bed Twin Waffle Iron Maker Decide Now
Wednesday, December 21, 2011
The Ultimate Gas Furnace Troubleshooting Guide
Looking for some quick tips on how to keep your gas furnace in tip-top shape this winter? The Ultimate Gas Furnace Troubleshooting Guide will answer all of your questions, including how to turn on a furnace, how to change a furnace filter, how to test a furnace's airflow, what to do if a furnace doesn't ignite, and much more.
We hope you find this guide to be useful - and we hope you stay warm this winter!
A) How to Turn On Your Gas Furnace
It sounds easy, but believe it or not, many people don't know how to turn their furnace on or off. Here's a simple, step-by-step breakdown:
* Find the breaker for your furnace. It's part of the electrical panel, which is usually located in your basement, utility room or garage. The breaker should be clearly labeled with a gas furnace sticker. Turn the breaker to the "On" position.
* Locate and turn on the furnace switch. It is typically somewhere near the bottom of your basement stairs - sometimes in the ceiling, sometimes in the furnace room itself, and usually at eye level or slightly higher.
* Set your thermostat. Check that the furnace is on and then make sure that the selector switch is set to "Heat". Finally, adjust your set point temperature, and that's it - your furnace is turned and ready to heat your home!
B) How to Check and Change Your Furnace Filter
Proper maintenance of your furnace filter can help optimize airflow from your furnace, which will keep it running efficiently and economically during the coldest months of the year. To prevent burnout of your furnace parts, we recommend inspecting your filter monthly and changing it every three to six months. Here's how it's done:
* Begin by carefully opening the furnace's external rack or panel door.
* Remove the furnace filter by sliding it out. Take a look at the filter to see if there's any darkness or discoloration.
* If you can't see through the filter, it's definitely time for a new one. Slide the new filter into the furnace, making sure that it is installed in the direction of the airflow. And that's it - you're done!
C) How to Test Your Furnace's Airflow
If a room in your house is too cold during the winer, it might be because your furnace isn't supplying enough warm air through the registers in that particular room. There's a simple way to test the airflow from your furnace registers to make sure they are working properly -- the garbage bag airflow test.
The test is a quick way to estimate airflow by determining how long it takes to fill a common plastic garbage bag. While it is not a precise measurement, it is better than no measurement at all and will give you a good ideas as to whether you need to call a technician to look at your ductwork.
To do the garbage bag airflow test:
* Tape the mouth of the garbage bag to a coat hanger or piece of cardboard to keep it open.
* Crush the bag flat and place it over the register or exhaust hood.
* Count the number of seconds it takes for the bag to fully inflate.
If the inflation time is:
* 2 seconds = 37 L/s (75 cfm)
* 4 seconds = 20 L/s (40 cfm)
* 10 seconds = 10 L/s (20 cfm)
If the measured airflow is less than 10 L/s, the furnace is delivering only a small amount of heat to a room and needs to be further inspected to determine why the heat is not going through.
The garbage bag airflow test is also useful if you have changed your heating or cooling systems or have made major renovations to your house.
D) If Your Gas Furnace Fails to Ignite
If you can hear that your furnace is on and the fan is running, but all you're getting is cold air, you likely have ignition failure. Try resetting your furnace by turning the switch to off for at least ten seconds, then, turning it on again. If that doesn't do the trick, give your HVAC contractor a call.
E) Furnace Troubleshooting Checklist
Think your gas furnace has quit? You could save yourself the cost of a no-heat service call by checking the following:
* Is the furnace switch in the on position? It may have been turned off by mistake.
* Is the thermostat properly set to the "heat" position and the temperature set to your normal heat setting?
* Is the furnace venting blocked by snow or ice? If so, try to remove the blockage.
* Are the programmable thermostat batteries fresh?
* Is the circuit breaker in the electric panel in the proper position?
* Is the furnace door properly closed?
* Has the filter been changed recently? If you've checked everything on the list and your furnace still isn't working, give your local HVAC contractor a call, and they'll get your furnace back up and running as soon as possible.
F) How to Properly Remove Vent Blockages
If you become aware of a furnace problem that might involve the exterior vent, do a quick inspection and see if any snow, ice or some common household item might be blocking the vent. If so, before removing the obstruction, head inside first and turn the off the power to your furnace. Now, you can safely clear away whatever is blocking your exterior vent. Once you're done, turn your furnace back on using either the breaker or the switch.
A lack of airflow through the furnace's interior vents could mean your furnace fan motor has seized. If this has happened, don't try to fix the problem yourself - contact the expert furnace repair technicians at your local HVAC contractor.
G) How to Stop Air Leaks and Prevent Heat Loss
Air leaks account for a significant amount of a home's heat loss in winter - resulting in increased heating costs as your furnace constantly tries to replace the warm air that has escaped from your home. Fixing these leaks will save you money on your heating bills.
To stop leaks around windows and doors:
* Remove the trims carefully.
* Fill large cracks or gaps with foam backer rod, oakum, or expanding polyurethane foam.
* Replace the trims and caulk along the edges.
To stop leaks along baseboards:
* Caulk along the seams without removing the baseboard.
* Remove the baseboard and caulk between the wall and the floor.
To stop leaks around electrical outlets on outside walls:
* Turn off power to the outlet and remove the outlet cover.
* Install a foam insulating pad.
* Replace the outlet cover turn the power back on to the outlet.
To stop leaks in an unfinished basement:
* Caulk under the basement sill plate and around the joists with a rubber-based caulking or acoustical sealant.
* Caulk any gaps where ducts enter a wall or ceiling.
* Insulate ducts with preformed wraps or duct-taped insulation batts.
To stop leaks in your attic:
* Seal any cracks.
* Weather strip your attic door and close it tightly.
H) If a Gas Smell is Detected
In the unlikely event that you smell something like a rotten egg smell, you could have a gas leak. Don't turn on any electrical switches and open all of your windows. Then, go to a neighbour's house and contact your HVAC contractor or your local gas provider immediately.
Sunday, December 18, 2011
Mr. Heater 35,000 BTU Propane Forced-Air Heater #MH35FA
!±8± Mr. Heater 35,000 BTU Propane Forced-Air Heater #MH35FA
Brand : Mr. Heater | Rate : 
| Price : $109.65
Post Date : Dec 18, 2011 16:51:17 | Usually ships in 24 hours
| Price : $109.65Post Date : Dec 18, 2011 16:51:17 | Usually ships in 24 hours
- 35,000 Btu forced-air propane heater
- Ideal for smaller industrial/commercial workspaces; heats up to 800 square feet
- Runs up to 12 hours on low setting; automatic shutoff with loss of flame or power
- Requires 20-pound propane tank (not included); 10-foot hose and regulator included
- Adequate combustion and ventilation air must be provided; 1-year limited warranty
More Specification..!!
Mr. Heater 35,000 BTU Propane Forced-Air Heater #MH35FA
Saturday, December 10, 2011
Tuesday, December 6, 2011
Can Space Heaters Be Hazardous?
Normally during the winter season fuel prices tend to rise and most residents in Atlanta, GA will be making use of space heaters to kill the chill. According to a report published by US Consumer Product Safety Commission (USCPSC), more than 25,000 residential fires are caused by these heaters, which also cause about 300 deaths. More than 6000 patients are admitted to hospital emergency rooms for injuries caused due to contact with the heated surface of these heaters.
Since space heaters carry a much higher risk of fire than a central heating unit, people who are planning to use these during the winter months should be extra careful. These heaters have proven to be hazardous, mostly due to human errors like placing them too close to combustible substances, leaving them on without the supervision of an adult and improper maintenance.
Electric space heaters are mainly used to warm up small spaces. These heating devices are preferred by Atlanta residents who cannot afford the cost of running their centralized heating unit and rather heat just a single room and not the entire dwelling unit. Also, these heaters are found in the work place under a desk to heat the feet of an employee that isn't getting the full effect of the central heating unit.
Space heaters can help Atlanta residents get some much needed warmth, but these devices should not be left on for the entire night, or unattended because of the following reasons:
Safety concerns: The Consumer Product Safety Commission (CPSC) suggests that these heaters should only be operated when an individual is available to monitor the status of the device. Today, electric space heaters are being used to produce just enough heat for the surrounding areas in a matter of minutes. The CPSC suggests that using these heaters in bathrooms and kitchens could also prove to be dangerous. Electric space heaters should not be placed near water sources. Cause Fire hazards: A report by the National Fire Protection Association (NFPA) suggests that these heaters should not be operated without a person being present to supervise it. This is because the heaters that were left running overnight causes 54,900 fires in 2008 that lead to 220 deaths. The risk of fire is greater with kerosene space heaters, which are now banned in some states. Health risks: Fuel operated space heaters also emit carbon monoxide, which can cause various breathing disorders.
To protect yourself from the dangers of space heaters, never operate them when you are sleeping. Also seek the services of an electrical contractor to install a smoke detector in the room where these devices are being used.
Saturday, December 3, 2011
Is an Electric Heater Right for You?
Most heaters are usually powered by either electricity or fuel, and while both types of heaters have their own individual benefits, electric heaters seem to be the most popular option because they are often inexpensive to purchase and easy to maintain. They primarily work by converting electricity into heat via an electric resistor within the heater, and an electric current flowing through the resistor then coverts the electric energy into heat energy.
Some of the benefits of an electric heater are obvious - electricity is available anywhere, and they do not require any fuel to be stored.
It is also important to understand safety issues when purchasing a heater. New models of electric heaters are required to pass rigid safety tests in order to ensure safe operation. Wire grills, tilt switches, automatic shutoff controls, and thermostat controls are all safety features to look for.
Although all electric heaters use the same basic principle to generate heat, there are variations in how they provide this heat to the environment. Here are some different electric heating methods available:
Convection Heaters:
These types are great for providing background warmth for a closed space. Convection heaters warm the air near the element or body of the heater by using air convection currents to generate heat, and these currents circulate throughout the appliance and across its heating element. Examples of convection heaters are oil-filled radiators, which are perfect for personal spaces such as under desks and electric baseboard heaters, which are great for heating rooms such as a bedroom or lounge area.
Infrared Heaters:
Infrared heaters transfer thermal energy via electromagnetic waves, and all infrared heaters share one common characteristic: heat is emitted or radiated from the heated object or substance, and only objects are warmed (as opposed to entire areas). In general, infrared heaters are energy efficient and great for multi-purpose use, but they are especially effective for industrial use such as warehouses and even greenhouses where high temperatures are required to be quickly reached.
Fan Heaters:
A fan heater is a type of convection heater that uses a fan to pass air over a heating element in order to speed up the airflow. This heating element heats the air, the air leaves the heater, and the surrounding area is warmed. This can result in extremely rapid heating in a room, but these may not be the best choice if sound is a concern, as fan-type heaters can sometimes be noisy. However, fan heaters work well in areas where installing other types of heating devices would be impractical, and examples of fan heaters would be portable fan garage heaters, which are placed on the floor and provide blasts of warm air onto the body.
Of course, fueled heaters such as those using propane or kerosene are also heating choices, but these types of heaters may not suitable for home use because they need to be vented due to carbon monoxide emissions. However, if you are concerned about the cost of electricity and are looking to rapidly heat your patio, warehouse, or other large, well-ventilated area, these can also be considered.
Buying Podocarpus Bonsai Used Gibson Guitars For Sale Spyderco Tenacious Buy
Tuesday, November 29, 2011
Kero Reddy Heater - alpha up
Testing after repairs, 165000 btu output. The cover is off, beware of fan blades!
Mammoth Pecans Save Thermos Grill2go Discounted Biofreeze Retail Clearance Sale
Saturday, November 26, 2011
DeLonghi HVE134 Upright Fan Heater
See this great product here www.electricshopping.com This DeLonghi HVE134 Upright Fan Heater is brought to you by Electricshopping, and is available across Europe with Free UK Delivery. Powered by www.treepodia.com, the leading ecommerce video solution
Tuesday, November 22, 2011
Test run #3 of the Kelley Insustrial heater
This is the third run of the Kelley Hot Shot 300000 BTU industrial heater. I now have the new fan blade installed, and it's ready to be rewired and put back together. The sad part is that I ended up paying more for the new fan blade than I did for the heater itself :-\
Saturday, November 12, 2011
Coleman 5053A751 ProCat Perfectemp Catalytic Propane Heater with Instastart Technology
!±8±Coleman 5053A751 ProCat Perfectemp Catalytic Propane Heater with Instastart Technology
Brand : ColemanRate :
Price : $99.99
Post Date : Nov 12, 2011 15:38:04
Usually ships in 1-2 business days
Heater, ProCat E.I. Catalytic 3,000 BTU
Save Toro Mowers Cheap Small Dog Invisible Fence Great Deals Bushnell Yardage Pro Laser
Wednesday, November 9, 2011
Sengoku OR-77 HeatMate Omni-Radiant 10,000-BTU Portable Kerosene Heater
!±8± Sengoku OR-77 HeatMate Omni-Radiant 10,000-BTU Portable Kerosene Heater
Rate :
| Price : $109.00 | Post Date : Nov 09, 2011 14:30:06Usually ships in 24 hours
Sengoku's Heat Mate unique Indoor/Outdoor portable omni-radiant kerosene heater is safe to use;economical to operate. No electricity needed;uses 1K clear kerosene to provide excellent outdoor/indoor heat source. Ideal for a small room;patio;deck;gazebo;cabins. Equipped with easy push button start and automatic safety shut off.
- World Marketing Of America Kero-World Repl Wick 91009 Heater Wick
- Sierra-Tools 83-4840V Battery Operated Liquid Transfer Siphon Pump
- 21st Century S21 Grill and Stove Polish, Black
- Sengoku CV-2230 KeroHeat Convection 23,000-BTU Portable Kerosene Heater
- Blitz USA #21577 "2 Plus" Gallon Spill Proof Portable Kerosene Container System
Subscribe to:
Posts (Atom)
|
|
|
|
 |
 |
 |
 |
 |
 |
 |
 |