AXTRO® is capable of heating areas above 260 square meters (buildings constructed to regulation 10/91) with any number or type of radiator installed.

To facilitate transport and installation, the AXTRO® Hydronic fireplace, is packaged with the main body, flame-guard door frame and plumbing kit as separate items, thus aiding the installer to complete all connections and plumbing without the risk of damage to the glass or the enamelled surfaces.

Certainly, AXTRO® can be connected in series or parallel with any existing system including a solar heating system.rforated panel. The flue must be cleaned annually and the ash drawer emptied frequently to assure a proper draught.

There are two systems in the AXTRO® Hydronic fireplace range. The first, is a copper coil immersed in the water within the main heating heat exchanger. The second is a separate external finned heat exchanger, guaranteeing a greater amount of hot water and easier maintenance.

Solution: Gradually close the air control mechanism in order to keep the flue temperature within the comfort zone, between 250 and 475oF (150 to 250oC). If you do not have a chimney thermometer and would like to get one, visit your local Osburn dealer. Solution: Replace the gasket using a genuine OSBURN adhesive and gasket kit. Please consult our accessories sections. Solution: Put less wood into the fireplace. The fireplace will not produce as much heat and will not heat as long.

Solution: Use smaller pieces of wood and place them to allow proper air circulation between the logs. The same weight of wood cut in many small pieces will produce more heat than fewer, larger logs. Only add big logs when you have a good bed of red embers. Logs with a diameter exceeding 6 inches (153 mm) should always be split. Avoid stacking logs to the top of the fireplace. Solution #1: In many cases, a weak draft is simply due to insufficient heat in the exhaust system.

InFlame Fireplaces have a heat output of up to 9000BTUs/hr depending on the fireplace. This is guaranteed to bring ample warmth to any room in your home. A typical electric fireplace offers from 1500 to 5000 BTUs/hr (approximately.) so our entry level 6000 BTU/hr max. output fireplace will provide you with a great heat supplement.

The heat pump can produce water that is hot enough for use in these applications. In most cases, it is not warm enough to be used in old-style under-the-window radiator systems.

There are a few precautions to take before implementing this TV application. First, take a thermometer and tape it to the wall above the mantel (where the plasma TV will be placed). Then and build a fire, let it roar while. Check the thermometer. If the temperature is above 90 degrees then the area is receiving too much heat - either escaping from the front of the fireplace and rising up the face, or radiating through the chimney to warm the outside wall.

The following times are starting points. Users should experiment initially with shorter heating times and gradually work up to longer heating times if needed. Weather conditions will affect the heating time needed for outdoor projects. If the temperature is low and/or wind is present, heating times will need to be longer than during warm, calm weather.

The EN-5775 is rated at 60,000 BTU and will heat and area up to 2400 sq. ft. Open floor concepts have the best results.

Yes. Aside from the fact that all of our fireplaces radiate heat from their fronts, there is still heat that can be withdrawn from the fireplace. Using the blower increases the airflow thereby maximizing the heat being conducted from the back side of the fireplace. Adding a fan is easily done if 110 power is hooked up to the electrical box inside the unit. If power is not already at the fireplace, it still may be possible but may be more costly.

More so. A Bellfires? will provide ample heat without the grills and fans. The special refractory material of the Rosin Design radiates a comfortable warmth into the room. This type of system has been used in Europe for over 65 years.

The product can not be installed in any area where its temperature could exceed 120?F. Solid wood moldings or trim may be used to buffer the product in these areas.

Operating gas logs in a fireplace can be similar to burning wood in the fireplace. Yes you will receive some heat, but it is impossible to predict how much. Gas logs retrofitted to existing fireplaces are primarily for aesthetic benefit. They look great, provide a large yellow-orange flame and are not particularly efficient. If heat is your primary motive for retrofitting your fireplace you should consider a gas fireplace insert. Either way, you'll have something easy to use and maintain.

You will need to consult the operating guide for your particular fireplace model. If you use another manufacturer's gas logs, you need to maintain the clearances they specify. You can only install vented gas logs in our wood burning fireplaces. No. Installing vent-free (room vented) gas logs into our fireplaces presents a potential safety hazard as these fireplaces have not been tested or listed by UL or AGA for these applications.

Heat stroke is the most serious heat-related illness. It occurs when the body becomes unable to control its temperature: the body’s temperature rises rapidly, the sweating mechanism fails, and the body is unable to cool down. Body temperature may rise to 106°F or higher within 10 to 15 minutes. Heat stroke can cause death or permanent disability if emergency treatment is not provided.

The simple answer is there is a 'heat signature' there but it is very light. Look closely and you'll probably see a blue tint to the area. Your visitors just did not spend much time reading that part of your site.

least one participant plans to ride the high-speed catamaran from Bar Harbor to Yarmouth and back on Saturday, June 20. Contact Dewey Dykstra if you would like to join him.