When it comes to selecting a gas fire , the primary thing to consider is the type of gas fire you are able to possess. The choice you make will be determined by the kind of chimney you own or do not have. We’ll begin by taking a look at gas stoves of the conventional variety which are compatible with chimneys. We’ll then look at alternatives for people who do not have chimneys.
Outset Gas Fires
Like the name suggests they protrude from the wall and are placed in the middle of your fireplace. They may have radiating bars or are equipped with a live flame effect. They typically release lots of heat as the interior of the fire is heated and this, they spread heat throughout the room extremely effectively. It’s also common that these fires have large controls at the top, which is great for those who have mobility issues or have difficulty with tangled controls.
High-efficiency Gas Fires
There are two kinds of high-efficiency gas fireplaces either glass-front or open-front. Open-front fires typically have an efficiency of around 70-75 percent Glass-fronted fires are more likely to have an efficiency rating closer to 80-90 percent. Both utilize the same technology to improve the efficiency over that of a typical gas fireplace.
Traditional Open Fronted Gas Fires
Sometimes referred to as ornamental gas fires, they’re typically between 50 and 60 percent efficient. Similar to the other gas fires in Manchester we have, they have a wide range of control options, as well as various choices for frets and trims and you can pick one that is suited to your style.
Once you’ve identified the chimney or flue you have, and the kind of fire you’d like to have the next step is select the control option as well as your trim or fret options you prefer. We’ll briefly go over the fret and trim options, followed by the various control options.
Trim and frets are decorative components that make up the flame. The trim is placed along the edges of the fire, while the fret is situated in the middle of the flame. Most fires come with variety of styles and colours of these.
How do gas fires function?
Gas fireplaces and gas stoves remain the most affordable choice for the majority of people living in the UK and are more than 50% less expensive than electric heating according to a research carried out by Confused About Energy. There’s also plenty of discussion about wood burning stoves, but if you do not have your own forest or even the space to dry and store tons of logs gas is the choice for those who live in the countryside.
There are a myriad of kinds and styles of gas fireplaces to choose and choose from. So, where should you start?
Check out the article and we’ll attempt to provide a bit of information about the various types of fire that are available today:
Large-Scale Open Front Fires with High Efficiency
Gas open front high efficiency fires are designed to have the appearance and feel of a real open flame, but with the benefit of 74 percent net efficiency. They offer radiant and convected heat. The coal or pebble effects produce radiant heat with perfect. Convected heat happens when cool air dragged to the bottom inside the device is heated by a heat exchanger , and returned to the room via the canopy of the fire.
High-Efficiency Fires Outset
Live flame fires can be found on the hearth instead of being placed within the chimney. Fronted with glass, these operate similar to like other glass fronted inset fires. They offer a larger surface of radiant heat generated through the fuel effect thanks to the glass panels that are on both sides and the front.
Radiant Outset Fires
Sometimes viewed as outdated radiant gas fires make use of ceramic plates instead of pebble or coal fuel beds to warm the space by radiating heat. Ceramic plates can hold heat well and keep warm long after the fire is switched off. They also radiate heat into the space through an exchanger that takes chilled air off the floor, and releases hot air through the canopy.
Glass Front High Efficiency Gas Fires
Hearth mounted or hole in wall-mounted gas fires made of glass that have glass fronts have the highest efficiency options for chimney flue systems that are conventional. With an efficiency as high as 89 percent, the heat they emit is directed directly into the space. Contained by the glass panel the fires push greater heat to the space and less heat escapes through the chimney. They also supply warm air through convection heat that passes through a heat exchanger before venting out to the room.
The Balanced Flue Gas Fire is a high efficiency gas fire that’s balanced.
Balanced flue fires are made to cater to those who desire all the advantages of a gas flame but do not have a flue or chimney in their house. The balanced flue fireplace has its own flue terminal which directs air through an exterior wall. They’re glass-fronted fully sealed appliances that function by drawing in air, then venting the air from outside via two co-axial tubes that are inserted into the fire to ignite it for purposes.
The radiant heat that is generated by the fuel bed gets combined with convected heat. The heat is then absorbed into the core of the fire via the heat exchanger, and is then released as warm air through the gap that is above the canopy, which makes balanced flues among the most efficient kinds of gas fires that are available.
Flueless Gas Fires
Gas fires that are flueless are made to appeal to those who desire the advantages of a gas fireplace but do not have a chimney installed in their home. The flueless gas fire is a efficient and clean burning appliance that comes with a catalytic converter integrated in it. The converter’s catalytic function scrubs the air that passes through it and removes any harmful emissions , and then safely releases carbon dioxide back into atmosphere.
Gas fires with flueless insets are also equipped with ODS or Oxygen Depletion Sensors that constantly examine the air quality and turn off the flame if the quality of air drops even a little. Safety products that are individually designed to shut off at different times, however they all have smaller margins than those found in contemporary CO detectors.