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When enjoying your home to the fullest gets hindered by your staircase, getting a stairlift is definitely a great option to put into consideration. If you’re wondering exactly how stairlifts work, then you’ve come to the right place! In this post, we aim to give you a detailed information of stairlifts’ operating process. Let’s take a look!

First and foremost, it’s important to state that all stair lifts possess three main components which includes the rail, the seat as well as the drive system ( also referred to as the carriage which powers the chairlift ). Using a stairlift is pretty easy, all you need to do is sit on the seat, fasten the seatbelt and push the rocker switch located on the seat’s armrest. Once done, this will make the stairlift move smoothly up the rail.

Generally, stair lifts possess a soft start or stop to make sure the chairlift glides gently from the beginning to the end of the staircase. If you want to stop the stair lift, all you have to do is to let go of the rocker switch and the unit will automatically stop moving. After the stair lift has gotten to the end of the staircase, simply pull up a level present on the seat’s side. This will make the stairlift’s seat smoothly swivel 90 degrees and locks itself in place to make for an easy exit. What’s more? Most stairlift’s seat, arms and footrest can be folded when not in use to make sure there’s enough free space along the stairs.

Obviously the performance of a solar thermal system will vary depending on the location of the home, the insulation of the property, and your own hot water requirements. Solar thermal panels are capable of providing all of your hot water requirements from April to September. They will still make a contribution to your hot water needs for the rest of the year, but in general you will need a backup system to further heat the water in the colder months.

LNB or Low Noise Block simply refers to the feature present at the end of a satellite dish which is attached to the coaxial cables feeding the satellite receiver. There are varying types of LNB which all works in their own special way, however a general function they all provide is to serve as the satellite broadcast signal amplifier and oscillate the signal to a lower frequency band which can be contained by the coaxial cable without too much loss of the cable and the greater the frequency the better the cable resistance and the quicker you’ll lose signal as a result of the cable strength. It should, however, be noted that most LNBs (and not all), oscillate the signal down to the satellite intermediate frequency band ranging from 950Mhz to 2150Mhz.

With the availability of a wide range of LNB types, makes and models, picking the right one for your satellite is crucial as the wrong one may imply your satellite will not work. The most common LNB types are single LNBs and Quad LNBs. The major difference between all types is the amount of output possessed by each LNB. This is what allows extra satellite receivers to be added for additional TV points as well as the inclusion of satellite PVRs which features recordable, play, pause and rewind TV services. For example, a single LNB possesses just one LNB connection for a coaxial cable to be attached. This allows you to connect a standard satellite receiver such as Freesat box or Sky. There are also dual or twin LNB, quad LNB and octo LNB which allows for two (or one satellite PVR), four (two PVRs or one PVR and two standard satellite receivers) and eight separate satellite receivers (four PVRs or combination of both) respectively. There are many other LNB types you can choose from with varying features, so it all depends on your requirements.

Range cooker hoods should be installed between 65 -75cm above the hob. However, you should check installation instructions, as some cooker hood styles need to be installed slightly lower. If you fit your cooker hood too high, it will reduce extraction performance.

If you are thinking of buying an electric vehicle, then one of the first things you’d have to put into consideration is charging. When it comes to charging of your electric vehicle, doing it at home is one of the most convenient things that comes with it. Not only do you get to avoid the fuel stations, but you’d also get to drive a car in a much cheaper way. Fitting an EV charger or wallbox at your residential space gives you the option to add miles to your battery in a lot faster manner than making use of a three pin plug. In fact, there are also some chargers that offers a lot more than just being a fast way to charge your vehicle.

So which home ev charger should you use? There are a wide range of options available in the market today, however you can get the perfect match for your vehicle by answering these few questions:

• Can you park two cars side by side? If yes, then a tethered charger might just be your most suitable option. A tethered cable is one that’s always connected to your home’s charger. One of the major benefits of using this is that you can get home and plug the charger straight it without having to fetch the cable or carry it around.
• Is size and design crucial? If yes, then you can consider wallbox chargers or untethered wallboxes which are smaller in size and minimalist in design.
• What if your WiFi isn’t accessible? If your WiFi signal is poor in the spot where the charger is to installed but your mobile phone signal is good, then Ohme is a good option to consider.

Most Sun Tunnel Kits are available in sizes from 250mm Diameter to 550mm Diameter. This gives you a good range to choose from depending on the size of the room you are trying to brighten.

• 250mm Sun Tube – Perfect for room sizes up to 10m2. (Hallways, Small Bathrooms)
• 350 – 450mm Sun Tubes – Perfect for rooms 10 to 15m2. Larger Hallways, Stairwells and Bathrooms.
• 550mm Sun Tube – Ideal for rooms 15 – 22m2. Kitchens, Bedrooms, Living Rooms.

Structural Engineers are experts in the structure of establishments (structures, wall structures as well as roofs). They give solutions whereby they will evaluate issues with existing establishments as well as additionally aid with structural design and computations for changes. They can additionally supply solutions in regard to the design of brand-new premises as well as planning permission applications.

Did you just purchase a double glazed window and confused about how to have it installed? Fitting the window yourself can be quite easy with the help of this step by step guide. However, if you lack proper training or experience, we’d recommend you reach out to a trustworthy professional who can guarantee the best results for help. That said, now let’s take a look at the process.

• Remove the old windows by detaching the old beading and glass window safely. Then make some interval cuts using a hand saw before using a crowbar to pry it out.

• Cut the external double glazed window seal. Once done, take a measurement of the window area’s width once empty. Then transfer the measurement to the window sil to face outside and cut using a handsaw.

• Seal the window sil. Add a bead of clear silicone along both inside lip as well as the centre to seal the sil.

• Screw the double glazed window to the sil. Position the window on the top of the lipped section that was siliconed. Then pre-drill them together and screw in three places. You should make sure the screws do not go totally to the sil’s bottom.

• Install the double glazed window. After successfully screwing the double glazed window to the sil, you can now fit in the double glazing. Make use of packers to make sure it’s even in the slot.

• Screw the uPVC window to the wall. If you’re happy and satisfied with the position of the window, you can then pre-drill through the frame of the window and the brick wall. Once done, simply screw it in place using masonry screws or Spax screw as they do not require crawl plugs in bricks.

• Seal around the window. To do this, simply fill any gaps with expanding foam, wipe out the excess and seal with silicone.