Can i replace halogen downlights with led

It features a 50mm diameter on the reflector and uses a dichroic filter to dissipate heat through the back of the bulb. They can cause a fire if they come into contact with combustible material. If you want to retain your low voltage halogen downlights without spending on a transformer, convert them to mains voltage GU The electrician will disconnect the halogen transformer and do some re-wiring, and will then fit GU10 lamp holders and bulbs which will enable you to plug your downlights into mains power.

Some circuits have a transformer for each light while others have a single one for all downlights. These transformers may either be magnetic or low voltage. An electronic low voltage transformer needs a minimum amount of voltage to operate and must be replaced. Otherwise, your new LED bulbs will flicker or fail to work. Make sure that you sum up the individual voltages of your multiple LEDs, then buy a transformer that has the same voltage requirement.

Only purchase a constant current transformer if you plan to use it on an individual bulb. Using it in a series will switch off all your downlights whenever your circuit breaks. A constant current transformer supplies power to LEDs with an existing current-limiting resistor. It runs on amps A or milliamps mA , varying the voltage throughout the circuit and allowing the current to remain constant.

It not only maintains consistent brightness across all your high power LEDs, but also avoids thermal runaway and premature burn outs. You can add as many LEDs as your maximum current allows and none of the bulbs will go off if the circuit breaks. Constant voltage transformers power LEDs that have a fixed voltage rating of 24V, 12V, 5V or a higher voltage rating with a maximum current.

There are other alternatives to transitioning to LED. You could use lower wattage halogen downlights or switch to compact fluorescent lamps. They run at roughly degrees celsius, and if they are not adequately ventilated, and protected from coming in contact with combustible materials they can easily start a fire. All halogen downlights should be fitted with a heat guard and should be clear of insulation and building materials.

If one bulb runs at degrees Celsius, imagine if you have 6 bulbs of halogen downlights in your room. They are energy efficient, durable and they are not a health risk.

Halogen Downlights are the complete opposite of LED downlights and people are now ditching them as they are adopting new ways of saving energy and money of course. You just need to swap your old light bulbs out, remove them from the light fixture and fit the new LED light bulbs in their place.

You also need to examine the original fitting and bulb. Most halogen downlights fit into the power supply with small pegs or pins.

Check the bottom of the existing bulb to see how the connectors should look, then measure the size of the fitting as well as the size of the cut-out for the bulb. These can usually be switched for LED bulbs without replacing any parts. If the bulb has 2 sharp pins and pushes into the fitting, it is likely a low-voltage MR11 or MR16 bulb. They are the biggest cause of house fires and if you have them, you can be at risk of dealing with a house fire caused by these bulbs someday.

Most governments are imposing laws that ban the buying and selling of halogen bulbs so very soon halogen downlights will be history. With all the things said above, I guess you now have a clear picture of the drawbacks of halogen downlights and the multiple advantages of using LED bulbs.

If you want to save energy, save your home from a possible fire outbreak or save money, then switch to LED downlights now. Thinking of making the switch from halogens to LED, but not sure how to go about it?

Already switched from halogen lights to LED globes? With new offerings and cheaper solutions surrounding lighting, many of us have taken to quick fixes. So what is? A good way to tell if you need to change the transformer is to check if the halogens have pins or pegs to connect them to the circuit.

LEDs draw such little power that they never pull the minimum wattage that the transformer is rated for. Using them in an AC circuit will lead to voltage fluctuations that will cause the bulbs to flicker, buzz, or dim erratically. Contact LEDified for a thorough review of your lighting situation. We can assess your current lighting demands, determine if you can replace your halogen globes with LEDs straight away or if you need to add an LED driver, and we can even do the installation work for you.