In normal circuit with the load connecting, the output voltage Let’s learn the dangers of a CAPACITOR-FED POWER SUPPLY. The line will connect to the 0V like the hole of the power-outlet on the wall. It is no problem.īut what happens if the wires are reversed. If the Neutral connected to 0v of the supply. But if using a capacitor instead of a small transformer CAPACITOR-FED POWER SUPPLY We are therefore quite safe for the electric shock. ![]() Power transformer Separate the coils clearly. ![]() There is the insulation is between the primary and secondary.Īnd has the two lines indicate a magnetic circuit that exists between the two windings. We use the transformer to reduce from high AC voltage to lower voltage. It is basic of unregulated supply circuit,12V 0.2A. Then, this will produce a CURRENT FLOW through your body and it will kill you very quickly. The Line rises 311v then falls 311v below “ground” 50 times per second (50Hz of frequency). And, the peak voltage (or current) is 1.41 times the RMS value.įor example, the RMS voltage 220V is 311 Vp-p. It is called the RMS (Root-Mean-Square) voltage. In normal we know voltage in 0.707 times the peak voltage. So, any overvoltages that can cause instant death. Because it does not use an isolated transformer. Because you may be hit by electric shocks. Please note, comments must be approved before they are published.Do not touch any part of these circuits. You can contact us and use our FREE consultation program to figure out the best solution for powering a tanning bed in your home.ĭon’t forget to follow us on Instagram and Twitter or Like Us on Facebook for up to date sales and product information. We recommend contacting your certified electrician to have your circuit breakers or 240 Volt outlets installed. We also have other solutions to plug into an electric range outlet, welder outlet, and more. You might also have a new style 4-prong dryer outlet installed in your home which would provide a NEMA 14-30R, replacing the old-style outlet.įor the 4-prong NEMA 14-30R outlet you could use our AD1430620 compact adapter to power your bed and for the 3-prong NEMA 10-30R outlet, you will want to use our AD1030620 adapter. The two household dryer outlets, depending on the age of your home, are NEMA 10-30R, which is an old style 3-prong dryer outlet. We can provide a solution for powering your bed using either style dryer outlet. If you are looking to create a NEMA 5-20R outlet from your standard home outlet we offer a compact adapter that will do the trick. ![]() Of course, you can protect your bed easily by unplugging it when not in use. It is also a great residential use power strip with rotating outlets, keeping your cords organized. We do have a surge protector option available for your NEMA 5-15R power source. To keep your tanning bed safe during unforeseen events like lightning strikes, power surges or spikes in power for any reason, grab a surge protector from your local hardware store. Not only have you invested in the bed and lamps but depending on the bed type, you may have also invested in an electrician to set up the correct power source you need for your bed to run properly and safely. Tanning beds have so many internal electrical components and are expensive which means it is a good idea to protect your investment. 120 Volt Bedġ5 Amp Circuit Breaker Required for a bed with 16 lamps or less.Ģ0 Amp Circuit Breaker Required for a bed with any number of lamps installed.Ģ0 Amp Circuit Breaker Required for a bed with more than 16 lamps. The power sources most likely needed to power your home tanning bed will be one of the three NEMA 5-15R, NEMA 5-20R, or NEMA 6-20R receptacles. It is suggested by tanning bed manufacturers to keep one bed on its own individual circuit breaker or they will likely trip the breaker causing you other problems. You will need to search the products user manual or product tags to figure out which type of voltage is required to run your specific tanning bed model. So, you got a home tanning bed and you don’t know how to power it? First, you will need to determine if your bed requires a 120 Volt or a 240 Volt power source.
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