In the simplest form, a tanning bed is a large lamp fixture. It requires electricity just like other lights. One thing to consider when purchasing a tanning bed for your home is how to power it.
120 Volt vs. 220 Volt
Most houses are wired with 120 Volt, 15Amp outlets in the walls. The Wolff 16 and XS Power 16 will work fine on these circuits with no modification. But as the beds get larger, they need more power. The Wolff 24 and the XS Power 24 still run on 120 Volts, but require a 20Amp circuit. The standard for tanning beds is 220 Volts, much like an electric dryer or oven range. It is very important to provide the proper power for your home tanning bed.
Impact on electric bills
While a tanning bed may be compared to a large appliance in power requirement, in actuality it will not run nearly as long nor as often as other appliances. The actual impact to your electric bill is quite minimal. Let’s look at the figures…XS Power 24 (220) uses 12Amps on a 220VAC circuit 12A x 220V = 2640 Watts2640W ÷ 100 = 2.64 KilowattsThe national average cost per Kilowatt Hour is around 10¢2.64 Kilowatts × ¼ hour (15 minute session) = .66 Kilowatt hours10¢ per KH × .66 KH = 6¢ per session
Most household electrical outlets are strung together in a “daisy chain”. That means one outlet is connected to another which is connected to another and so on to the end of the run of wire. A single circuit breaker in your breaker panel could be connected to many outlets throughout your home. The thinking is, you will never have something plugged in and running in all the outlets at once. For the short time a tanning bed is running it will need most of the power on its circuit. Therefore it is highly recommended that the supply power is on a dedicated circuit. This means the circuit breaker is connected directly to the outlet or junction box the tanning bed is plugged into, and nothing else. This reduces the risk of overloading the electrical circuits.
Since most houses are not wired with dedicated circuits, much less 220 Volt power to anything but a dryer or oven, one must be provided. You may need to hire a certified electrician to wire the outlet(s) properly before operating the tanning bed. Below is a table showing exactly what type of power each home tanning bed needs.
Voltage drops as it travels through wire. How far your house is from the electrical sub-station, how far your house is from the power pole, how far the tanning bed is from the breaker box, etc. will all affect the voltage reading at the tanning bed. Where you live in the country and the season will also affect voltage. Think of the last time your lights dimmed when the air conditioner turned on. For that reason you must get an accurate voltage reading where the tanning bed will be placed. Buck-boosters lower (buck) or raise (boost) voltage to compensate for these fluctuations. While higher voltage results in more tanning power, you must keep the voltage below 230V for proper operation of the tanning bed. Continued use above 230V may damage the unit and void your warranty. Once you have your voltage reading, please contact your tanning consultant to choose the correct Buck-Booster if required.
Sunco Inc. 2013 Energy Ratings
To allow our beds to be more Green Friendly and Energy-efficient, we use 100% Fulham Ballast in all beds. Regardless of the price point. Fulham manufactures the most energy-efficient ballast in the industry. Below is a sample of what each Tanning session will cost you (based on National Average of .10 per KwH).
|Tanning||Bed Voltage||Cost Per Session|
|Wolff 16||110VAC, 15A||3.8 Cents|
|Wolff 24||110 VAC, 20A||3.7 Cents|
|XS Power 16||110 VAC, 20A||2.5 Cents|
|XS Power 24||110 VAC, 20A||2.8 Cents|
|XS Power 24||220VAC, 20A||4.3 Cents|
|XS Power 30||220VAC, 30A||5.7 Cents|