Where Is the Fuse in a Tanning Bed? (Solved)

A fuse helps to protect the internal circuitry of a tanning bed. If there’s an excessive flow of current or a sudden change in voltage, the fuse ensures that no components are damaged. But where is the fuse in a tanning bed?

The fuse in a tanning bed is located just under the bed. A compartment inside a plastic drawer holds the fuse in place. Moreover, a fuse screw inside that drawer locks the fuse with the bed.

Let’s find some more information about tanning bed fuse in this article!

What Is the Purpose of a Fuse in a Tanning Bed?

Tanning beds mostly run at 120 volts or 220 volts. It consumes almost the same power as an electric dryer or oven. 

Now, this tanning bed has many electrical components. You’ll see the UV emitting bulbs, lamp holders, ballasts, fans, pistons, contractor, ignitor – so many small electrical devices are present in the whole circuit of a tanning bed. These components need protection from unexpected current flow. 

The tanning bed fuse basically connects the power with the circuit. The primary purpose of this fuse is to break the circuit when there’s a high level of current flow. By disconnecting the circuit, this device helps to secure the other components. 

tanning bed image

All these components may burn if excessive current flows through them. Some of them may be pretty expensive or tough to replace. In comparison, a fuse is cheap, and you can replace it easily. 

The fuse is securely located at the feet of the tanning bed. You’ll find a compartment that houses the fuse with a screw. 

How Does a Fuse Work in a Tanning Bed?

A tanning bed fuse has a piece of wire that has a low melting point. So if the current flows higher than its rating, the wire will melt. 

When the wire melts, it disconnects the circuit. Therefore, it protects other appliances and the wiring of the tanning bed. 

Depending on your tanning bed, the rating of the fuse may vary. But we use fuses of a slightly higher rating than the components. It’s because components can withstand a slight increase of current flow, but not more than that. If you connect a lower-rating fuse, it’ll burn easily and continuously, which is inefficient. 

Most tanning bed uses 15 to 20 Amp-rated fuse. 

How Can You Replace a Fuse in a Tanning Bed?

If your tanning bed blew a fuse, you need to take it out and replace it with a completely new one. It’s not a tough job, but you need to know the fuse location and rating of the fuse. 

You’ll find a small drawer if you investigate at the bottom of your tanning bed. That drawer has a compartment inside holding a fuse. You’ll find a melted fuse if it is blown. 

Now, take a screwdriver and start unscrewing the old fuse. It will come out without much difficulty. After that, replace it with a new fuse and screw it with the bed. 

Note that carefully, you need to place another fuse with the same amperage rating. If you don’t know about fuses, it’d be ideal for taking the old fuse to the local hardware store. They will give you the exact replacement. 

After screwing the new fuse, close the drawer. You need to test the bed at this point. If you connect the fuse nicely, the bed will start working again.

If the fuse blows again, maybe it’s time to call a professional electrician to identify the problem.

Why Does Your Tanning Bed Keep Blowing Fuses?

If your tanning bed keeps blowing fuses, the wiring could be a fault. The fuse can be short-circuited without your knowledge. Also, there might be a loose wire connection, broken wires, or earth-connected wires.

It’s best to call an electrician to know exactly where’s the problem. He would suggest what to do to fix the wiring. 

Moreover, it’ll blow if you connect a low-rated fuse in the tanning bed. Most tanning bed requires fuses in the 15 to 20 Amp range. It’s because the component runs a slightly lower ampere rate than the required fuse. 

If you connect fuses that are lower rated than your supply outlet, it’ll burn in no time! 

So, make sure you’re using the fuse of the correct rating. 

Do Tanning Beds Need a Circuit Breaker?

Yes, most tanning beds need a circuit breaker. A circuit breaker is a smarter electrical component than a fuse. It can detect faults in the power flow and disconnect the circuit. When they break the circuit, you do not need to replace it. Just turning on the switch is enough to run it again. 

120 Volt-rated tanning bed requires a dedicated 15 Ampere-rated circuit breaker. On the other hand, a 240 Volt-rated bed needs a dedicated 20 Ampere-rated circuit breaker. So, it depends on the tanning bed’s consumption power rate and voltage rating.

You should have your circuit breaker according to your tanning bed voltage ranges.

Conclusion

We hope we have solved many tanning bed fuse related queries from your mind. At this point, you may know where the fuse is located and how you can replace it. 


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Some FAQs

Does a Tanning Bed Need a Dedicated Circuit?

Yes, you should use a dedicated circuit in your tanning bed. You should have a dedicated circuit breaker connected to the outlet of the tanning bed. It should be 15-20 amp rated depending on the voltage rating of the bed.

Does a Tanning Bed Need a GFCI?

Yes, it’s better to connect your tanning bed with a GFCI circuit breaker. But make sure it’s compatible with the bed so it can save your components from electrical risks.

What Is the Watt Rating of a Tanning Bed Bulb?

The tanning bed uses bulbs to emit UV rays. A ballast powers these high-pressure bulbs. The average wattage rate for these bulbs is 400 watts. However, as per your requirement and the bed size, you can have 250-2000 wattage rate bulbs.

Do I Need To Use Lotion in the Tanning Bed?

A moisturizing lotion will help you to tan faster. The tanning process becomes quicker as moisturized skin absorbs more UV rays from the bulbs. So applying a tanning lotion is recommended before lying on the tanning bed.

Do Tanning Bed Use LED Lights?

No, LED lights do not produce the UV rays required for tanning. These beds use fluorescent bulbs to emit UVA radiation. Additionally, a smaller amount of UVB also radiates from the lights.