thanks for the answer, yes or 100 watts, because I had seen bulbs 25 cm long and with a power of 10-15 watts. now I want to know how to light one of these bulbs, i.e. what materials should I buy? lamp holder, starter like neon? you tell meDrakkith said:
Whatcha' going to do with this UV contraption? Got whole lot of these to erase?Arceus said:
However you want. What is the intended application?Arceus said:
hello, I would like to have an insect trap, but those on sale that use uv rays (which are the best traps) cost a lot, that's why I want to build a trap myself, I only need 1-2 100 watt uvA tubes and all the electrical accessories to make it turn on, only this nothing exceptionalberkeman said:
hello, I would like to have an insect trap, but those on sale that use uv rays (which are the best traps) cost a lot, that's why I want to build a trap myself, I only need 1-2 100 watt uvA tubes and all the electrical accessories to make it turn on, only this nothing exceptionalDrakkith said:
What kind of insect trap? It only uses UV light to trap flying insects somehow? Or do you intend on using the UV light to attract them, and then a High Voltage (HV) grid to vaporize them? I have the latter type of flying insect trap, which uses about a 40W UV bulb as the attractant, and HV to zap them. I think it cost $30 from Amazon...Arceus said:
yes ok, the traps for sale cost a lot, and therefore I would like to build one myself. for the electrified grid there is no problem, as soon as they rest on the tube I catch them and kill them. i just want to build the system to light the tube, 40 Watt tubes are fine, i need two, could you give me some links? and that they are uvA because they are less dangerous. and then the fact of how to turn them on, do you need the starter and the reactor like neon tubes?berkeman said:
No they don't cost a lot. Here is the one I bought, it looks like it's now $40. That is not expensive.Arceus said:
You need experience with AC Mains projects and the associated safety rules to do this project, and you need to know how to interface with a ballast. You will spend at least as much money if not more than just buying a pre-built unit, and you will expose yourself to AC Mains hazards (shock, fire). This thread is now closed.Arceus said:
The typical power rating for UV-A tubes used in tanning salons ranges from 100 to 200 watts, depending on the specific model and manufacturer.
Yes, there are different power ratings for UV-A tubes in tanning beds and booths. Tanning beds often use tubes with lower power ratings (100-160 watts), while tanning booths may use higher power ratings (160-200 watts) to provide a more intense tanning experience.
The power rating of a UV-A tube affects the intensity and duration of the tanning session. Higher power ratings generally result in faster tanning results but may also increase the risk of skin damage if not used properly.
It's important to replace UV-A tubes with ones that have the same power rating as the original tubes specified by the manufacturer. Using tubes with a different power rating can affect the performance of the tanning bed and may pose safety risks.
UV-A tubes in tanning salons should typically be replaced after 500-800 hours of use, depending on the manufacturer's recommendations and the specific usage patterns of the salon. Regular replacement ensures optimal performance and safety for clients.