We have been looking for a bathroom mirror with built in back light controlled by a sensor switch and ideally with a built in shaver socket. There are plenty to choose from, but none that are the correct size for the missus as she's decided she wants the mirror to be 5' x 3' (1.5m x 0.9m).
She has found the perfect sized mirror, but it is nothing more than a mirror and at that size, to get one that has built-in everything will cost hundreds of pounds, assuming they exist.
Unfortunately, I suggested I might be able to build one! Big mistake as she's now taken me up on that idea. I can easily source the LED strip lighting for the back light and I've also found sensor switches to drive the LED lights, however, I'm really struggling to find the "thin" module types of shaver sockets that you tend to see in the sides of mirrors. I assume these comprise of a fascia socket (I'm only interested in 230V, so only 2 holes, not 4), and a transformer.
Can anyone advise where I could purchase this type of shaver socket?
As a last resort I could potentially purchase the cheapest mirror with a built in shaver socket that I can find and remove the shaver socket form it.
She has found the perfect sized mirror, but it is nothing more than a mirror and at that size, to get one that has built-in everything will cost hundreds of pounds, assuming they exist.
Unfortunately, I suggested I might be able to build one! Big mistake as she's now taken me up on that idea. I can easily source the LED strip lighting for the back light and I've also found sensor switches to drive the LED lights, however, I'm really struggling to find the "thin" module types of shaver sockets that you tend to see in the sides of mirrors. I assume these comprise of a fascia socket (I'm only interested in 230V, so only 2 holes, not 4), and a transformer.
Can anyone advise where I could purchase this type of shaver socket?
As a last resort I could potentially purchase the cheapest mirror with a built in shaver socket that I can find and remove the shaver socket form it.