L
Luteguy
Guest
Hi all,
For posterity, here's a problem we had with our Wahl 8685 ("Peanut") shaver
/ trimmer, and how I fixed it.
It's a few years old and we use it for all our haircutting. My son was
using it the other night and he said it started sparking, whereby he
unplugged it.
I had a look inside and found that the design is fairly simple - a small DC
motor, a bridge rectifier, and a resistor. The resistor appears to act as
both a fuse and a small voltage-drop for the rectifier.
I don't know why it decided to give up the ghost, but the resistor was
intact enough to read it as either a red-green-red (1.5K ohm) or a
brown-green-brown (150 ohm) - I hate off-color resistors!
I put in a 1/2-watt 1.5K ohm resistor and the motor worked fine, but it
didn't have enough strength to power the blade assembly. I thought it may
also have been because the motor was failing, but I gritted my teeth and put
in a 1/2-watt 150 ohm resistor, and the shaver is back in the land of the
living.
I thought that someone, somewhere might be able to use this info in case
their resistor also blows but has an illegible value for determining
replacement.
For posterity, here's a problem we had with our Wahl 8685 ("Peanut") shaver
/ trimmer, and how I fixed it.
It's a few years old and we use it for all our haircutting. My son was
using it the other night and he said it started sparking, whereby he
unplugged it.
I had a look inside and found that the design is fairly simple - a small DC
motor, a bridge rectifier, and a resistor. The resistor appears to act as
both a fuse and a small voltage-drop for the rectifier.
I don't know why it decided to give up the ghost, but the resistor was
intact enough to read it as either a red-green-red (1.5K ohm) or a
brown-green-brown (150 ohm) - I hate off-color resistors!
I put in a 1/2-watt 1.5K ohm resistor and the motor worked fine, but it
didn't have enough strength to power the blade assembly. I thought it may
also have been because the motor was failing, but I gritted my teeth and put
in a 1/2-watt 150 ohm resistor, and the shaver is back in the land of the
living.
I thought that someone, somewhere might be able to use this info in case
their resistor also blows but has an illegible value for determining
replacement.