S
Sunny
Guest
My wife bought herself a Hampton Bay ceiling fan at Home Depot for Xmas.
My part of the gift (I soon learned) was to install it. This turned out
to be a much bigger job than expected, and not just because the intended
outlet box was mounted at a severe angle to the ceiling and did not look
like it should be asked to support a heavy fan.
After removing the poorly installed outlet box and installing a level,
solid mount and new box, I proceeded to assemble and install the fan,
being careful to set the remote control codes differently to avoid any
interference with the existing Hampton Bay fan upstairs. It worked,
although remote control of the built-in lights seemed a bit erratic.
Two hours later during dinner, the lights flickered a couple of times
and went out, and the fan stopped. New fan was dead.
Today I reprogrammed the new remote to match the codes upstairs, that
worked so it's not the remote, then partly disassembled the newly
installed fan and bypassed the wireless receiver - fan and lights work.
Just great, the receiver died but Home Depot is probably going to insist
I return the whole fan for exchange.
I figured I had little to loose if I could open the receiver without
leaving evidence of having done so, and what I found inside was rather
disconcerting - the whole board was a mass of dry solder joints. The
reason for complete failure was a dry joint at one end of a large 27 ohm
resistor, looks like about 5W, which had obviously sputtered and sparked
before completely disconnecting itself. The pad and part of the trace
were gone.
The fan now works perfectly after I reflowed a couple of dozen solder
joints and reconnected the resistor - but this is a mains-powered device
without a transformer. The thing could easily have caught fire!
I suppose I should complain to the retailer and whoever enforces
electrical standards in Canada before one of these poorly assembled
devices causes a fire or worse.
Sunny
My part of the gift (I soon learned) was to install it. This turned out
to be a much bigger job than expected, and not just because the intended
outlet box was mounted at a severe angle to the ceiling and did not look
like it should be asked to support a heavy fan.
After removing the poorly installed outlet box and installing a level,
solid mount and new box, I proceeded to assemble and install the fan,
being careful to set the remote control codes differently to avoid any
interference with the existing Hampton Bay fan upstairs. It worked,
although remote control of the built-in lights seemed a bit erratic.
Two hours later during dinner, the lights flickered a couple of times
and went out, and the fan stopped. New fan was dead.
Today I reprogrammed the new remote to match the codes upstairs, that
worked so it's not the remote, then partly disassembled the newly
installed fan and bypassed the wireless receiver - fan and lights work.
Just great, the receiver died but Home Depot is probably going to insist
I return the whole fan for exchange.
I figured I had little to loose if I could open the receiver without
leaving evidence of having done so, and what I found inside was rather
disconcerting - the whole board was a mass of dry solder joints. The
reason for complete failure was a dry joint at one end of a large 27 ohm
resistor, looks like about 5W, which had obviously sputtered and sparked
before completely disconnecting itself. The pad and part of the trace
were gone.
The fan now works perfectly after I reflowed a couple of dozen solder
joints and reconnected the resistor - but this is a mains-powered device
without a transformer. The thing could easily have caught fire!
I suppose I should complain to the retailer and whoever enforces
electrical standards in Canada before one of these poorly assembled
devices causes a fire or worse.
Sunny