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pugboy wrote:make sure to use the little restrictor in it
it helps reduce the volume and pressure which blows the rubber seal.
matix wrote:Well that is the correct wire size and breaker to use. It may just be a faulty unit but check the water pressure just to make sure. Most of these should be on the warm setting. The hot setting will drastically shorten the lifespan of the unit.
Morpheus wrote:matix wrote:Well that is the correct wire size and breaker to use. It may just be a faulty unit but check the water pressure just to make sure. Most of these should be on the warm setting. The hot setting will drastically shorten the lifespan of the unit.
I only use hot. 8 years. No coil replacement......so far.
pugboy wrote:how do you make up that seal ?
any pics ?
chit8238 wrote:Morpheus wrote:matix wrote:Well that is the correct wire size and breaker to use. It may just be a faulty unit but check the water pressure just to make sure. Most of these should be on the warm setting. The hot setting will drastically shorten the lifespan of the unit.
I only use hot. 8 years. No coil replacement......so far.
I agree. The element does not necessarily get hotter on the hot setting. The length of resistance wire that heats up on the lukewarm setting is shorter. On the hot setting, it is longer, so more contact is made with the water flowing over it thereby heating it more. You can trace the wires from the riveted points attached to the contacts and see the current paths and corresponding wire lengths.
gofe777 wrote:chit8238 wrote:Morpheus wrote:matix wrote:Well that is the correct wire size and breaker to use. It may just be a faulty unit but check the water pressure just to make sure. Most of these should be on the warm setting. The hot setting will drastically shorten the lifespan of the unit.
I only use hot. 8 years. No coil replacement......so far.
I agree. The element does not necessarily get hotter on the hot setting. The length of resistance wire that heats up on the lukewarm setting is shorter. On the hot setting, it is longer, so more contact is made with the water flowing over it thereby heating it more. You can trace the wires from the riveted points attached to the contacts and see the current paths and corresponding wire lengths.
Actually your wrong there bro. The longer coil gives more resistance to electricity therefore giving u the warm water whilst the shorter coil has less resistance causing it to get hotter than the longer which equals to the hot water.
And for the guys who are wondering about the breaker - Use a 30 amp breaker and the correct size of wire which u cant ask for at the electrical store since I cant remember it right now.
ruffneck_12 wrote:On our old showerhead, when you put your hand close to the water while it on, you used to get a slight tingle from electricity.
chit8238 wrote:These units have a pressure sensing switch. When the water flow is reduced, the switch disconnects the power. You can actually hear the difference if you turn the water higher and lower slowly. So you are safe.
ckavsinba wrote:FAME....
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