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#1
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Power tools in rain: advice?
I figured wood workers might be a good group to post this question to.
Was building an outdoor shed in our back yard. Had a lot of tools out there. Foolishly trusted the weather man who claimed no chance of showers. We caught a pop of thunder shower today. Had all my tools for the shed outside. Got rained on hard for 15 minutes. Wondering if there is any advice on how to handle them. I dried them all off ( and took them inside). But was wondering if sraying them internally with WD40 for its water displacement qualities would help - or any other suggestion. Left out tools: framing nail gun, pancacke compressor, circular sawm drill. Many thanks! |
#2
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I'd turn a box fan on them and leave it overnight. Then I'd spin them
over by hand a bit and plug them in and run for awhile to warm up. Personally, I would avoid the WD-40 because I don't want any oily residue on the brushes. I don't feel that would be necessary since you caught the problem so quickly. You should be fine. |
#3
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"Personally, I would avoid the WD-40 because I don't want any oily
residue on the brushes. " Brushes? What brushes? AC powertool motors don't have brushes. |
#5
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"HEHEHE
Thanks for the laugh pal. Next time I'll try leaving the brushes out when I find them. " Hope this from answers.com helps you out: AC motors Induction motors operate because a moving magnetic field induces a current to flow in the rotor. This current in the rotor creates the second magnetic field required (along with the field from the stator windings) to produce a torque. Induction motors are simple and therefore relatively cheap to construct. They do not rely on brushes like the DC motor, and usually have a longer life. |
#6
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wrote in message oups.com... "HEHEHE Thanks for the laugh pal. Next time I'll try leaving the brushes out when I find them. " Hope this from answers.com helps you out: AC motors Induction motors operate because a moving magnetic field induces a current to flow in the rotor. This current in the rotor creates the second magnetic field required (along with the field from the stator windings) to produce a torque. Induction motors are simple and therefore relatively cheap to construct. They do not rely on brushes like the DC motor, and usually have a longer life. True for larger motors, but not for power tools. You've got brushes. See "Universal Motors" on http://en.wikipedia.org/wiki/Electric_motor#AC_motors and, specifically, the commutator link in that section. |
#7
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"Mark" wrote in message ... True for larger motors, but not for power tools. You've got brushes. See "Universal Motors" on http://en.wikipedia.org/wiki/Electric_motor#AC_motors and, specifically, the commutator link in that section. (Or the owners manual for one of your power tools) |
#8
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"Mark" wrote in message ... wrote in message oups.com... "HEHEHE Thanks for the laugh pal. Next time I'll try leaving the brushes out when I find them. " Hope this from answers.com helps you out: AC motors Induction motors operate because a moving magnetic field induces a current to flow in the rotor. This current in the rotor creates the second magnetic field required (along with the field from the stator windings) to produce a torque. Induction motors are simple and therefore relatively cheap to construct. They do not rely on brushes like the DC motor, and usually have a longer life. True for larger motors, but not for power tools. You've got brushes. See "Universal Motors" on http://en.wikipedia.org/wiki/Electric_motor#AC_motors and, specifically, the commutator link in that section. I think my Makita belt sander has brushes. I had it serviced and they said they put new ones in. |
#9
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