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- Feb 17, 2008
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I am posting this in the Machining with Disabilities but after using it for a while I wish I had done it before I had trouble walking. Like many others, I use a shop vacuum cleaner to keep chips under control while machining, particularly while millling.
The Problem:
Turning the roll around vacuum cleaner on and off. With it close enough I can reach the switch but it often puts me in an unstable position. Also with the cleaner where I can reach the switch it is most often in my walkway as like many of our shops floor space is limited.
The Solution:
An inexpensive radio controlled AC switch to turn the vacuum cleaner on and off. I mounted the transmitter near the nozzle end of the hose and the receiver plugs into the wall power outlet and the vacuum cleaner plugs into the receiver.
Now the vacuum resides behind the mill table on the floor where it is out of the way. I have an eight foot hose on it and a holding clip for the hose on the mill table. When I want to luse the vacuum I just pick up the nozzle and hit the on switch as I pick it up. Putting it back is just as easy. And I can move it some place else and use it with out hassle.
Precautions:
All the switches I saw while looking are rated at 8 amps maximum load. My vacuum has big 2 Horsepower sign on it. Now 2 HP is about 1500 watts, or 12 Amps at 120 volts. Way out of range, or is it? Getting my magnifying glass out and reading the fine print I find the vacuum is rated at 7 Amps. So I guess Shop Vac has figured out how to make 850 watts do 1500 watts worth of work. Or their marketing genius rounds up so 1-1/8 HP rounds up to 2 HP for marketing purposes. No matter. Just make sure that the receiver can handle the load you intend. If you use this for any other purpose don't use it where an accidental unintended operation would be hazardous.
Implementation:
I used a Stanley model 31164 whic cost me US$25 from Amazon. There are lots of other manufacturers of similar equipment. The package consisted of one transmitter and 3 receivers. I only needed 1 receiver but someday I may figure something else I need to turn on and off with the vacuum nozzle. Until then I have 2 spare receivers.
The photos show the transmitter with zip ties holding it to the hose.After about a month the belt clip that one of the zip ties went through broke. I am sure that my dropping it (again) had nothing to do with it. So the current mount is a nest of epoxy putty with a single zip tie holding it in. Much more solid and I don't expect any problems.
Gail in NM
The Problem:
Turning the roll around vacuum cleaner on and off. With it close enough I can reach the switch but it often puts me in an unstable position. Also with the cleaner where I can reach the switch it is most often in my walkway as like many of our shops floor space is limited.
The Solution:
An inexpensive radio controlled AC switch to turn the vacuum cleaner on and off. I mounted the transmitter near the nozzle end of the hose and the receiver plugs into the wall power outlet and the vacuum cleaner plugs into the receiver.
Now the vacuum resides behind the mill table on the floor where it is out of the way. I have an eight foot hose on it and a holding clip for the hose on the mill table. When I want to luse the vacuum I just pick up the nozzle and hit the on switch as I pick it up. Putting it back is just as easy. And I can move it some place else and use it with out hassle.
Precautions:
All the switches I saw while looking are rated at 8 amps maximum load. My vacuum has big 2 Horsepower sign on it. Now 2 HP is about 1500 watts, or 12 Amps at 120 volts. Way out of range, or is it? Getting my magnifying glass out and reading the fine print I find the vacuum is rated at 7 Amps. So I guess Shop Vac has figured out how to make 850 watts do 1500 watts worth of work. Or their marketing genius rounds up so 1-1/8 HP rounds up to 2 HP for marketing purposes. No matter. Just make sure that the receiver can handle the load you intend. If you use this for any other purpose don't use it where an accidental unintended operation would be hazardous.
Implementation:
I used a Stanley model 31164 whic cost me US$25 from Amazon. There are lots of other manufacturers of similar equipment. The package consisted of one transmitter and 3 receivers. I only needed 1 receiver but someday I may figure something else I need to turn on and off with the vacuum nozzle. Until then I have 2 spare receivers.
The photos show the transmitter with zip ties holding it to the hose.After about a month the belt clip that one of the zip ties went through broke. I am sure that my dropping it (again) had nothing to do with it. So the current mount is a nest of epoxy putty with a single zip tie holding it in. Much more solid and I don't expect any problems.
Gail in NM