1... certainly will..
2... you and me both..
is your piping undersized???
any large step downs in sizing,, say 4 ~ 2''... or even down to 1¼''???
1... certainly will..1... I had even changed the air filtration bag it uses to filter down to a smaller particle but that should change the suction I wouldn't think. It went from like 5 micron to maybe 2.
2... Love being retired......
-Steve
I should have clarified earlier, the Shopsmith DC is a separate mobile unit with 3 ports, two currently capped. So only 1 - 2-1/2" port is being used at any time. It's basically a large shop vac with a large plastic bag to collect the sawdust. Here's a picture of it with the finer mesh bag. And I need to admit to a senior moment. If air can't escape (dirty filter) the no air gets in resulting in less suction. Filter bag is dirty. Time for a tear down and good cleaning.1... certainly will..
2... you and me both..
is your piping undersized???
any large step downs in sizing,, say 4 ~ 2''... or even down to 1¼''???
can you port it for 4"???So only 1 - 2-1/2" port is being used at any time.
Time for a tear down and good cleaning.
you need to talk to @Herb Stoops...Stick: and mallets(I like making
those).
Tim.
1... no... clean it..1... When the filter gets dirty, do you dispose of it , and install a new one?
2... Can not imagine trying to clean it/blow it out.
3... Does it get dirty fairly quick?
Stick,can you port it for 4"???
have you considered a Wix filter can and adding a separator???
at 1450 CFM I would think that an 8'' trunk line would be more efficient......Stick,
A ClearView 1800 6" PVC piped system with a 5 HP motor and 16" impeller.
The day you posted this was my wife's birthday so I missed it. There are some things to be careful of when you install a router in an enclosed cabinet. The most important is that the router can get hot in a cabinet. I worked in a place that had a big Makita in a cabinet and I could feel it get hot right through the sides. That is really bad for the router. The router has a built in fan that pushes air past the bit to keep the motor cool, push debris away from the inside, and push the hot air around the bit the other direction. When you suck air in the other way you can bring all that heat back down into the cabinet. Herb Stoops came up with a great idea for his where he attached an accordion style hose to the end of his router that allows the router to suck air from outside the box. That's the only fix I've seen that completely addresses the problem.Hello Routerforum members: I just signed up, and I am introducing myself. I had never heard of of this forum group(stumbled across it it doing a Google search for router table switches) My name is Tim, and I live in Nv. I am a hobbyist woodworker that got interested by watching Norm. I am slowly becoming a router junkie. Just got the "big" Woodpecker router table with the PC7518, and
I am still putting it together(building an enclosed cabinet inside the stand). I also really enjoy home diy projects. I am NOT on any type of social media, and want no part of any of it. I also do not know how to upload anything, so please don't get upset if I never post photos. Feel free with the questions/comments. Thank you for having me.
Tim
The day you posted this was my wife's birthday so I missed it. There are some things to be careful of when you install a router in an enclosed cabinet. The most important is that the router can get hot in a cabinet. I worked in a place that had a big Makita in a cabinet and I could feel it get hot right through the sides. That is really bad for the router. The router has a built in fan that pushes air past the bit to keep the motor cool, push debris away from the inside, and push the hot air around the bit the other direction. When you suck air in the other way you can bring all that heat back down into the cabinet. Herb Stoops came up with a great idea for his where he attached an accordion style hose to the end of his router that allows the router to suck air from outside the box. That's the only fix I've seen that completely addresses the problem.
The other issue is making sure that you have equal opening(s) in your box to the cross sectional area of your DC hose. A vac works by suspending the particles in an air stream to get them to the collector. If you have very little air going in, the pressure of the vacuum goes up but the air flow goes down and there is nothing to carry the particles through the pipe. So if you used a 4" hose to the box you'll need 12 1/2 square inches of openings in the box for the DC to be efficient.
it was flex hose or a length of spaplok.. which ever fit best...Chuck, I think it was Stick that came up with the idea of adding a flex hose to the bottom of the motor with a hose clamp . Great idea,by the way. I mount the motor down through the box bottom enclosing the router to let it draw clean air . I can't take credit for the idea though as it was a fellow on another forum that originally came up with the idea.
Herb
The ShopSmith DC is not a vacuum cleaner it is a dust collector. It does not have the velocity of a vac. So when it is chocked down to 2 1/2" don't expect it to have any suction.I should have clarified earlier, the Shopsmith DC is a separate mobile unit with 3 ports, two currently capped. So only 1 - 2-1/2" port is being used at any time. It's basically a large shop vac with a large plastic bag to collect the sawdust. Here's a picture of it with the finer mesh bag. And I need to admit to a senior moment. If air can't escape (dirty filter) the no air gets in resulting in less suction. Filter bag is dirty. Time for a tear down and good cleaning.