nicely done...
Well my router lift finally came in a few weeks ago so I finished setting the table up and built a cabinet for the table. Incorporated a couple of different designs into mine.
Cheers
Jim
Nick,Hey, Jim...just noticed the wild u-turn that your dust collection takes on the 4" side...anything you can do with that to get a straighter run...? Would be better for air flow and for the chips to be carried away...just a thought...
Tom,I also noticed the U turn on your dust collection. I just hook my DC 4 inch hose up directly to the Y. You will also get a little better air flow if you replace that T connector with a Y.
Hey Jim.Well my router lift finally came in a few weeks ago so I finished setting the table up and built a cabinet for the table. Incorporated a couple of different designs into mine.
Cheers
Jim
Hi Bill,Hey Jim.
Great job there! I like the cabinet design. I’m curious about how the wood cabinet frame was connected to the steel frame. I love the dust collection. I also have a Jessem lift and I put holes in the inserts for better DC when grooving away from the fence:
I like your drawer design which seems to skip the fuss of drawer sliders and goes for wood on wood. I guess with enough clearance you have a decent slide.
Best regards
Bill
Chuck,Jim have you noticed any significant heat rise when using the router? The reason I ask is that cooling air enters the router at it's top end and blows it out the around the bit. This helps keep chips out of the windings and also helps move the heat from the bit away. Air rushing past the end of an open tube causes a vacuum in the tube so it's possible that the air moving past the end of the router top on it's way to the DC could be trying to draw cooling air out of the router which would cause it to run hotter.
Also a DC has to have an adequate air supply to work. It doesn't work on vacuum, it works by floating the debris on an air column. In fact all types of vacs, even ones with high vacuum require that air flow so the total of all the openings in your cabinet have to equal the diameter of your DC's hose. A restricted air supply causes the DC to run hotter too.