I'm posting this thread in response the the requests in this thread. I'm doing it this way so I could post the 56k warning, I don't need to be getting cursed by people I don't know!
I have this table saw (or very similar) and didn't like the stock fence that came with it. It clamped both front and back which made it very rigid but which also meant it wouldn't square itself up as it was being clamped. I happened to be working in a place that had a Delta Unisaw with a true Biesemeyer fence. The Unisaw at least on the outside looks very much like the saw I have (though it is realistically much better than mine) so I was able to steal some good ideas on how to make my own fence.
I'm not done my fence yet, it's fully functional as is but I was in a rush to get it operational so I jerry-rigged a clamping mechanism though I will implement probably something similar the the Biesemeyer cam-clamp mechanism. I also haven't got a measurement system on it yet, I use a steel rule to measure blade to fence distances. It's been over a year since I got this fence going so those inconveniences seem to be minor. I'll end up painting it.... someday.
I'm not going to show a drawing with dimensions since that would be pointless unless you have the exact saw I have with the exact same steel stock, instead I'll show you what I did. You can easily scale this up or down based on what materials you have handy or can salvage. There really is no accuracy involved in making this providing you can drill two or more holes and make them line up so you can actually screw it together. You should be able to work out your dimensions on a scrap of paper pretty easily. This fence system has cost me ~$70, though that's Canadian pesos and most of the steel I got at MetalSupermarket, which is very convenient and they will cut the steel to size for you but you're gonna pay.
Here's a couple shots of my TS and fence system sporting a shopfox mobile base (POS), a router table leaf and my slap'n'tack outfeed table plus some bracing of the same caliber.
The angle is 2"x2"x1/4" and the tube steels is 2.5"x1.5"x3/16". I went heavy on the thickness of the steel so bolts had some meat to screw into and the extra rigidity doesn't hurt either. I took some time with some emery on a block to smooth out the top surface as well as the facing into the saw so the fence would slide smoothly instead of the surface of the raw steel. That 2" angle also works out very nicely to support the leafs and any extras you may want to add like a router table leaf. I used counter sunk 1/4" screws to attach it where it worked out that it would support those leafs. The counter sunk screws is a necessity so the fence doesn't get hung up while sliding.
I also put angle iron on the back side. Has nothing to do with the fence but is used for the support of the leafs. I faced it in the other way but that required some extra trimming so it didn't interfere with the saw.
The rectangle tube steel bolts on from underneath, maybe I went a bit overboard with bolts but they're cheap.
I left 9/16" clearance between the tube and the angle, and the tube steel sits 3/4" below the table surface
I used 1/4" thick steel for the angle that's attached to the fence, 1/8" for the brass runners that face the table saw and 1/4" teflon for slides. That angle iron is 16" wide (IIRC the real biesemeyer used 12"). The actual fence is a 36" long piece of 2"x3"x3/16" tube steel. Again I got thick wall stuff for extra to screw into. You wan't the sacrificial fence to ride a bit above the table, maybe not quite 1/6". So leave some slop in the holes that attach it to the steel fance so you can adjust it just right.
Some pictures of the fence. I took the sacrificial fence off one side for clarity. again the steel that the locking bolt is in is only temporary so the whole thing is bolted together. I plan to weld it all together for better rigidity. If you're not going to weld it then I'd suggest drilling holed and punching in some roll pins through the angle, spacers, and fence after you bolt it all together to make sure the fence doesn't don't move off alignment on you.
A good shot of the brass pieces that on the front of the rail. They are attached woth two bolts to keep them straight and the other end is pressed out a bit by a grub screw behind it to the fence only make contact with the rail in two small spots. These grub screws are adjusted to align the fence perfectly parallel with the blade. You can also see the block of teflon way at the end of the fence. HInt make it as wide as possible so it will glide over the miter slots easier.
Here's the that grub screwin the lower left corner, you can also see the screws that hold on the brass. They were filed flush with the angle iron so they dont grab anything.
I did a little experiment to test deflection. Here's the setup. The the locking bolt on the fence was snugged tight but certainly not as tight as I can make it.
Pic of the dial gauge face.
me pulling on the end of the 36" long fence with ~50 to 60lbs of force.
That's ~0.011" deflection which is about 2 or 3 sheets of paper, you'll never see that in normal use.
I probably missed something so if you have any questions fire away!
Ryan
I have this table saw (or very similar) and didn't like the stock fence that came with it. It clamped both front and back which made it very rigid but which also meant it wouldn't square itself up as it was being clamped. I happened to be working in a place that had a Delta Unisaw with a true Biesemeyer fence. The Unisaw at least on the outside looks very much like the saw I have (though it is realistically much better than mine) so I was able to steal some good ideas on how to make my own fence.
I'm not done my fence yet, it's fully functional as is but I was in a rush to get it operational so I jerry-rigged a clamping mechanism though I will implement probably something similar the the Biesemeyer cam-clamp mechanism. I also haven't got a measurement system on it yet, I use a steel rule to measure blade to fence distances. It's been over a year since I got this fence going so those inconveniences seem to be minor. I'll end up painting it.... someday.
I'm not going to show a drawing with dimensions since that would be pointless unless you have the exact saw I have with the exact same steel stock, instead I'll show you what I did. You can easily scale this up or down based on what materials you have handy or can salvage. There really is no accuracy involved in making this providing you can drill two or more holes and make them line up so you can actually screw it together. You should be able to work out your dimensions on a scrap of paper pretty easily. This fence system has cost me ~$70, though that's Canadian pesos and most of the steel I got at MetalSupermarket, which is very convenient and they will cut the steel to size for you but you're gonna pay.
Here's a couple shots of my TS and fence system sporting a shopfox mobile base (POS), a router table leaf and my slap'n'tack outfeed table plus some bracing of the same caliber.
The angle is 2"x2"x1/4" and the tube steels is 2.5"x1.5"x3/16". I went heavy on the thickness of the steel so bolts had some meat to screw into and the extra rigidity doesn't hurt either. I took some time with some emery on a block to smooth out the top surface as well as the facing into the saw so the fence would slide smoothly instead of the surface of the raw steel. That 2" angle also works out very nicely to support the leafs and any extras you may want to add like a router table leaf. I used counter sunk 1/4" screws to attach it where it worked out that it would support those leafs. The counter sunk screws is a necessity so the fence doesn't get hung up while sliding.
I also put angle iron on the back side. Has nothing to do with the fence but is used for the support of the leafs. I faced it in the other way but that required some extra trimming so it didn't interfere with the saw.
The rectangle tube steel bolts on from underneath, maybe I went a bit overboard with bolts but they're cheap.
I left 9/16" clearance between the tube and the angle, and the tube steel sits 3/4" below the table surface
I used 1/4" thick steel for the angle that's attached to the fence, 1/8" for the brass runners that face the table saw and 1/4" teflon for slides. That angle iron is 16" wide (IIRC the real biesemeyer used 12"). The actual fence is a 36" long piece of 2"x3"x3/16" tube steel. Again I got thick wall stuff for extra to screw into. You wan't the sacrificial fence to ride a bit above the table, maybe not quite 1/6". So leave some slop in the holes that attach it to the steel fance so you can adjust it just right.
Some pictures of the fence. I took the sacrificial fence off one side for clarity. again the steel that the locking bolt is in is only temporary so the whole thing is bolted together. I plan to weld it all together for better rigidity. If you're not going to weld it then I'd suggest drilling holed and punching in some roll pins through the angle, spacers, and fence after you bolt it all together to make sure the fence doesn't don't move off alignment on you.
A good shot of the brass pieces that on the front of the rail. They are attached woth two bolts to keep them straight and the other end is pressed out a bit by a grub screw behind it to the fence only make contact with the rail in two small spots. These grub screws are adjusted to align the fence perfectly parallel with the blade. You can also see the block of teflon way at the end of the fence. HInt make it as wide as possible so it will glide over the miter slots easier.
Here's the that grub screwin the lower left corner, you can also see the screws that hold on the brass. They were filed flush with the angle iron so they dont grab anything.
I did a little experiment to test deflection. Here's the setup. The the locking bolt on the fence was snugged tight but certainly not as tight as I can make it.
Pic of the dial gauge face.
me pulling on the end of the 36" long fence with ~50 to 60lbs of force.
That's ~0.011" deflection which is about 2 or 3 sheets of paper, you'll never see that in normal use.
I probably missed something so if you have any questions fire away!
Ryan
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