OK, more and more of the parts are arriving as I work through the design of this thing in my mind. It's taking a while... lots of data out there and not all of it is correct. It takes a while to parse it.
My idea is kind of an over the top but bare bones version of the Typhoon. I decided against automatic application of fluids. Adds lots of complexity unless the goal is to make it very easy to clean records for archivists and librarians rather than half crazed hobbyists. I count myself among the latter group. If you are reading this you are in my Venn diagram circle.
So here are some pics of the bits and pieces to date:
Ametek Lamb 116757-13 vacuum - no pic as I just ordered it. This allegedly is the vacuum motor used in the VPI Typhoon. I got a good deal so it made sense to go this route rather than external dry/wet vac. I am toying with the idea of an external capture vessel but keeping the vacuum internal, just had a new idea and need to work through it. Stay tuned....
Gearmotor - Dayton branded but Merkle-Korff designed/built, model 1LNG8. I wasted lots of time looking for appropriately spec'd AC gearmotors until I got smart and considered DC. This one is 12 RPM, 12V DC with 40 LB/Inch torque and 40 LB overhung load. It's a monster compared with the AC gearmotors mentioned most frequently in the forums (e.g. - 13 LB/In, 3.5 LB overhung load for the Dayton 3M153). You can learn more about gearmotor basics here:
http://www.motioncontrolonline.org/files/public/Gearmotor_Basics.pdfI may use my DIY Well Tempered power supply for powering the platter motor (still need 120V AC for vacuum). Or look for external dc supply at GW, etc.
I decided to get the spindle, bracket and rubber mounts from VPI. Just seemed wise. Turns out I will not need the bracket and rubber mounts. Anyone want to buy them?
A 3/16" inch ball bearing on top of the gearmotor shaft provides just the right clearance for the spindle-platter assembly over the aluminum deck. [not pictured]


MDF has been problematic with VPI 16/16.5's and some of the earlier premium models. I decided to build the basic box of 3/4 inch birch faced plywood and it will be liberally coated with the appropriate varnish. The Typhoon is made of metal but I don't have the tools to work up a metal case. Metalwork products have escalated in cost the last few years. I wonder if a metal toolbox would work?

The deck was a poser for quite a while, but I went with half inch thick aluminum plate. It seemed like a good idea at the time, but today I couldn't tell you why. A local metal distributor cut a small piece at a price competitive with what I saw online. Once I decided to go with the plate, the bracket and mounts became unnecessary. But then I had to figure out how to mount the gearmotor
with the spindle attached. The solution was to cut a 2.5 inch hole that allows the spindle to pass through and then move laterally to the correct position. Mounting holes were calculated and laid out to put the spindle at the right position.
So, I need to drill another hole for the vacuum tower, its placement being critical. A drill press would be nice but it would need to be a biggie to accommodate the dimensions of the deck plate. I did ok with the first hole with a beefy hand drill, paying close attention to the bubble level to keep things as plumb as possible. This is the first time I have worked with this thickness of metal plate. It came out OK in the end... so far.... You can see the 2.5 inch hole saw used.
Not sure how I will finish it. Painting aluminum requires several rigorous steps. I may just polish it up til it shines like a mirror!

And here are a few more items, acrylic platter, disc clamp and VPI upgrade kit. I got the platter online and the other things from Elusive Disc along with some disc doctor cleaning pads and liquid.

Lots of problem solving in this project, shoot, I can't even take for granted the fasteners used on the aluminum plate. There exists the opportunity for nasty corrosion between disparate metals in the event of chronic moisture, sea air and/or industrial pollutants. Luckily I only have to be concerned with very localized liquid and I have sorted out how to address this problem.
Stay tuned, updates offered as I progress.