Bridgeport Torq-Cut TC4G Retrofit

Well time to begin a new retrofit...

I get to start on them in the next couple weeks by first cleaning them down and getting some new paint on the tin.

The machines are 2000 Bridgeport Torq-Cut TC2G and a 4G. Will update when the actual work begins and see what happens

Thanks... I believe I will be having tons of fun doing these.

Unfortunately I need to finish getting the shop together and floors painted before I begin. Moved 10hrs from my old shop and starting over, but this gives me an opportunity to do the things I wish I would have the first time.

The fun has begun.

* Floors painted (Had my kids throw the paint sprinkle chips. They had a blast doing that)
* Ran power to machine (Ignore the temp wire connections. Will finish conduit once machine is on the floor)
* Tested all functions of machine
* Began disassembly and cleaning (Machine is filthy behind the scenes)
* Looking over mechanical components for issues (Found bad X axis thrust bearing. Appears rusted badly on the left side of X axis. Makes me think machine may not have been level and also do not see any drainage holes.)

Will update more as I make progress with the cleaning, painting, and assembly. Then comes LCNC goodness...

Agree with both of you.

I ordered the replacement thrust bearing already. Part number below for anybody needing it.

Thrust bearing = INA ZKLF 2575 2RS

While I was cleaning the mill I have been contemplating what computer I should use to run this thing. I keep coming back to using my RPI4 communicating with a 7i92.

Here are my latency results over a 10 minute duration with 8 glxgears and moving files around. The 3 different views are from different arm frequencies. (800mhz, 900mhz, and 1500mhz)

Notice that the best numbers come from the 800mhz frequency.

What do y'all think about the results and why does the latency change with arm frequency? Any reason I should not run the mill from a RPI4?