1982 Matsuura MC-500v Retrofit

As promised here is the images of the sensor mount after completion. The sensors fit perfect in their slots. On the one on the right side of mount has an elongated slot so I can adjust the spacing when dialing in the sensors.

I am hoping tonight I can mount this all to the mill.





I need a better camera.

Making a little progress today and a bit of an issue......

Sensor mount is installed


Gear is mounted



Broke the leads off my gear tooth sensor...... stupid me. So I used an Xacto to scrape a small amount of the case away so I could solder the leads back on and then epoxy them in place so they do not move. I would just replace it as they are only $8.00 but include shipping and the 5 day wait makes the price go up. I may have to yet so I am using this one on the index so I can replace it quickly.




More to come soon unless I break something else.

When using this type of gear sensor be careful of the legs on the sensor. They are very fragile and will break off very easy. If you have not so delicate hands like myself then order a couple extra just in case. Broke legs off all 3 sensors I purchased so I ordered a 10 pack this time.

Half tempted to just order a quadrature gear sensor in a housing. Only $45 for one of those, but I will need to make a new gear or something as the depth of the teeth are not setup for this type of sensor.

Hope to see them in the next couple days and another delay. I guess that is the learning process.

I have not posted in a bit since I was waiting for a new sensor I wanted to try out for the spindle encoder. I also am trying a different gear just to rule out my DIY gear.

Here is the new gear I am using. It is an 80 tooth gear form a lathe. It is made form cast iron so we shall see how it works. Also boring out the center to fit a locating ring.




Here is the new sensor I am going to try. It is a quadrature gear tooth sensor that is made by Honeywell. It is a zero speed sensor just like the Allegro sensors in the previous post. The biggest advantages of this one is that it is a single house, and the quadrature setting is all done at factory. It cost $45.00 compared to the single sensors of $8.00 each (x3 = $24). It is a little bit more but for a more robust package that is easier to set up and calibrated at the factory. I am fine with that expense.

Here is the data sheet: THE DATA SHEET



I will post up some more as I make a mount for the sensor and get everything functioning.

Got the spindle encoder finished. Also got the spindle synchronized with motion. Started flushing out the ball nuts and ways to get all the old junk (if any) out of them. Next on the list is to clean up the mill and work on the control panel.

I see some tapping in the near future !