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Enco RF-30 One Shot Lube System

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TomS

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#1
On another forum thread a member asked me to post pictures of my RF-30 one shot lube system. I thought it best that the pictures and responses reside in this manufacturer specific forum. So here goes.

This is a Bijur pump that I bought used off of eBay. It has worked flawlessly for more than five years. It didn't have a plunger handle so I made one.
IMG_0371.JPG

This is the distribution manifold I made. I used Push-to-Connect fittings. On my CNC mill conversion I used 1/8" NPT x 1/4" hose compression fittings. Either will work.
IMG_0372.JPG

The system is plumbed using 1/4" OD Tygon tubing. The lube system feeds the X and Y dovetails, three axis handwheel support brackets, and the X and Y axis feed screw nuts.
IMG_0373.JPG

A close up shot of one side of the Y axis lube inlet.
IMG_0374.JPG
 

craptain

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#2
All I can say is WOW.
That's an impressive system.

Sent from my SM-G930T using Tapatalk
 

TerryH

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Very impressive Tom! Nice work.
 

thomas s

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Yes nice job.
 

TomS

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Thanks for the comments guys. It's one of those mods that has paid dividends in that the only way to lube the X and Y feed screw nuts is to stand on your head and manipulate a oil can in an awkward position to get oil in there. This mod makes it easy.
 

stioc

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Thanks for posting the pics Tom. I must admit I didn't even know those needed to be lubed periodically. I mean I clean and squirt a couple of drops in the dove tails every now and again because I thought that made sense but I recall when I got my RF30 I didn't find any reference in the manual for periodically oiling any parts of the machine.
Also, when you say X and Y feed screws- same thing as the lead screws right?
 

mattthemuppet2

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#7
lovely work. Quick Q - did you use flow metering whatsits and/ or ball check valves? I have a similar oiler on my 6x26 mill and it doesn't have check valves, so the oil drains out of some of the lines back into the reservoir, so I have to pump it several times to get those lines filled while the other lines pump too much oil. Be neat to stop that happening but I don't have a clue where to look!
 

Buffalo21

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#8
I put a one-shot oiler, on the 1940 Bridgeport based Franken-Mill and the Atlas/Clausing (Johansson) milling machine based Franken-Drill. I made all of the line orifices and be set the flow to each port.
 

TomS

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Thanks for posting the pics Tom. I must admit I didn't even know those needed to be lubed periodically. I mean I clean and squirt a couple of drops in the dove tails every now and again because I thought that made sense but I recall when I got my RF30 I didn't find any reference in the manual for periodically oiling any parts of the machine.
Also, when you say X and Y feed screws- same thing as the lead screws right?
Yes, feed screw or lead screw, they are the same.
 

TomS

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lovely work. Quick Q - did you use flow metering whatsits and/ or ball check valves? I have a similar oiler on my 6x26 mill and it doesn't have check valves, so the oil drains out of some of the lines back into the reservoir, so I have to pump it several times to get those lines filled while the other lines pump too much oil. Be neat to stop that happening but I don't have a clue where to look!
I installed a check valve at the inlet to the distribution manifold. Take a look at the first picture. At the top of the manifold you will see a pipe nipple and a brass fitting on top. That is the check valve.
 

Silverbullet

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#11
Well now you took my idea for my HF drill mill , I've all the parts only I'm using copper lines . Depending where I may solder mine into the castings , I figure they'll be closer and less chance of dropping a part and busting a fitting hanging out an inch . Mainly I've got about fifty ft of 1/8"soft copper line material. Even going to use it on all my machines . I also thought of using a converted a grease gun and on the distribution block add a grease fitting to pump oil into the machines . I have plenty of them and two of the reservoir pumps . Good job but I don't trust the push in type fittings. Your set ups real nice and looks professional .
 

TomS

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#12
Good luck with your project. I agree, push-to connect fittings leak and sometimes the tubing falls out. I prefer compression fittings.
 

mattthemuppet2

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#13
I installed a check valve at the inlet to the distribution manifold. Take a look at the first picture. At the top of the manifold you will see a pipe nipple and a brass fitting on top. That is the check valve.
neat, thanks for the info Tom
 
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