excello 602 mill manual

excello 602 mill manual

If you do not already have it,If you find the information on this webDonations can be made throughVintageMachinery.org does not provide support or parts for any machinesPlease remember that safety standards haveIt is up to the individual user to useThe VintageMachinery.org. In 1937 the name changed again to Ex-Cell-O Corp., likely to indicate their increasingly diverse lines of business, including machine tools such as grinders and milling machines. In 1958 Ex-Cell-O acquired the Bryant Chucking Grinder Co., of Springfield, Vermont, whose line of production grinding machines dovetailed nicely with Ex-Cell-O's line of special-purpose grinding machines.In 1977 they acquired McCord Corp., maker of automotive, industrial and agricultural products. So far as we know, parts and service for Greenlee machinery are no longer available. Many of the Ex-Cell-O machine tool products are supported by Kenrie, Inc., of Holland, Michigan. VintageMachinery.org does not provide support or parts for any machinesPlease remember that safety standards haveIt is up to the individual user to useThe VintageMachinery.org. Used: Very GoodPlease try again.Please try again.Please try again. Ex-cell-o Style 602, Ram Turret Milling Machine, No. 52741 Operations and Instructions Manual. This Manual Covers Models: Machine Specifications. Installation. Operating Instructions. Set-up Adjustments. Service Instructions. Manual Lubrication System Assembly and Parts List. One Shot or Automatic Lubrication System and Parts List. Dovetail Ram Assembly,Machine Assembly. Table Power Feed Assembly. Right Angle Attachment Assembly. Horizontal Mill attachment Assembly. Anti-Backlash Nut Assembly in Standard and Metric. This Manual Has 33 Printed Pages. Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Register a free business account To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average.http://rsbi-spb.ru/userfiles/elitegroup-557s-manual.xml

• excello 602 mill manual, excello 602 mill parts, excello 602 mill manual, excello 602 mill manual parts, excello 602 mill manual mill, excello 602 mill manual gearbox, excello 602 mill manual typewriter, excello mill 602 manual.

Instead, our system considers things like how recent a review is and if the reviewer bought the item on Amazon. It also analyzes reviews to verify trustworthiness. Please choose a different delivery location.Our payment security system encrypts your information during transmission. We don’t share your credit card details with third-party sellers, and we don’t sell your information to others. Please try again.Please try again.Please try again. It also has assembly drawings and parts list. About This Manual: This is a high quality reproduction manual which has been scanned with a high resolution scanner. Each page is then digitally edited in Photoshop to remove grease marks, fingerprints, writing, and other imperfections that the original manual may have had. It is then printed on 24 lb heavy paper and 65 lb cardstock for the covers with a 600 DPI LaserJet printer. The result is a clean and durable manual which many times is better than the original and should last many years in your shop. Reprinted from original manual using high quality 24lb paper and comb binding. Covers are printed from 65lb cardstock for extra durability. Then you can start reading Kindle books on your smartphone, tablet, or computer - no Kindle device required. Register a free business account To calculate the overall star rating and percentage breakdown by star, we don’t use a simple average. If not I apologize. Back in early March I acquired an older Excello 602 mill. Through this forum I was able to locate a manual for it although it actually covered the later model 602 but it was still handy to have. One of the problems with the manual however was the poor quality of the reproduction. Well recently I managed to buy a good condition manual on eBay for the earlier model 602 mills. Yesterday I took the time to scan the manual at 300 dpi in color. This made for a very good reproduction of the manual in PDF format.http://www.hgb.se/filer/elitefts-deadlift-manual.xml

For those of you with earlier 602 mills and would like a good copy of the manual you will find the pages located at the links below. Each scan includes two pages and they run about 1.5 meg each in size. There are 18 links for you to download. If you print them out you will need to print them on 11 x 17 paper. I hope this helps someone when working on or repairing their 602 mill. Enjoy! Brad We have an old XLO, and it will be nice to have a manual for it.Send PM if interested.I have to put it into my basement and have already done so with 2 lathes and a heavy mill, but hope this one is a bit lighter I have to break it down, so the base dimensions and weight is what concerns me the most.or scares me the most, depending on how you look at it thanks for your time TomI have to put it into my basement and have already done so with 2 lathes and a heavy mill, but hope this one is a bit lighter I have to break it down, so the base dimensions and weight is what concerns me the most.or scares me the most, depending on how you look at it thanks for your time Tom The later machines that do not have the XLO on the front of the head probably weight around 2800 lbs. Broken down into sections the base is going to be the heaviest item you will have to deal with, although I found the knee to be the most difficult to handle. It's awkward in shape and no easy points to lift from. I just finished reassembling my mill after having dismantled it for cleaning and repairs. Since you have to break it down to get into your basement I would highly recommend a thorough cleaning while you're at it. As near as I can tell it must have sat through a flood sometime in its past that was about 2' deep. If you want physical dimensions I can measure mine in the morning and post them. BradI think you're supposed to pay Don for advertising.Does Cincinnati-Milacron own Excello now? DeanHe was able to tell me who my mill was sold too which I found interesting.

His business is called Cartech and he can be reached at 416-222-6504. He's a nice guy and will talk your ear off. BradDoes Cincinnati-Milacron own Excello now? Dean MAG Industries, the parent company of Cincinnati-Milacron, bought the rights and provides parts, manuals and services for Excello. He trolls all the machinist forums and Yahoo groups, spamming his pirate copies of manuals and downloading every online copy he can find. Ray also sells illegitimate manuals for Southbend, Hardinge, Bridgport, Harig, Atlas, Logan. All of which are still in copyright and still sold by the original owners for considerably less than Ray sells his copies.The later machines that do not have the XLO on the front of the head probably weight around 2800 lbs. If you want physical dimensions I can measure mine in the morning and post them. Brad I made a deal on a lathe I saw, plus quite a bit of tooling. The lathe is an old Colchester, but I have one the same and alreay got it down inot the basement. Also have one mill down there, but it almost had to be shoehorned in Since I have some equipment running already, I will take my time to clean and repair any damage to the mill as it goes back together thanks again TomI made a deal on a lathe I saw, plus quite a bit of tooling. Also have one mill down there, but it almost had to be shoehorned in Since I have some equipment running already, I will take my time to clean and repair any damage to the mill as it goes back together thanks again Tom I'm guessing you could use it for something similar for lowering it down steps on runners. By all means take pictures as you're moving it into the basement. Should make for some interesting shots BradThe 25 in dimension will cause me a little extra work, but I can get it in You see the thing is, I don't have a walkout basement and have to come in through a window which is 54 in off the floor It can be done, I already did it in October when I had to bring all of my stuff in.

Everyone said I was either crazy, they had a bad back or that it just couldn't be done. Well it can be and I had to do it all by myself The base of the tracer mill was the heaviest and first thing I did. The casting was quite high The colchester lathe was lighter at 2,300 lbs. This time it will be a bit easier as I have a better set up for setting things in the basement now and I can take my time doing so Hopefully I get the mill, but won't know for a week or so, I am buying the other lathe for sure, just have not seen the mill yet to commit to the deal I will let you know and if I get it, I will make sure to take pics this time. Last time all I took was Rolaids and tylenol thanks again TomShould make for some interesting shots Here are the before and after pictures of my 602. Overall time to rework was about a year of off and on changes to work on it. BradI never knew they were made up here or that they no longer made them nowI never knew they were made up here or that they no longer made them now It took everything I had to turn the tractor towards the shop entrance. Good luck! BradIf I was in your neighborhood I would would be more than willing to help. Good luck! BradA friend is coming Sun morning with his back hoe to help me lift it off the trailer. He will help lift it off in pieces if I can have it unbolted I have to get it in the basement window, but have a better system than I had before.Practical Machinist is the easiest way to learn new techniques, get answers quickly and discuss common challenges with your peers. Register for the world?s largest manufacturing technology forum for free today to stay in the know. Learn more about us. All rights reserved. Register today. To learn more, please refer to the cookie policy. We'll bring you the most relevant peer-to-peer conversations happening in the trade and tips and tricks to help you get the job done. You may unsubscribe at any time. Something went wrong. View cart for details. All Rights Reserved.

User Agreement, Privacy, Cookies and AdChoice Norton Secured - powered by Verisign. Table has some plunge marks, manual drawbar, but machine runs fine. Would be a great manual milling machine in any shop, no tooling included. Buyer will be responsible for moving the machine from its location, loading, and transportation; disassembly of table may be required. Inspection is recommended.No part of this web page may be reproduced in any way without the prior written permission of The Board of Regents of the University of Wisconsin System. To start viewing messages,I've seen a couple posts here and elsewhere about people wanting to upgrade the GE control but looking for specific details from anyone who has done it.what motor drivers did you use. What software? Did it have servos or steppers. How did you find home. Any roadblocks you ran into. Did you do anything to control spindle speed. Was it worth it? Also, anyone know close or exact weight. I've been told 2500-3000 lbs but would like to know exact if possible. Build Thread- Galil DMC-1050 controller retrofit Excello retrofit and introduction New Machine Build- old machine mark century 1050 monarch 150 Excello Software Upload on IBH machine You most likely can use the original DC brushed motors, if going Mach or similar however you will need step direction drives. The motors may need in excess of 120vdc and AFAIK Gecko's do not go that high. You could look at Dynomotion with the Kanalog boards and may be able to use the existing drives. Al. I know whenever I phoned Excello for parts for the 602 knee mill, they would say there was two models and ask if it had the X-CELL-O or X-L-O on the nameplate, mine was the latter. Al. I have one almost the same. The head does not pivot forward and it came from the factory (i think) with ball screws and pneumatic brake on the left side. Mine has a 3HP GE motor on it.

I tried to get mine working with the original DC servo's but I had trouble with the drives so (for now at least) it's running with steppers under Mach3. I have one almost the same. I tried to get mine working with the original DC servo's but I had trouble with the drives so (for now at least) it's running with steppers under Mach3. I would do what you can to keep the servos even if you end up with newer drives (which is pretty likely). Don't know if that machine would have had resolvers or not but if so replacing with encoders is pretty easy. On my Lagun I ended up buying much newer Baldor servos from a mid 90's Lagunmatic 320 that was parted out on another forum. You'll never get the rapid speeds out of steppers that you will with DC servos and proper belt ratios The machine did have resolvers on it but i had already installed 1000 line encoders (and had them working.) Started out with a bandit control with servos.Went to Mach 2 for a while then a major upgrade to Camsoft and back to servos. Its been a great machine and made 1000s of parts. The site is 100% free to join and use, so join today! To start viewing messages,If not I apologize. Back in early March I acquired an older Excello 602 mill. I was able to locate a manual for it although it actually covered the later model 602 but it was still handy to have. Enjoy! Brad Hopefully they work now. Whoever had the mill before me used some sort of red fluid which based on your comment means it was probably transmission fluid. Thanks! Brad. Unfortunately, in November, 1985 manufacturing ceased and in 1986 the Company ceased trading. Of substantial construction, the Ex-Cello-O weighed over 2400 lbs and found favour with many jobbing engineering shops who might otherwise have chosen the splendid but ubiquitous American Bridgeport.

The table and knee ways were all hand scraped and fitted with tapered gib strips; the table was not fitted with power feed as standard, but an optional kit was available--for either factory or retro-fitting--which, using a 0.25 hp motor, provided 12 speeds in two settings: low range from 1 to 3 inches per minute and high range from 3 to 9.75 inches per minute. Interestingly, although the fitting of the power-feed conversion reduced the table travel by 3.75 inches, the unit was not mounted on the table itself - where its weight might have caused the table to be deflected at the extreme end of its travel - but was hung from the edge of the cross slide. The Universal Head (available with both 1.5 and 2 hp motors) was able to be swung forwards and backwards (across the table) through 45 degrees from its central point and also rotated through a complete circle on the end of the ram; thankfully, with the weight of the motor and drive system above the ram, both these movements were controlled by handles controlling worm gear mechanisms. With a mechanism that included a brake, the head-drive system consisted of a pair of mutually expanding and contracting pulleys and a lathe-like backgear system to give an infinitely-variable range of speeds spanning 100 to 3800 rpm. To prevent accidental or careless overloading of the power feed the drive was taken through a torque-limiting, spring-loaded cone clutch; this could be engaged either through a knurled wheel for light cuts, or by a lever for heavy work - which also doubled as a device for quickly engaging and disengaging the drive. Manufactured from hardened and ground alloy steel, the spindle, with a standard Bridgeport-type R8 taper (though a 40 mm fitting was optional) ran in two pairs of high-precision, angular-contact bearings of the sealed-for-life type. For very sensitive, high-speed work involving smaller end mills - or for use with a tracer arm to do duplicate work and contour milling - an alternative 0.

5 hp head was available. The quill had 3.5 inches of travel, an R8 taper, and was provided with 6 fixed spindle speeds of: 275, 475, 825, 1435, 2485 and 4300 rpm - though at extra cost the unit could be requested with a more powerful motor, and even higher speeds.Interestingly, although the fitting of the power feed conversion reduced the table travel by 3.75 inches, the unit was not mounted on the table itself - where its weight might have caused the table to be deflected at the extreme end of its travel - but was hung from the edge of the cross slide. For a better experience, please enable JavaScript in your browser before proceeding. It may not display this or other websites correctly. You should upgrade or use an alternative browser. All I got for the table was the table itself and one endplate. As these parts are nearly impossible to find does anyone out there know of someone who might have a old parts machine and be willing to help with some of the parts. Maybe I could just get some acme threreaded rod and make my own if I knew what thread it is. I know I am asking a LOT but if you don't ask you don't find. I know it is a 5 TPI pitch. Making the screw and getting bearings is the easy part.the endcap would be the problem. Chris I know it is a 5 TPI pitch. Making the screw and getting bearings is the easy part.the endcap would be the problem. ChrisI have a early version 602 with XLO on the head. Looking into getting a screw now. Thanks again to all. Its a good thing I have a lathe so I can make it all work. Thanks again. Dave I have the lead screw ordered from ebay along with some acme nuts and the proper bearings. All of this could have been avoided if the PO would have taken the time to provide what he promised but that being said I am sure we have all been in a similar situation.

What I am attempting to do won't be as good as having the original parts but it should get it usable until such time when I either get what I am promised or find the parts from someone else. The old adage of let the buyer beware is still very true today. I could easily look on this as a oppertunity to make a power feed? It wont be pretty but it should make the table move back and forth. I am taking pictures as I go to document everything on here but it might be tomorrow before I get any pictures downloaded on here. I DID get the motor back from the rewind shop and now the mill is running. It works great and as far as I can tell everything works as it should.I call it and end cap or bearing support or whatever. Maybe someday I will get the right part from the PO but I am not holding my breath. Here in Winchester Ky. I found a round piece in the scrap pile to make the bearing support and all I had to do was turn the round piece to fit the bearing then mate the two. I used some transfer punches to put the holes in the plate using the one good piece as a template. It all worked good except one bolt hole was just a tad off but I am ok with that. I used my chop saw to cut the acme screw and soon will be turning the ends to 20mm to fit the bearings. After that I have to do some more turning and threading to put the handwheels on. Thanks again for all the help. Dave It is rather crude but it works great. Sucks about the PO. Hopefully he comes through some day soon just so you get the parts. Matt Turned both ends and am pretty much now waiting on some thread cutting tooling that is on a very slow boat from china.I just went ahead and made the parts I needed instead of waiting on the PO to get off his can and finish the deal. He might call me someday and tell me to come get the parts I need and if he does then cool but if he doesn't then I still have a working mill. The only drawback is I don't have the dials on the end to tell me how much I am moving but a DRO will fix that.

Thanks for posting the progress on your mill. We should have an Ex-Cell-O club. My mill doesn't match any of the many different descriptions that I have found. See our code implementation guide for more details. If you already have Auto ad code on your pages there's no need to replace it with this code By continuing to use this site, you are consenting to our use of cookies.Sure, ad-blocking software does a great job at blocking ads, but it also blocks useful features of our website. For the best site experience please disable your AdBlocker. I've Disabled AdBlock. Style 602 i r. Ram Turret. Milling Machine. Forward. Your Ex-Cell-O mill is a precision machine tool. To The information it This milling machine was designed and It was built Because of constant improvement in design, Contents. Machine Specifications 2. Installation 3. Operating Instructions 4-5. Set-Up Adjustments. Adjusting Gibs 6. Aligning Head 6. Adjusting Backlash. Eliminator Nuts 6. Ordering 7. Head Temperature 7. Spindle Belt Replacement 7. Replacing Quill Return Spring 7. Replacing Quill Guard 8. Replacing R-8 Drive Key 8. Table Power Feed 8. Spindle Bearings 21. Lubrication 9. Manual System 10- 11. One Shot System 12-13. Automatic System 12 - 13. Head Drive Assembly 14 - 16. Spindle Assembly 21. Dovetail Ram Assembly 22 - 23. Machine Assembly 24-27. Table Power Feed Assembly 28 - 29. Right Angle Attachment Assembly 30 - 31. Horizontal Mill Attachment Assembly 30 - 31. Anti-Backlash Nut Assembly 32. Machine Specifications Table Width 9. Overall Width B. Max. 78. Table Longitudinal Travel - Manual 25. Table Cross Travel 16. Table Vertical Travel 16. Ram Travel 16. Spindle Nose to Top of Table. All Spindles - A Min. Quick Change Spindle - A Max 1 7 %. Table Dial Graduations 001 (.02mm) Spindle Speed - Infinitely Variable - 1800 RPM Motor: Low Range - 85 to 640 RPM. High Range - 540 to 4000 RPM. High Range - 360 to 3665 RPM. Spindle Rotation Reversible.

Spindle Brake - Manual Lever - Locks for Tool Change. Quill Power Feed. Quill Hand Feed-. Quill Lock. Quill Stroke. Quill Diameter Spindle - Reversible Installation When machine is uncrated, check all parts and The following items are shipped with each machine: All wrappings that The wooden skids When a crane is used to lift the machine into Caution must be exercised, during the installation of Install Table Dials and Handwheels. On some models, dials and handwheels are Foundation. For optimum performance, the machine should be Cleaning. Thoroughly remove oil based protective coating Operating Instructions Located on the left side of head and is used to Applied by moving lever on left side of belt housing. To lock spindle when changing tools, move lever to CAUTION: The motor can C. Spindle Speed Selector. CAUTION: Dialing spindle speed must be performed Infinite spindle speed In high range, any speed D. Spindle Speed Dial. Approximate spindle speed is indicated in R.P.M. Read spindle R.P.M. opposite range in which E. High-Low Spindle R.P.M. Selector Lever. CAUTION: Motor must be stopped before engaging F. Quill Lock. The quill may be locked in any position by rotating G. Quill Hand Lever. Adjustable to 8 operating positions by moving out- H. Power Feed Selector. Quill feeds per revolution of spindle may be A neutral position is provided between each feed Feed selections CAUTION: Feed selector should not be turned Disengage power feed J. Fine Feed Hand Wheel. Operated by turning power feed selector to neutral K. Power Feed Reversing Knob. NOTE: Clutch knob has a left-hand thread. Power feed to quill is engaged by turning clutch When light feeding forces When higher thrust, up to the L. Power Feed Reversing Knob. Located in the center of the fine feed handwheel. Pull knob out to feed down, push in to feed up. Depths may be controlled by setting micrometer nut N. Draw Bar. When tightening or loosening the draw bar, use P. Angular Setting of Head: Side to Side. R.

Angular Setting of Head - Front to Rear. NOTE: For full movement to rear, upper portion of. T. Positioning of Ram - Front to Rear. U. Turret Rotation: V. Rotation of Upper Portion of Head. This could be an advantage when head is tilted into This joint occurs between the quill housing and gear Retighten the four W. Table Clamp. X. Cross-Slide Clamp. Y. Knee Clamps. NOTE: The table, cross-slide and knee should be Set Up Adjustments. Z. Gib Adjusting Screws. Full length tapered gibs are used on the dovetails of Adjust gibs by Adjusting screws are Tighten screws by rotating clockwise until a slight Adjusting Optional. Lead Screw Back Lash Eliminator. See page 32. Head Alignment for Precision and other The graduated scales provided are for reference. To set up the head for precision machining Place dial indicator in spindle nose. Tighten clamp Service Instructions. Ordering Instructions. When ordering replacement parts the following To order a replacement not found in any of the Operating Temperature of Head. Normal temperature rise at 4000 R.P.M. is 75 Spindle Brake and Lock Adjustment. Ref. Sec. BB, page 14 Spindle Belt Replacement. Ref. page 14 Det 73 from vari speed housing. Let switch Lift motor up and slip the belt over the vari Installation: Replace cap Remove wedge and Instructions for Replacing Quill Return Spring. Ref. Sec. EE, page 20 Remove stop Det. 125. The quill should now No. 52-12210. The head flange worm No. 52- CAUTION: Care must be taken when finally Tighten spring by Installing: No. 52-12187. Turning this lever in the down feed direction Remove the retaining Apply a light downward pressure and move to. If the guard is Det. 124. When tightening screw Det. 128 align with slot Removing Spindle-Quill Sub-Assembly and. Replacing Quill Guard. Ref. page 18 and page 20 Follow instructions for removing the quill return Whilst holding the quill in one hand, lower the Remove guard by pulling out through the O.D. of the quill.

Insert new guard, tab at the bottom and small If necessary, bend Check that quill lock pads do not project into Replacing R8 Drive Key. Ref. page 18 To do this it is con- Feed Rate Table Power Feed: Distributor. Lubrication Way Oil. Back Gear Housing Oil Level. Window and Filler Plug. Way Oil Optional One Shot. Lubrication System. Grease. The machine must be lubricated before it is started. The use of proper lubricant at the designated Oil level in back gear housing should be checked A.G.M.A. No. 5EP oil. Oil Fittings should be filled with a way oil 30W The Oil Cup should be filled with way oil 30W daily. Spindle Bearings are lubricated and sealed for the MOTORS - The manufacturer's recommendation When the machine is equipped with optional table On machines equipped with optional one shot or Discretion in oiling should be employed at all times. Over oiling may result in an undesirable escape of If this trouble Manual Lubrication System Lubrication System BUURf. XLOf No. 52-15200 Brake Band. Brake Bar. Brake Lock Stud. Eccentric Bushing. Clamp Ring. Feed Engaging Gear. Back Gear Fork Shaft. Sliding Vari-Disk. Brg. Vari-Disk. Speed Handle Wheel. Key. Shift Fork. Spindle Gear. Reduction Gear. Engaging Gear. Lock Nut. Vari-Speed Shaft. Dial Indicator Plate. Lever. Nut. Pinion. Fork Nut. TNut. Sliding Block. Vari-Disc Bushing. Qty. Description No. 52-15200. Det. No. Qty. Description No. 52-15190. Part No. Qty Description Quill Scale. Stop Screw. Stop Dial. Head Body. Dial Lock Nut. Spindle Feed Plate Dial Lock Nut. Quill Scale. Spindle Feed Plate. Det. No. Qty. Description No. 52-15190 No. 52-15190 Det. No. Qty. Description No. 52-15134 No. 52-15134. Part No. Description Det. Description Parts List. No. 52-16120 Lfflbr Det. Hex. Hd. Cap. Scr. Grade 5 No. 52-15020 No. 52-15020. Qty. Description Part No. Qty Description Hex. Hd. Bolt V2-1 3x1%. Soc. Hd. Cap Scr. VS-20 x 1. Soc. Hd. Cap Scr. 14-20 x %. JamNut%-16. Qty. Description No. 52-15140 No. 52-15140. Dwg. No.

Description Code EP-5-G Horizontal Milling Attachment Attachment. ASSEMBLY No. 52-1 2821 -R8 SHANK. ASSEMBLY No. 52-12821-40 MMT. SHANK. Prepare attachment by backing off completely 2 If fixed position is required, clamp quill depth stop. To align attachment for normal machining use dial To align attachment for accurate machining use dial Mounting Horizontal. Milling Attachment.http://drbillbaker.com/images/bosch-maxx-service-manual-pdf.pdf