Graziano SAG 14 and SAG 180 Lathes. A Full Data Pack containing all known information for these lathes. Includes Operator's Instruction and Maintenance Manuals with a Parts Manual as Detailed Sectional and Exploded Component Drawings.

Includes copies of the (frequently damaged) screwcutting charts, charts for special threads and an Electrical Schematic. Two editions aare included - a smaller earlier one and a fuller later - together with a detailed and well-illustrated Sales, Specification and Accessories Catalogue and a Schlesinger Test Chart. Although very clear in their original form, some parts diagrams were rather small with several to a page - these have been scanned at very high resolution and printed separately.

21.882 used Graziano sag 14 ( ) ✓ from certified dealers ✓ from the. Of the machine ca. M no manual available including new three-jaw chuck (in. Sep 16, 2014 - Schaublin, Cazeneuve, Weiler, Graziano, Mori Seiki Lathes. My first real machine will be coming home in a week or so, would anyone have a scanned or PDF manual for a 50s ish SAG 14? The Sag 14 is a great lathe, a very reliable machine.

Dan, In my possibly biased opinion, a very good lathe, fun to use and well designed and built. Why are they fun to use? Because spindle speed, direction and on/off are all controlled by one 'joy stick' on the right hand of the saddle. Speed change is instant, just a little twist, and it immeadiately jumps to the speed you've clicked to. In the space of a second you can change speed four times, and change direction too if you want. This is because the gearbox has four magnetic clutches, each attached to a constant-mesh gear. By switching off one clutch and switching on another you get instant on-the-fly speed change.

And another two magnetic clutches for forward and reverse. And the clever design you ask? Well, the vee ways are covered, so no chips can get to them.

This is because the tailstock has its own ways, they are a lot higher than the carriage ways. This means the main ways can be well covered from above. The tailstock ways stop well short of the spindle, so you have a natural gap-bed effect - a lathe which swings 6' over the crosslide can also swing 17' in the permanent 'gap'.

Are they well built? I took my carriage to bits for a look - what a beauty! Fine engineering throughout. The headstock has its own oil pump keeping the Gamet bearings happy, and the main speed change gearbox is seperate, it has its own oil pump too. Another good idea, it has holes in the bed casting that allow you to stick a length of round steel through at each end of the lathe, and so sling the lathe easily without doing any damage.

(weighs 1000 kgs, 2208 lbs). (Note, Graziano later made a Sag 12'S' with Reeves drive, maybe the electric change gearbox of the Sag 12 was too expensive to build)? Now, where was I? A manual, I've got one, if you can't find something closer to home, let me know. Check out Tony for interesting Graziano stuff. Doc, I got the Sag12 home wired up.

Spindle is quiet, but the lower trans is a bit too loud. I think (hope) it is just some bearings. Seems to be a little quieter in reverse. The lathe has a very bad paint job on it and I will have to repaint it to get it looking the way I want.

It looks like I can take off the 4 bolts that hold the trans in the base and pull the trans and motor together. Any thoughts on this? I also removed the head stock cover and check the gears, they look great plus I turned it on and watch the oil pump, COOL!!! I going to drain, flush and clean out the head stock case and refill with a good oil.

His workshops are very good and he is the real deal when it comes to bebop! Barry harris jazz workshop pdf download youtube. So now that we have some scales and arpeggios to use on our progression we can start looking at some of the lines you can make with that. This is by the way an approach that I learned from American Jazz Pianist Barry Harris, you should check him out!

Does the manual show how to take the trans apart? Thanks for your help-Dan. Dan, Noise in gearbox. Check to see you have the motor turning in the right direction, when you lift the hand control, the spindle should rotate in the normal direction.