Stark 66012 Owner'S Manual And Safety Instructions Download Page 9

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The tool is nearly always used to make finished cute, to cut vees and beads and to square shoulders. 

It produces the best finish that can be obtained without a chisel. To avoid dulling, it should be used very 

little for scraping. For finish cutting, the skew is held with the cutting edge considerably in advance of the 

handle, bevel side down. Keeping the skew well over the work, pull it back until the edge begins to cut, 

then swing the handle into position to advance the cut. Both the toe and heel of the skew can be used for 

taking light cuts. To avoid burning the tip of the tool, do not penetrate the wood too deeply without cutting 

clearances.

USING A SKEW

A shoulder can be the side of a square portion left in the work piece, the side of a turned section, or the 

end of the work piece. Most shoulders are perpendicular to the work axis but a shoulder can be at any 

angle. 

CUTTING A SHOULDER

First, mark the position of the shoulder with a pencil held to the revolving work piece. Then make sizing 

cut via the parting tool, placing the cut about 1/16” outside the shoulder position. Cut to within 1/8” of the 

depth desired for the area outside the shoulder position. Cut to within 1/8” of the depth desired for the area 

outside the shoulder. If the shoulder is shallow, the toe of the skew can be used to make a sizing cut. Do 

not go in than 1/8” with the skew unless wider vees are cut to provide clearance for the tool. 

Use the gouge to remove any waste stock outside of the shoulder. Smooth the section up to within 1/8” 

of the shoulder unless it is more than 1” high, it is best done with the 1/2” skew. First, use the toe of the 

skew to remove the shavings from the side of the shoulder down to the finished size. Hold the skew so 

the bottom edge of the bevel next to the shoulder will be nearly parallel to the side of the shoulder. Make 

sure this is with the cutting edge turned away at the top so that only the extreme toe will do the cutting. 

If the cutting edge is flat against the shoulder the chisel will run. Start with the handle low and then raise 

it to advance the toe into the work. Cut down to finished diameter of the outside area, then clean out the 

corner by advancing the heel of the skew into along the surface the outside area. Tilt the cutting edge with 

the handle raised up so that only the extreme heel does the cutting if the shoulder is at the end of the work 

called “squaring the end”. In this case, reduce the outer portion to a diameter about 1/4” larger than the 

tool center diameter, saw off the waste stock later. 

Use a pencil mark to indicate edges, then rough it out to within about 1/8” of the desired finish surface 

by scraping with the gouge or round nose chisel. If the cove is to wide, sizing cuts can be made to plot 

the roughing out. Once it is roughed out, the cove can be finished in two cuts; one from each side to the 

bottom center. 

CUTTING COVES

At the start of either cut, gouge is held with the handle high and the two sides of the blade held between 

the thumb and forefinger of the tool rest handle, just above the bevel. Position the fingers ready to roll the 

blade into the cove. Hold the blade so that the bevel is at a 90 degree angle to the work axis, with the point 

touching the pencil line and pointed into work axis. 

From this start, depress the point slightly to start the cut, then continue to move the point down in an arc 

toward the bottom center cove. At the same time, roll the chisel uniformly so that at the end of the cut, it 

will be flat at the bottom of the cove. The object is to keep the extreme point of the gouge doing the cutting 

from start to finish. Reverse movements to cut the opposite side. 

OPERATION AND ADJUSTMENTS

Summary of Contents for 66012

Page 1: ...ATING INSPECTION MAINTENANCE AND CLEANING PROCEDURES WRITE THE PRODUCT S SERIAL NUMBER ON THE BACK OF THE MANUAL NEAR THE ASSEMBLY DIAGRAM OR MONTH AND YEAR OF PURCHASE IF PRODUCT HAS NO NUMBER OWNER S MANUAL AND SAFETY INSTRUCTIONS ITEM 66012 FOR QUESTIONS PLEASE CALL OUR CUSTOMER SUPPORT 909 628 4900 MON FRI 9AM TO 3PM PST ...

Page 2: ...r safety and could affect the life of the product There are specific applications for which the product was designed Use the right tool for the job DO NOT attempt to force small equipment to do the work of larger industrial equipment There are certain applications for which this equipment was designed This product will be safer and do a better job at the capacity for which it was intended DO NOT u...

Page 3: ...ccessories that may be suitable for one product may create a risk of injury when used with another tool Never use an accessory that has a lower operating speed or operating pressure than the tool itself Keep guards in place and in working order Never operate the product without the guards in place DO NOT leave the tool running unattended Always wear the proper protective equipment including ANSI Z...

Page 4: ...ion If shocked your reaction could cause your hands to hit the cutting tool Of the power cord is damaged in any way have it replaced immediately to avoid shock injury or fire hazard MOTOR SPECIFICATIONS AND ELECTRICAL REQUIREMENTS This Wood Lathe tool is equipped with a 3 cinductor cord and grounding plug The ground conductor has a green jacket and is attached to the tool housing at one end and to...

Page 5: ...ug PARTS IDENTIFICATION ON OFF SWITCH Device to turn the Wood Lathe power ON or OFF BELT AND PULLEY COVER Cover for the Belt and Pulley Open this cover when changing the speed of the drive center DRIVE CENTER Holds the work piece for turning jobs BED RAILS Rails fir moving tail stock and tool rest TOOL REST Holds the tool then turning the work piece TOOL REST LOCK KNOB Lock knob for heigh adjustme...

Page 6: ...lt pre installed However it will need an adjustment prior to use Disconnect the Lathe from power source Loosen and remove the hex bolt with the adjustable wrench Press down on the belt with your hand the belt should move 1 2 when set properly ADJUSTING SPEED Four spindle speeds of 1100 1600 2300 and 3400 RPM are available with the lathe Chart 1 shows which step of the pulleys the belt must be plac...

Page 7: ...the workbench aligning holes in the bed with holes drilled into the workbench 5 Insert four bolts sold separately and tighten To remove the tail stock spindle from the tail stock assembly 1 Disconnect the lathe from power source 2 Remove the hand wheel by loosening the set screw with 1 8 hex wrench away from the spindle See Fig 1 3 Unscrew tail stock spindle from the tail stock assembly See Fig 2 ...

Page 8: ...s The heel of the hand or the little finger will serve as a guide HAND POSITIONING The large gouge is used for turning operation Run the lathe at low speed for this operation The cut should start about 2 from the end of the tail stock and will continue back towards the tail stock end Each corresponding cut will take place about 3 from the head stock center You can then roll the gouge in the opposi...

Page 9: ...om edge of the bevel next to the shoulder will be nearly parallel to the side of the shoulder Make sure this is with the cutting edge turned away at the top so that only the extreme toe will do the cutting If the cutting edge is flat against the shoulder the chisel will run Start with the handle low and then raise it to advance the toe into the work Cut down to finished diameter of the outside are...

Page 10: ...rs LAYING OUT YOUR PROJECT The first step is to remove as much wood as possible by boring into the center with the largest wood bit available Be careful to measure in advance the depth to which the drill can be allowed to go TURNING THE PROJECT Next remove the bulk of the waste by scraping with the round nose scraper or the bowl gouge Remove up to within 1 8 of the finished size in this manner Fin...

Page 11: ...10 TROUBLESHOOTING ...

Page 12: ...ter driver will help to keep the surfaces clean If the power cord is cut worn or damaged do not plug it in and have it repaired or replaced to avoid shock a fire hazard or serious injuries All repairs electrical or mechanical should be performed by a trained professional only All of the ball bearings are packed with grease at the factory they require no additional lubrication Periodically lubricat...

Page 13: ...12 PARTS DIAGRAM ...

Page 14: ...THAT ALL REPAIRS AND PARTS REPLACEMENTS SHOULD BE UNDERTAKEN BY CERTIFIEDAND LICENSED TECHNICIANS AND NOT BY THE BUYER THE BUYER ASSUMES ALL RISK AND LIABILITY ARISING OUT OF HIS OR HER REPAIRS TO THE ORIGINAL PRODUCT OR REPLACEMENT PARTS THERETO OR ARISING OUT OF HIS OR HER INSTALLATION OF REPLACEMENT PARTS THERETO Record Product s Serial Number Here Note If product has no serial number record mo...

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