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9

•  The Headstock vertical travel is controlled by the Downfeed Handwheel 

“10” 

(FIG 5)

 which drives a pinion gear along a Column mounted toothed rack.  

It has both “Coarse” and “Fine” adjustments as described below:

  -  The “Coarse” adjustment provides a faster downward motion when  

  using as a drill press or as a rough positioning adjustment for precision  
  cutting operations. For “Coarse” adjustment, pull the Downfeed  
  Handwheel out to disengage the Castellated Drive Collar, allowing it to  
 turn 

(FIG 6)

NOTE:

 The Gauge and Pointer for the “Coarse” adjustment are  

  located at the left side of the Column.

  -  To lock in the “Fine” adjustment, push the Downfeed Handwheel in to  

  engage the Castellated Drive Collar 

(FIG 7)

.

•  The vertical Headstock travel is then finely adjusted by the Fine Downfeed Hand-

wheel 

“11”

 which provides a “fine tuning” precise positioning of the Headstock 

along the Column 

(FIG 8)

.

•  Rotate the Fine Downfeed Handwheel Clockwise to lower the Headstock and 

Counterclockwise to raise it. The Fine Headstock Handwheel moves the Head-
stock vertically 0.060” per revolution in fine increments of 0.001” as indicated 
on the Pointer and Radial Gauge 

(FIG 9)

 built into the base of the Fine Downfeed 

Handwheel 

“11”

. Note that the Radial Gauge can be rotated to allow for indexing. 

NOTE:

 Refer to “Backlash Compensation” section of this Manual.

•  The Headstock Limit Stop 

“9”

 limits the downward travel of the Headstock which 

serves to limit depth of travel cut 

(FIG 10)

.

•  The Headstock Lock 

“12”

 locks the vertical position of the Headstock on the 

Column 

(FIG 10)

.

FIG. 8

FIG. 9

FIG. 10

Headstock 

Lock “12”

Headstock 

Limit Stop “9”

FIG. 5

Out

FIG. 7

FIG. 6

Summary of Contents for 32498

Page 1: ...4 x16 MINI MILL INSTRUCTIONS Item 32498...

Page 2: ...the versatility to accommodate most materials The standard R8 Taper arbor will accept a wide variety of Collets Drills and other accessories CONTENTS MILL UNIT 1 Main Mill Unit A 1 R8 1 2 13mm Drill C...

Page 3: ...H 1 14mm x 17mm Double Open End Wrench J 1 17mm x 19mm Double Open End Wrench K 1 36mm Wrench L 1 45mm to 52mm Spanner Wrench M 2 T Nuts M10 1 5 P 1 R8 Taper 3 8 Collet Q 1 3 8 End Mill R 1 Spindle Lo...

Page 4: ...AZARD Sharp cut edges on work pieces can cause serious cuts Cutting tools are sharp and can cause serious cuts Wear thick well fitting work gloves to prevent cuts from handling sharp edges EYE INJURY...

Page 5: ...oil sharp edges or moving parts Damaged or entangled cords increase the risk of electric shock e When operating electrical equipment outdoors use an extension cord suitable for outdoor use Use of a co...

Page 6: ...rol g Use the electrical equipment accessories and tool bits etc in accordance with these instructions and in the manner intended for the particular type of electrical equipment taking into account th...

Page 7: ...ck Lock 13 Column Pivot and Angle Gauge 14 Mill Table 15 Table Travel Handwheel X Axis 16 Cross Feed Handwheel Y Axis 17 Table Travel Lock Lever X Axis 18 Cross Feed Lock Lever Y Axis 19 Table Pointer...

Page 8: ...e increases speed while rotating it fully left past the detent switches the motor OFF Amber Fault Light 28 Illuminates if the motor has stopped due to a fault condition To reset Switch Motor to OFF th...

Page 9: ...e Collar FIG 7 The vertical Headstock travel is then finely adjusted by the Fine Downfeed Hand wheel 11 which provides a fine tuning precise positioning of the Headstock along the Column FIG 8 Rotate...

Page 10: ...located at the front of the Table Rotating it Clockwise moves the Table Inward by exactly 0 625 per revolution while rotating the Handwheel Counterclockwise moves it Outward by exactly 0 625 per revol...

Page 11: ...36mm Locknut with the included 36mm Wrench to release the clamping action keeping it vertical While securely gripping the Column allow it to pivot in the desired direction while reading the Gauge and...

Page 12: ...indle Locking Pin S into the hole located at the right side of the Upper Headstock Plate FIG 18 and allow it to slip into a notch machined into the upper Spindle This will prevent the Spindle from rot...

Page 13: ...t the RPM Spindle Motor ON OFF Speed Control Switch to the correct speed for the operation being performed 11 Always use the Spindle Motor ON OFF Speed Control Switch to stop the Mill FIG 20 FIG 21 NE...

Page 14: ...ven and smooth along the complete length 5 If movement is too loose loosen the lock nuts turn in each Gib Screw 1 8 of a turn and re tighten locknuts without moving the Gib Screws 6 If movement is too...

Page 15: ...he appropriate section of this manual 5 Add a few drops of a good quality medium bodied machine oil to all sliding rotating and pivoting points AFTER EACH USE 1 Carefully remove all swarf and metal ch...

Page 16: ...16 Eastwood Technical Assistance 800 343 9353 tech eastwood com NOTES...

Page 17: ...To order parts and supplies 800 343 9353 eastwood com 17 NOTES...

Page 18: ...kpiece too large for size of Mill Re plan work to accommodate limits of machine Too aggressive deep of cut being attempted Decrease depth of cut Too fast of a feed rate Use slower feed rate Motor Over...

Page 19: ...edure described in this manual Table Travel Cross Feed or Headstock loose or sloppy Too much play in the Gibs Adjust Gibs per procedure described in this manual Handwheel loose Tighten Handwheel attac...

Page 20: ...up LLC 12 19 Instruction item 32498Q Rev 2 If you have any questions about the use of this product please contact The Eastwood Technical Assistance Service Department 800 343 9353 email tech eastwood...

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