background image

At this point the display should say AUTO R in the 
menu display and 31.355mm for X. Z should read 
0.000 and Y should still read 4.000 mm. If X or Z 
do not read these numbers repeat the previous 

12 

Steps

. Otherwise, do these steps:

1.

   Move  the  table  in  X  until  the  display  reads 

0.000.

2.

   Decide  what  amount  the  "step-over"  should 

be. In this example, we will use .080 mm.

3.

   Using the fine down feed hand wheel on the 

milling machine, lower the quill until Z reads 
0.080 mm.

 

Notice  how  the  display  changes  for  X  as  Z 
moves?

4.

   Move the table in X until the display reads X 

of 0.000.

5.

   Turn  on  the  spindle  and  make  a  pass  the 

required length in Y. Return the table to Y of 
4.000 when finished.

6.

   Lower the quill another 0.080 mm.

7.

   Move  the  table  in  X  until  the  display  reads 

0.000.

8.

   Make  a  pass  in  Y.  Return  the  table  to  Y  of 

4.000 mm when finished.

Steps 6 – 8

 are repeated until Z reaches 20.000.

Figure 10. 

The display shows Auto R and the start 

points for X and Z.

Figure 11. 

The display for X changes to 0.140 mm 

when Z is lowered to -0.080 mm.

Figure 12. 

The display for X changes to 0.140 mm 

when Z is lowered an additional -0.080 mm.

Summary of Contents for H6087

Page 1: ... the end points for X and Z have changed to 40 and 20 respectively in both Example 3 and 4 The coor dinate star in Figure 1 has also been updated to show the actual positive and negative values that will be viewed on the display when operating the DRO controls the motion assignments for X and Y depending on which plane is chosen As an example when a curve is to be generated in the XZ plane all mot...

Page 2: ...t the corner be removed if possible to help minimize the depth of cut Otherwise the step over rate will have to be greatly reduced for safety slowing the production rate To machine a radius in the XZ plane using the R function do these steps 1 Move the milling table so the center of the spindle is located at the Zero Position indicat ed in Figure 2 in X and Y Mount the 6mm ball end mill into the s...

Page 3: ... prompt you for the radius information Type 20 and then press the Enter key Press the Next key 8 The display will prompt you for the Start Point information Press the X key and type in 20 Press the Enter key Press the Z key and type in 0 Press the Enter key Press the Next key Figure 4 Input the center point information here Figure 5 Input the radius amount here Figure 6 Input the start point infor...

Page 4: ...will prompt you for the Tool Diameter Type in 6 and press the Enter key Press the Next key 11 The display will prompt you for the R or R radius information Press the Next key to toggle between these choices Select R Tool and press the Enter key Press the Next key Figure 7 Input the end point information here Figure 8 Input the tool diameter here Figure 9 Choose a positive or negative radius here ...

Page 5: ...80 mm Notice how the display changes for X as Z moves 4 Move the table in X until the display reads X of 0 000 5 Turn on the spindle and make a pass the required length in Y Return the table to Y of 4 000 when finished 6 Lower the quill another 0 080 mm 7 Move the table in X until the display reads 0 000 8 Make a pass in Y Return the table to Y of 4 000 mm when finished Steps 6 8 are repeated unti...

Page 6: ... H6087 H6098 INSTALLATION MANUAL COPYRIGHT JUNE 2004 BY GRIZZLY INDUSTRIAL INC WARNING NO PORTION OF THIS MANUAL MAY BE REPRODUCED IN ANY SHAPE OR FORM WITHOUT THE WRITTEN APPROVAL OF GRIZZLY INDUSTRIAL INC CA6351 PRINTED IN CHINA ...

Page 7: ...s wherever possible In the case where there are no machined flat surfaces available on the machine machined flat blocks or the aluminum fillers should be used Wherever possible the scale ends and the machine reader head should be installed on a flat surface 3 Indicators must be set up properly to ensure accurate measurement Make sure indicator axis is perpendicular to the work If a vertical dial i...

Page 8: ...as short as possible to provide a rigid surface Figure 5 Mounting strip 4 A clearance of at least 1 8 between the scale and scale cover is necessary Figure 6 1 8 1 8 Scale Cover Scale Mounted Scale Cover Figure 6 Scale cover clearance 5 All tapped screw holes must have at least six threads to allow the screw to be firmly secured For the screw that is needed to secure a heavy load the tapped holes ...

Page 9: ...ignment measurements Installation Requirements 1 Requirements for the mounting surface Parallel mounting Figure 9 10 The par allelism of the two mounting surfaces must be less than 0 1 mm of each other Perpendicular mounting Figure 11 The two mounting surfaces must be less than 0 1 mm out of square 1 004 004 002 0 008 709 008 Figure 9 Parallel mounting Figure 10 More parallel mounting 4 Digital Re...

Page 10: ... between the scale and the machine slide must be less than 04 as shown in Figure 12 For scale travel longer than 37 4 mm Figure 13 the maximum alignment paral lelism error must be less than 0 06 04 06 06 Figure 12 Alignment less than 37 4 travel Figure 13 Alignment more than 37 4 travel Digital Readout System 5 ...

Page 11: ...otection at all times the scale should be mounted with the rubber seals facing down Where extreme exposure to metal shavings coolant dirt and compressed air are present install the sup plied sheet metal cover guards for maximum protection Between the scale and the reader head is a blue strip which helps to maintain the correct distance between the reader head and the scale Remove this after instal...

Page 12: ...is parallel with the machine slide with a dial indicator 4 When the scale is mounted fix the reader head to the saddle If necessary shim the head to ensure that it is parallel and in line with the scales Figure 17 NOTE The blue packing between the reader head and scale allows for the correct clearance and holds the reader head parallel to the scale Figure 16 Mounting scale on backing plate Figure ...

Page 13: ...de of the scale is away from the direct metal shavings and coolant and that the travel is in the right direction towards the spindle and away from the spindle The bracket should be mounted on the knee Figure 21 and around the scale to allow for the cover to protect the scale Figure 22 where exces sive coolant and metal shavings are present 3 After the scale is aligned to the axis drill and tap the...

Page 14: ...le shown in Figure 24 Figure 24 Flat surface for scale mounting 3 The longitudal scale should be mounted on the back of the lathe Figure 25 with the open side of the scale facing down and must be parallel to the bed Figure 25 Longitudal scale mounting on lathe 4 Mount the reader head to the saddle with the provided brackets Figure 26 Modification may be required for some lathes Mount cov ers over ...

Page 15: ... 10 Digital Readout System ...

Page 16: ......

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