Help needed for new Mplmaster

[babolino]

Hello all,

 

Can anybody help me out?

 

Post with new mplmaster, work on sub spindle

 

N215 T21500

G18 G98

M71

M15

G0 C0. Y0.-------still outputs C instead of A

M188

G0 X150. Z-6.

G97 S1591 M03

G18 H0. W0.

G107 C25.--------also here

G1 X70. A34.377 F10000.

X34. F1.5

A20.626 F159.1------good code

G3 Z0. A6.875 R6.

.

.

.

X54. F1.5

X150. F10000.

G107 A0.

M15

-----------no "disable" C-axis shoul be M70

G28 U0. V0. W0. H0. M05

M30

 

any ideas?

 

I also should have specified in every operation is it in milling mode (M76,M71) or in spindle mode (M75,M70).

 

any ideas how I can do that?

[Dan@home]

Your lathe needs As'? What kind of lathe is it?

[babolino]

It needs "A" for the SUB Spindle, "C" for main.

 

Any ideas how to output "A" at the end and the beginning? (see example in previous massage).

[88Matt]

It's on the sub spindle, not the main.

[88Matt]

In the machine def go to the right spindle group and double click the 'lathe right spindle axis". set it to A. HTH

[crazy^millman]

Ok some thing to look for here are your axis combinations on your operations. I was having a lot of trouble with my lower turret outputs and tracked it down to axis combinations for a tool. Here is what I am talking about:

 

Make sure your is pointed to the right spindle with the correct turret.

[Post dept]

The addressing of the rotary happens in pcout and pfcout right before it's output.

[crazy^millman]

So start looking here and look to the answers he gave you in the other thread and you should have it.

 

code:

---

pfcout          #Force C axis output

if spindle_no$ = 0, #main

[

result = nwadrs(strc,cout_a)

result = nwadrs(strh,cout_i)

if millcc & g112address = 0, result = nwadrs(stry, cabs)

if millcc & g112address = 1, result = nwadrs(strc, cabs)

]

else, #sub

[

result = nwadrs(stra,cout_a)

if millcc & g112address = 0, result = nwadrs(stry, cabs)

if millcc & g112address = 1, result = nwadrs(stra, cabs)

]

 

cout_a = cabs

cout_i = csav - prv_csav

 

if rot_type = 2,

[

while cout_a >= 360, cout_a = cout_a - 360

while cout_a < 0, cout_a = cout_a + 360

]

 

if posttype$ <> two & c_axistype < three,

[

if c_axistype = one | millcc,

[

if (abs(cuttype) = 3 | cuttype = 4) & rot_type = 2,

[

if absinc$ = one | (abs(fmtrnd(csav - prv_csav)) >= 180. & gcode$ <> 0), *cout_i, !cinc, !cabs, !cout_a

else, *cout_a, !cabs, !cinc, !cout_i

]

else,

[

if millcc,

[

if absinc$ = zero, !cout_a, *cabs, !cinc, !cout_i

else, !cout_i, *cinc, !cabs, !cout_a

]

else,

[

if absinc$ = zero, *cout_a, !cabs, !cinc, !cout_i

else, *cout_i, !cinc, !cabs, !cout_a

]

]

 

]

else, #Signed direction, modality on c_wnd, no incremental

[

if fmtrnd(prv_c_wnd) <> fmtrnd(c_wnd),

[

if indx_mc = zero, result = nwadrs(sc_minus, cout_a)

else, result = nwadrs(str_cax_abs, cout_a)

*cout_a

]

!c_wnd, !cabs, !cinc

]

]

!csav

 

pcout #C axis output

if spindle_no$ = 0, #main

[

result = nwadrs(strc,cout_a)

result = nwadrs(strh,cout_i)

if millcc & g112address = 0, result = nwadrs(stry, cabs)

if millcc & g112address = 1, result = nwadrs(strc, cabs)

]

else, #sub

[

result = nwadrs(stra,cout_a)

if millcc & g112address = 0, result = nwadrs(stry, cabs)

if millcc & g112address = 1, result = nwadrs(stra, cabs)

]

 

cout_a = cabs

cout_i = csav - prv_csav

 

if rot_type = 2,

[

while cout_a >= 360, cout_a = cout_a - 360

while cout_a < 0, cout_a = cout_a + 360

]

 

if posttype$ <> two & c_axistype < three,

[

if c_axistype = one | millcc,

[

if (abs(cuttype) = 3 | cuttype = 4) & rot_type = 2,

[

if absinc$ = one | (abs(fmtrnd(csav - prv_csav)) >= 180. & gcode$ <> 0), *cout_i, !cinc, !cabs, !cout_a

else, cout_a, !cabs, !cinc, !cout_i

]

else,

[

if millcc,

[

if absinc$ = zero, !cout_a, cabs, !cinc, !cout_i

else, !cout_i, cinc, !cabs, !cout_a

]

else,

[

if absinc$ = zero, cout_a, !cabs, !cinc, !cout_i

else, cout_i, !cinc, !cabs, !cout_a

]

]

]

else, #Signed direction, modality on c_wnd, no incremental

[

if fmtrnd(prv_c_wnd) <> fmtrnd(c_wnd),

[

if indx_mc = zero, result = nwadrs(sc_minus, cout_a)

else, result = nwadrs(str_cax_abs, cout_a)

*cout_a

]

!c_wnd, !cabs, !cinc

]

]

!csav

---

HTH