===== case 0000 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0001 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0002 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0003 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0004 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0005 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0006 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.104742
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.254635
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.420792
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.594213
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.770545
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0007 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X28.4907 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.104742
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X28.8759 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.254635
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.420792
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X29.4873 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.594213
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X29.7523 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.770545
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0008 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-19.5730 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-19.6820 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-19.8549 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-19.9299 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0009 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-19.5730 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-19.6820 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-19.8549 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-19.9299 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0010 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-19.5730 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-19.6820 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-19.8549 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-19.9299 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0011 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-19.5730 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-19.6820 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-19.8549 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-19.9299 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0012 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-19.5730 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-19.6820 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-19.8549 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-19.9299 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0013 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-19.5730 K2.000000
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-19.6820 K2.000000
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-19.8549 K2.000000
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-19.9299 K2.000000
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0014 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-18.5730 K2.000000
G33 X27.8350 Z-19.5730 K2.104742
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-18.6820 K2.000000
G33 X27.8350 Z-19.6820 K2.254635
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-18.7734 K2.000000
G33 X27.8350 Z-19.7734 K2.420792
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-18.8549 K2.000000
G33 X27.8350 Z-19.8549 K2.594213
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-18.9299 K2.000000
G33 X27.8350 Z-19.9299 K2.770545
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0015 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.4907
G33 X28.4907 Z-18.5730 K2.000000
G33 X27.8350 Z-19.5730 K2.104742
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8759
G33 X28.8759 Z-18.6820 K2.000000
G33 X27.8350 Z-19.6820 K2.254635
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-18.7734 K2.000000
G33 X27.8350 Z-19.7734 K2.420792
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.4873
G33 X29.4873 Z-18.8549 K2.000000
G33 X27.8350 Z-19.8549 K2.594213
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7523
G33 X29.7523 Z-18.9299 K2.000000
G33 X27.8350 Z-19.9299 K2.770545
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0016 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-20.0000 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-20.0000 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0017 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-20.0000 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-20.0000 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0018 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-20.0000 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-20.0000 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0019 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-20.0000 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-20.0000 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0020 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-20.0000 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-20.0000 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0021 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-20.0000 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-20.0000 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-20.0000 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-20.0000 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-20.0000 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-20.0000 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-20.0000 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0022 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.071948
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.176749
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.295126
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.420792
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.550460
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.682193
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.814783
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0023 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X28.3763 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.071948
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X28.6942 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.176749
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X28.9609 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.295126
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X29.1989 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.420792
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X29.4177 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.550460
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X29.6222 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.682193
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X29.8157 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.814783
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0024 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-19.5406 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-19.6306 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-19.7060 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-19.8352 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-19.8931 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-19.9478 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0025 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-19.5406 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-19.6306 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-19.7060 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-19.8352 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-19.8931 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-19.9478 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0026 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-19.5406 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-19.6306 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-19.7060 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-19.8352 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-19.8931 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-19.9478 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0027 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-19.5406 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-19.6306 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-19.7060 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-19.8352 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-19.8931 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-19.9478 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0028 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-19.5406 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-19.6306 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-19.7060 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-19.8352 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-19.8931 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-19.9478 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0029 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-19.5406 K2.000000
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-19.6306 K2.000000
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-19.7060 K2.000000
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-19.7734 K2.000000
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-19.8352 K2.000000
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-19.8931 K2.000000
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-19.9478 K2.000000
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-20.0000 K2.000000
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0030 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-18.5406 K2.000000
G33 X27.8350 Z-19.5406 K2.071948
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-18.6306 K2.000000
G33 X27.8350 Z-19.6306 K2.176749
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-18.7060 K2.000000
G33 X27.8350 Z-19.7060 K2.295126
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-18.7734 K2.000000
G33 X27.8350 Z-19.7734 K2.420792
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-18.8352 K2.000000
G33 X27.8350 Z-19.8352 K2.550460
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-18.8931 K2.000000
G33 X27.8350 Z-19.8931 K2.682193
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-18.9478 K2.000000
G33 X27.8350 Z-19.9478 K2.814783
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0031 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=27.835 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(Straight thread  crest dia 27.8350 Z3.0000 -> dia 27.8350 Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=27.835 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3763
G33 X28.3763 Z-18.5406 K2.000000
G33 X27.8350 Z-19.5406 K2.071948
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.6942
G33 X28.6942 Z-18.6306 K2.000000
G33 X27.8350 Z-19.6306 K2.176749
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9609
G33 X28.9609 Z-18.7060 K2.000000
G33 X27.8350 Z-19.7060 K2.295126
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.1989
G33 X29.1989 Z-18.7734 K2.000000
G33 X27.8350 Z-19.7734 K2.420792
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4177
G33 X29.4177 Z-18.8352 K2.000000
G33 X27.8350 Z-19.8352 K2.550460
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6222
G33 X29.6222 Z-18.8931 K2.000000
G33 X27.8350 Z-19.8931 K2.682193
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8157
G33 X29.8157 Z-18.9478 K2.000000
G33 X27.8350 Z-19.9478 K2.814783
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0001
G33 X30.0001 Z-19.0000 K2.000000
G33 X27.8350 Z-20.0000 K2.947457
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0032 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6557 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X30.0409 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6523 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.9173 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0033 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6557 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X30.0409 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6523 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.9173 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0034 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6557 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X30.0409 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6523 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.9173 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0035 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6557 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X30.0409 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6523 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.9173 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0036 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6557 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X30.0409 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6523 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.9173 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0037 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6557 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X30.0409 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6523 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.9173 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0038 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6050 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.089516
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X29.9902 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.231703
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3133 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.392620
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6016 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.562250
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.8666 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.735738
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0039 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z3.0000
G0 X28.4907
G33 X29.6050 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.089516
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z3.0000
G0 X28.8759
G33 X29.9902 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.231703
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3133 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.392620
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z3.0000
G0 X29.4873
G33 X30.6016 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.562250
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z3.0000
G0 X29.7523
G33 X30.8666 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.735738
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0040 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.6341 Z-19.5730 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X30.0247 Z-19.6820 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.6449 Z-19.8549 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.9137 Z-19.9299 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0041 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.6341 Z-19.5730 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X30.0247 Z-19.6820 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.6449 Z-19.8549 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.9137 Z-19.9299 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0042 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.6341 Z-19.5730 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X30.0247 Z-19.6820 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.6449 Z-19.8549 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.9137 Z-19.9299 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0043 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.6341 Z-19.5730 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X30.0247 Z-19.6820 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.6449 Z-19.8549 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.9137 Z-19.9299 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0044 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.6341 Z-19.5730 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X30.0247 Z-19.6820 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.6449 Z-19.8549 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.9137 Z-19.9299 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0045 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.6341 Z-19.5730 K2.000641
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X30.0247 Z-19.6820 K2.000641
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.6449 Z-19.8549 K2.000641
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.9137 Z-19.9299 K2.000641
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0046 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.5834 Z-18.5730 K2.000641
G33 X28.9784 Z-19.5730 K2.089516
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X29.9741 Z-18.6820 K2.000641
G33 X28.9839 Z-19.6820 K2.231703
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3018 Z-18.7734 K2.000641
G33 X28.9885 Z-19.7734 K2.392620
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.5943 Z-18.8549 K2.000641
G33 X28.9927 Z-19.8549 K2.562250
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.8631 Z-18.9299 K2.000641
G33 X28.9964 Z-19.9299 K2.735738
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0047 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=0 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed first-pass depth + degression - 6 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=0 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 6 - depth 0.3278 rad)
G0 Z2.8145
G0 X28.5001
G33 X29.5834 Z-18.5730 K2.000641
G33 X28.9784 Z-19.5730 K2.089516
G0 X24.8350
(pass 2 of 6 - depth 0.5204 rad)
G0 Z2.7056
G0 X28.8908
G33 X29.9741 Z-18.6820 K2.000641
G33 X28.9839 Z-19.6820 K2.231703
G0 X24.8350
(pass 3 of 6 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3018 Z-18.7734 K2.000641
G33 X28.9885 Z-19.7734 K2.392620
G0 X24.8350
(pass 4 of 6 - depth 0.8261 rad)
G0 Z2.5326
G0 X29.5109
G33 X30.5943 Z-18.8549 K2.000641
G33 X28.9927 Z-19.8549 K2.562250
G0 X24.8350
(pass 5 of 6 - depth 0.9586 rad)
G0 Z2.4576
G0 X29.7797
G33 X30.8631 Z-18.9299 K2.000641
G33 X28.9964 Z-19.9299 K2.735738
G0 X24.8350
(pass 6 of 6 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0048 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.5413 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8592 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.1259 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5827 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7872 Z-20.0000 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9807 Z-20.0000 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0049 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.5413 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8592 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.1259 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5827 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7872 Z-20.0000 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9807 Z-20.0000 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0050 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.5413 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8592 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.1259 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5827 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7872 Z-20.0000 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9807 Z-20.0000 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0051 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.5413 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8592 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.1259 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5827 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7872 Z-20.0000 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9807 Z-20.0000 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0052 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.5413 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8592 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.1259 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5827 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7872 Z-20.0000 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9807 Z-20.0000 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0053 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.5413 Z-20.0000 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8592 Z-20.0000 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.1259 Z-20.0000 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3639 Z-20.0000 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5827 Z-20.0000 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7872 Z-20.0000 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9807 Z-20.0000 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0054 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.4906 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.059296
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8086 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.157257
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.0752 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.270707
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3133 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.392620
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5320 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.519342
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7366 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.648711
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9300 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.779374
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0055 | clear_z=25.0 clearance=3.0 compound_angle=0.0 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 0.0 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=0 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z3.0000
G0 X28.3763
G33 X29.4906 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.059296
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z3.0000
G0 X28.6942
G33 X29.8086 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.157257
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z3.0000
G0 X28.9609
G33 X30.0752 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.270707
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z3.0000
G0 X29.1989
G33 X30.3133 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.392620
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z3.0000
G0 X29.4177
G33 X30.5320 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.519342
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z3.0000
G0 X29.6222
G33 X30.7366 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.648711
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z3.0000
G0 X29.8157
G33 X30.9300 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.779374
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z3.0000
G0 X30.0001
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
(spring pass 1)
G0 Z3.0000
G0 X30.0001
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0056 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.5180 Z-19.5406 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.8405 Z-19.6306 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.1110 Z-19.7060 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5743 Z-19.8352 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7818 Z-19.8931 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9780 Z-19.9478 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0057 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.5180 Z-19.5406 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.8405 Z-19.6306 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.1110 Z-19.7060 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5743 Z-19.8352 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7818 Z-19.8931 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9780 Z-19.9478 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0058 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.5180 Z-19.5406 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.8405 Z-19.6306 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.1110 Z-19.7060 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5743 Z-19.8352 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7818 Z-19.8931 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9780 Z-19.9478 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0059 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=0 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=0 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.5180 Z-19.5406 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.8405 Z-19.6306 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.1110 Z-19.7060 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5743 Z-19.8352 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7818 Z-19.8931 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9780 Z-19.9478 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0060 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.5180 Z-19.5406 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.8405 Z-19.6306 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.1110 Z-19.7060 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5743 Z-19.8352 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7818 Z-19.8931 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9780 Z-19.9478 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0061 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=0.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=0)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.5180 Z-19.5406 K2.000641
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.8405 Z-19.6306 K2.000641
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.1110 Z-19.7060 K2.000641
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3524 Z-19.7734 K2.000641
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5743 Z-19.8352 K2.000641
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7818 Z-19.8931 K2.000641
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9780 Z-19.9478 K2.000641
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1651 Z-20.0000 K2.000641
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0062 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=0 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 0 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=0 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.4673 Z-18.5406 K2.000641
G33 X28.9767 Z-19.5406 K2.059296
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.7898 Z-18.6306 K2.000641
G33 X28.9813 Z-19.6306 K2.157257
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.0603 Z-18.7060 K2.000641
G33 X28.9851 Z-19.7060 K2.270707
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3018 Z-18.7734 K2.000641
G33 X28.9885 Z-19.7734 K2.392620
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5237 Z-18.8352 K2.000641
G33 X28.9917 Z-19.8352 K2.519342
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7312 Z-18.8931 K2.000641
G33 X28.9946 Z-19.8931 K2.648711
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9274 Z-18.9478 K2.000641
G33 X28.9974 Z-19.9478 K2.779374
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
===== case 0063 | clear_z=25.0 clearance=3.0 compound_angle=29.5 coolant_type=1 degression=1.5 depth=0.0 exit_taper=1.0 first_depth=0.0 infeed_mode=1 insert_r=0.0 internal=True lead_in=0.0 n_passes=8 pitch=2.0 pullout_feed=0.0 rpm=400.0 spring_passes=1 taper_ends=2 thread_form=0 tool=10 x_end=29.0 x_start=27.835 z_end=-20.0 z_start=3.0 =====
(Lathe INTERNAL thread - longhand G33, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(G76 cannot cut a taper - its drive line is parallel to Z - so this is direct G33)
(TAPERED thread  crest dia 27.8350 Z3.0000 -> dia 29.0000 Z-20.0000)
(Taper 1.1650 dia over 23.0000 length = 1:19.742  included angle 2.902 deg)
(K is scaled along the drive line so the AXIAL pitch is 2.0000)
(Bore the 1:19.742 cone FIRST - dia 27.8350 at Z3.0000 to dia 29.0000 at Z-20.0000)
(Pitch 2.0000  full depth 1.0825 rad = 2.1651 dia  crest is the minor dia, cutting outward)
(Depth computed for ISO / Unified 60 deg, insert tip radius 0.2165 - FULL FORM)
(Infeed pass count + degression - 8 cutting passes + 1 spring, degression 1.50, compound 29.5 deg)
(Tool T1010   G97 constant 400 rpm)
(G97 throughout: CSS would move the spindle speed during a synchronised cut)
(Run-out taper exit, 1.000 along the thread)
(Retract dia 24.8350   clearance Z 25.0000   coolant flood   wcs G54)
(Every pass starts at the spindle index so the passes line up. The start Z must be)
(clear of the material - there is no ramp in unless an entry taper is set.)
(Needs the spindle encoder: G33 waits on index-enable and at-speed.)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=id_thread)
(CONV1 tool=10 x_start=27.835 z_start=3 x_end=29 z_end=-20 pitch=2)
(CONV1 thread_form=0 insert_r=0 depth=0 infeed_mode=1 first_depth=0 n_passes=8)
(CONV1 degression=1.5 spring_passes=1 compound_angle=29.5 lead_in=0 taper_ends=2 exit_taper=1)
(CONV1 rpm=400 pullout_feed=0 clearance=3 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T1010
G97 S400 M3
M8
G0 X24.8350
(pass 1 of 8 - depth 0.2706 rad)
G0 Z2.8469
G0 X28.3840
G33 X29.4673 Z-18.5406 K2.000641
G33 X28.9767 Z-19.5406 K2.059296
G0 X24.8350
(pass 2 of 8 - depth 0.4296 rad)
G0 Z2.7569
G0 X28.7065
G33 X29.7898 Z-18.6306 K2.000641
G33 X28.9813 Z-19.6306 K2.157257
G0 X24.8350
(pass 3 of 8 - depth 0.5629 rad)
G0 Z2.6815
G0 X28.9770
G33 X30.0603 Z-18.7060 K2.000641
G33 X28.9851 Z-19.7060 K2.270707
G0 X24.8350
(pass 4 of 8 - depth 0.6820 rad)
G0 Z2.6142
G0 X29.2184
G33 X30.3018 Z-18.7734 K2.000641
G33 X28.9885 Z-19.7734 K2.392620
G0 X24.8350
(pass 5 of 8 - depth 0.7913 rad)
G0 Z2.5523
G0 X29.4403
G33 X30.5237 Z-18.8352 K2.000641
G33 X28.9917 Z-19.8352 K2.519342
G0 X24.8350
(pass 6 of 8 - depth 0.8936 rad)
G0 Z2.4944
G0 X29.6478
G33 X30.7312 Z-18.8931 K2.000641
G33 X28.9946 Z-19.8931 K2.648711
G0 X24.8350
(pass 7 of 8 - depth 0.9903 rad)
G0 Z2.4397
G0 X29.8440
G33 X30.9274 Z-18.9478 K2.000641
G33 X28.9974 Z-19.9478 K2.779374
G0 X24.8350
(pass 8 of 8 - depth 1.0825 rad)
G0 Z2.3875
G0 X30.0311
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
(spring pass 1)
G0 Z2.3875
G0 X30.0311
G33 X31.1144 Z-19.0000 K2.000641
G33 X29.0000 Z-20.0000 K2.910453
G0 X24.8350
G0 X24.8350
G0 Z25.0000
M5
M9
M30
