===== case 0000 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0001 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0002 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0003 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0004 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0005 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0006 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0007 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0008 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0009 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0010 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0011 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0012 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=2.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0013 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=2.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0014 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-20.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=2.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0015 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=2.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0016 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=2.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0017 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=0 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Rigid tap G33.1 to Z-8.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=0 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=2.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0018 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0019 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0020 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0021 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0022 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0023 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.0 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 1.0000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.0000
G0 Z25.0000
M5
M9
M30
===== case 0024 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0025 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0026 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0027 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=1.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0028 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=1.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0029 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=1.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 1.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=1.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K1.5000
G0 Z25.0000
M5
M9
M30
===== case 0030 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=2.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0031 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=2.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0032 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-20.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-20.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=2.5 tap_z=-20 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-20.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0033 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=100.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 100 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=100 pitch=2.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S100 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0034 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=200.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 200 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=200 pitch=2.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S200 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K2.5000
G0 Z25.0000
M5
M9
M30
===== case 0035 | clear_z=25.0 coolant_type=1 drill_dia=12.0 drill_op=1 drill_z=-40.0 dwell=0.0 feed_drill=0.1 peck=5.0 peck_first=0.0 peck_retract=0.5 pitch=2.5 retract=2.0 rpm=500.0 start_z=0.0 stock_dia=52.0 tap_op=1 tap_rpm=500.0 tap_tool=7 tap_z=-8.0 tool=6 =====
(Lathe drilling - longhand, generated by the conversational tab)
(Set work zero at the finished face, on the spindle centreline)
(ON CENTRE: X stays at 0 throughout - the work turns, the drill does not)
(Stock dia 52.000   hole starts Z0.000   retract plane Z2.000)
(Drill 12.000 dia to Z-40.000 - straight   tool T0606)
(G97 constant 500 rpm   feed 0.1000 mm-rev)
(Rigid tap G33.1 to Z-8.000   pitch 2.5000 mm-rev   tool T0707)
(G97 constant 500 rpm - G33.1 REVERSES THE SPINDLE at the bottom of the hole)
(The tap must be rigidly held and square - this cycle needs the spindle encoder to track)
(Spindle G97 constant rpm throughout: on the centreline CSS would divide by zero)
(coolant flood   wcs G54)
(=== conversational block - do not edit; lets the panel reload this file ===)
(CONV1 cycle=drilling)
(CONV1 tool=6 stock_dia=52 drill_op=1 drill_dia=12 start_z=0 drill_z=-40)
(CONV1 peck=5 peck_first=0 peck_retract=0.5 dwell=0 rpm=500 feed_drill=0.1)
(CONV1 tap_op=1 tap_tool=7 tap_rpm=500 pitch=2.5 tap_z=-8 retract=2)
(CONV1 clear_z=25 coolant_type=1)
(CONV1 END)
G18 G21 G7 G90 G95 G40
G64 P0.02
G54
G30
T0606
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
G1 Z-40.0000 F0.1000
G0 Z2.0000
M9
M5
G30
T0707
G97 S500 M3
M8
G0 X0.0000
G0 Z25.0000
G0 Z2.0000
(rigid tap - G33.1 returns to this Z, spindle reverses)
G33.1 Z-8.0000 K2.5000
G0 Z25.0000
M5
M9
M30
