how to use sub spindle ( G and M code about Sub spindle) ? sorry anyone because my english so bad.
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how to use sub spindle ( G and M code about Sub spindle) ? sorry anyone because my english so bad.
Is this what you mean:
Example:
NBT05 (TURNING_OUT)
(? RIGHT VPGR332HP K313)
G141 (SUB SPINDLE)
N40 G0 G90 X40.0 Z0.05 T050505 G97 S3778 M3 M63
G0 X2.1598 Z0.5 M8
G96 S1904 M3 G111
Z0.5
G1 X0. F0.001
Z0.01
X0.75
G0 X40.0 M9 M63 G97 S500 (CANCEL G96) M5
G0 X40.0 Z5.0 T0500
hy blastermaster :) i can't be specific, because :
... that code seems to be in inch, and i'm metric
... i don't have an okuma with sub spindle
... i don't know :
...... what G111 does on your machine; may be a macro, or turret b ccs, etc
...... where is the home for your machine ( x40 z0.05 or x40.0 z5.0 )
...... why the coordinates from 1st line <> last line
*but here are a few sugestions, so to make it execute faster / kindly :)
Code:// some comment
N**** home_position
T050505 ( M66 ) G96 S M03 M08 G0 X2.1598 Z0.5 M63 G141 G111 F0.001 G95/G94 (*1)
G1 X0
Z0.01 (*2)
G0 home_position T0500 M05 M63 M09 ( M230 ) (*3)
(
*1 you may avoid G90, as it should be implicit
G95/G94 is missing from your code
such things depends on machine defaults, your programing style/method, etc
*2 your code continues with X0.75; it seems to be a face operation; going to X0.75
should be in rapid, or even better, it should be avoided, as long as turret will
continue it's movement, on z, away from the part
*3 your code:
... is passing the actual g96 rpm into g97, then rpm stops;
you may stop directly, without switching modes
... turret is leaving the operation by executing 2 motions, instead of only
one; also your 1st motion is too short, and is executed before the spindle
stops, and as a result, turret will wait for rpm to drop below stop confirmation
)
Hi Kitty,
Im metric too just working in the US lol!
My example was from a LT2000 so my mistake, anyway you almost only need G141 (Sub spindle mode ON(sub spindle)) that should cover the most, the rest is the same as main.
BR Blaster :-)
i never thought that the american dream is not metric ?!?! :)Quote:
Im metric too just working in the US lol!
Thank you but that's not i mean.i cannot move subspindle by code and i not sure code is right.
Hope it will Help you
G00 Positioning
G01 Linear interpolation
G02 Circular interpolation – Helical cutting (CW)
G03 Circular interpolation – Helical Cutting (CCW)
G04 Dwell
G09 Exact stop
G10 Cancel of G11
G11 Parallel and rotational shift of coordinate system
G14 Designation of axis name
G15 Selection of work coordinate system (Modal)
G16 Selection of work coordinate system (One-shot)
G17 Plane selection: XY
G18 Plane selection: ZX
G19 Plane selection: YZ
G20 Inch input confirmation
G21 Metric input confirmation
G22 Programmable stroke limit ON
G23 Programmable stroke limit cancel
G30 Positioning to home position
G31 Skip function
G33 Unfixed cycle for thread cutting
G37 Cancel of G38
G38 Air cut reduction mode ON
G39 I, J, K commands and G39 ignored in the corner circular interpolation (with vector)
G40 Cutter radius compensation (G41, G42) cancel
G41 Cutter radius compensation, left
G42 Cutter radius compensation, right
G43 3D offset (G44) cancel
G44 3D offset ON
G50 Enlargement and reduction of geometry cancel
G51 Enlargement and reduction of geometry “ON”
G53 Tool length offset cancel
G54 Tool length offset, X-axis
G55 Tool length offset, Y-axis
G56 Tool length offset, Z-axis
G57 Tool length offset, 4th-axis
G58 Tool length offset, 5th-axis
G59 Tool length offset, 6th-axis
G60 One-directional positioning
G61 Exact stop mode ON
G62 Programmable mirror image mode
G64 Cutting mode ON
G68 Slope coordinate OFF
G69 Slope coordinate ON
G71 Designation of return level for M53
G72 Designation of pattern reference point (start position) for the coordinate calculation function
G73 Fixed cycle, High speed drilling cycle
G74 Fixed cycle, Reverse tapping cycle
G75 Fixed cycle; Step & pick cycle
G76 Fixed cycle, Fine boring
G79 Fixed cycle; Variable pitch cycle
G80 Fixed cycle, Modal cancel
G81 Fixed cycle; Spot boring
G82 Fixed cycle; Counter boring
G83 Fixed cycle, Deep hole drilling cycle
G84 Fixed cycle, Tapping cycle
G85 Fixed cycle, Boring cycle
G86 Fixed cycle, Boring cycle
G87 Fixed cycle, Back boring cycle
G88 Fixed cycle; Multi-step boring cycle
G89 Fixed cycle, Boring cycle
G90 Absolute dimensioning mode
G91 Incremental dimensioning mode
G92 Setting of work coordinate system
G93 Inverse time feed
G94 Feed per minute mode
G95 Feed per revolution mode
G96 Local coordinate system setting
G97 Coordinate recalculation function
G100 Cancel of macro MODIN mode selected by G101 to G110
G101-G110 G code macro MODIN type
G111-G120 G code macro CALL type
G130 High-speed contouring control OFF
G131 High-speed contouring control ON
G133 Constant peripheral speed control OFF
G134 Constant peripheral speed control ON
G137 Contour machining mode OFF
G138 Contour machining mode ON
G139 G00 special linear interpolation OFF
G140 G00 special linear interpolation ON
G141 Tool grooving OFF
G142 Tool grooving ON
G143 Rotary axis position command (under rotary axis control by Super hi-NC)
G145 Pattern reference point return mode
G146 Pattern end point return mode
G147 Machine coordinate system position command
G148 Turning cut function OFF
G149 Turning cut function ON
G150 Auto acceleration/deceleration ON
G151 Auto acceleration/deceleration cancel
G152 Auto acceleration
G153 Auto deceleration
G154 Spindle path control OFF
G155 Spindle path control ON
G159 In-position check disabling command
G164 Continuous circular movement stop command in turning cut
G165 Continuous circular movement (CW) start command in turning cut
G166 Continuous circular movement (CCW) start command in turning cut
G167 Rotary table and spindle control OFF
G168 Rotary table and spindle control ON
G169 Tool length offset at cutting edge ON
G170 Tool length offset at cutting edge and in axial direction cancel
G171 Tool length offset in axial direction ON
G174 Cylindrical side cutting “OFF”
G175 Cylindrical side cutting “ON”
G176 F, S codes ignore cancel
G177 F, S codes ignore
G178 Fixed thread cutting cycle in the 1st axis direction on a plane
G179 Fixed thread cutting cycle in the 2nd axis direction on a plane
G180 Attachment rotation offset cancel
G181 Attachment rotation offset; Frontward
G182 Attachment rotation offset; Leftward
G183 Attachment rotation offset; Backward
G184 Attachment rotation offset; Rightward
G185 Attachment rotation offset; Downward
G186 Tolerance control mode cancel
G187 Tolerance control mode “ON”
G188 2nd tool length offset cancel
G189 2nd tool length offset ON
G192 Fixed cycle; Upper surface detection cancel
G193 Fixed cycle; Upper surface detection ON
G194 Fixed cycle; Tool breakage detection cancel
G195 Fixed cycle; Tool breakage detection ON
G260 Spindle deflection compensation OFF
G261 Spindle deflection compensation ON
G266 Limit switch checked
G267 Limit switch not checked
G272 Fixed cycle; Deep hole tapping and reverse tapping
G273 Fixed cycle; High-speed deep hole tapping and reverse tapping
G274 Fixed cycle; Synchronized tapping, reverse tapping
G281 Fixed cycle; Small diameter and deep hole drilling
G282 Fixed cycle; Deep hole synchronized tapping
G283 Fixed cycle; High-speed deep hole synchronized tapping
G284 Fixed cycle; Synchronized tapping
G296 G297 cancel
G297 S command in C-axis mode (S command is regarded as the spindle position.)
G300 G301 to G349 macro MODIN cancel (NC. P. B No. 34 bit 3:1)
G336 I-MAP-A function; Fixed circle cutting cycle (CW)
G337 I-MAP-A function; Fixed circle cutting cycle (CCW)
G501-G580 G code macro changeable between MODIN and CALL
Okuma Mill M Codes
M Code Description
M00 Program stop
M01 Optional stop
M02 End of program
M03 Work spindle start (CW)
M04 Work spindle start (CCW)
M05 Spindle stop
M06 Vertical spindle tool change
M07 Oil mist coolant ON
M08 Coolant pump ON
M09 Coolant system OFF
M10 A-axis clamp
M11 A-axis unclamp
M12 Chip air blow ON
M15 4th-axis rotary index table CW
M16 4th-axis rotary index table CCW
M17 Indexing head index CCW
M19 Spindle orientation (forward)
M20 B-axis clamp
M21 B-axis unclamp
M22 Y-axis clamp
M23 Y-axis unclamp
M24 Z-axis clamp
M25 Z-axis unclamp
M26 C-axis clamp
M27 C-axis unclamp
M30 End of tape
M32 Splash guard door close
M33 Splash guard door open
M40 High/middle-high/middle-low/low range
M41 High/middle-high/middle-low range
M42 High/middle-high range
M43 High range
M44 AAC (F) 1 Next attachment clear
M45 AAC (F) 1 Preparation for attachment change preparation
M46 AAC (F) 1 No next attachment
M47 AAC (F) 1 No next attachment
M48 AAC (T) Next attachment clear
M49 AAC (T) Preparation for attachment change preparation
M50 Through-the-tool coolant, low pressure ON
M51 Through-the-tool coolant, high pressure ON
M52 Return level in fixed cycle, Upper limit
M53 Return level in fixed cycle, Specified level
M54 Return level in fixed cycle, Point R level
M57 W-axis clamp
M58 W-axis unclamp
M59 Chip air blow ON
M60 Pallet change command
M62 Vertical spindle tool change preparation
M63 No next tool for ATC
M64 Next tool return cycle
M65 ATC preparation
M66 Continuous tool change between the vertical and horizontal spindles (same tool)
M67 Continuous tool change between the vertical and horizontal spindles (different tool)
M68 Vertical spindle tool clamp
M69 Vertical spindle tool unclamp
M70 Manual tool change
M71 Manual attachment tool change
M72 Horizontal spindle tool change preparation
M73 Swivel head, front position
M74 Swivel head, left position
M75 Swivel head, rear position
M76 Swivel head, right position
M77 Horizontal spindle tool change
M78 Horizontal spindle tool clamp
M79 Horizontal spindle tool unclamp
M81 Automatic W-axis positioning 1
M82 Automatic W-axis positioning 2
M83 Automatic W-axis positioning 3
M84 Automatic W-axis positioning 4
M85 Automatic W-axis positioning 5
M87 Oil mist/air blow ON
M87 Oil mist/air blow ON
M88 Dust collector ON
M89 Dust collector OFF
M90 Vertical spindle oil mist cycle mode ON
M91 Tap-drill hole chip air blow cycle mode ON
M93 Thru-spindle coolant at medium pressure/2nd coolant ON
M94 Attachment indexing by forward rotation
M95 Attachment indexing by reverse rotation
M98 Horizontal spindle oil mist cycle mode ON
M101 Pallet 1 selection
M102 Pallet 2 selection
M103 Pallet 3 selection
M104 Pallet 4 selection
M105 Pallet 5 selection
M106 Pallet 6 selection
M107 Pallet 7 selection
M108 Pallet 8 selection
M109 Pallet 9 selection
M110 Pallet 10 selection
M111 Pallet 11 selection
M112 Pallet 12 selection
M115 5th-axis rotary table CW
M116 5th-axis rotary table CCW
M118 Spindle orientation (reverse)
M119 Spindle orientation (forward/reverse)
M120 Work shower ON
M121 Attachment air blow ON/Tool nose air blow ON
M127 Touch probe ON
M130 Spindle rotation condition for cutting feed OFF
M131 Spindle rotation condition for cutting feed ON
M132 Single block invalid
M133 Single block valid
M134 Spindle speed override invalid
M135 Spindle speed override valid
M136 Feedrate override invalid
M137 Feedrate override valid
M138 Dry run invalid
M139 Dry run valid
M140 Slide hold invalid
M141 Slide hold valid
M142 Spindle overload detection invalid
M143 Spindle overload detection valid
M144 Touch sensor advance
M145 Touch sensor retract
M146 Work air blow OFF
M147 Work air blow ON
M148 Work clamp (fixture 1)
M149 Work unclamp (fixture 1)
M150 Coolant group specification, Vertical spindle
M151 Coolant group specification, Horizontal spindle
M152 Coolant group specification, 3rd group
M153 Coolant group specification, 4th group
M154 Sensor air blow OFF
M155 Sensor air blow ON
M157 AAC (2 st.), No next tool
M158 AAC (2 st.), Next tool clear
M159 AAC (2 st.), Preparation for the next tool
M160 PPC pallet loading
M161 PPC pallet unloading
M163 Long tool, No next tool
M165 Long tool, Preparation for tool change
M166 ATC active tool return mode specification
M170 AAC (F), Attachment change
M171 AAC (T), Attachment change
M172 Long tool, Tool change command
M173 AAC (2 st.), Attachment change command
M176 Dust collection mode, Air blow
M177 Angular attachment, Tool change
M178 Dust collection mode, ON
M179 Dust collection mode, OFF
M181 External M signal
M182 External M signal
M183 External M signal
M184 External M signal
M185 External M signal
M186 External M signal
M187 External M signal
M188 External M signal
M190 Automatic W-axis positioning 1
M191 Automatic W-axis positioning 2
M192 Automatic W-axis positioning 3
M193 Automatic W-axis positioning 4
M194 Automatic W-axis positioning 5
M195 Automatic W-axis positioning 6
M196 Automatic W-axis positioning 7
M197 Automatic W-axis positioning 8
M198 Automatic W-axis positioning 9
M199 Automatic W-axis positioning 10
M201-M220 M code macro
M230 Tool length offset direction; Used as it is
M231 Tool length offset direction; Used after reversing the direction
M232 3D tool length offset direction; Used as it is
M233 3D tool length offset direction; Reversed and used
M234 Synchronized tapping gear selection: Low, Middle low, Middle high, High
M235 Synchronized tapping gear selection: Middle low, Middle high, High
M236 Synchronized tapping gear selection: Middle high, High
M237 Synchronized tapping gear selection: Middle high, High
M238 Software override invalid
M239 Software override valid
M278 Chip conveyor OFF
M279 Chip conveyor ON
M280 Work counter count up
M281 Work clamp (fixture 2)
M282 Work unclamp (fixture 2)
M287 Work clamp (fixture 3)
M288 Work unclamp (fixture 3)
M289 Pallet identification
M292 Chamfering OFF
M293 Chamfering ON
M294 Fixed compound cycle; Cutting pattern 1
M295 Fixed compound cycle; Cutting pattern 2
M296 Fixed compound cycle; Cutting pattern 3
M297 Thermal deformation amount transfer command
M300 Ignoring Spindle rotation answer
M301 Ignoring M code answer other than spindle rotation
M302 M301 answer confirmation
M311 Robot request 1
M312 Robot request 2
M313 Robot request 3
M314 Robot request 4
M315 U-axis connection OFF
M316 U-axis connection ON
M317 U-axis air blow OFF
M318 U-axis air blow ON
M319 Operation time transfer command (DNC-C)
M320 Tailstock advance
M321 Tailstock retract
M326 Synchronized tapping monitor OFF
M327 Synchronized tapping monitor ON
M328 Spindle no-tool interlock valid
M329 Spindle no-tool interlock invalid
M331 6th rotary axis CW
M332 6th rotary axis CCW
M339 Thru-spindle air blow ON
M340 Work seating monitor ON
M341 Work seating monitor OFF
M342 Work seating confirmation air ON
M343 Work seating confirmation air OFF
M346 B-axis rotation interlock valid
M347 B-axis rotation interlock invalid
M351 AT retraction to MG upper part (MCV-A II simplified 5-face MC)
M352 Adaptor retraction to MG upper part (MCV-A II simplified 5-face MC)
M354 Chip flusher OFF
M355 Chip flusher ON
M356 MG pot swing to tool change position
M368 Mist collector OFF
M369 Mist collector ON
M374 Non-contact sensor; Laser OFF
M375 Non-contact sensor; Laser ON
M378 Coolant flow rate detection; Monitor mode ON
M379 Coolant flow rate detection; Monitor mode OFF
M385 Work clamp at low pressure (fixture 1)
hy bimachine, are you looking for part transfer, thus to approach the 2nd spindle to the 1st one, so to grab the part ? please, describe a bit more what you wish to do / kindly :)Quote:
i cannot move subspindle by code and i not sure code is right.
Thanks so much! I will try it.moa moaQuote:
Originally Posted by deadlykitten
Master8laster is correct. The machine is designed so that once G141 is entered, the exact same code can be run on the sub spindle as can be run on the main. The machine takes care of everything for you. Even chuck clamp/unclamp now controls the sub chuck instead of the main. So write your code as if ti's going to be run on the main as a second operation, and just put G141 in front of it. Simple. Now to move the sub, you will need to use a W command. G0W0.2 for example. The W axis has it's own Zero set just like the Main and Sub spindle also have their own Zero Set. You may need to switch to G94 if your spindles are not rotating in order to feed the W with G1. Some of the newer machines also do not want to feed without the spindle running so you may need to release the interlock by M-code. M805 if my memory is correct.
Best regards,
Ha ha I can assure you the dream is metric, its just the way it has to be, maybe one day this great nation will see the light.....Quote:
Originally Posted by deadlykitten
it's not Mill,My machine is lathe,but thank for help.
thanks for help.