数控g m代码（NC G M code）

数控g m代码（NC G M code） 数控g m代码(NC G M code) Give you something important! 1, G00 and G01 G00 motion track has two kinds of straight lines and broken lines. This instruction is only used for point positioning and can not be used for cutting G01 moves at a specified speed to the specified target point in a straight line motion, generally used for cutting 2, G02 and G03 G02: clockwise arc interpolation, G03:, counterclockwise arc interpolation 3, G04 (delay or pause instruction) Generally used for positive and reverse switching, processing blind hole, ladder hole, turning groove cutting 4, G17, G18, G19 plane selection instructions, specify plane processing, generally used in milling machines and machining centers The G17:X-Y plane may be omitted, or it can be a plane parallel to the plane of the X-Y G18:X-Z planes or planes parallel to them. In NC lathes only the X-Z plane is not specified G19:Y-Z planes or planes parallel to them 5, G27, G28, and G29 reference point instructions G27: returns the reference point, checking and confirming the reference point location G28: automatically returns the reference point (through the middle point) G28 returns from reference point and is used in conjunction with G29: 6, G40, G41, G42 radius compensation G40: cancel tool radius compensation Give it so much, and make it up in the evening 7, G43, G44, G49 length compensation G43: length positive compensation G44: length negative compensation G49: cancel tool length compensation 8, G32, G92, G76 G32: thread cutting G92: thread cutting, stationary cycle, G76: thread cutting, compound cycle 9, turning processing: G70, G71, 72, G73 G71: axial rough compound cycle instruction G70: finishing compound cycle G72: end turning, radial roughing cycle G73: profiling, roughing cycle 10 、 milling machine and machining center: G73: high speed deep hole peck drilling G83: deep hole peck drilling G81: drilling cycle G82: deep hole drilling cycle G74: left handed thread processing, G84: right-hand screw machining, G76: precision boring cycle G86: boring machining cycle G85: reaming G80: cancel the loop instruction 11, programming mode G90, G91 G90: absolute coordinate programming G91: incremental coordinate programming 12, spindle setting instructions G50: spindle maximum speed setting G96: constant line speed control G97: spindle speed control (cancel constant line speed control instruction) G99: return to R point (middle hole) G98: return to reference point (last hole) 13, the spindle is reversed, stop the instructions M03, M04, M05 M03: spindle M04: spindle reverse M05: spindle stop 14 、 cutting fluid switch M07, M08, M09 M07: mist cutting fluid opens M08: liquid cutting fluid opens M09: cutting fluid closes 15, exercise stops M00, M01, M02, M30 M00: program paused M01: plan to stop M02: machine reset, M30: program finished, pointer returned to the beginning 16, M98: Call Subroutine 17, M99: return to the main program 82 answer: fanjiakai - probation, level 2009-4-30 14:32 I come to review The questioner's assessment of the answer is incomplete, but it is indicated!!!! Relevant content What are the M instructions and the G code? What does it have to do with NC programming? Numerical control programming, there is a special book on G M instruction, it is best to have examples of auxiliary? What are the most commonly used G instructions and M instructions for NC programming? What are the detailed codes for NC programming? Thanks Who can give me some numerical control programming knowledge, mainly programming code ~ ~! More questions about M code There are 6 other answers Shandong Huaxia Career Academy Forum Reference: Shandong Huaxia Career Academy Forum Answer: hukai740319 - Senior Manager, level six, 2009-4-18, 14:12 CNC studio look Answer: anonymous, 2009-4-18, 15:05 Come and have a look here Http://hi.baidu.com/ntddsw Answer: NTDDSW - manager, level Four, 2009-4-18, 16:58 G code has 100 from G00----G99. M code from M00----M99, there are 100, I suggest you go to buy a NC programming book. Answer: wgejvkrgw - manager, level five, 2009-4-20, 16:57 Mail it to me Answer: love8824 - probation, level 2009-4-26 22:33 G code content G00 rapid positioning G01 linear interpolation G02 arc interpolation G03 arc interpolation G04 pause G05 G06 G07 G08 G09 G10 G11 G12 G13 tool holder selection: tool holder A G14 tool holder selection: tool holder B G15 G16 G17 tool radius compensation: X-Y plane G18 tool radius compensation: Z-X plane G19 tool radius compensation: Y-Z plane G20 original position instruction G21 ATC original position instruction G22 torque skip instruction G23 G24 ATC primitive position move instructions (without line interpolation) G25 node position move instructions (without line interpolation) G26 G27 G28 torque limit command cancel G29 torque limit instruction G30 jump cycle G31 fixed thread turning cycle: axial G32 fixed thread turning cycle: end face G33 fixed thread turning cycle G34 variable pitch thread turning cycle: increasing pitch G35 variable pitch thread turning cycle: reducing pitch G36 power tool shaft feed shaft synchronous feed (forward gear) G37 power tool shaft feed shaft simultaneous feed (reverse) G38 G39 G40 tool radius compensation: Cancel G41 tool radius fox radius compensation: left G42 tool radius fox radius compensation: right G43 G44 G45 G46 G47 G48 G49 G50 zero shift, spindle maximum speed command G51 Compensation of position error of G52 six turret G53 G54 G55 G56 G57 G58 G59 G60 G61 G62 mirror instruction G63 G64 in place control off G65 in place, control is switched on G66 G67 G68 G69 G70 G71 compound fixed thread turning cycle: axial G72 compound fixed thread turning cycle: radial G73 axial milling groove compound fixed cycle G74 radial milling groove compound fixed cycle G75 automatic chamfering G76 auto fillet G77 tapping compound fixed cycle G78 reverse thread tapping cycle G79 G80 shape definition end (LAP) G81 axial shape definition begins (LAP) G82 radial shape definition begins (LAP) G83 shape definition starts (LAP) Change the cutting condition (LAP) in G84 bar turning cycle G85 calls rod coarse vehicle cycle (LAP) The G86 call repeats the coarse vehicle cycle (LAP) G87 calls the precise cycle (LAP) G88 calls continuous thread turning cycle (LAP) G89 G90 absolute value programming G91 incremental programming G92 G93 G94 per minute feed mode (mm/min) G95 per turn feed mode (mm/rev) G96 constant speed cutting open G97 G96 cancelled G98 G99 G100 cutter head A or tool head B individual cutting priority instruction G101 linear interpolation in Generative machining G102 arc interpolation in Generative machining (front) (CW) G103 arc interpolation in Generative machining (front) (CCW) G104 G105 G106 G107 spindle simultaneous tapping, right-hand thread G108 spindle simultaneous tapping, left threaded G109 G110 turret A constant speed cutting G111 turret B constant speed cutting G112 turning of circular arc thread CW G113 turning of circular arc thread CCW G114 G115 G116 G117 G118 G119 tool radius complement: C-X-Z plane G120 G121 G122 turret, A, sub spindle, W axis instruction (13) G123 turret, B, sub spindle, W axis instruction (G14) G124 chuck A valid origin G125 chuck B valid origin G126 taper processing mode OFF instruction G127 taper processing mode ON instruction G128 M/C processing mode OFF instruction G129 M/C processing mode ON instruction G130 G131 G132 arc interpolation (flank) in Generative machining (CW) G133 arc interpolation (flank) in Generative machining (CCW) G134 G135 G136 coordinate reversal or Y axis mode off The G137 coordinate inversion begins G138 Y axis mode open G139 G140 spindle machining mode designation G141 sub spindle machining mode designation G142 automatic ejection spindle machining mode designation G143 automatic ejection of spindle and third turret machining mode specified G144 W- axis control OFF instruction G145 W- axis control ON instruction G146 G147 G148 B- axis control OFF instruction G149 B- axis control ON instruction G150 G151 G152 programmable tailstock positioning (trailing bracket) G153 programmable center frame G code (traction) G154 W- axis unidirectional positioning command G155 precise outline description mode ON instruction G156 precise outline description mode OFF instruction G157 G158 tool axis direction tool length offset G159 tool axis direction tool length offset (without rotating displacement offset) G160 cancels the tool axis offset of the tool length G161 G code macro function MODIN G162 G code macro function MODIN G163 G code macro function MODIN G164 G code macro function MODIN G165 G code macro function MODIN G166 G code macro function MODIN G167 G code macro function MODIN G168 G code macro function MODIN G169 G code macro function MODIN G170 G code macro function MODIN G171 G code macro function CALL G172 G173 G174 G175 G176 G177 G178 synchronous tapping cycle (CW) G179 synchronous tapping cycle (CCW) G180 power tool compound fixed cycle: cancelled G181 power tool compound fixed cycle: drilling G182 power tool compound fixed cycle: boring G183 power tool compound fixed cycle: deep hole drilling G184 power tool compound fixed cycle: Tapping G185 power tool compound fixed cycle: axial thread turning G186 power tool compound fixed cycle: end thread turning G187 power tool compound fixed cycle: axial straight thread turning G188 power tool compound fixed cycle: warp straight thread turning G189 power tool compound fixed cycle: reaming / boring G190 power tool compound fixed cycle: keyway cutting cycle G191 power tool compound fixed cycle: axial keyway cutting cycle G192 G193 G194 G195 G196 G197 G198 G199 G200 G201 G202 G203 G204 G205 G code macro function CALL G206 G code macro function CALL G207 G code macro function CALL G208 G code macro function CALL G209 G code macro function CALL G210 G code macro function CALL G211 G code macro function CALL G212 G code macro function CALL G213 G code macro function CALL G214 G code macro function CALL M code content M00 program stopped M01 optional stop M02 program is over M03 work spindle start (forward turn) M04 work spindle start (reverse) M05 spindle stop M06 tool switching M07 M08 coolant opens M09 coolant drain M10 main spindle turn off M11 spindle start M12 power tool shaft stop The M13 power tool shaft is turning M14 power tool shaft reversal M15 C axis forward alignment M16 C axis reverse positioning M17 external measurement data is transmitted via RS232C request M18 spindle orientation cancelled M19 spindle orientation M20 tailstock interference or spindle interference monitoring (opposite double spindle specifications) M21 tailstock interference or spindle interference monitoring (opposite double spindle specifications) M22 chamfer M23 chamfer open M24 chuck interference zone, tool interference zone off The M25 chuck interference zone is opened and the cutter interference zone is opened M26 thread guide effective axis Z axis specified M27 thread guide effective axis X axis specified M28 tool interference check function off M29 tool interference check function open M30 program is over M31 Single cutting mode of M32 thread turning Cross cutting mode of M33 thread turning Reverse single sided cutting mode of M34 thread turning M35 the loader holder Z slides back M36 the loader holder Z moves forward M37 loader arm back M38 the loader arm advances to the unloading position M39 the loader arm advances to the chuck position M40 main gear neutral M41 spindle gear 1 gear or bottom speed coil M42 spindle gear 2 gear or high speed coil M43 main gear 3 gear M44 main gear 4 gear M45 M46 M47 M48 spindle speed magnification invalid cancelled M49 spindle speed invalid M50 additional air vent 1 off M51 additional air vent 1 opens M52 M53 Automatic indexing of M54 indexing chuck M55 tail stand back M56 tail forward M57 M63 cancelled M58 chuck bottom pressure M59 chuck high voltage M60 M61 cancelled M61 constant circumferential speed, constant rotation response is ignored when cutting M62 M64 cancelled M63 spindle rotation M code response ignore M64 axis rotation outside the M code response ignored M65 T code response ignore M66 turret free position M67 Cam Turning cycle, synchronous operation mode cancelled M68 synchronous mode, A running M69 synchronous mode, B running M70 manually changes to instructions M71 The M72 ATC unit is positioned in the proximity position M73 thread turning type 1 M74 thread turning type 2 M75 thread turning type 3 M76 workpiece catcher back M77 workpiece catcher forward M78 the center frame is released M79 center frame clamping M80 cuts forward M81 over cut back M82 M83 chuck clamping M84 chuck release The M85 LAP does not return to the starting position after the rough cycle M86 turret right rotation specified M87 M86 cancelled M88 blow off M89 blow open M90 closes M91 open the door M92 bar feed back M93 rod feed forward M94 loader charging M95 loader discharge M96 shaft workpiece catcher. M97 shaft workpiece catcher forward M98 tail frame low voltage M99 tailstock high pressure M100 waits for synchronous instructions M101 external M code M102 external M code M103 external M code M104 external M code M105 external M code M106 external M code M107 external M code M108 external M code M109 cancel M110 M110 C axis connection Automatic zero setting of M111 pickup shaft M112 M- the cutter shaft stops on the third tool carrier M113 M- the cutter shaft moves forward at the third tool holder M114 M- the tool shaft rotates in the third turret M115 unloader opens M116 unloader closed M117 side head forward M118 side head back M119 dedicated workpiece count M120 no workpiece M121 fixed center frame open / close M122 stationary center frame back M123 fixed center rack forward M124 STM timeout detected M125 STM timeout check off M126 additional intake port 3 off M127 additional air port 3 open The M128 tailstock turns back The M129 tailstock moves forward M130 chuck fault detection air off Chuck M131 fault detection output off gas M132 chuck fault detection off M133 chuck fault detection open M134 load monitoring off M135 load monitoring open M136 compound fixed loop shape specifying M137 tool lock interlock release M138 tool lock interlock locking off M139 self-study function start M140 tapping cycle power tool, constant speed response ignored M141 C axis clamping instruction selection M142 coolant bottom pressure M143 coolant high pressure M144 additional coolant 1 off M145 additional coolant 1 open The M146 C axis is released M147 C axis clamping M148 automatic demoulding, spindle forward M149 automatic stripping spindle inversion M150 synchronous turn off M151 synchronous turn on The M152 power tool shaft interlock is lifted M153 power tool shaft interlock lock off M154 additional air inlet 2 pass (measuring opening) M155 additional air inlet 2 opening (measuring opening) M156 tailstock interlock closed M157 tailstock interlock open M158 cam processing machine - synchronous operation off M159 cam processing machine - synchronous operation M160 M161 cancelled M161 feed rate fixed (100%) M162 M163 cancelled M163 power tool spindle ratio fixed (100%) M164 M165 cancelled M165 feed hold and single pass segments are ignored M166 tailstock feed / rewind interlock release M167 tailstock feed / rewind interlock release M168 ignores power tool axis constant speed response ignored The M169 C axis is not tight enough M170 M171 M172 lathe, inner manipulator interlock, lift off M173 lathe, inner manipulator interlock, release M174 additional coolant 2 off M175 additional coolant 2 open The M176 Y axis is released M177 Y axis clamping M178 tailstock chuck clamping M179 tailstock chuck release M180 manipulator request 0 M181 manipulator request 1 M182 manipulator request 2 M183 manipulator request 3 M184 chuck interlock cancelled The M185 chuck interlock is cancelled M186 M187 M188 tail frame connection closure (traction programmable tailstock specification) M189 tail rack connection (traction programmable tailstock specification) The M190 tailstock connection is available for G00 movement M191 power tool spindle indexing direction specified (clockwise) M192 power tool spindle indexing direction specified (counter clockwise) M193 M194 cancelled M194 thread, turning, phase, nuclear operation M195 M196 cancelled M196 thread turning, phase, core, alignment, movement, effective M197 thread cutting, phase checking, displacement removal M198 M199 M200 Z axis synchronous feed cancelled M201 Z axis synchronous feed G13 M202 Z axis synchronous feed G14 M203 tool holder release (NC turret) M204 LR15M-ATC; cycle time is shortened (tool library, tool change, door pass) M205 LR15M-ATC; cycle time is shortened (tool library, tool change, door opening) M206 LR15M-ATC; cycle time reduced specification (back position, shield open) M207 LR15M-ATC; cycle time shortens specification (back position, shield off) M208 door interlock C, D open M209 door interlock C, D pass M210 M211 keyway cutting cycle: one way cutting mode M212 M- cutter shaft stops on the third turret or keyway cutting cycle: cross cutting mode M213 M- cutter shaft stops on the third turret or keyway cutting cycle: feed specifies the cutting mode M214 M- cutter shaft stops on the third turret or keyway cutting cycle: equal cutting mode M215 load monitor G00 ignore pass M216 load monitor G00 ignored M217 M218 additional blow off M219 additional vent opening M220 plane turning off M221 plane turning ratio (1:1) M222 plane turning ratio (1:2) M223 plane turning ratio (1:3) M224 plane turning ratio (1:4) M225 plane turning ratio (1:5) M226 plane turning ratio (1:6) M227 LR15M-ATC; the ATC operation completes the wait instruction M228 ATC next tool return order M229 ATC power tool indexing M230 external M code M231 external M code M232 external M code M233 external M code M234 external M code M235 external M code M236 external M code M237 external M code Phase change of power spindle in M238 plane turning M239 sub spindle mode spindle indexing M240 power tool spindle: neutral M241 power tool spindle: first gear M242 power tool spindle: second gear M243 chip removing device is stopped The M244 chip removing device is turning M245 M246 auxiliary spindle chuck interlock release M247 sub spindle interlock interlock release M248 sub spindle chuck clamping M249 sub spindle chuck release M250 workpiece thrusters astern M251 workpiece thrusters forward M252 laser ruler data writing M253 laser scale data check M254 program stopped M255 M256 M257 M258 M259 M260 M261 M262 M263 M264 M265 cancelled M265 pulse handwheel control is to cancel the fast feed M266 M267 M268 M269 M270 M271 spindle open at low speed M272 spindle low speed pass M273 M274 M275 M276 M277 M278 M279 M280 M281 M282 M283 M284 M285 M286 M287 M288 sub spindle mode for blowing off M289 sub spindle mode, blowing open M290 has closed M291 door open M292 M293 M294 M295 M296 time constant switching (for a small number of cutting marks) M297 time constant switching (for valid shapes) M298 M299 I have a complete set of instructions qq:724760884