G00 indawo
1. Ifomathi G00 X_ Z_ Lo myalelo uhambisa isixhobo ukusuka kwindawo yangoku ukuya kwindawo echazwe ngumyalelo (kwimowudi yolungelelaniso olupheleleyo), okanye kumgama othile (kwimowudi yolungelelwaniso elongezelelweyo).2. Ukumiswa ngendlela yokusika okungekho mgca Inkcazo yethu kukuba: sebenzisa ireyithi ezimeleyo yokunqumla ngokukhawuleza ukugqiba indawo ye-axis nganye.Umendo wesixhobo awukho umgca othe ngqo, kwaye ii-axes zomatshini zimisa kwizikhundla ezichazwe yimiyalelo ngokulandelelana ngokomyalelo wokufika.3. Ukubekwa komgca Umzila wesixhobo ufana nokusika umgca (G01), ukubeka kwindawo efunekayo ngexesha elifutshane (elingagqithisi kwireyithi yokunqumla ngokukhawuleza kwe-axis nganye).4. Umzekelo N10 G0 X100 Z65
G01 Utoliko lomgca
1. Ifomathi G01 X(U)_ Z(W)_ F_ ;I-linear interpolation ishukuma ukusuka kwindawo yangoku ukuya kwindawo yomyalelo kumgca othe ngqo kunye nesantya sokuhamba esinikwe ngumyalelo.X, Z: Ulungelelwaniso olupheleleyo lwendawo emayisiwe kuyo.U, W: Ulungelelwaniso olongezelekayo lwendawo ekufuneka isiwe kuyo.
2. Umzekelo ① Inkqubo yolungelelwaniso olupheleleyo G01 X50.Z75.F0.2 ;X100.;② Inkqubo yolungelelwaniso olunyukayo G01 U0.0 W-75.F0.2 ;U50.
Ufakelo lwesetyhula (G02, G03)
Ubume be-G02(G03) X(U)__Z(W)__I__K__F__ ;G02(G03) X(U)__Z(W)__R__F__ ;G02 - clockwise (CW) G03 - counterclockwise (CCW) X, Z - kwinkqubo yolungelelaniso Ukuphela kwendawo U, W - umgama phakathi kwendawo yokuqala kunye nesiphelo I, K - i-vector (ixabiso le-radius) ukusuka kwindawo yokuqala ukuya kwindawo ephakathi R - uluhlu lwe-arc (ubuninzi be-180 degrees).2. Umzekelo ① Inkqubo yolungelelwaniso olupheleleyo G02 X100.Z90.I50.K0.F0.2 okanye G02 X100.Z90.R50.F02;② Inkqubo yenkqubo yolungelelwaniso eyongezelekayo G02 U20.W-30.I50.K0.F0.2 ;okanye G02 U20.W-30.R50.F0.2;
Imbuyekezo yemvelaphi yesibini (G30)
Inkqubo yolungelelwaniso inokumiselwa kunye nomsebenzi wemvelaphi yesibini.1. Seta ulungelelwaniso lwendawo yokuqala yesixhobo kunye neeparamitha (a, b).Amanqaku "a" kunye "b" yimigama phakathi kwemvelaphi yomatshini kunye nendawo yokuqala yesixhobo.2. Xa udwelisa inkqubo, sebenzisa umyalelo we-G30 endaweni ye-G50 ukuseta inkqubo yolungelelwaniso.3. Emva kokuphumeza ukubuyisela kwimvelaphi yokuqala, kungakhathaliseki ukuba yiyiphi indawo yesixhobo, isixhobo siya kufudukela kwimvelaphi yesibini xa lo myalelo udibana.4. Ukutshintshwa kwesixhobo kwenziwa kwakhona kwimvelaphi yesibini.
Ukusika imisonto (G32)
1. Ifomathi G32 X(U)__Z(W)__F__ ;G32 X(U)__Z(W)__E__ ;I-F - i-thread lead setting E - i-thread pitch (mm) Xa ucwangcisa inkqubo yokusika intambo, i-RPM yesantya se-spindle kufuneka ibe ngumsebenzi olawulwa ngokufanayo (G97), kwaye ezinye iimpawu zenxalenye edibeneyo kufuneka ziqwalaselwe.Ukulawulwa kwesantya sokuhamba kunye nemisebenzi yokulawula isantya se-spindle iya kuhoywa kwimodi yokusika intambo.Kwaye xa iqhosha lokubamba ifidi lisebenza, inkqubo yalo yokuhamba iyayeka emva kokugqiba umjikelo wokusika.
2. Umzekelo G00 X29.4;(1 ukusika umjikelo) G32 Z-23.F0.2;G00 X32;Z4.;X29.;(2 ukusika umjikelo) G32 Z-23.F0.2;G00 X32.;Z4 .
Idayamitha yesixhobo umsebenzi wokuphelisa (G40/G41/G42)
1. Ifomathi G41 X_ Z_;G42 X_ Z_;
Xa umgca wokusika ubukhali, inkqubo yokusika ilandela imilo echazwe yiprogram ngaphandle kweengxaki.Nangona kunjalo, i-edge yesixhobo sangempela yenziwe nge-arc ejikelezayo (isixhobo se-nose radius).Njengoko kuboniswe kumzobo ongentla, i-radius yempumlo yesixhobo iya kubangela iimpazamo kwimeko ye-interpolation yesetyhula kunye nokucofa.
2. Umsebenzi we-bias
umyalelo wokusika indlela yesixhobo
I-G40 irhoxisa intshukumo yesixhobo ngokwendlela ecwangcisiweyo
G41 Ekunene Isixhobo sihamba ukusuka kwicala lasekhohlo lendlela ecwangcisiweyo
G42 Ekhohlo Isixhobo sihamba ukusuka kwicala lasekunene lendlela ecwangcisiweyo
Umgaqo wembuyekezo uxhomekeke ekuhambeni kweziko le-arc yempumlo yesixhobo, ehlala ingahambelani ne-radius vector kwindlela eqhelekileyo yendawo yokusika.Ngoko ke, indawo ekubhekiselwa kuyo imbuyekezo liziko lempumlo yesixhobo.Ngokuqhelekileyo, imbuyekezo yobude besixhobo kunye ne-radius yempumlo yesixhobo isekelwe kwi-imaginary cut edge, ezisa ubunzima obuthile kumlinganiselo.Ukusebenzisa lo mgaqo kwimbuyekezo yesixhobo, ubude besixhobo, iradiyasi yempumlo yesixhobo engu-R, kunye nenombolo yefom yempumlo yesixhobo (0-9) efunekayo kwimbuyekezo yerediyasi yesixhobo esicingelwayo kufuneka ilinganiswe ngendawo yereferensi ka-X no-Z ngokulandelelanayo.Ezi kufuneka zifakwe kwifayile ye-offset yesixhobo kwangaphambili.
"Isixhobo se-radius ye-radius offset" kufuneka iyalelwe okanye icinywe nge-G00 okanye i-G01 umsebenzi.Nokuba lo myalelo unofakelo lwesetyhula okanye hayi, isixhobo asiyi kuhamba ngokuchanekileyo, sisenza ukuba siphambuke ngokuthe ngcembe kwindlela eyenziweyo.Ngoko ke, umyalelo we-offset we-radius ye-nose wesixhobo kufuneka ugqitywe ngaphambi kokuba inkqubo yokusika iqaliswe;kunye ne-overcut phenomenon ebangelwa ukuqala isixhobo ukusuka ngaphandle kwendawo yokusebenza inokuthintelwa.Ngokuchasene noko, emva kwenkqubo yokusika, sebenzisa umyalelo wokuhamba ukwenza inkqubo yokukhansela i-offset
Ukukhetha inkqubo yolungelelwaniso lomsebenzi (G54-G59)
1. Ifomathi G54 X_ Z_;2. Umsebenzi usebenzisa i-G54 - imiyalelo ye-G59 ukunika indawo engafanelekanga kwinkqubo yokulungelelanisa isixhobo somatshini (i-workpiece yemvelaphi yexabiso le-offset) kwiiparameters 1221 - 1226, kwaye usete inkqubo yokulungelelanisa i-workpiece (1-6) .Le parameter ihambelana nekhowudi ye-G ngolu hlobo lulandelayo: Inkqubo yokulungelelanisa i-Workpiece 1 (G54) - I-Workpiece yemvelaphi yokubuyisela ixabiso le-offset - I-Parameter 1221 Inkqubo yokulungelelanisa i-Workpiece 2 (G55) - Imvelaphi yokubuyisela imvelaphi yexabiso le-offset - I-Parameter 1222 i-workpiece coordinate system 3 (G56) - workpiece imvelaphi yokubuyisela ixabiso le-offset - ipharamitha 1223 inkqubo yokulungelelanisa i-workpiece 4 (G57) - workpiece imvelaphi yokubuyisela ixabiso le-offset - ipharamitha 1224 inkqubo yokulungelelanisa i-workpiece 5 (G58 ) - Ixabiso le-Offset ye-workpiece yemvelaphi yembuyekezo - I-Parameter 1225 inkqubo yokulungelelanisa i-Workpiece 6 (G59) - Offset ixabiso le-workpiece yemvelaphi yokubuya - I-Parameter 1226 Emva kokuba amandla evuliwe kwaye ukubuyisela imvelaphi kugqityiwe, inkqubo ikhetha ngokuzenzekelayo inkqubo yokulungelelanisa i-Workpiece 1 (G54).Ezi zilungelelaniso ziya kuhlala zisebenza de zitshintshwe ngumyalelo "wemodal".Ukongeza kula manyathelo okumisela, kukho enye iparameter kwinkqubo enokutshintsha iiparameters ze-G54 ~ G59 ngokukhawuleza.Ixabiso lemvelaphi ye-offset ngaphandle kwe-workpiece inokudluliselwa ngeparameter No. 1220.
Umjikelo wokugqiba (G70)
1. Ifomathi ye-G70 P(ns) Q(nf) ns: Inombolo yecandelo lokuqala lenkqubo yokugqibezela imilo.nf: Inani lecandelo lokugqibela lenkqubo yokugqiba imilo 2. Umsebenzi Emva kokujika rhabaxa nge-G71, G72 okanye G73, gqiba ukujika nge-G70.
Umjikelo wemoto enkonkxiweyo kwigadi yangaphandle (G71)
1. Ifomathi G71U(△d)R(e)G71P(ns)Q(nf)U(△u)W(△w)F(f)S(s)T(t)N(ns)……… … .F__ ikhankanya umyalelo wentshukumo phakathi kuka-A no-B kwicandelo lenkqubo ukusuka kwinombolo yolandelelwano ns ukuya ku-nf..S__.T__N(nf)…△d: Ubunzulu bokusika (inkcazo yerediyasi) abuzichazi iimpawu ezilungileyo nezingalunganga.Isalathiso sokusika sinqunywe ngokwendlela ye-AA ', kwaye ayiyi kutshintsha kude kube elinye ixabiso lichazwe.FANUC inkqubo parameter (NO.0717) ichaza.e: Isixhobo sokuhoxisa istrowumbo Olu lubalulo lubalulo lombuso, kwaye aluyi kutshintsha kude kube kukhankanyiwe elinye ixabiso.Ipharamitha yenkqubo ye-FANUC (NO.0718) ichaza.ns: Inani lecandelo lokuqala lenkqubo yokugqiba imilo.nf: Inani lecandelo lokugqibela lenkqubo yokumilisela imilo.△u: Umgama kunye nesalathiso sendawo yogcino ukuze kugqitywe oomatshini kwicala le-X.(idiameter/radius) △w: umgama kunye nesalathiso semali ebekelwe ukugqiba oomatshini kwicala lika-Z.
2. Umsebenzi Ukuba usebenzisa inkqubo ukumisela imilo yokugqiba ukusuka ku-A ukuya ku-B kumzobo ongezantsi, sebenzisa △d (ukusika ubunzulu) ukusika indawo echongiweyo, kwaye ushiye isibonelelo sokugqiba △u/2 kunye △ w.
Umjikelo wenkonkxa ojika ubuso (G72)
1. Ifomathi ye-G72W (△d) R(e) G72P(ns)Q(nf)U(△u)W(△w)F(f)S(s)T(t) △t,e,ns,nf , △u, △w, f, s kwaye t zineentsingiselo ezifanayo njenge G71.2. Umsebenzi Njengoko kubonisiwe kumzobo ongezantsi, lo mjikelo uyafana no-G71 ngaphandle kokuba ungqamene ne-X axis.
Ukwenza umjikelo we-compound processing (G73)
1. Ifomathi G73U(△i)W(△k)R(d)G73P(ns)Q(nf)U(△u)W(△w)F(f)S(s)T(t)N(ns )……………………… Inombolo yebhlokhi N(nf) ecaleni kwe-A A' B………△i: Isixhobo sokurhoxa umgama kwicala le-X-axis (inkcazo yeradiyasi), icaciswe yiparamitha yenkqubo ye-FANUC (NO.0719).△k: Isixhobo sirhoxisa umgama kwicala le-Z-axis (icaciswe ngeradiyasi), icaciswe yiparameter yenkqubo yeFANUC (NO.0720).d: Ukwahlula amaxesha Eli xabiso liyafana namaxesha ophinda-phinda machining, achazwe yinkqubo yeparameter yeFANUC (NO.0719).ns: Inombolo yecandelo lokuqala lokugqiba inkqubo yokumila.nf: Inani lecandelo lokugqibela lenkqubo yokumilisela imilo.△u: Umgama kunye nesalathiso sendawo yogcino ukuze kugqitywe oomatshini kwicala le-X.(idiameter/radius) △w: umgama kunye nesalathiso semali ebekelwe ukugqiba oomatshini kwicala lika-Z.
2. Umsebenzi Lo msebenzi usetyenziselwa ukusika ngokuphindaphindiweyo ifom esisigxina yokutshintsha ngokuthe ngcembe.Lo mjikelo unokusika ngokufanelekileyo aCNC Machining iindawokwayeCNC ukuguqula iindawoeziye zacutshungulwa ngoomatshini abarhabaxa okanye ukuphosa.
Umjikelo wokomba wobuso (G74)
1. Ifomathi G74 R(e);G74 X(u) Z(w) P(△i) Q(△k) R(△d) F(f) e: Imali ngasemva Olu bizo luphawu lobume, kwelinye Amaxabiso akatshintshwa de axelwe.FANUC inkqubo parameter (NO.0722) ichaza.x: X ulungelelwaniso lwenqaku B u: ulwandiso ukusuka ku a ukuya ku-bz: Ulungelelwaniso luka-Z lwenqaku cw: ukwanda ukusuka ku-A ukuya ku-C △i: isixa sentshukumo kwi-X icala △k: isixa-mali sentshukumo kwicala lika-Z △d: kwisixa-mali esenziwa ngaso isixhobo sihoxisa ezantsi kokusikwa.Isimboli ka-△d kufuneka ibe (+).Nangona kunjalo, ukuba u-X (U) kunye △Ndishiyiwe, isixa-mali sokurhoxisa isixhobo sinokuchazwa ngophawu olufunekayo.f: Izinga lokutya: 2. Umsebenzi Njengoko kubonisiwe kumzobo ongezantsi, ukusika kunokucutshungulwa kulo mjikelo.Ukuba i-X (U) kunye ne-P zishiywe, umsebenzi uya kwenziwa kuphela kwi-axis ye-Z, esetyenziselwa ukubhola.
Umjikelo wokomba wedayamitha yangaphandle/idayamitha yangaphakathi yokuchopha (G75)
1. Ifomathi G75 R(e);G75 X(u) Z(w) P(△i) Q(△k) R(△d) F(f) 2. Umsebenzi Le miyalelo ilandelayo isebenza njengoko kubonisiwe kulo mfanekiso ungezantsi, ngaphandle kuka X Ukusebenzisa u-Z endaweni yangaphandle ngokufanayo ne G74.Kulo mjikelo, ukusika kunokuphathwa, kwaye i-X-axis cutting groove kunye ne-X-axis pecking drilling inokwenziwa.
Umjikelo wokusika umsonto (G76)
1. Ifomathi G76 P(m)(r)(a) Q(△dmin) R(d)G76 X(u) Z(w) R(i) P(k) Q(△d) F(f)m : Ukugqiba amaxesha okuphindaphinda (1 ukuya kuma-99) Olu bizo luphawu lwemeko, yaye aluyi kutshintsha de kubekwe elinye ixabiso.Ipharamitha yenkqubo ye-FANUC (NO.0723) ichaza.r: i-engile ukuya kwi-engile Olu lubalulo lubalulo lwelizwe, kwaye aluyi kutshintsha kude kube kukhankanyiwe elinye ixabiso.FANUC inkqubo parameter (NO.0109) ichaza.a: Isixhobo sempumlo angle: 80 degrees, 60 degrees, 55 degrees, 30 degrees, 29 degrees, 0 degrees inokukhethwa, ichazwe ngamadijithi ama-2.Olu bizo luphawu lobume kwaye aluyi kutshintsha de kubekwe elinye ixabiso.FANUC inkqubo parameter (NO.0724) icacisa.Okufana ne: P (02/m, 12/r, 60/a) △dmin: ubunzulu obuncinane bokusika Olu phawu lubalulo lombuso, kwaye aluyi kutshintsha de kuchazwe elinye ixabiso.FANUC inkqubo parameter (NO.0726) ichaza.i: Umahluko weRadiyosi wenxalenye ephothiweyo Ukuba i=0, ingasetyenziselwa ukusika umsonto jikelele womgca.k: Umphakamo womsonto Eli xabiso licaciswe ngexabiso leradiyasi kwicala le-X-axis.△d: ubunzulu bokuqala bokusika (ixabiso leradiyasi) l: intambo yomsonto (ngeG32)
2. Umjikelo wokusika umsonto osebenzayo.
Umjikelo wokusika wediamitha zangaphakathi nangaphandle (G90)
1. Ifomathi Umjikelo wokusika umgca: G90 X(U)___Z(W)___F___ ;Cinezela iswitshi ukungena kwimowudi yebhloko enye, kwaye umsebenzi ugqibezela umsebenzi womjikelo wendlela 1→2→3→4 njengoko kubonisiwe kumzobo.Uphawu (+/-) lwe-U kunye ne-W lutshintshwa ngokuhambelana nolwalathiso lwe-1 kunye ne-2 kwinkqubo yokulungelelaniswa okunyukayo.Umjikelo wokusika ikhowuni: G90 X(U)___Z(W)___R___ F___ ;Ixabiso elithi "R" lekhowuni kufuneka lichazwe.Ukusetyenziswa komsebenzi wokusika kufana nomjikelezo wokusika umgca.
2. Sebenza umjikelo wokusika isangqa sangaphandle.1. U<0, W<0, R<02.U>0, W<0, R>03.U<0, W<0, R>04.U>0, W<0, R<0
Umjikelo wokusika umsonto (G92)
1. Ifomathi Umjikelo wokusika umsonto othe ngqo: G92 X(U)___Z(W)___F___ ;Uluhlu lwentambo kunye ne-spindle RPM yokulawula ukuzinza (G97) ifana ne-G32 (ukusika umsonto).Kulo mjikelo wokusika umsonto, isixhobo sokuhoxisa ukusika intambo sinokusebenza njenge [Fig.9-9];ubude be-chamfer bubekwe njengeyunithi ye-0.1L kuluhlu lwe-0.1L ~ 12.7L ngokweparameter eyabelwe.Umjikelo wokusika umsonto ocekethekileyo: G92 X(U)___Z(W)___R___F___ ;2. Umsebenzi womjikelo wokusika umsonto
Umjikelo wokusika inyathelo (G94)
1. Ifomathi Umjikelo wokusika weTerrace: G94 X(U)___Z(W)___F___ ;Umjikelo wokusika inyathelo: G94 X(U)___Z(W)___R___ F___ ;2. Umsebenzi Inyathelo lokusika Ulawulo lwesantya somgca (G96, G97)
I-lathe ye-NC ihlula isantya, umzekelo, kwiindawo eziphantsi kunye nesantya esiphezulu ngokulungelelanisa isinyathelo kunye nokuguqula i-RPM;isantya kwindawo nganye inokutshintshwa ngokukhululekileyo.Umsebenzi we-G96 kukwenza ulawulo lwesantya somgca kunye nokugcina izinga lokusika elizinzileyo ngokutshintsha kuphela i-RPM ukulawula ukutshintshwa kwedayamitha ehambelanayo.Umsebenzi we-G97 kukukhansela ukulawulwa kwesantya somgca kunye nokulawula kuphela ukuzinza kwe-RPM.
Misela ukufuduswa (G98/G99)
Ukufuduswa kokusika kunokwabelwa ukufuduka ngomzuzu (mm / min) kunye nekhowudi ye-G98, okanye ukufuduka nge-revolution (mm / rev) ngekhowudi ye-G99;apha G99 displacement per revolution isetyenziselwa inkqubo kwiNC lathe.Ireyithi yokuhamba ngomzuzu (mm/min) = Ireyithi yokufuduswa ngerevolution nganye (mm/rev) x Spindle RPM
Imiyalelo emininzi edla ngokusetyenziswa kumaziko omatshini iyafanaCNC Machining iindawo, CNC ukuguqula iindawokwayeCNC Milling iinxalenye, kwaye ayizukuchazwa apha.Oku kulandelayo kwazisa kuphela imiyalelo ethile ebonisa iimpawu zeziko lomatshini:
1. Umyalelo wokuhlola ngokuthe ngqo u-G09
Indlela yomyalelo: G09;
Isixhobo siya kuqhubeka siqhuba icandelo leprogram elandelayo emva kokunciphisa kunye nokubeka indawo ngokuchanekileyo ngaphambi kokufikelela kwinqanaba lokugqibela, elingasetyenziselwa ukucwangciswa kweendawo ezinamacala abukhali kunye neekona.
2. Umyalelo wokumisela i-Tool offset G10
Indlela yomyalelo: G10P_R_;
P: inombolo yokucima umyalelo;R: ilungile
Isixhobo sokumisa isixhobo sinokusetwa ngokusetwa kwenkqubo.
3. Umyalelo wokumisa indawo enye G60
Indlela yomyalelo: G60 X_Y_Z_;
X, Y, kunye no-Z zizilungelelaniso zenqaku lesiphelo ezifuna ukufikelela kwindawo echanekileyo.
Ukusetyenzwa komngxuma okufuna indawo echanekileyo, sebenzisa lo myalelo ukwenza isixhobo somatshini sifezekise indawo engafaniyo, ngaloo ndlela sisusa impazamo yomatshini ebangelwa kukubuyela umva.Isalathiso sokumisa kunye nesixa se-overshoot sisetwa yiparamitha.
4. Umyalelo wemowudi yokuyeka ngokuthe ngqo uG61
Indlela yokufundisa: G61;
Lo myalelo ngumyalelo we-modal, kwaye kwimo ye-G61, ilingana nebloko nganye yenkqubo equlethe umyalelo we-G09.
5. Umyalelo wemodi yokusika eqhubekayo G64
Indlela yokufundisa: G64;
Lo myalelo ngumyalelo wemodal, kwaye ikwayimeko engagqibekanga yesixhobo somatshini.Emva kokuba isixhobo sihambela kwindawo yokugqibela yomyalelo, siya kuqhubeka sisebenzisa ibhloko elandelayo ngaphandle kokunciphisa, kwaye ayiyi kuchaphazela ukubekwa okanye ukuqinisekiswa kwi-G00, G60, kunye ne-G09.Xa urhoxisa imo ye-G61 Ukusebenzisa i-G64.
6. Umyalelo wokubuyisela isalathisi esizenzekelayo G27, G28, G29
(1) Buyela kwindawo yereferensi yokukhangela umyalelo we-G27
Indlela yokufundisa: G27;
I-X, i-Y, kunye no-Z ngamaxabiso alungelelanisayo kwindawo yereferensi kwinkqubo yolungelelwaniso lomsebenzi, enokusetyenziswa ukujonga ukuba isixhobo sinokubekwa kwindawo yesalathiso.
Ngaphantsi kwalo myalelo, i-axis eyalelweyo ibuyela kwindawo yokubhekisela ngokuhamba ngokukhawuleza, iyancipha ngokuzenzekelayo kwaye yenza isheke sokumisa kwixabiso elichaziweyo lokulungelelanisa.Ukuba indawo yesalathiso ibekwe, ukukhanya komqondiso we-axis kuvuliwe;ukuba ayihambelani, inkqubo iya kukhangela kwakhona..
(2) Umyalelo wokubuyisela isalathisi esizenzekelayo G28
Indlela yomyalelo: G28 X_Y_Z_;
U-X, Y, kunye no-Z zizilungelelaniso zenqaku eliphakathi, elinokumiselwa ngokungenasizathu.Isixhobo somatshini sihamba kule ndawo kuqala, kwaye sibuyela kwindawo yokubhekisela.
Injongo yokumisela indawo ephakathi kukuthintela isixhobo ekuphazamiseni i-workpiece okanye ukulungiswa xa sibuyela kwindawo yokubhekisela.
Umzekelo: N1 G90 X100.0 Y200.0 Z300.0
N2 G28 X400.0 Y500.0;(inqaku eliphakathi yi-400.0,500.0)
N3 G28 Z600.0;(indawo ephakathi yi-400.0, 500.0, 600.0)
(3) Buyela ngokuzenzekelayo ukusuka kwindawo yokubhekisela kwi-G29
Indlela yomyalelo: G29 X_Y_Z_;
X, Y, Z zizilungelelaniso zesiphelo ezibuyisiweyo
Ngethuba lenkqubo yokubuyisela, isixhobo sihamba ukusuka kuyo nayiphi na indawo ukuya kwindawo ephakathi enqunywe yi-G28, kwaye emva koko ihambela kwindawo yokugqibela.I-G28 kunye ne-G29 zisetyenziswa ngokubanzi ngambini, kwaye i-G28 kunye ne-G00 nazo zinokusetyenziswa ngambini.
Ixesha lokuposa: Jan-02-2023