N05 G54 G40 G97 ; N10 G00 X150. Z150. ; N15 T0000 (SORMFREES D18) ; N20 S1250 M33 ; N25 G00 X40. Z-27. ; N30 G28 C0. M88 ; N35 G12.1 ; N40 G02 X45. C-13.03 R54.F0.1 ; N45 G01 C10.3 F0.1 ; N50 G03 X39.29 C14.66 R24.5 ; N55 G01 X5.71 C24.33 . ; N60 G03 X-5.71 C24.33 R24.5 ; N65 G01 X-39.29 C14.64 ; N70 G03 X-45. C9.7 R24.5 ; N75 G03 C-9.7 ; N80 G03 X-39.29 C-24.33 R24.5 ; N85 G01 X-5.71 C-24.33 ; N90 G03 X-5.71 C-24.33 R24.5 ; N95 G01 X39.29 C-24.5; N100 G03 X45. C-9.7 R24.5 ; N105 G01 C-6.53; N110 X52.C0. ; N115 G13.1 N120 G00 X150.Z150. ; N125 M90 M35 ; N130 M30 ; %
% o0001 (TP12 VOLLIOTS) N05 G40 G97 G99; N10 G54 G00 X150,Z150; N15 T00 (ROMB 80 PLAAT R08 T3); N20 G50 S2500; N25 G96 S125 M03; N30 G00 X27.Z25; N35 G01 X-1.6 F0.1: N40 Z27.; N45 G00 X23.9; N50 G01 Z-5.F0.15; N55 X27.; N60 G00 Z27.; N65 X21.9; N70 G01 Z-5.; N75 X27.; N80 G00 Z27.; N85 X20.9; N90 G01 Z10.5; N95 X21.8; N100 Z-5.; N105 X27.; N110 G00 Z27.; N115 X18.9; N120 G01 Z10.5; N125 X27.; N130 G42 G00 Z27.; N135 X16.9; N140 G01 X16.9 Z10.8; N145 G02 X18.9 Z10.5 R2; N150 G00 Z27.; N155 X13.9; N160 G01 X15.Z12.5; N165 G02 X16.9 Z10,8 R2; N170 G00 Z27.; N175 X12.9; N180 G01 Z17.49; N185 X14.98 Z15.69; N190 G00 Z27.; N195 X10.9; N200 G01 Z19.22 N205 X12.9 Z17.49; N210 G00 Z27; N215 X8,9; N220 G01 19.5; N225 X10.58; N230 X10.9 Z19.22; N235 G00 Z27.; N240 X6.9; N245 G01 Z19.5 N250 X10.9; N255 G40X150.Z150;
Vaatleme näitena kolmendsüsteemi järguühikuid 103;1003;10003. Tabelist näeme, et järguühikutele 103;1003;10003 vastavad kümnendsüsteemi arvud on kolme astmed 31 ; 32 ja 33. Seega 103=3110 1003=3210 10003=3310 ................. See kehtib ka teiste arvu süsteemide korral: 10n=n110 100n=n210 1000n=n310 ................. Kümnendsüsteem on tegelikult väga lihtne, siin mõned näited: 432=4*100+3*10+2 Sama ka teistes arvusüsteemides: 2536=26*1006+56*106+36 1.2 Kümnendsüsteemi arvude teisendamine erinevatesse arvusüsteemidesse
M55 Tagapukipinool välja detailini M58 Püsiv pöörlemissagedus VÄLJA M59 Püsiv pöörlemissagedus SISSE M68 Detail kinnitada M69 Detail vabastada M80 Lünett nr 1 avada M81 Lünett nr 1 sulgeda M84 Lüneti kaasavedu VÄLJA M85 Lüneti kaasavedu SISSE NC-koodi/NC-programmi põhikäsud Näide %000 N10 (PROGRAMMI NIMI) N20 G90 G71 N30 G40 G80 N40 T130 M03 N50 S1800 M06 N60 G0 X-5 Y-25 N70 G1 Z-10 F2500 N80 G42 X0 Y0 Y0 F3500 N90 X100 N100 Y100 N110 X0 N120 Y0 N130 G40 X-25 Y-5 N140 G0 Z50 N150 M02 NC-koodi/NC-programmi põhikäsud · G0(G00)- lineaarne interpolatsioon ette seatud kiirusega (Kiirliikumine/Kiirpaigutus) G0 X.... Y.... Z..... N10 G0 X50 Y80 N20 X20 Y60 (G= koodiga liigub tera õhus) · G1 (G01)- lineaarne interpolatsioon (modaalne) (Liikumine tööettenihkega) G1 X... Y... Z.... F..... N30 G1 X20 Y20 Z15 F3000 N40 X80 Y20 Z5 (G1 koodiga lõikab tera materjali NC-koodi/ NC-programmi põhikäsud · G2 (G02)
N92 X26.748 Y57.736 Z-0.342 N93 X26.775 Y57.756 Z-0.423 N94 X26.807 Y57.78 Z-0.5 N95 X26.845 Y57.809 Z-0.574 N96 X26.887 Y57.84 Z-0.643 N97 X26.934 Y57.876 Z-0.707 N98 X26.986 Y57.914 Z-0.766 N99 X27.041 Y57.956 Z-0.819 N100 X27.1 Y58. Z-0.866 N101 X27.162 Y58.046 Z-0.906 N102 X27.226 Y58.095 Z-0.94 N103 X27.293 Y58.145 Z-0.966 N104 X27.361 Y58.196 Z-0.985 N105 X27.43 Y58.248 Z-0.996 N106 X27.5 Y58.3 Z-1. N107 X28.3 Y58.9 F2640. N108 G03 X26.9 Y59.1 R1. N109 Y22.3 R23. N110 X26.977 Y22.243 R23. N111 X63.7 Y40.7 R23. N112 X26.9 Y59.1 R23. N113 X26.7 Y57.7 R1. N114 G01 X27.5 Y58.3 N115 X27.57 Y58.352 Z-0.996 N116 X27.639 Y58.404 Z-0.985 N117 X27.707 Y58.455 Z-0.966 N118 X27.774 Y58.505 Z-0.94 N119 X27.838 Y58.554 Z-0.906 N120 X27.9 Y58.6 Z-0.866 N121 X27.959 Y58.644 Z-0.819 N122 X28.014 Y58.686 Z-0.766 N123 X28.066 Y58.724 Z-0.707 N124 X28.113 Y58.76 Z-0.643 N125 X28.155 Y58.791 Z-0.574 N126 X28.193 Y58.82 Z-0.5 N127 X28.225 Y58.844 Z-0.423 N128 X28.252 Y58.864 Z-0
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