Computing Thread Parameters Overall thread height –H = Pitch*(0.5 / tan 30deg) = 0.866025*Pitch –Ext thread depth = (17/24)*H = 0.613435*Pitch –Int thread.

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Presentation transcript:

Computing Thread Parameters Overall thread height –H = Pitch*(0.5 / tan 30deg) = *Pitch –Ext thread depth = (17/24)*H = *Pitch –Int thread depth = (5/8)*H = *Pitch

Threading - G76

G76 Pffppaa Qddd Rfff (first line of G76)‏ –ff = # of finish passes (01-99)‏ –pp = # revolutions for gradual pull-out ( =00-99)‏ –aa = angle (60 degrees for us)‏ –ddd = last depth of cut (min.cutting depth) (positive radial value, no decimal point – microns)‏ –fff = finish allowance (mm, dec.point allowed)‏

Threading - G76 G76 Xxx Zzz Ppp Qqq Fff (2nd line)‏ –xx = last thread pass diameter –zz = Z endpoint of thread –pp = height of thread (pos.radial value, microns)‏ –qq = 1st threading pass depth (max.cutting depth, pos.radial value, microns)‏ –ff = feedrate (same as thread lead)‏

Threading - G76 Example: M24x2 external thread –G00 X Z[# ] –G76 P Q005 R0.0 –G76 X24.43 Z[# ] P1360 Q0544 F2.0

Multistart Threading Example: M24x2 three start external thread –#1=2.0 (PITCH - MM)‏ –#2=0.5/TAN[30.0] * #1 (H)‏ –#3=#2 * 17.0/24.0 (THREAD DEPTH)‏ –#4=3 (NUMBER OF STARTS)‏ –#5=0 (START NUMBER)‏ –G00 X32.0 Z[# * #1 * #4] (START 3x LEAD AWAY)‏ –WHILE [#5 LT #4] DO 1 – G00 X Z[#501 + #1 * #5 + 3 * #1 * #4] – G76 P Q005 R0.0 – G76 X23.39 Z[# ] P[FIX[#3*1000]] Q0544 F[#1 * #4] – #5 = #5 + 1 –END 1