1 / 25

90°

S. 90°. C. 80°. 60°. T. D. 55°. K. 55°. 35°. V. R. --. 80°. W. Standardization Insert Basic Form. W N M G 06 04 08. B. C. N. 5°. 7°. 0°. Standardisation Insert Clearance Angle. W N M G 06 04 08. odd number of edges. m. even number of edges :. d. m. s.

ann
Download Presentation

90°

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. S 90° C 80° 60° T D 55° K 55° 35° V R -- 80° W Standardization Insert Basic Form W N M G 06 04 08 1

  2. B C N 5° 7° 0° Standardisation Insert Clearance Angle W N M G 06 04 08 2

  3. odd number of edges m even number of edges : d m s Standardisation Insert Tolerance class W N M G 06 04 08 tolerance for m s d distance to incircle insert width incircle G0,025 0,13 0,025 M0,08to0,2 0,13 0,05to0,15 U0,13to0,38 0,13 0,08to0,25 3

  4. chip groove on both insert rake faces with clamping hole without chip groove with clamping hole chip groove on one insert rake face without clamping hole chip groove on one insert rake face with clamping hole chip groove on one insert rake face, with cone hole single-sided without chip groove, with cone hole single-sided special according drawing Standardisation Insert Insert Type W N M G 06 04 08 A R W G T X M 4

  5. l l l l l l l l Standardisation Insert Cutting Edge Length W N M G 06 04 08 06 = 6,350 mm 09 = 9,525 mm 11 = 11,000 mm 12 = 12,700 mm 15 = 15,880 mm 16 = 16,500 mm 19 = 19,050 mm 22 = 22,000 mm 25 = 25,400 mm 27 = 27,500 mm 33 = 33,000 mm C S D T K V R W 5

  6. S S S S Standardisation Insert Insert Width W N M G 06 04 08 01 = 1,59 mm T1 = 1,98 mm 02 = 2,38 mm 03 = 3,18 mm T3 = 3,97 mm 04 = 4,76 mm 05 = 5,56 mm 06 = 6,35 mm 07 = 7,94 mm 09 = 9,52 mm 12 = 12,7 mm 6

  7. Standardisation Insert Corner Radius W N M G 06 04 08 r 20 = 2,0 mm  0,1 24 = 2,4 mm  0,1 25 = 2,5 mm  0,1 30 = 3,0 mm  0,1 00 = max. 0,2 mm 04 = 0,4 mm  0,1 08 = 0,8 mm  0,1 12 = 1,2 mm  0,1 16 = 1,6 mm  0,1 Special case button insert: 00 „zero´zero“ inch dimension changed M0 „M zero“ Size in mm eg. RCGT 0803M0  d = 8,00 mm 7

  8. Standardisation external holderType of fixation P C L N R 25 25 M 12 from the top clamped through bore M clamped through bore P S screwed through bore 8

  9. Standardisation external holderInsert form P C L N R 25 25 M 12 C 80° R -- V 35° S 90° D 55° W 80° T 60° K 55° 9

  10. 45° 107,5° 93° 90° 45° 63° 95° Standardisation external holderHolder form P C L N R 25 25 M 12 C J S ... Further see turning catalogue D L H N 10

  11. 5° 7° 0° Standardisation external holderClearance angle P C L N R 25 25 M 12 ( B ) C N 11

  12. Standardisation external holderCutting direction P C L N R 25 25 M 12 L N R only cutting left only cutting right cutting left and right 12

  13. h1 h2 Standardisation external holderCutting height P C L N R 25 25 M 12 Shank height h2 in general the same as cutting edge height h1 13

  14. b Standardisation external holderShank width P C L N R 25 25 M 12 14

  15. l1 Standardisation external holderShank length P C L N R 25 25 M 12 A = 32 mm B = 40 mm C = 50 mm D = 60 mm E = 70 mm F = 80 mm G = 90 mm H = 100 mm J = 110 mm K = 125 mm L = 140 mm M = 150 mm N = 160 mm P = 170 mm Q = 180 mm R = 200 mm S = 250 mm T = 300 mm U = 350 mm V = 400 mm W = 450 mm X = sonder Y = 500 mm 15

  16. l l l l l l l l Standardisation external holderCutting edge length P C L N R 25 25 M 12 06= 6,350 mm 09= 9,525 mm 11= 11,000 mm 12= 12,700 mm 15= 15,880 mm 16= 16,500 mm 19= 19,050 mm 22= 22,000 mm 25= 25,400 mm 27= 27,500 mm 33= 33,000 mm C S D T K V R W 16

  17. Standardisation internal holderMaterial S 32 T P C L N R 12 S Steel shank without internal coolant A Steel shank with internal coolant E Carbide shank with internal coolant with steel head 17

  18. D Standardisation internal holderShank diameter S 32 T P C L N R 12 08 25 10 32 12 40 16 50 20 18

  19. l1 Standardisation internal holderShank length S 32 T P C L N R 12 A = 32 mm B = 40 mm C = 50 mm D = 60 mm E = 70 mm F = 80 mm G = 90 mm H = 100 mm J = 110 mm K = 125 mm L = 140 mm M = 150 mm N = 160 mm P = 170 mm Q = 180 mm R = 200 mm S = 250 mm T = 300 mm U = 350 mm V = 400 mm W = 450 mm X = special Y = 500 mm 19

  20. Standardisation internal holderType of fixation S 32 T P C L N R 12 P clamped by bore S screwed through bore 20

  21. Standardisation internal holderInsert form S 32 T P C L N R 12 C 80° R -- V 35° S 90° D 55° W 80° T 60° K 55° 21

  22. 90° 75° 95° 45° 95° 107° 93° 107° Standardisation internal holderHolder form S 32 T P C L N R 12 F L U K S Q 22

  23. 5° 7° 0° Standardisation internal holderClearance angle S 32 T P C L N R 12 ( B ) C N 23

  24. Standardisation internal holderCutting direction S 32 T P C L N R 12 L N R only cutting left only cutting right cutting left and right 24

  25. l l l l l l l l Standardisation internal holderCutting edge length S 32 T P C L N R 12 06= 6,350 mm 09= 9,525 mm 11= 11,000 mm 12= 12,700 mm 15= 15,880 mm 16= 16,500 mm 19= 19,050 mm 22= 22,000 mm 25= 25,400 mm 27= 27,500 mm 33= 33,000 mm C S D T K V R W 25

More Related