Transcription of TR-Pinion for Interface EN ISO 9409-1-A
1 TR-Pinion for Interface EN ISO 9409-1-A . Bolt Circle- 50, i V> i ] c { iv > `. 16 MnCr5, Case-Hardened d . a0 = + h0 Gearing Grade 2. 5. With Screws DIN 912. Flange: Soft Order Code No. of Pro le Interface Teeth Modi cation Factor ` dk b1 b2 L a0 ISO d1 G da h8 L. Module 2. 78 21 912 12 41 9409-1-A -50 50 M6 63 11 78 21 916 16 0 41 9409-1-A -50 50 M6 63 11 Further number of teeth on request, min. number of teeth 12, max. number of teeth 16. Bolt Circle- 63, i V> i ] c { iv > `. 16 MnCr5, Case-Hardened d . a0 = + h0 Gearing Grade 2. 5. With Screws DIN 912 Flange: Soft Order Code No. of Pro le Interface Teeth Modi cation Factor [mm] [mm] [mm] [mm] [mm]. z x dwz dk b1 b2 L a0 ISO d1 G da h8 L. Module 2. 78 22 912 12 41 9409-1-A -63 63 M6 80 11 78 22 919 19 0 41 9409-1-A -63 63 M6 80 11 78 22 923 23 0 41 9409-1-A -63 63 M6 80 11 Further number of teeth on request, min. number of teeth 12, max. number of teeth 23. Module 3. 78 32 912 12 9409-1-A -63 63 M6 80 11 78 32 914 14 9409-1-A -63 63 M6 80 11 Further number of teeth on request, min.}}
2 Number of teeth 12, max. number of teeth 14. ZA 14 Dimensions in mm 1/2012. TR-Pinion for Interface EN ISO 9409-1-A . Bolt Circle- 80, i V> i ] c { iv > `. 16 MnCr5, Case-Hardened d . a0 = + h0 Gearing Grade 2. 5. With Screws DIN 912. Flange: Soft Order Code No. of Pro le Interface Teeth Modi cation Factor ` dk b1 b2 L a0 ISO d1 G da h8 L. Module 2. 78 23 912 12 46 9409-1-A -80 80 M8 100 13 78 23 923 (1) 23 0 46 9409-1-A -80 80 M8 100 13 78 23 929 (1) 29 0 46 9409-1-A -80 80 M8 100 13 Further number of teeth on request, min. number of teeth 12, max. number of teeth 29. Module 3. 78 33 912 12 9409-1-A -80 80 M8 100 13 78 33 916 16 0 9409-1-A -80 80 M8 100 13 78 33 917 (1) 17 0 9409-1-A -80 80 M8 100 13 78 33 919 19 0 9409-1-A -80 80 M8 100 13 Further number of teeth on request, min. number of teeth 12, max. number of teeth 19. Module 4. 78 43 912 12 65 9409-1-A -80 80 M8 100 13 Further number of teeth on request, min. number of teeth 12, max. number of teeth 13.}
3 > > >L i > v V i Li> } . 1/2012 Dimensions in mm ZA 15. TR-Pinion for Interface EN ISO 9409-1-A . Bolt Circle- 125, i V> i ] c { iv > `. 16 MnCr5, Case-Hardened d . a0 = + h0 Gearing Grade 2. 5. With Screws DIN 912. Flange: Soft Order Code No. of Pro le Interface Teeth Modi cation Factor ` dk b1 b2 L a0 ISO d1 G da h8 L db Module 3. 78 34 912 12 120 9409-1-A -125 125 M10 148 15 78 34 312 12 120 125 M12 148 17 78 34 919 19 0 190 9409-1-A -125 125 M10 148 15 78 34 319 19 0 190 125 M12 148 17 78 34 925 25 0 250 9409-1-A -125 125 M10 148 15 78 34 926 (1) 26 0 260 9409-1-A -125 125 M10 148 15 78 34 326 26 0 260 125 M12 148 17 78 34 932 (1) 32 0 320 9409-1-A -125 125 M10 148 15 78 34 332 32 0 320 125 M12 148 17 Further number of teeth on request, min. number of teeth 12, max. number of teeth 32. Module 4. 78 44 912 12 9409-1-A -125 125 M10 148 15 78 44 312 12 125 M12 148 17 78 44 915 15 0 9409-1-A -125 125 M10 148 15 78 44 916 16 0 9409-1-A -125 125 M10 148 15 78 44 917 17 0 9409-1-A -125 125 M10 148 15 78 44 317 17 0 125 M12 148 17 78 44 919 19 9409-1-A -125 125 M10 148 15 78 44 319 19 125 M12 148 17 78 44 920 (1) 20 0 9409-1-A -125 125 M10 148 15 78 44 320 20 0 125 M12 148 17 78 44 923 23 0 125 M10 148 15 urther number of teeth on request, min.
4 Number of teeth 12, max. number of teeth 23. Module 5. 78 54 912 12 55 80 (2) 9409-1-A -125 125 M10 148 15 78 54 312 12 55 80 (2) 125 M12 148 17 78 54 916 (1) 16 0 55 80 (2) 9409-1-A -125 125 M10 148 15 78 54 316 16 0 55 80 (2) 125 M12 148 17 78 54 918 18 0 55 80 (2) 9409-1-A -125 125 M10 148 15 78 54 318 18 0 55 80 (2) 125 M12 148 17 Further number of teeth on request, min. number of teeth 12, max. number of teeth 18. Module 6. 78 64 912 12 65 90 9409-1-A -125 125 M10 148 15 25 78 64 312 12 65 90 125 M12 148 17 25 78 64 913 13 65 90 9409-1-A -125 125 M10 148 15 25 78 64 915 15 0 65 90 9409-1-A -125 125 M10 148 15 25 Further number of teeth on request, min. number of teeth 12, max. number of teeth 15. > > >L i > v V i Li> } . xx > 0 = a0 + 10. ZA 16 Dimensions in mm 1/2012. TR-Pinion for Interface EN ISO 9409-1-A . Bolt Circle- 140, i V> i ] c { iv > `. 16 MnCr5, Case-Hardened d . a0 = + h0 Gearing Grade 2. 5. With Screws DIN 912. Flange: Soft Order Code No.
5 Of Pro le Interface Teeth Modi cation Factor ` dk b1 b2 L a0 ISO d1 G da h8 L db Module 4. 78 46 912 12 45 79 140 M16 187 22 78 46 919 19 45 79 140 M16 187 22 78 46 920 20 0 45 79 140 M16 187 22 78 46 320 20 0 45 79 145 M20 187 16 Further number of teeth on request, min. number of teeth 12, max. number of teeth 25. Module 5. 78 56 914 14 55 89 (2) 140 M16 187 22 78 56 918 18 0 55 89 (2) 140 M16 187 22 78 56 919 19 0 55 89 (2) 140 M16 187 22 Further number of teeth on request, min. number of teeth 12, max. number of teeth 20. Module 6. 78 66 912 12 65 99 140 M16 187 22 25 78 66 915 15 0 65 99 140 M16 187 22 25 78 66 916 (1) 16 0 65 99 140 M16 187 22 25 Further number of teeth on request, min. number of teeth 12, max. number of teeth 16. > > >L i > v V i Li> } . xx > 0 = a0 + 10. 1/2012 Dimensions in mm ZA 17. TR-Pinion for Interface EN ISO 9409-1-A . Bolt Circle- 160, i V> i ] c { iv > `. 16 MnCr5, Case-Hardened d . a0 = + h0 Gearing Grade 2.
6 5. With Screws DIN 912. Flange: Soft Order Code No. of Pro le Interface Teeth Modi cation Factor ` dk b1 b2 L a0 ISO d1 G da h8 L db Module 5. 78 57 912 12 55 100 160 M20 210 30 78 57 919 19 0 55 100 160 M20 210 30 Further number of teeth on request, min. number of teeth 12, max. number of teeth 22. Module 6. 78 67 912 12 65 110 160 M20 210 30 25 78 67 916 16 0 65 110 160 M20 210 30 25 Further number of teeth on request, min. number of teeth 12, max. number of teeth 18. Module 8. 78 87 912 12 85 130 160 M20 210 30 30 (2) xx > = a0 + 10. 0. ZA 18 Dimensions in mm 1/2012. Gearwheels with Ground Teeth Module 2 3. for Interface EN ISO 9409-1-A . Helical Tooth System, c { iv > ` . Bild 1 / Fig. 1 Bild 2 / Fig. 1. 16 MnCr5, Case-Hardened Gearing Grade 5 e 24. dwz d5. With Screws DIN 912. N . Order Code Fig. Module of Teeth L=PI*d Interface d dk d1h6 d2 d3 d4 d5H6 b1 b2 b3 L ISO. 78 20 526 1 2 26 10 15 26 12 78 20 527 1 2 27 0 10 15 30 11 78 20 529 1 2 29 10 15 26 12 78 20 535 1 2 35 10 15 26 12 78 25 529 1 2 29 11 20 26 14 9409-1-A -40.}
7 78 21 533 1 2 33 11 20 26 14 9409-1-A -50. 78 20 536 1 2 36 0 11 20 30 8 9409-1-A -50. 78 21 537 1 2 37 11 20 26 14 9409-1-A -50. 78 31 531 1 3 31 11 20 31 9 9409-1-A -50. 78 29 501 2 2 37 11 20 26 14 9409-1-A -50. * w i ` wV> v>V . 16 MnCr5, Case-Hardened Gearing Grade dwz 5 e 24. d5. With Screws DIN 912. N . Order Code Module of Teeth L=PI*d Interface d dk d1h6 d2 d3 d4 d5H6 b1 b2 b3 L ISO. 78 22 540 2 40 11 26 30 14 9409-1-A -63. 78 22 545 2 45 11 26 30 14 9409-1-A -63. 78 30 530 3 30 0 11 35 39 10 9409-1-A -63. * w i ` wV> v>V . The max. torque is limited by the threaded connection. Calculation of center distance a between gearwheel and rack. d . ao = + ho d . 2. ao ho 1/2012 Dimensions in mm ZA 19. Gearwheels with Ground Teeth Module 3 5. for Interface EN ISO 9409-1-A . Helical Tooth System, c { iv > `. 16 MnCr5, Case-Hardened Gearing Grade 5 e 24. dwz d5. With Screws DIN 912. N . Order Code Module of Teeth L=PI*d Interface d dk d1h6 d2 d3 d4 d5H6 b1 b2 b3 L ISO.}
8 78 33 535 3 35 50 80 9 15 40 31 11 9409-1-A -80. 78 33 540 3 40 50 80 9 15 40 31 11 9409-1-A -80. 78 40 530 4 30 0 50 80 9 15 40 45 11 9409-1-A -80. 78 50 521 5 21 0 50 80 9 40 59 9409-1-A -80. 78 50 536 5 36 0 80 125 11 18 60 55 13 9409-1-A -125. * w i ` wV> v>V . The max. torque is limited by the threaded connection. Foil Coated with Diamonds to increase the Friction Coef cient Order Code Fig. No. ISO Connection d1 d2 d3 d4. 78 01 001 Fig. 1 A 39. 78 01 002 Fig. 1 A 50 62. 78 01 003 Fig. 2 A 63 80. 78 01 004 Fig. 3 A 80 100. 78 01 005 Fig. 3 A 125 148. > v i i V iV L> i` v V i` L i v V V ivwV i v i > i > V > i i` . / i V > }i v i i v > V V i i L i] i L > > } i i V i> i i V - ivwV i v v V / i v V V > i` ` > ` >L i V i> i v V V ivwV i . , . Material [ m] [Mpa] Coef cient of Friction Static Dynamic Average from 5 test results Standard deviation Average from 5 test results Standard deviation C45 1-3 50 - 6 r 100 16 MnCr5 1-3 50 - 6 r x { x n.
9 If you need more information please contact us. ZA 20 Dimensions in mm 1/2012. Gearwheels with Ground Teeth Module 2. for Interface EN ISO 9409-1-A . Helical Tooth System, c { iv > `. Interface A50. 16 MnCr5, Case-Hardened Gearing Grade 5 e 24. d . Flange: Soft With Screws DIN 912. Set consists of Order Code Gear and Order Code Flange Order Code Order Code Module N of L=PI*d Interface Pinion Flange Teeth z x (1) d dk d1h6 d2 d3 d4 d5 d6 d7 b1 b2 b3 b4 L ISO. 78 20 526 2 65 78 001 2 26 50 63 20 11 26 36 78 20 527 2 65 78 001 2 27 0 50 63 20 11 30 40 78 20 529 2 65 78 001 2 29 50 63 20 11 26 36 78 20 535 2 65 78 001 2 35 50 63 20 11 26 36 * w i ` wV> v>V . Interface A63. 16 MnCr5, Case-Hardened Gearing Grade 5 e 24. d . Flange: Soft With Screws DIN 912. Set consists of Order Code Gear and Order Code Flange Order Code Order Code Module N of L=PI*d Interface Pinion Flange Teeth z x (1) d dk d1h6 d2 d3 d4 d5 d6 d7 b1 b2 b3 b4 L ISO. 78 20 526 2 65 78 002 2 26 40 63 80 20 11 26 36 3 78 20 527 2 65 78 002 2 27 0 40 63 80 20 11 30 40 3 78 20 529 2 65 78 002 2 29 40 63 80 20 11 26 36 3 78 20 535 2 65 78 002 2 35 40 63 80 20 11 26 36 3 * w i ` wV> v>V.}
10 The max. torque is limited by the threaded connection. 1/2012 Dimensions in mm ZA 21. Gearwheels with Ground Teeth Module 2 5. for Interface EN ISO 9409-1-A . Helical Tooth System, c { iv > `. Interface A80. 16 MnCr5, Case-Hardened Gearing Grade 5 e 24. d . Flange: Soft With Screws DIN 912. Set consists of Order Code Gear and order Code Flange Order Code Order Code Module N of L=PI*d Interface Pinion Flange Teeth z x (1) d dk d1h6 d2 d3 d4 d5 d6 d7 b1 b2 b3 b4 L ISO. 78 20 526 2 65 78 001 (2) 2 26 50 80 100 15 9 15 26 49 4 9 2 65 78 003 (2). 78 20 527 2 65 78 001 (2) 2 27 0 50 80 100 15 9 15 30 53 4 9 2 65 78 003 (2). 78 20 529 2 65 78 001 (2) 2 29 50 80 100 15 9 15 26 49 4 9 2 65 78 003 (2). 78 20 535 2 65 78 001 (2) 2 35 50 80 100 15 9 15 26 49 4 9 2 65 78 003 (2). 78 21 533 2 65 78 003 2 33 50 80 100 20 9 15 26 39 4 9 9409-1-A -50/80. 78 20 536 2 65 78 003 2 36 0 50 80 100 20 9 15 30 43 4 9 9409-1-A -50/80. 78 21 537 2 65 78 003 2 37 50 80 100 20 9 15 26 39 4 9 9409-1-A -50/80.}
