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Mehrbereichs-Gewindebohrer

GOtap™ T832 HSS-E Gewindebohrer mit spiralförmiger Spannut • Sacklochbohrungen

Features and benefits
  • KSP32 TiCN/TiN


  • KSP39 brüniert
Product specifications
Product # 5417404
ISO Catalog Number T832MF140X150R6H-D4
ANSI Catalog Number T832MF140X150R6H-D4
Grade KSP39
First Choice NA Y
[D1-TDZ]Thread Dia Size M14 X 1,5
[L]Overall Length Metric 100
[L3]Thread Length Metric 21
[L2]Useable Length Metric 47
[D]Adapter/Shank/Bore Dia mm 11,0
Number of Flutes 3
Dimension Standard DIN 374
Product Thread Tol Class ISO 6H

T832 • DIN 371, 374 und 376 • Form E Anschnitt • Metrisch • Starre und synchrone Gewindebohrfutter

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Product # ISO Catalog Number ANSI Catalog Number Grade First Choice NA First Choice EMEA First Choice AP [D1-TDZ]Thread Dia Size [L]Overall Length Metric [L3]Thread Length Metric [L2]Useable Length Metric [D]Adapter/Shank/Bore Dia mm Number of Flutes Dimension Standard Product Thread Tol Class ISO
5417357 T832M030X050R6H-D1 T832M030X050R6H-D1 KSP32 Y N N M3 X 0,5 56 8 18 3,5 2 DIN 371 6H
5417359 T832M030X050R6H-D1 T832M030X050R6H-D1 KSP39 Y N N M3 X 0,5 56 8 18 3,5 2 DIN 371 6H
5417371 T832M040X070R6H-D1 T832M040X070R6H-D1 KSP32 Y N N M4 X 0,7 63 11 21 4,5 3 DIN 371 6H
5417373 T832M040X070R6H-D1 T832M040X070R6H-D1 KSP39 Y N N M4 X 0,7 63 11 21 4,5 3 DIN 371 6H
5417375 T832M050X080R6H-D1 T832M050X080R6H-D1 KSP32 Y N N M5 X 0,8 70 12 25 6,0 3 DIN 371 6H
5417377 T832M050X080R6H-D1 T832M050X080R6H-D1 KSP39 Y N N M5 X 0,8 70 12 25 6,0 3 DIN 371 6H
5417379 T832M060X100R6H-D1 T832M060X100R6H-D1 KSP32 Y N N M6 X 1 80 12 30 6,0 3 DIN 371 6H
5417381 T832M060X100R6H-D1 T832M060X100R6H-D1 KSP39 Y N N M6 X 1 80 12 30 6,0 3 DIN 371 6H
5417383 T832M080X125R6H-D1 T832M080X125R6H-D1 KSP32 Y N N M8 X 1,25 90 15 35 8,0 3 DIN 371 6H
5417385 T832M080X125R6H-D1 T832M080X125R6H-D1 KSP39 Y N N M8 X 1,25 90 15 35 8,0 3 DIN 371 6H
5417387 T832MF080X100R6H-D4 T832MF080X100R6H-D4 KSP32 Y N N M8 X 1 90 15 35 6,0 3 DIN 374 6H
5417389 T832MF080X100R6H-D4 T832MF080X100R6H-D4 KSP39 Y N N M8 X 1 90 15 35 6,0 3 DIN 374 6H
5417391 T832M100X150R6H-D1 T832M100X150R6H-D1 KSP32 Y N N M10 X 1,5 100 18 39 10,0 3 DIN 371 6H
5417393 T832M100X150R6H-D1 T832M100X150R6H-D1 KSP39 Y N N M10 X 1,5 100 18 39 10,0 3 DIN 371 6H
5417395 T832MF100X125R6H-D4 T832MF100X125R6H-D4 KSP32 Y N N M10 X 1,25 100 18 39 7,0 3 DIN 374 6H
5417396 T832MF100X125R6H-D4 T832MF100X125R6H-D4 KSP39 Y N N M10 X 1,25 100 18 39 7,0 3 DIN 374 6H
5417397 T832M120X175R6H-D6 T832M120X175R6H-D6 KSP32 Y N N M12 X 1,75 110 21 44 9,0 3 DIN 376 6H
5417398 T832M120X175R6H-D6 T832M120X175R6H-D6 KSP39 Y N Y M12 X 1,75 110 21 44 9,0 3 DIN 376 6H
5417399 T832MF120X150R6H-D4 T832MF120X150R6H-D4 KSP32 Y N N M12 X 1,5 100 21 39 9,0 3 DIN 374 6H
5417400 T832MF120X150R6H-D4 T832MF120X150R6H-D4 KSP39 Y N N M12 X 1,5 100 21 39 9,0 3 DIN 374 6H
5417401 T832M140X200R6H-D6 T832M140X200R6H-D6 KSP32 Y N Y M14 X 2 110 24 52 11,0 3 DIN 376 6H
5417402 T832M140X200R6H-D6 T832M140X200R6H-D6 KSP39 Y N N M14 X 2 110 24 52 11,0 3 DIN 376 6H
5417403 T832MF140X150R6H-D4 T832MF140X150R6H-D4 KSP32 Y N N M14 X 1,5 100 21 47 11,0 3 DIN 374 6H
5417404 T832MF140X150R6H-D4 T832MF140X150R6H-D4 KSP39 Y N N M14 X 1,5 100 21 47 11,0 3 DIN 374 6H
5417405 T832M160X200R6H-D6 T832M160X200R6H-D6 KSP39 Y N Y M16 X 2 110 24 51 12,0 3 DIN 376 6H
5417406 T832M180X250R6H-D6 T832M180X250R6H-D6 KSP32 Y N N M18 X 2,5 125 30 58 14,0 4 DIN 376 6H
5417407 T832M180X250R6H-D6 T832M180X250R6H-D6 KSP39 Y N N M18 X 2,5 125 30 58 14,0 4 DIN 376 6H
5417408 T832M200X250R6H-D6 T832M200X250R6H-D6 KSP32 Y N N M20 X 2,5 140 30 64 16,0 4 DIN 376 6H
5417409 T832M200X250R6H-D6 T832M200X250R6H-D6 KSP39 Y N Y M20 X 2,5 140 30 64 16,0 4 DIN 376 6H

Product Usage

Uses and application

  • Gewindebohren: Sacklochbohrung
  • 38618
  • Anschnitt Form E (1.5–2)
  • Spiralwinkel Gewindebohrer: 45°
  • DIN 371
  • DIN 374
  • DIN 376
  • Außenkühlung: Gewindebohren
  • Toleranzklasse: 6H
  • Herstellerspezifikationen: M
  • Herstellerspezifikationen: MF
  • Manufacturer’s Specs: ISO 2

Grades

  • KSP32

    HSS-Substrat mit hohem Vanadiumgehalt mit einer verschleißfesten TiCN-Basisschicht und einer reibungsarmen TiN-Deckschicht Anwendung in verschiedenen Werkstoffen wie Stahl, nicht rostendem Stahl, Kugelgraphitguss und Aluminiumguss. KSP32 ist abriebfest.

  • KSP39

    HSS-E-Substrat mit schwarzer Oxidoberfläche. Anwendung in verschiedenen Werkstoffen wie Stahl, nicht rostendem Stahl und Sphäroguss. Nicht empfehlenswert in NE-Metallen.