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DFT Flanged Shank • Right Hand • 4 x D

Name: DFT Flanged Shank • Right Hand • 4 x D
SKU: 1522132
Rating: 0 (0 reviews)

Drill Fix™ DFT™ Bodies

Número de material1522132

ID do catálogo ISODFT0750R4SSF125ID do catálogo ANSIDFT0750R4SSF125

DFT 4xD Flanged Shk Inch RH Holemaking - 1522132 - Kennametal

Open expanded view

Representação genérica

Preço de tabela

$660.79/cada

Desconto

Seu preço

/cada

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P Steel
M Stainless Steel
K Cast Iron
N Non-Ferrous
S High-Temp Alloys
.caption
Furação
Furação: entrada inclinada
Furação: saída inclinada
Furação: compensação no eixo X
Furação: convexo
Haste — Cilíndrica com plano e flange
Refrigeração interna: Radial: Brocas intercambiáveis
Furação: Cego
Chain Drilling
Drilling: Cross-Hole Drilling
Drilling: Half-Cylindrical Drilling
Drilling: Corner Drilling 45°

Visão geral
Dados de aplicação
Transferências
Lado da máquina de peças compatíveis
Lado da peça de peças compatíveis
Peças de substituição
Revisão
Q&A

Métrico

Polegada

Número de material	1522132
ID do catálogo ISO	DFT0750R4SSF125
ID do catálogo ANSI	DFT0750R4SSF125
[D] Adapter / Shank / Bore Diameter	31.75 mm
[D] Adapter / Shank / Bore Diameter	1.25 in
[D1] Drill Diameter M	19.05 mm
[D1] Drill Diameter M	0.75 in
[D1MAX] Drill Diameter Maximum	21.59 mm
[D1MAX] Drill Diameter Maximum	0.85 in
[L1] Insert Gage Length	114.3 mm
[L1] Insert Gage Length	4.5 in
[L4] Maximum Drilling Depth	76.2 mm
[L4] Maximum Drilling Depth	3 in
[L5] Drill Point Length	0.571 mm
[L5] Drill Point Length	0.0225 in
[LS] Shank Length	82.55 mm
[LS] Shank Length	3.25 in
Gage Insert	DFT0303.

See all Product Variants

Materiais das peças

Steel
Stainless Steel
Cast Iron
Non-Ferrous
High-Temp Alloys
.caption

Usos e aplicações

Furação
Furação: entrada inclinada
Furação: saída inclinada
Furação: compensação no eixo X
Furação: convexo
Haste — Cilíndrica com plano e flange
Refrigeração interna: Radial: Brocas intercambiáveis
Furação: Cego
Chain Drilling
Drilling: Cross-Hole Drilling
Drilling: Half-Cylindrical Drilling
Drilling: Corner Drilling 45°

Características e benefícios

Drill Fix DFT is one of the most versatile and reliable tool solutions covering a large diameter range and offers portfolio of insert geometries and grades.
Trigon-shaped inserts are used for both inboard and outboard inserts and offer the highest centering capabilities and three cutting edges each.
Drill shipped with insert screws, side pipe plug, and Torx wrench.

Criar solução para calcular avanços e velocidade

Após criar uma solução basta escolher o ícone Avanços & Velocidades e o nosso sistema irá fornecer recomendações. Pode personalizar as informações adicionando a sua máquina e especificações ou fazer ajustes utilizando os controlos deslizantes.

Dados de aplicação

Polegada

Grupo de material

Condição

Alojamento

Geometria

Classe

Velocidade de corte vc

Taxa de avanço recomendada (f) por diâmetro

Faixa SFM

Mín.

Valor inicial

Máx.

DFT03... .625" – .969"

DFT05... .984" – 1.250"

DFT06... 1.313" – 1.563"

DFT07... 1.625" – 1.875"

DFT09... 1.938" – 2.125"

DFT011... 2.750" – 3.250"

KCU25

1017

1066

1181

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU25

656

705

754

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU40

426

443

492

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCPK10

1017

1066

1181

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU25

656

705

754

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU40

426

443

492

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCPK10

853

935

1050

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU25

590

640

722

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU40

361

394

459

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU25

722

820

984

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU40

492

590

722

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

295

361

459

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU25

590

656

722

IPR

.002 – .004

.003 – .005

.004 – .006

.004 – .007

.005 – .009

KC7140

KCU40

394

443

492

IPR

.002 – .004

.003 – .005

.004 – .006

.004 – .007

.005 – .009

KC7140

230

279

328

IPR

.002 – .004

.003 – .005

.004 – .006

.004 – .007

.005 – .009

KC7140

KCU25

590

656

722

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

KCU40

394

443

492

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

230

279

328

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

Polegada

Velocidade de corte vc

Faixa SFM

Taxa de avanço recomendada (f) por diâmetro

Grupo de material

Condição

Alojamento

Geometria

Classe

Mín.

Valor inicial

Máx.

DFT03... .625"–.969"

DFT05... .984"–1.250"

DFT06... 1.313"–1.563"

DFT07... 1.625"–1.875"

DFT09... 1.938"–2.125"

DFT011... 2.750"–3.250"

KCU25

1017

1066

1181

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

1017

1066

1181

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU25

656

705

754

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

656

705

754

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU40

426

443

492

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

426

443

492

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCPK10

1017

1066

1181

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

1017

1066

1181

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU25

656

705

754

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

656

705

754

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU40

426

443

492

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

426

443

492

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCPK10

853

935

1050

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

853

935

1050

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU25

590

640

722

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

590

640

722

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU40

361

394

459

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

361

394

459

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU25

722

820

984

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

722

820

984

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU40

492

590

722

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

492

590

722

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

295

361

459

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

295

361

459

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU25

590

656

722

IPR

.002–.004

.003–.005

.004–.006

.004–.007

.005–.009

KC7140

590

656

722

IPR

.002–.004

.003–.005

.004–.006

.004–.007

.005–.009

KCU40

394

443

492

IPR

.002–.004

.003–.005

.004–.006

.004–.007

.005–.009

KC7140

394

443

492

IPR

.002–.004

.003–.005

.004–.006

.004–.007

.005–.009

KC7140

230

279

328

IPR

.002–.004

.003–.005

.004–.006

.004–.007

.005–.009

KC7140

230

279

328

IPR

.002–.004

.003–.005

.004–.006

.004–.007

.005–.009

KCU25

590

656

722

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

590

656

722

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KCU40

394

443

492

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

394

443

492

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

230

279

328

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

KC7140

230

279

328

IPR

.002–.004

.004–.006

.004–.007

.006–.010

.007–.012

Polegada

Grupo de material

Condição

Alojamento

Geometria

Classe

Velocidade de corte vc

Taxa de avanço recomendada (f) por diâmetro

Faixa SFM

Mín.

Valor inicial

Máx.

Faixa recomendada de avanço (f) por diâmetro

Grupo

Condição

mín.

Valor inicial

máx.

DFT03... .625" – .969"

DFT05... .984" – 1.250"

DFT06... 1.313" – 1.563"

DFT07... 1.625" – 1.875"

DFT09... 1.938" – 2.125"

KC7140

1017

1066

1181

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

656

705

754

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

426

443

492

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

1017

1066

1181

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

656

705

754

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

426

443

492

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

853

935

1050

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

590

640

722

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

Polegada

Velocidade de corte vc

Faixa SFM

Taxa de avanço recomendada (f) por diâmetro

Grupo de material

Condição

Alojamento

Geometria

Classe

Mín.

Valor inicial

Máx.

DFT03... .625"–.969"

DFT05... .984"–1.250"

DFT06... 1.313"–1.563"

DFT07... 1.625"–1.875"

DFT09... 1.938"–2.125"

DFT011... 2.750"–3.250"

KC7140

492

623

754

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

492

623

754

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

328

426

525

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

328

426

525

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

197

262

328

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

197

262

328

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

492

590

689

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

492

590

689

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

328

426

525

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

328

426

525

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

197

262

328

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

197

262

328

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

328

426

525

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

328

426

525

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

262

361

459

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

262

361

459

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

164

230

295

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

KC7140

164

230

295

IPR

.002–.004

.003–.005

.003–.006

.004–.007

.004–.008

Polegada

Grupo de material

Condição

Alojamento

Geometria

Classe

Velocidade de corte vc

Taxa de avanço recomendada (f) por diâmetro

Faixa SFM

Mín.

Valor inicial

Máx.

KCU25

656

705

754

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

656

705

.004 – .006

.004 – .007

.006 – .010

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

426

443

.004 – .006

.004 – .007

.006 – .010

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

853

935

.004 – .006

.004 – .007

.006 – .010

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

590

640

.004 – .006

.004 – .007

.006 – .010

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

361

394

.004 – .006

.004 – .007

.006 – .010

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

722

820

.004 – .006

.004 – .007

.006 – .010

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

492

590

.004 – .006

.004 – .007

.006 – .010

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

295

361

.004 – .006

.004 – .007

.006 – .010

.002 – .004

.003 – .005

.004 – .006

.004 – .007

.005 – .009

KC7140

590

656

.003 – .005

.004 – .006

.004 – .007

Polegada

Velocidade de corte vc

Faixa SFM

Taxa de avanço recomendada (f) por diâmetro

Grupo de material

Condição

Alojamento

Geometria

Classe

Mín.

Valor inicial

Máx.

DFT03... .625"–.969"

DFT05... .984"–1.250"

DFT06... 1.313"–1.563"

DFT07... 1.625"–1.875"

DFT09... 1.938"–2.125"

DFT011... 2.750"–3.250"

KCPK10

656

787

984

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU40

656

787

984

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU25

394

508

656

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KC7140

394

508

656

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU40

262

328

410

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KC7140

262

328

410

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCPK10

590

722

853

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU40

590

722

853

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU25

361

459

558

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KC7140

361

459

558

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU40

262

328

394

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KC7140

262

328

394

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCPK10

590

722

853

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU40

590

722

853

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU25

361

459

558

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KC7140

361

459

558

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KCU40

262

328

394

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

KC7140

262

328

394

IPR

.003–.005

.004–.007

.006–.010

.007–.013

.008–.015

Polegada

Grupo de material

Condição

Alojamento

Geometria

Classe

Velocidade de corte vc

Taxa de avanço recomendada (f) por diâmetro

Faixa SFM

Mín.

Valor inicial

Máx.

722

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

590

656

722

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

394

443

492

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

KC7140

230

279

328

IPR

.002 – .004

.004 – .006

.004 – .007

.006 – .010

.007 – .012

Polegada

Velocidade de corte vc

Faixa SFM

Taxa de avanço recomendada (f) por diâmetro

Grupo de material

Condição

Alojamento

Geometria

Classe

Mín.

Valor inicial

Máx.

DFT03... .625"–.969"

DFT05... .984"–1.250"

DFT06... 1.313"–1.563"

DFT07... 1.625"–1.875"

DFT09... 1.938"–2.125"

DFT011... 2.750"–3.250"

KD1425

1312

1968

2624

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1312

1968

2624

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

984

1312

1640

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

984

1312

1640

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

656

984

1312

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

656

984

1312

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1230

1804

2542

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1230

1804

2542

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

574

820

1066

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

574

820

1066

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1148

1640

2132

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1148

1640

2132

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

492

820

1148

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

492

820

1148

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1312

1968

2624

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1312

1968

2624

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

656

984

1312

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

656

984

1312

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1312

1968

2624

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KD1425

1312

1968

2624

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KCU40

820

1148

1476

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

656

984

1312

IPR

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

KMF

656

984

1312

ipr

.002–.003

.003–.004

.004–.006

.005–.006

.006–.007

Polegada

Grupo de material

Condição

Alojamento

Geometria

Classe

Velocidade de corte vc

Taxa de avanço recomendada (f) por diâmetro

Faixa SFM

Mín.

Valor inicial

Máx.

Polegada

Velocidade de corte vc

Faixa SFM

Taxa de avanço recomendada (f) por diâmetro

Grupo de material

Condição

Alojamento

Geometria

Classe

Mín.

Valor inicial

Máx.

DFT03... .625"–.969"

DFT05... .984"–1.250"

DFT06... 1.313"–1.563"

DFT07... 1.625"–1.875"

DFT09... 1.938"–2.125"

DFT011... 2.750"–3.250"

KCU40

197

230

246

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KCU40

197

230

246

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KCU40

131

164

197

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KC7140

131

164

197

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KC7140

131

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KC7140

131

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KCU40

164

197

230

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KCU40

164

197

230

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KCU40

131

164

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KC7140

131

164

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KC7140

131

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KC7140

131

IPR

.001–.002

.002–.002

.002–.003

.002–.004

.003–.005

KCU40

230

262

295

IPR

.002–.002

.002–.004

.002–.003

.002–.004

.004–.006

KCU40

230

262

295

IPR

.002–.002

.002–.004

.002–.003

.002–.004

.004–.006

KCU40

164

197

230

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KC7140

164

197

230

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KC7140

131

164

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KC7140

131

164

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KCU40

230

262

295

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KCU40

230

262

295

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KCU40

164

197

230

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KC7140

164

197

230

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KC7140

131

164

IPR

.002–.002

.002–.003

.002–.004

.004–.006

KC7140

131

164

IPR

.002–.002

.002–.003

.002–.004

.004–.006

Leia maisView Less

Warning

AVISO • Drill Fix DFR

AVISO Durante operações de furo vazado, uma tampa ou disco é produzida quando a ferramenta passa pela peça de trabalho. Quando a broca está estacionária e a peça de trabalho está girando, essa tampa pode ser arremessada do mandril pela força centrífuga. Providencie uma blindagem para proteger os usuários.

Leia maisView Less

Dimension


D	LS	CF	CS	bujão do tubo
0.750	2.00	1/8-27 NPT	R 1/8-27 NPT	1025612
1.000	3.00	1/8-27 NPT	R 1/4-18 NPT	1025612
1.250	3.25	1/8-27 NPT	R 1/4-18 NPT	1025612
1.500	3.75	1/8-27 NPT	R 1/4-18 NPT	1025612
2.000	4.00	1/8-27 NPT	R 1/4-18 NPT	1025612

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SSF IN-HSK Form A • End Mill Adapter

1749292

BT40BSSF125500

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1749370

CV40BSSF125475

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1808884

HSK63ASSF125500

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SSF • Straight Shank Adapters for Drill Shanks with Flats

2024415

KM80ATCSSF125500

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SSF Straight Shank Adapter

3683937

KM80TSSSF125500

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Crie uma solução para encontrar as peças perfeitamente compatíveis para a sua ferramenta.

Nome do Produto

Número de material

ID do catálogo ISO

ID do catálogo ANSI

Grão

Drill Fix™ DFT™ • LD Inserts

1157963

DFT030304LD

KC720

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Drill Fix™ DFT™ • MD Inserts

1713515

DFT030304MD

KC7140

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Drill Fix™ DFT™ • HP Inserts

1982316

DFT030304HP

KMF

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Drill Fix™ DFT™ • HP Inserts

2045294

DFT030304HP

KC7140

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Drill Fix™ DFT™ • HP Inserts

5065666

DFT030304HP

KCU40

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Drill Fix™ DFT™ • MD Inserts

5065667

DFT030304MD

KCU40

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Drill Fix™ DFT™ • GD Inserts

5065916

DFT030304GD

KCU40

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Drill Fix™ DFT™ • HP Inserts

5067402

DFT030304HP

KCU25

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Drill Fix™ DFT™ • MD Inserts

5067403

DFT030304MD

KCU25

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Drill Fix™ DFT™ • GD Inserts

5067404

DFT030304GD

KCU25

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PARAFUSO M2.2 x 0.45 - MS-1152

1021337

MS1152

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CHAVE TX7 - 170.023

1138413

170.023

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DFT Flanged Shank • Right Hand • 4 x D

Drill Fix™ DFT™ Bodies

Número de material1522132

ID do catálogo ISODFT0750R4SSF125ID do catálogo ANSIDFT0750R4SSF125

Materiais das peças

Usos e aplicações

Características e benefícios

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Warning

AVISO • Drill Fix DFR

Dimension

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Mensagem Comercial

Produto semelhante ao:

DFT Flanged Shank • Right Hand • 4 x D

Drill Fix™ DFT™ Bodies

Número de material1522132

ID do catálogo ISODFT0750R4SSF125ID do catálogo ANSIDFT0750R4SSF125

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Materiais das peças

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Warning

AVISO • Drill Fix DFR

Dimension

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