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Solid Carbide Deep Hole Drill for Stainless Steels and High-Temperature Alloys

KenDrill™ SGL • 30 x D • Internal Coolant • Straight Shank • Metric

Name: KenDrill™ SGL • 30 x D • Internal Coolant • Straight Shank • Metric
SKU: 100161659
Rating: 0 (0 reviews)

Solid Carbide Deep Hole Drill for Stainless Steels and High-Temperature Alloys

Features and benefits

HP solid carbide deep-hole drills with through coolant for steel, cast iron, stainless steel, high-temperature alloys, and non-ferrous materials.

Application-specific SC drill for drilling holes up to 30 x D up to 4x faster than conventional HSS and gun drills.

Broadest diameter range on the market from .0938–.6299″ (2,383–16mm).

KMH-point geometry is available as a semi-standard, especially for crankshaft applications.

KCMS20 grade (B27_SGL) is a monolayer PVD AlTiN coated ultrafine grain carbide with superior surface finish. First choice for deep hole drilling of stainless steel and high-temperature resistant materials. Due to the coatings enhanced high temperature properties this grade can also be applied for MQL applications in steel.

Uses and application

Drilling: Stacked Plates
Drilling
Drilling: Inclined Exit
Tool Dimensions: 2flute/4margin/coolant
DIN number 6535
Drilling - Through Coolant
Through Coolant: MQL (Minimum Quantity Lubricant): Drilling
Shank - Cylindrical Plain ≤h6
Helix Angle: 30°
Drilling: Cross-Hole Drilling

Tolerance • Inch
nominal size range	D1 tolerance m7	D tolerance h6
.0394–.1181	.0000/-.0004	.0000/-.0006
.1181–.2362	.0002/.0006	.0000/-.0003
.2362–.3937	.0002/.0008	.0000/-.0004
.3937–.7087	.0003/.0010	.0000/-.0004
.7087–1.0000	.0003/.0011	.0000/-.0005

Tolerance • Metric
nominal size range	D1 tolerance m7	D tolerance h6
1–3	0,000/-0,010	0,000/-0,014
3–6	0,004/0,016	0,000/-0,008
6–10	0,006/0,021	0,000/-0,009
10–18	0,007/0,025	0,000/-0,011
18–25,4	0,008/0,029	0,000/-0,013

Deep-Hole Drills • B27_HPG Series • Grade KCPK20™ • Through Coolant • Drill Diameters 3–16mm • Metric

Material Group

Cutting Speed vc

Metric

Range m/min

Recommended Feed Rate (f) by Diameter

Min

Starting Value

Max

3,0

4,0

6,0

8,0

10,0

12,0

14,0

16,0

P

0

100

125

mm/r

0,13–0,15

0,14–0,16

0,15–0,21

0,19–0,26

0,21–0,31

0,26–0,36

0,30–0,41

0,34–0,46

1

90

100

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

2

90

100

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

3

80

95

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

4

80

90

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

5

60

80

90

mm/r

0,03–0,11

0,04–0,11

0,05–0,11

0,05–0,14

0,08–0,18

0,11–0,21

0,12–0,22

0,14–0,24

6

60

70

80

mm/r

0,03–0,11

0,04–0,11

0,05–0,11

0,05–0,14

0,08–0,18

0,11–0,21

0,12–0,22

0,14–0,24

M

1

40

50

60

mm/r

0,04–0,08

0,06–0,12

0,08–0,14

0,10–0,15

0,11–0,16

0,12–0,17

0,13–0,18

0,14–0,19

2

30

40

50

mm/r

0,04–0,08

0,06–0,10

0,08–0,13

0,09–0,14

0,10–0,15

0,11–0,16

0,12–0,17

0,13–0,18

3

30

40

50

mm/r

0,04–0,07

0,06–0,10

0,08–0,13

0,09–0,14

0,10–0,15

0,11–0,16

0,12–0,17

0,13–0,18

K

1

80

100

120

mm/r

0,15–0,19

0,17–0,20

0,19–0,26

0,24–0,32

0,27–0,40

0,32–0,45

0,38–0,52

0,45–0,59

2

80

90

100

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

3

60

90

120

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

Material Group

Cutting Speed vc

Inch

Range SFM

Recommended Feed Rate (f) by Diameter

Min

Starting Value

Max

1/8 .125

3/16 .188

1/4 .250

5/16 .313

3/8 .375

1/2 .500

.551

5/8 .625

P

0

330

410

IPR

.005–.006

.006–.006

.006–.008

.008–.010

.008–.012

.010–.014

.012–.016

.013–.018

1

300

330

360

IPR

.006–.007

.006–.008

.007–.010

.009–.012

.010–.015

.012–.017

.014–.019

.016–.021

2

300

330

360

IPR

.006–.007

.006–.008

.007–.010

.009–.012

.010–.015

.012–.017

.014–.019

.016–.021

3

260

310

360

IPR

.006–.007

.006–.008

.007–.010

.009–.012

.010–.015

.012–.017

.014–.019

.016–.021

4

260

300

360

IPR

.006–.007

.006–.008

.007–.010

.009–.012

.010–.015

.012–.017

.014–.019

.016–.021

5

200

260

300

IPR

.001–.004

.002–.004

.002–.006

.003–.007

.004–.008

.005–.009

.006–.009

6

200

230

260

IPR

.001–.004

.002–.004

.002–.006

.003–.007

.004–.008

.005–.009

.006–.009

M

1

130

160

200

IPR

.002–.003

.002–.005

.003–.006

.004–.006

.005–.007

.006–.008

2

100

130

160

IPR

.002–.003

.002–.004

.003–.005

.004–.006

.005–.007

3

100

130

160

IPR

.002–.003

.002–.004

.003–.005

.004–.006

.005–.007

K

1

260

330

390

IPR

.006–.008

.007–.008

.008–.010

.009–.013

.011–.016

.013–.018

.015–.021

.018–.023

2

260

300

330

IPR

.006–.007

.006–.008

.007–.010

.009–.012

.010–.015

.012–.017

.014–.019

.016–.021

3

200

300

390

IPR

.006–.007

.006–.008

.007–.010

.009–.012

.010–.015

.012–.017

.014–.019

.016–.021

Cutting Speed vc

Metric

Range m/min

Recommended Feed Rate (f) by Diameter

Material Group

Min

Starting Value

Max

3,0

4,0

6,0

8,0

10,0

12,0

14,0

16,0

P

0

100

125

mm/r

0,13–0,15

0,14–0,16

0,15–0,21

0,19–0,26

0,21–0,31

0,26–0,36

0,30–0,41

0,34–0,46

1

90

100

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

2

90

100

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

3

80

95

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

4

80

90

110

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

5

60

80

90

mm/r

0,03–0,11

0,04–0,11

0,05–0,11

0,05–0,14

0,08–0,18

0,11–0,21

0,12–0,22

0,14–0,24

6

60

70

80

mm/r

0,03–0,11

0,04–0,11

0,05–0,11

0,05–0,14

0,08–0,18

0,11–0,21

0,12–0,22

0,14–0,24

M

1

40

50

60

mm/r

0,04–0,08

0,06–0,12

0,08–0,14

0,10–0,15

0,11–0,16

0,12–0,17

0,13–0,18

0,14–0,19

2

30

40

50

mm/r

0,04–0,08

0,06–0,10

0,08–0,13

0,09–0,14

0,10–0,15

0,11–0,16

0,12–0,17

0,13–0,18

3

30

40

50

mm/r

0,04–0,07

0,06–0,10

0,08–0,13

0,09–0,14

0,10–0,15

0,11–0,16

0,12–0,17

0,13–0,18

K

1

80

100

120

mm/r

0,15–0,19

0,17–0,20

0,19–0,26

0,24–0,32

0,27–0,40

0,32–0,45

0,38–0,52

0,45–0,59

2

80

90

100

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

3

60

90

120

mm/r

0,15–0,18

0,16–0,19

0,18–0,25

0,22–0,30

0,25–0,37

0,30–0,42

0,35–0,48

0,40–0,54

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KenDrill™ SGL • 30 x D • Internal Coolant • Straight Shank • Metric

Solid Carbide Deep Hole Drill for Stainless Steels and High-Temperature Alloys

Features and benefits

Uses and application

Deep-Hole Drills • B27_HPG Series • Grade KCPK20™ • Through Coolant • Drill Diameters 3–16mm • Metric

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KenDrill™ SGL • 30 x D • Internal Coolant • Straight Shank • Metric

Solid Carbide Deep Hole Drill for Stainless Steels and High-Temperature Alloys

Features and benefits

Uses and application

Deep-Hole Drills • B27_HPG Series • ﻿Grade KCPK20™ • Through Coolant • Drill Diameters 3–16mm • Metric

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Deep-Hole Drills • B27_HPG Series • Grade KCPK20™ • Through Coolant • Drill Diameters 3–16mm • Metric