149
SOLID CARBIDE DRILLS
SOLID CARBIDE DRILLS
ISCAR
150
USER GUIDE
SOLID CARBIDE DRILLS
Identification System
SCD
SCCD(1)
126 060 140 5
Solid
Carbide
Drill
Cutting
Diameter
Effective
Drilling
Depth
Shank
Diameter
(1) 3 Flute
Shank Type
ACylindrical
Coolant
If not specified - external coolant
CInternal coolant
Cutting Geometry
PCutting geometry for steel
HCutting geometry for hardened materials
GCutting geometry for general use
L/D
Cutting Edge Configurations
AP AH ACG ACP SCCD
151
SOLID CARBIDE DRILLS
OAL
LCF
LU
PL
LS
140°
DCm6
DCONMSh6
Dimensions
Designation
DC DCONMS LU LCF LS OAL FTDZ(1) PL
IC908
SCD 008-003-030 AP4
0.80 3.00 3.2 4.8 37.2 46.00 - 0.150
•
SCD 009-003-030 AP4
0.90 3.00 3.6 5.4 36.6 46.00 - 0.160
•
SCD 010-004-030 AP4
1.00 3.00 4.0 6.0 36.0 46.00 - 0.180
•
SCD 011-004-030 AP4
1.10 3.00 4.4 6.6 35.4 46.00 M1.4 0.200
•
SCD 012-004-030 AP4
1.20 3.00 4.8 7.2 34.8 46.00 - 0.220
•
SCD 013-005-030 AP4
1.30 3.00 5.2 7.8 34.2 46.00 - 0.240
•
SCD 014-005-030 AP4
1.40 3.00 5.6 8.4 33.6 46.00 - 0.250
•
SCD 015-006-030 AP4
1.50 3.00 6.0 9.0 33.0 46.00 - 0.270
•
SCD 016-006-030 AP4
1.60 3.00 6.4 9.6 32.4 46.00 M2 0.290
•
SCD 017-006-030 AP4
1.70 3.00 6.8 10.2 31.8 46.00 - 0.310
•
SCD 018-007-030 AP4
1.80 3.00 7.2 10.8 31.2 46.00 - 0.330
•
SCD 019-007-030 AP4
1.90 3.00 7.6 11.4 30.6 46.00 - 0.350
•
SCD 020-008-030 AP4
2.00 3.00 8.0 12.0 44.0 60.00 - 0.360
•
SCD 021-008-030 AP4
2.10 3.00 8.4 12.6 43.4 60.00 - 0.380
•
SCD 022-008-030 AP4
2.20 3.00 8.8 13.2 42.8 60.00 - 0.400
•
SCD 023-009-030 AP4
2.30 3.00 9.2 13.8 42.2 60.00 - 0.420
•
SCD 024-009-030 AP4
2.40 3.00 9.6 14.4 41.6 60.00 - 0.440
•
SCD 025-010-030 AP4
2.50 3.00 10.0 15.0 41.0 60.00 M3 0.450
•
SCD 026-010-030 AP4
2.60 3.00 10.4 15.6 40.4 60.00 - 0.470
•
SCD 027-010-030 AP4
2.70 3.00 10.8 16.2 39.8 60.00 - 0.490
•
SCD 028-011-030 AP4
2.80 3.00 11.2 16.8 39.2 60.00 - 0.510
•
SCD 029-011-030 AP4
2.90 3.00 11.6 17.4 38.6 60.00 M3.5 0.530
•
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
SCD-AP4 (4xD)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 4xD
OAL
LCF LS
LU
PL
140°
DCm6
DCONMSh6
Dimensions
Designation
DC DCONMS LU LCF LS OAL FTDZ(1) PL
IC908
SCD 008-004-030 AP6
0.80 3.00 4.8 6.4 35.5 46.00 - 0.150
•
SCD 009-005-030 AP6
0.90 3.00 5.4 7.2 34.5 46.00 - 0.160
•
SCD 010-006-030 AP6
1.00 3.00 6.0 8.0 33.8 46.00 - 0.180
•
SCD 011-006-030 AP6
1.10 3.00 6.6 8.8 33.0 46.00 M1.4 0.200
•
SCD 012-007-030 AP6
1.20 3.00 7.2 9.6 32.3 46.00 - 0.220
•
SCD 013-007-030 AP6
1.30 3.00 7.8 10.4 31.5 46.00 - 0.240
•
SCD 014-008-030 AP6
1.40 3.00 8.4 11.2 30.8 46.00 - 0.250
•
SCD 015-009-030 AP6
1.50 3.00 9.0 12.0 30.0 46.00 - 0.270
•
SCD 016-009-030 AP6
1.60 3.00 9.6 12.8 29.3 46.00 M2 0.290
•
SCD 017-010-030 AP6
1.70 3.00 10.2 13.6 42.5 60.00 - 0.310
•
SCD 018-010-030 AP6
1.80 3.00 10.8 14.4 41.8 60.00 - 0.330
•
SCD 019-011-030 AP6
1.90 3.00 11.4 15.2 41.1 60.00 - 0.350
•
SCD 020-012-030 AP6
2.00 3.00 12.0 16.0 40.3 60.00 - 0.360
•
SCD 021-012-030 AP6
2.10 3.00 12.6 16.8 39.6 60.00 - 0.380
•
SCD 022-013-030 AP6
2.20 3.00 13.2 17.6 38.9 60.00 - 0.400
•
SCD 023-013-030 AP6
2.30 3.00 13.8 18.4 38.2 60.00 - 0.420
•
SCD 024-014-030 AP6
2.40 3.00 14.4 19.2 37.5 60.00 - 0.440
•
SCD 025-015-030 AP6
2.50 3.00 15.0 20.0 36.8 60.00 M3 0.450
•
SCD 026-015-030 AP6
2.60 3.00 15.6 20.8 36.1 60.00 - 0.470
•
SCD 027-016-030 AP6
2.70 3.00 16.2 21.6 35.5 60.00 - 0.490
•
SCD 028-016-030 AP6
2.80 3.00 16.8 22.4 34.8 60.00 - 0.510
•
SCD 029-017-030 AP6
2.90 3.00 17.4 23.2 34.4 60.00 M3.5 0.530
•
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
SCD-AP6 (6xD)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 6xD
ISCAR
152
SOLID CARBIDE DRILLS
DCONMS
140°
LS
LU
PL
LCF
DCm7
OAL
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-AP3N (3xD)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 3xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 030-014-060 AP3N
3.00 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 031-014-060 AP3N
3.10 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 032-014-060 AP3N
3.20 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 033-014-060 AP3N
3.30 6.00 62.00 14.00 20.0 0.500 34.0 M4
•
SCD 034-014-060 AP3N
3.40 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 035-014-060 AP3N
3.50 6.00 62.00 14.00 20.0 0.600 34.0 -
•
SCD 036-014-060 AP3N
3.60 6.00 62.00 14.00 20.0 0.600 34.0 -
•
SCD 037-014-060 AP3N
3.70 6.00 62.00 14.00 20.0 0.600 34.0 -
•
SCD 038-017-060 AP3N
3.80 6.00 66.00 17.00 24.0 0.600 35.0 -
•
SCD 039-017-060 AP3N
3.90 6.00 66.00 17.00 24.0 0.600 35.0 -
•
SCD 040-017-060 AP3N
4.00 6.00 66.00 17.00 24.0 0.600 35.0 -
•
SCD 041-017-060 AP3N
4.10 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 042-017-060 AP3N
4.20 6.00 66.00 17.00 24.0 0.700 35.0 M5
•
SCD 043-017-060 AP3N
4.30 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 044-017-060 AP3N
4.40 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 045-017-060 AP3N
4.50 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 046-017-060 AP3N
4.60 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 047-017-060 AP3N
4.70 6.00 66.00 17.00 24.0 0.800 35.0 -
•
SCD 048-020-060 AP3N
4.80 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 049-020-060 AP3N
4.90 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 050-020-060 AP3N
5.00 6.00 66.00 20.00 28.0 0.800 36.0 M6
•
SCD 051-020-060 AP3N
5.10 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 052-020-060 AP3N
5.20 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 053-020-060 AP3N
5.30 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 054-020-060 AP3N
5.40 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 055-020-060 AP3N
5.50 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 056-020-060 AP3N
5.60 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 057-020-060 AP3N
5.70 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 058-020-060 AP3N
5.80 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 059-020-060 AP3N
5.90 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 060-020-060 AP3N
6.00 6.00 66.00 20.00 28.0 0.900 36.0 M7
•
SCD 061-024-080 AP3N
6.10 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 062-024-080 AP3N
6.20 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 063-024-080 AP3N
6.30 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 064-024-080 AP3N
6.40 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 065-024-080 AP3N
6.50 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 066-024-080 AP3N
6.60 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 067-024-080 AP3N
6.70 8.00 79.00 24.00 34.0 1.100 36.0 -
•
SCD 068-024-080 AP3N
6.80 8.00 79.00 24.00 34.0 1.100 36.0 M8
•
SCD 069-024-080 AP3N
6.90 8.00 79.00 24.00 34.0 1.100 36.0 -
•
SCD 070-024-080 AP3N
7.00 8.00 79.00 24.00 34.0 1.100 36.0 -
•
SCD 071-029-080 AP3N
7.10 8.00 79.00 29.00 41.0 1.100 36.0 -
•
SCD 072-029-080 AP3N
7.20 8.00 79.00 29.00 41.0 1.100 36.0 -
•
SCD 073-029-080 AP3N
7.30 8.00 79.00 29.00 41.0 1.100 36.0 -
•
SCD 074-029-080 AP3N
7.40 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 075-029-080 AP3N
7.50 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 076-029-080 AP3N
7.60 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 077-029-080 AP3N
7.70 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 078-029-080 AP3N
7.80 8.00 79.00 29.00 41.0 1.200 36.0 M9
•
SCD 079-029-080 AP3N
7.90 8.00 79.00 29.00 41.0 1.300 36.0 -
•
SCD 080-029-080 AP3N
8.00 8.00 79.00 29.00 41.0 1.300 36.0 -
•
SCD 081-035-100 AP3N
8.10 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 082-035-100 AP3N
8.20 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 083-035-100 AP3N
8.30 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 084-035-100 AP3N
8.40 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 085-035-100 AP3N
8.50 10.00 89.00 35.00 47.0 1.300 40.0 M10
•
SCD 086-035-100 AP3N
8.60 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 087-035-100 AP3N
8.70 10.00 89.00 35.00 47.0 1.400 40.0 -
•
153
SOLID CARBIDE DRILLS
DCONMS
140°
LS
LU
PL
LCF
DCm7
OAL
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-AP3N (3xD)
(continued)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 3xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 088-035-100 AP3N
8.80 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 089-035-100 AP3N
8.90 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 090-035-100 AP3N
9.00 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 091-035-100 AP3N
9.10 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 092-035-100 AP3N
9.20 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 093-035-100 AP3N
9.30 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 094-035-100 AP3N
9.40 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 095-035-100 AP3N
9.50 10.00 89.00 35.00 47.0 1.500 40.0 M11
•
SCD 096-035-100 AP3N
9.60 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 097-035-100 AP3N
9.70 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 098-035-100 AP3N
9.80 10.00 89.00 35.00 47.0 1.600 40.0 -
•
SCD 099-035-100 AP3N
9.90 10.00 89.00 35.00 47.0 1.600 40.0 -
•
SCD 100-035-100 AP3N
10.00 10.00 89.00 35.00 47.0 1.600 40.0 -
•
SCD 101-040-120 AP3N
10.10 12.00 101.00 40.00 55.0 1.600 45.0 -
•
SCD 102-040-120 AP3N
10.20 12.00 101.00 40.00 55.0 1.600 45.0 M12
•
SCD 103-040-120 AP3N
10.30 12.00 101.00 40.00 55.0 1.600 45.0 -
•
SCD 104-040-120 AP3N
10.40 12.00 101.00 40.00 55.0 1.600 45.0 -
•
SCD 105-040-120 AP3N
10.50 12.00 101.00 40.00 55.0 1.600 45.0 -
•
SCD 106-040-120 AP3N
10.60 12.00 101.00 40.00 55.0 1.700 45.0 -
•
SCD 107-040-120 AP3N
10.70 12.00 101.00 40.00 55.0 1.700 45.0 -
•
SCD 108-040-120 AP3N
10.80 12.00 101.00 40.00 55.0 1.700 45.0 -
•
SCD 109-040-120 AP3N
10.90 12.00 101.00 40.00 55.0 1.700 45.0 -
•
SCD 110-040-120 AP3N
11.00 12.00 101.00 40.00 55.0 1.700 45.0 -
•
SCD 111-040-120 AP3N
11.10 12.00 101.00 40.00 55.0 1.700 45.0 -
•
SCD 112-040-120 AP3N
11.20 12.00 101.00 40.00 55.0 1.800 45.0 -
•
SCD 113-040-120 AP3N
11.30 12.00 101.00 40.00 55.0 1.800 45.0 -
•
SCD 114-040-120 AP3N
11.40 12.00 101.00 40.00 55.0 1.800 45.0 -
•
SCD 115-040-120 AP3N
11.50 12.00 101.00 40.00 55.0 1.800 45.0 -
•
SCD 116-040-120 AP3N
11.60 12.00 101.00 40.00 55.0 1.800 45.0 -
•
SCD 117-040-120 AP3N
11.70 12.00 101.00 40.00 55.0 1.900 45.0 -
•
SCD 118-040-120 AP3N
11.80 12.00 101.00 40.00 55.0 1.900 45.0 -
•
SCD 119-040-120 AP3N
11.90 12.00 101.00 40.00 55.0 1.900 45.0 -
•
SCD 120-040-120 AP3N
12.00 12.00 101.00 40.00 55.0 1.900 45.0 M14
•
ISCAR
154
SOLID CARBIDE DRILLS
OAL
LCF LS
LU
PL
140˚
DCm7
DCONMSh6
SCD-AP3 (3xD)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 3xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS LU LCF OAL LS FTDZ(1) PL
IC908
SCD 121-043-140 AP3
12.10 14.00 43.0 60.0 107.00 45.0 - 2.200
•
SCD 122-043-140 AP3
12.20 14.00 43.0 60.0 107.00 45.0 - 2.220
•
SCD 123-043-140 AP3
12.30 14.00 43.0 60.0 107.00 45.0 - 2.240
•
SCD 124-043-140 AP3
12.40 14.00 43.0 60.0 107.00 45.0 - 2.260
•
SCD 125-043-140 AP3
12.50 14.00 43.0 60.0 107.00 45.0 - 2.270
•
SCD 126-043-140 AP3
12.60 14.00 43.0 60.0 107.00 45.0 - 2.290
•
SCD 127-043-140 AP3
12.70 14.00 43.0 60.0 107.00 45.0 - 2.310
•
SCD 128-043-140 AP3
12.80 14.00 43.0 60.0 107.00 45.0 - 2.330
•
SCD 129-043-140 AP3
12.90 14.00 43.0 60.0 107.00 45.0 - 2.350
•
SCD 130-043-140 AP3
13.00 14.00 43.0 60.0 107.00 45.0 - 2.370
•
SCD 131-043-140 AP3
13.10 14.00 43.0 60.0 107.00 45.0 - 2.380
•
SCD 132-043-140 AP3
13.20 14.00 43.0 60.0 107.00 45.0 - 2.400
•
SCD 133-043-140 AP3
13.30 14.00 43.0 60.0 107.00 45.0 - 2.420
•
SCD 135-043-140 AP3
13.50 14.00 43.0 60.0 107.00 45.0 - 2.460
•
SCD 136-043-140 AP3
13.60 14.00 43.0 60.0 107.00 45.0 - 2.470
•
SCD 137-043-140 AP3
13.70 14.00 43.0 60.0 107.00 45.0 - 2.490
•
SCD 138-043-140 AP3
13.80 14.00 43.0 60.0 107.00 45.0 - 2.510
•
SCD 139-043-140 AP3
13.90 14.00 43.0 60.0 107.00 45.0 - 2.530
•
SCD 140-043-140 AP3
14.00 14.00 43.0 60.0 107.00 45.0 M16 2.550
•
SCD 141-045-160 AP3
14.10 16.00 45.0 65.0 115.00 45.0 - 2.570
•
SCD 142-045-160 AP3
14.20 16.00 45.0 65.0 115.00 45.0 - 2.580
•
SCD 143-045-160 AP3
14.30 16.00 45.0 65.0 115.00 45.0 - 2.600
•
SCD 144-045-160 AP3
14.40 16.00 45.0 65.0 115.00 45.0 - 2.620
•
SCD 145-045-160 AP3
14.50 16.00 45.0 65.0 115.00 45.0 - 2.640
•
SCD 146-045-160 AP3
14.60 16.00 45.0 65.0 115.00 45.0 - 2.660
•
SCD 147-045-160 AP3
14.70 16.00 45.0 65.0 115.00 45.0 - 2.680
•
SCD 148-045-160 AP3
14.80 16.00 45.0 65.0 115.00 45.0 - 2.690
•
SCD 149-045-160 AP3
14.90 16.00 45.0 65.0 115.00 45.0 - 2.710
•
SCD 150-045-160 AP3
15.00 16.00 45.0 65.0 115.00 45.0 - 2.730
•
SCD 151-045-160 AP3
15.10 16.00 45.0 65.0 115.00 45.0 - 2.750
•
SCD 152-045-160 AP3
15.20 16.00 45.0 65.0 115.00 45.0 - 2.770
•
SCD 153-045-160 AP3
15.30 16.00 45.0 65.0 115.00 45.0 - 2.780
•
SCD 154-045-160 AP3
15.40 16.00 45.0 65.0 115.00 45.0 - 2.800
•
SCD 155-045-160 AP3
15.50 16.00 45.0 65.0 115.00 45.0 M18 2.820
•
SCD 156-045-160 AP3
15.60 16.00 45.0 65.0 115.00 45.0 - 2.840
•
SCD 157-045-160 AP3
15.70 16.00 45.0 65.0 115.00 45.0 - 2.860
•
SCD 158-045-160 AP3
15.80 16.00 45.0 65.0 115.00 45.0 - 2.880
•
SCD 159-045-160 AP3
15.90 16.00 45.0 65.0 115.00 45.0 - 2.890
•
SCD 160-045-160 AP3
16.00 16.00 45.0 65.0 115.00 45.0 - 2.910
•
SCD 161-051-180 AP3
16.10 18.00 51.0 73.0 123.00 48.0 - 2.930
•
SCD 162-051-180 AP3
16.20 18.00 51.0 73.0 123.00 48.0 - 2.950
•
SCD 163-051-180 AP3
16.30 18.00 51.0 73.0 123.00 48.0 - 2.970
•
SCD 164-051-180 AP3
16.40 18.00 51.0 73.0 123.00 48.0 - 2.980
•
SCD 165-051-180 AP3
16.50 18.00 51.0 73.0 123.00 48.0 - 3.000
•
SCD 166-051-180 AP3
16.60 18.00 51.0 73.0 123.00 48.0 - 3.020
•
SCD 167-051-180 AP3
16.70 18.00 51.0 73.0 123.00 48.0 - 3.040
•
SCD 168-051-180 AP3
16.80 18.00 51.0 73.0 123.00 48.0 - 3.060
•
SCD 169-051-180 AP3
16.90 18.00 51.0 73.0 123.00 48.0 - 3.080
•
SCD 170-051-180 AP3
17.00 18.00 51.0 73.0 123.00 48.0 - 3.090
•
SCD 171-051-180 AP3
17.10 18.00 51.0 73.0 123.00 48.0 - 3.110
•
SCD 172-051-180 AP3
17.20 18.00 51.0 73.0 123.00 48.0 - 3.130
•
SCD 173-051-180 AP3
17.30 18.00 51.0 73.0 123.00 48.0 - 3.150
•
SCD 174-051-180 AP3
17.40 18.00 51.0 73.0 123.00 48.0 - 3.170
•
SCD 175-051-180 AP3
17.50 18.00 51.0 73.0 123.00 48.0 M20 3.180
•
SCD 176-051-180 AP3
17.60 18.00 51.0 73.0 123.00 48.0 - 3.200
•
SCD 177-051-180 AP3
17.70 18.00 51.0 73.0 123.00 48.0 - 3.220
•
SCD 178-051-180 AP3
17.80 18.00 51.0 73.0 123.00 48.0 - 3.240
•
155
SOLID CARBIDE DRILLS
OAL
LCF LS
LU
PL
140˚
DCm7
DCONMSh6
SCD-AP3 (3xD)
(continued)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 3xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS LU LCF OAL LS FTDZ(1) PL
IC908
SCD 179-051-180 AP3
17.90 18.00 51.0 73.0 123.00 48.0 - 3.260
•
SCD 180-051-180 AP3
18.00 18.00 51.0 73.0 123.00 48.0 - 3.280
•
SCD 181-055-200 AP3
18.10 20.00 55.0 79.0 131.00 48.0 - 3.290
•
SCD 182-055-200 AP3
18.20 20.00 55.0 79.0 131.00 48.0 - 3.310
•
SCD 183-055-200 AP3
18.30 20.00 55.0 79.0 131.00 48.0 - 3.330
•
SCD 184-055-200 AP3
18.40 20.00 55.0 79.0 131.00 48.0 - 3.350
•
SCD 185-055-200 AP3
18.50 20.00 55.0 79.0 131.00 48.0 - 3.370
•
SCD 186-055-200 AP3
18.60 20.00 55.0 79.0 131.00 48.0 - 3.380
•
SCD 187-055-200 AP3
18.70 20.00 55.0 79.0 131.00 48.0 - 3.400
•
SCD 188-055-200 AP3
18.80 20.00 55.0 79.0 131.00 48.0 - 3.420
•
SCD 189-055-200 AP3
18.90 20.00 55.0 79.0 131.00 48.0 - 3.440
•
SCD 190-055-200 AP3
19.00 20.00 55.0 79.0 131.00 48.0 - 3.460
•
SCD 191-055-200 AP3
19.10 20.00 55.0 79.0 131.00 48.0 - 3.480
•
SCD 192-055-200 AP3
19.20 20.00 55.0 79.0 131.00 48.0 - 3.490
•
SCD 193-055-200 AP3
19.30 20.00 55.0 79.0 131.00 48.0 - 3.510
•
SCD 194-055-200 AP3
19.40 20.00 55.0 79.0 131.00 48.0 - 3.530
•
SCD 195-055-200 AP3
19.50 20.00 55.0 79.0 131.00 48.0 M22 3.550
•
SCD 197-055-200 AP3
19.70 20.00 55.0 79.0 131.00 48.0 - 3.590
•
SCD 198-055-200 AP3
19.80 20.00 55.0 79.0 131.00 48.0 - 3.600
•
SCD 199-055-200 AP3
19.90 20.00 55.0 79.0 131.00 48.0 - 3.620
•
SCD 200-055-200 AP3
20.00 20.00 55.0 79.0 131.00 48.0 - 3.640
•
ISCAR
156
SOLID CARBIDE DRILLS
DCONMS
LS
LCF
OAL
PL
DCm7
140°
LU
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-ACP3N (3XD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 030-014-060 ACP3N
3.00 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 031-014-060 ACP3N
3.10 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 032-014-060 ACP3N
3.20 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 033-014-060 ACP3N
3.30 6.00 62.00 14.00 20.0 0.500 34.0 M4
•
SCD 034-014-060 ACP3N
3.40 6.00 62.00 14.00 20.0 0.500 34.0 -
•
SCD 035-014-060 ACP3N
3.50 6.00 62.00 14.00 20.0 0.600 34.0 -
•
SCD 036-014-060 ACP3N
3.60 6.00 62.00 14.00 20.0 0.600 34.0 -
•
SCD 037-014-060 ACP3N
3.70 6.00 62.00 14.00 20.0 0.600 34.0 -
•
SCD 038-017-060 ACP3N
3.80 6.00 66.00 17.00 24.0 0.600 35.0 -
•
SCD 039-017-060 ACP3N
3.90 6.00 66.00 17.00 24.0 0.600 35.0 -
•
SCD 040-017-060 ACP3N
4.00 6.00 66.00 17.00 24.0 0.600 35.0 -
•
SCD 041-017-060 ACP3N
4.10 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 042-017-060 ACP3N
4.20 6.00 66.00 17.00 24.0 0.700 35.0 M5
•
SCD 043-017-060 ACP3N
4.30 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 044-017-060 ACP3N
4.40 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 045-017-060 ACP3N
4.50 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 046-017-060 ACP3N
4.60 6.00 66.00 17.00 24.0 0.700 35.0 -
•
SCD 047-017-060 ACP3N
4.70 6.00 66.00 17.00 24.0 0.800 35.0 -
•
SCD 048-020-060 ACP3N
4.80 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 049-020-060 ACP3N
4.90 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 050-020-060 ACP3N
5.00 6.00 66.00 20.00 28.0 0.800 36.0 M6
•
SCD 051-020-060 ACP3N
5.10 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 052-020-060 ACP3N
5.20 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 053-020-060 ACP3N
5.30 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 054-020-060 ACP3N
5.40 6.00 66.00 20.00 28.0 0.800 36.0 -
•
SCD 055-020-060 ACP3N
5.50 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 056-020-060 ACP3N
5.60 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 057-020-060 ACP3N
5.70 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 058-020-060 ACP3N
5.80 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 059-020-060 ACP3N
5.90 6.00 66.00 20.00 28.0 0.900 36.0 -
•
SCD 060-020-060 ACP3N
6.00 6.00 66.00 20.00 28.0 0.900 36.0 M7
•
SCD 061-024-080 ACP3N
6.10 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 062-024-080 ACP3N
6.20 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 063-024-080 ACP3N
6.30 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 064-024-080 ACP3N
6.40 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 065-024-080 ACP3N
6.50 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 066-024-080 ACP3N
6.60 8.00 79.00 24.00 34.0 1.000 36.0 -
•
SCD 067-024-080 ACP3N
6.70 8.00 79.00 24.00 34.0 1.100 36.0 -
•
SCD 068-024-080 ACP3N
6.80 8.00 79.00 24.00 34.0 1.100 36.0 M8
•
SCD 069-024-080 ACP3N
6.90 8.00 79.00 24.00 34.0 1.100 36.0 -
•
SCD 070-024-080 ACP3N
7.00 8.00 79.00 24.00 34.0 1.100 36.0 -
•
SCD 071-029-080 ACP3N
7.10 8.00 79.00 29.00 41.0 1.100 36.0 -
•
SCD 072-029-080 ACP3N
7.20 8.00 79.00 29.00 41.0 1.100 36.0 -
•
SCD 073-029-080 ACP3N
7.30 8.00 79.00 29.00 41.0 1.100 36.0 -
•
SCD 074-029-080 ACP3N
7.40 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 075-029-080 ACP3N
7.50 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 076-029-080 ACP3N
7.60 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 077-029-080 ACP3N
7.70 8.00 79.00 29.00 41.0 1.200 36.0 -
•
SCD 078-029-080 ACP3N
7.80 8.00 79.00 29.00 41.0 1.200 36.0 M9
•
SCD 079-029-080 ACP3N
7.90 8.00 79.00 29.00 41.0 1.300 36.0 -
•
SCD 080-029-080 ACP3N
8.00 8.00 79.00 29.00 41.0 1.300 36.0 -
•
SCD 081-035-100 ACP3N
8.10 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 082-035-100 ACP3N
8.20 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 083-035-100 ACP3N
8.30 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 084-035-100 ACP3N
8.40 10.00 89.00 35.00 47.0 1.300 40.0 -
•
SCD 085-035-100 ACP3N
8.50 10.00 89.00 35.00 47.0 1.300 40.0 M10
•
SCD 086-035-100 ACP3N
8.60 10.00 89.00 35.00 47.0 1.400 40.0 -
•
157
SOLID CARBIDE DRILLS
DCONMS
LS
LCF
OAL
PL
DCm7
140°
LU
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-ACP3N (3XD)
(continued)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 3xD
• For user guide and cutting conditions, see pages 175-184
• For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 087-035-100 ACP3N
8.70 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 088-035-100 ACP3N
8.80 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 089-035-100 ACP3N
8.90 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 090-035-100 ACP3N
9.00 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 091-035-100 ACP3N
9.10 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 092-035-100 ACP3N
9.20 10.00 89.00 35.00 47.0 1.400 40.0 -
•
SCD 093-035-100 ACP3N
9.30 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 094-035-100 ACP3N
9.40 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 095-035-100 ACP3N
9.50 10.00 89.00 35.00 47.0 1.500 40.0 M11
•
SCD 096-035-100 ACP3N
9.60 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 097-035-100 ACP3N
9.70 10.00 89.00 35.00 47.0 1.500 40.0 -
•
SCD 098-035-100 ACP3N
9.80 10.00 89.00 35.00 47.0 1.600 40.0 -
•
SCD 099-035-100 ACP3N
9.90 10.00 89.00 35.00 47.0 1.600 40.0 -
•
SCD 100-035-100 ACP3N
10.00 10.00 89.00 35.00 47.0 1.600 40.0 -
•
SCD 101-040-120 ACP3N
10.10 12.00 102.00 40.00 55.0 1.600 45.0 -
•
SCD 102-040-120 ACP3N
10.20 12.00 102.00 40.00 55.0 1.600 45.0 M12
•
SCD 103-040-120 ACP3N
10.30 12.00 102.00 40.00 55.0 1.600 45.0 -
•
SCD 104-040-120 ACP3N
10.40 12.00 102.00 40.00 55.0 1.600 45.0 -
•
SCD 105-040-120 ACP3N
10.50 12.00 102.00 40.00 55.0 1.600 45.0 -
•
SCD 106-040-120 ACP3N
10.60 12.00 102.00 40.00 55.0 1.700 45.0 -
•
SCD 108-040-120 ACP3N
10.80 12.00 102.00 40.00 55.0 1.700 45.0 -
•
SCD 109-040-120 ACP3N
10.90 12.00 102.00 40.00 55.0 1.700 45.0 -
•
SCD 110-040-120 ACP3N
11.00 12.00 102.00 40.00 55.0 1.700 45.0 -
•
SCD 111-040-120 ACP3N
11.10 12.00 102.00 40.00 55.0 1.700 45.0 -
•
SCD 112-040-120 ACP3N
11.20 12.00 102.00 40.00 55.0 1.800 45.0 -
•
SCD 113-040-120 ACP3N
11.30 12.00 102.00 40.00 55.0 1.800 45.0 -
•
SCD 114-040-120 ACP3N
11.40 12.00 102.00 40.00 55.0 1.800 45.0 -
•
SCD 115-040-120 ACP3N
11.50 12.00 102.00 40.00 55.0 1.800 45.0 -
•
SCD 116-040-120 ACP3N
11.60 12.00 102.00 40.00 55.0 1.800 45.0 -
•
SCD 117-040-120 ACP3N
11.70 12.00 102.00 40.00 55.0 1.900 45.0 -
•
SCD 118-040-120 ACP3N
11.80 12.00 102.00 40.00 55.0 1.900 45.0 -
•
SCD 119-040-120 ACP3N
11.90 12.00 102.00 40.00 55.0 1.900 45.0 -
•
SCD 120-040-120 ACP3N
12.00 12.00 102.00 40.00 55.0 1.900 45.0 M14
•
ISCAR
158
SOLID CARBIDE DRILLS
DCONMSh6
140˚
LU
PL
LCF LS
OAL
DCm7
CHWx30˚
Dimensions
Designation
DC DCONMS LU LCF OAL LS PL KCH CHW FTDZ(1)
IC908
SCCD 040-017-060 ACP3
4.00 6.00 17.0 25.0 66.00 35.0 0.820 30.0 0.30
•
SCCD 045-017-060 ACP3
4.50 6.00 17.0 25.0 66.00 35.0 0.880 30.0 0.30
•
SCCD 050-020-060 ACP3
5.00 6.00 20.0 29.0 66.00 36.0 0.960 30.0 0.30 M6
•
SCCD 051-020-060 ACP3
5.10 6.00 20.0 29.0 66.00 36.0 0.980 30.0 0.30 M7
•
SCCD 055-020-060 ACP3
5.50 6.00 20.0 29.0 66.00 36.0 1.080 30.0 0.40
•
SCCD 060-020-060 ACP3
6.00 6.00 20.0 29.0 66.00 36.0 1.170 30.0 0.40
•
SCCD 065-024-080 ACP3
6.50 8.00 24.0 35.0 79.00 36.0 1.260 30.0 0.40
•
SCCD 068-024-080 ACP3
6.80 8.00 24.0 35.0 79.00 36.0 1.310 30.0 0.40 M8
•
SCCD 070-024-080 ACP3
7.00 8.00 24.0 35.0 79.00 36.0 1.350 30.0 0.40
•
SCCD 075-029-080 ACP3
7.50 8.00 29.0 42.0 79.00 36.0 1.400 30.0 0.40
•
SCCD 080-029-080 ACP3
8.00 8.00 29.0 42.0 79.00 36.0 1.490 30.0 0.40
•
SCCD 085-035-100 ACP3
8.50 10.00 35.0 48.0 89.00 40.0 1.630 30.0 0.50 M10
•
SCCD 086-035-100 ACP3
8.60 10.00 35.0 48.0 89.00 40.0 1.650 30.0 0.50
•
SCCD 090-035-100 ACP3
9.00 10.00 35.0 48.0 89.00 40.0 1.720 30.0 0.50
•
SCCD 095-035-100 ACP3
9.50 10.00 35.0 48.0 89.00 40.0 1.750 30.0 0.50 M11
•
SCCD 100-035-100 ACP3
10.00 10.00 35.0 48.0 89.00 40.0 1.850 30.0 0.50
•
SCCD 103-040-120 ACP3
10.30 12.00 40.0 55.0 102.00 45.0 1.940 30.0 0.60
•
SCCD 105-040-120 ACP3
10.50 12.00 40.0 55.0 102.00 45.0 1.980 30.0 0.60
•
SCCD 110-040-120 ACP3
11.00 12.00 40.0 55.0 102.00 45.0 2.070 30.0 0.60
•
SCCD 115-040-120 ACP3
11.50 12.00 40.0 56.0 102.00 45.0 2.120 30.0 0.60
•
SCCD 120-040-120 ACP3
12.00 12.00 40.0 56.0 102.00 45.0 2.210 30.0 0.60 M14
•
• For user guide, see pages 175-184 • For regrinding instructions, see page 182
(1) Used for standard thread size
ISO
Material
No. Material Material Condition
Cutting
Speed
Vc, m/min
Cutting Diameter
Feed f, mm/rev
Ø4-Ø5Ø5.1-Ø6Ø6.1-Ø8Ø8.1-Ø10 Ø10.1-Ø12
P
1
Non-alloy steel
and cast steel,
free cutting steel
< 0.25 %C Annealed 80-140
0.15-0.25 0.20-0.35
0.25-0.45 0.30-0.55 0.35-0.60
2>= 0.25 %C Annealed 80-130
3< 0.55 %C Quenched and tempered 80-120
4>= 0.55 %C Annealed 70-110
5Quenched and tempered 50-90
6Low alloy steel and cast
steel (less than 5% of
alloying elements)
Annealed 80-120
0.25-0.40 0.30-0.50 0.35-0.55
7
Quenched and tempered
70-110
8 50-90
9 40-70
10 High alloyed steel, cast
steel, and tool steel
Annealed 50-90 0.15-0.20 0.20-0.30 0.25-0.35 0.30-0.45 0.35-0.50
11 Quenched and tempered 40-80
K
15 Grey cast iron Ferritic/pearlitic 80-140
0.20-0.30
0.25-0.45 0.35-0.55 0.40-0.60 0.45-0.65
16 Pearlitic 70-120
17 Nodular cast iron Ferritic 80-120
0.20-0.40 0.30-0.50 0.35-0.55 0.40-0.60
18 Pearlitic 70-110
19 Malleable cast iron Ferritic 80-120
20 Pearlitic 70-110
Recommended Machining Conditions for SCCD-ACP Solid Carbide Drills
SCCD-ACP3
Three Flute Solid Carbide
Drills with Coolant Holes,
Drilling Depth 3xD
159
SOLID CARBIDE DRILLS
LS
LCF
OAL
LU
PL
DCm7
140° DCONMS
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-AP5N (5xD)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 5xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 030-023-060 AP5N
3.00 6.00 66.00 23.00 28.0 0.500 34.0 -
•
SCD 031-023-060 AP5N
3.10 6.00 66.00 23.00 28.0 0.500 34.0 -
•
SCD 032-023-060 AP5N
3.20 6.00 66.00 23.00 28.0 0.500 34.0 -
•
SCD 033-023-060 AP5N
3.30 6.00 66.00 23.00 28.0 0.500 34.0 M4
•
SCD 034-023-060 AP5N
3.40 6.00 66.00 23.00 28.0 0.500 34.0 -
•
SCD 035-023-060 AP5N
3.50 6.00 66.00 23.00 28.0 0.600 34.0 -
•
SCD 036-023-060 AP5N
3.60 6.00 66.00 23.00 28.0 0.600 34.0 -
•
SCD 037-023-060 AP5N
3.70 6.00 66.00 23.00 28.0 0.600 34.0 -
•
SCD 038-029-060 AP5N
3.80 6.00 74.00 29.00 36.0 0.600 35.0 -
•
SCD 039-029-060 AP5N
3.90 6.00 74.00 29.00 36.0 0.600 35.0 -
•
SCD 040-029-060 AP5N
4.00 6.00 74.00 29.00 36.0 0.600 35.0 -
•
SCD 041-029-060 AP5N
4.10 6.00 74.00 29.00 36.0 0.700 35.0 -
•
SCD 042-029-060 AP5N
4.20 6.00 74.00 29.00 36.0 0.700 35.0 M5
•
SCD 043-029-060 AP5N
4.30 6.00 74.00 29.00 36.0 0.700 35.0 -
•
SCD 044-029-060 AP5N
4.40 6.00 74.00 29.00 36.0 0.700 35.0 -
•
SCD 045-029-060 AP5N
4.50 6.00 74.00 29.00 36.0 0.700 35.0 -
•
SCD 046-029-060 AP5N
4.60 6.00 74.00 29.00 36.0 0.700 35.0 -
•
SCD 047-029-060 AP5N
4.70 6.00 74.00 29.00 36.0 0.800 35.0 -
•
SCD 048-035-060 AP5N
4.80 6.00 74.00 35.00 44.0 0.800 36.0 -
•
SCD 049-035-060 AP5N
4.90 6.00 82.00 35.00 44.0 0.800 36.0 -
•
SCD 050-035-060 AP5N
5.00 6.00 82.00 35.00 44.0 0.800 36.0 M6
•
SCD 051-035-060 AP5N
5.10 6.00 82.00 35.00 44.0 0.800 36.0 -
•
SCD 052-035-060 AP5N
5.20 6.00 82.00 35.00 44.0 0.800 36.0 -
•
SCD 053-035-060 AP5N
5.30 6.00 82.00 35.00 44.0 0.800 36.0 -
•
SCD 054-035-060 AP5N
5.40 6.00 82.00 35.00 44.0 0.800 36.0 -
•
SCD 055-035-060 AP5N
5.50 6.00 82.00 35.00 44.0 0.900 36.0 -
•
SCD 056-035-060 AP5N
5.60 6.00 82.00 35.00 44.0 0.900 36.0 -
•
SCD 057-035-060 AP5N
5.70 6.00 82.00 35.00 44.0 0.900 36.0 -
•
SCD 058-035-060 AP5N
5.80 6.00 82.00 35.00 44.0 0.900 36.0 -
•
SCD 059-035-060 AP5N
5.90 6.00 82.00 35.00 44.0 0.900 36.0 -
•
SCD 060-035-060 AP5N
6.00 6.00 82.00 35.00 44.0 0.900 36.0 M7
•
SCD 061-043-080 AP5N
6.10 8.00 91.00 43.00 53.0 1.000 36.0 -
•
SCD 062-043-080 AP5N
6.20 8.00 91.00 43.00 53.0 1.000 36.0 -
•
SCD 063-043-080 AP5N
6.30 8.00 91.00 43.00 53.0 1.000 36.0 -
•
SCD 064-043-080 AP5N
6.40 8.00 91.00 43.00 53.0 1.000 36.0 -
•
SCD 065-043-080 AP5N
6.50 8.00 91.00 43.00 53.0 1.000 36.0 -
•
SCD 066-043-080 AP5N
6.60 8.00 91.00 43.00 53.0 1.000 36.0 -
•
SCD 067-043-080 AP5N
6.70 8.00 91.00 43.00 53.0 1.100 36.0 -
•
SCD 068-043-080 AP5N
6.80 8.00 91.00 43.00 53.0 1.100 36.0 M8
•
SCD 069-043-080 AP5N
6.90 8.00 91.00 43.00 53.0 1.100 36.0 -
•
SCD 070-043-080 AP5N
7.00 8.00 91.00 43.00 53.0 1.100 36.0 -
•
SCD 071-043-080 AP5N
7.10 8.00 91.00 43.00 53.0 1.100 36.0 -
•
SCD 072-043-080 AP5N
7.20 8.00 91.00 43.00 53.0 1.100 36.0 -
•
SCD 073-043-080 AP5N
7.30 8.00 91.00 43.00 53.0 1.100 36.0 -
•
SCD 074-043-080 AP5N
7.40 8.00 91.00 43.00 53.0 1.200 36.0 -
•
SCD 075-043-080 AP5N
7.50 8.00 91.00 43.00 53.0 1.200 36.0 -
•
SCD 076-043-080 AP5N
7.60 8.00 91.00 43.00 53.0 1.200 36.0 -
•
SCD 077-043-080 AP5N
7.70 8.00 91.00 43.00 53.0 1.200 36.0 -
•
SCD 078-043-080 AP5N
7.80 8.00 91.00 43.00 53.0 1.200 36.0 M9
•
SCD 079-043-080 AP5N
7.90 8.00 91.00 43.00 53.0 1.300 36.0 -
•
SCD 080-043-080 AP5N
8.00 8.00 91.00 43.00 53.0 1.300 36.0 -
•
SCD 081-049-100 AP5N
8.10 10.00 103.00 49.00 61.0 1.300 40.0 -
•
SCD 082-049-100 AP5N
8.20 10.00 103.00 49.00 61.0 1.300 40.0 -
•
SCD 083-049-100 AP5N
8.30 10.00 103.00 49.00 61.0 1.300 40.0 -
•
SCD 084-049-100 AP5N
8.40 10.00 103.00 49.00 61.0 1.300 40.0 -
•
SCD 085-049-100 AP5N
8.50 10.00 103.00 49.00 61.0 1.300 40.0 M10
•
SCD 086-049-100 AP5N
8.60 10.00 103.00 49.00 61.0 1.400 40.0 -
•
SCD 087-049-100 AP5N
8.70 10.00 103.00 49.00 61.0 1.400 40.0 -
•
ISCAR
160
SOLID CARBIDE DRILLS
LS
LCF
OAL
LU
PL
DCm7
140° DCONMS
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-AP5N (5xD)
(continued)
DIN 6537 Solid Carbide
Drills without Coolant Holes,
Drilling Depth 5xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 088-049-100 AP5N
8.80 10.00 103.00 49.00 61.0 1.400 40.0 -
•
SCD 089-049-100 AP5N
8.90 10.00 103.00 49.00 61.0 1.400 40.0 -
•
SCD 090-049-100 AP5N
9.00 10.00 103.00 49.00 61.0 1.400 40.0 -
•
SCD 091-049-100 AP5N
9.10 10.00 103.00 49.00 61.0 1.400 40.0 -
•
SCD 092-049-100 AP5N
9.20 10.00 103.00 49.00 61.0 1.400 40.0 -
•
SCD 093-049-100 AP5N
9.30 10.00 103.00 49.00 61.0 1.500 40.0 -
•
SCD 094-049-100 AP5N
9.40 10.00 103.00 49.00 61.0 1.500 40.0 -
•
SCD 095-049-100 AP5N
9.50 10.00 103.00 49.00 61.0 1.500 40.0 M11
•
SCD 096-049-100 AP5N
9.60 10.00 103.00 49.00 61.0 1.500 40.0 -
•
SCD 097-049-100 AP5N
9.70 10.00 103.00 49.00 61.0 1.500 40.0 -
•
SCD 098-049-100 AP5N
9.80 10.00 103.00 49.00 61.0 1.600 40.0 -
•
SCD 099-049-100 AP5N
9.90 10.00 103.00 49.00 61.0 1.600 40.0 -
•
SCD 100-049-100 AP5N
10.00 10.00 103.00 49.00 61.0 1.600 40.0 -
•
SCD 101-056-120 AP5N
10.10 12.00 118.00 56.00 71.0 1.600 45.0 -
•
SCD 102-056-120 AP5N
10.20 12.00 118.00 56.00 71.0 1.600 45.0 M12
•
SCD 103-056-120 AP5N
10.30 12.00 118.00 56.00 71.0 1.600 45.0 -
•
SCD 104-056-120 AP5N
10.40 12.00 118.00 56.00 71.0 1.600 45.0 -
•
SCD 105-056-120 AP5N
10.50 12.00 118.00 56.00 71.0 1.600 45.0 -
•
SCD 106-056-120 AP5N
10.60 12.00 118.00 56.00 71.0 1.700 45.0 -
•
SCD 107-056-120 AP5N
10.70 12.00 118.00 56.00 71.0 1.700 45.0 -
•
SCD 108-056-120 AP5N
10.80 12.00 118.00 56.00 71.0 1.700 45.0 -
•
SCD 109-056-120 AP5N
10.90 12.00 118.00 56.00 71.0 1.700 45.0 -
•
SCD 110-056-120 AP5N
11.00 12.00 118.00 56.00 71.0 1.700 45.0 -
•
SCD 111-056-120 AP5N
11.10 12.00 118.00 56.00 71.0 1.700 45.0 -
•
SCD 112-056-120 AP5N
11.20 12.00 118.00 56.00 71.0 1.800 45.0 -
•
SCD 113-056-120 AP5N
11.30 12.00 118.00 56.00 71.0 1.800 45.0 -
•
SCD 114-056-120 AP5N
11.40 12.00 118.00 56.00 71.0 1.800 45.0 -
•
SCD 115-056-120 AP5N
11.50 12.00 118.00 56.00 71.0 1.800 45.0 -
•
SCD 116-056-120 AP5N
11.60 12.00 118.00 56.00 71.0 1.800 45.0 -
•
SCD 117-056-120 AP5N
11.70 12.00 118.00 56.00 71.0 1.900 45.0 -
•
SCD 118-056-120 AP5N
11.80 12.00 118.00 56.00 71.0 1.900 45.0 -
•
SCD 119-056-120 AP5N
11.90 12.00 118.00 56.00 71.0 1.900 45.0 -
•
SCD 120-056-120 AP5N
12.00 12.00 118.00 56.00 71.0 1.900 45.0 M14
•
161
SOLID CARBIDE DRILLS
LCF LS
LU
PL
OAL
140˚
DCm7
DCONMSh6
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-AP5 (5xD)
Solid Carbide Drills without
Coolant Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS LU LCF OAL LS FTDZ(1) PL
IC908
SCD 121-060-140 AP5
12.10 14.00 60.0 77.0 124.00 45.0 - 2.200
•
SCD 122-060-140 AP5
12.20 14.00 60.0 77.0 124.00 45.0 - 2.220
•
SCD 124-060-140 AP5
12.40 14.00 60.0 77.0 124.00 45.0 - 2.260
•
SCD 125-060-140 AP5
12.50 14.00 60.0 77.0 124.00 45.0 - 2.270
•
SCD 127-060-140 AP5
12.70 14.00 60.0 77.0 124.00 45.0 - 2.310
•
SCD 128-060-140 AP5
12.80 14.00 60.0 77.0 124.00 45.0 - 2.330
•
SCD 130-060-140 AP5
13.00 14.00 60.0 77.0 124.00 45.0 - 2.370
•
SCD 131-060-140 AP5
13.10 14.00 60.0 77.0 124.00 45.0 - 2.380
•
SCD 132-060-140 AP5
13.20 14.00 60.0 77.0 124.00 45.0 - 2.400
•
SCD 133-060-140 AP5
13.30 14.00 60.0 77.0 124.00 45.0 - 2.420
•
SCD 135-060-140 AP5
13.50 14.00 60.0 77.0 124.00 45.0 - 2.460
•
SCD 136-060-140 AP5
13.60 14.00 60.0 77.0 124.00 45.0 - 2.470
•
SCD 137-060-140 AP5
13.70 14.00 60.0 77.0 124.00 45.0 - 2.490
•
SCD 138-060-140 AP5
13.80 14.00 60.0 77.0 124.00 45.0 - 2.510
•
SCD 139-060-140 AP5
13.90 14.00 60.0 77.0 124.00 45.0 - 2.530
•
SCD 140-060-140 AP5
14.00 14.00 60.0 77.0 124.00 45.0 M16 2.550
•
SCD 141-063-160 AP5
14.10 16.00 63.0 83.0 133.00 45.0 - 2.570
•
SCD 142-063-160 AP5
14.20 16.00 63.0 83.0 133.00 45.0 - 2.580
•
SCD 143-063-160 AP5
14.30 16.00 63.0 83.0 133.00 45.0 - 2.600
•
SCD 145-063-160 AP5
14.50 16.00 63.0 83.0 133.00 45.0 - 2.640
•
SCD 146-063-160 AP5
14.60 16.00 63.0 83.0 133.00 45.0 - 2.660
•
SCD 147-063-160 AP5
14.70 16.00 63.0 83.0 133.00 45.0 - 2.680
•
SCD 148-063-160 AP5
14.80 16.00 63.0 83.0 133.00 45.0 - 2.690
•
SCD 149-063-160 AP5
14.90 16.00 63.0 83.0 133.00 45.0 - 2.710
•
SCD 150-063-160 AP5
15.00 16.00 63.0 83.0 133.00 45.0 - 2.730
•
SCD 151-063-160 AP5
15.10 16.00 63.0 83.0 133.00 45.0 - 2.750
•
SCD 152-063-160 AP5
15.20 16.00 63.0 83.0 133.00 45.0 - 2.770
•
SCD 153-063-160 AP5
15.30 16.00 63.0 83.0 133.00 45.0 - 2.780
•
SCD 155-063-160 AP5
15.50 16.00 63.0 83.0 133.00 45.0 M18 2.820
•
SCD 157-063-160 AP5
15.70 16.00 63.0 83.0 133.00 45.0 - 2.860
•
SCD 158-063-160 AP5
15.80 16.00 63.0 83.0 133.00 45.0 - 2.880
•
SCD 159-063-160 AP5
15.90 16.00 63.0 83.0 133.00 45.0 - 2.890
•
SCD 160-063-160 AP5
16.00 16.00 63.0 83.0 133.00 45.0 - 2.910
•
SCD 161-071-180 AP5
16.10 18.00 71.0 93.0 143.00 48.0 - 2.930
•
SCD 164-071-180 AP5
16.40 18.00 71.0 93.0 143.00 48.0 - 2.980
•
SCD 165-071-180 AP5
16.50 18.00 71.0 93.0 143.00 48.0 - 3.000
•
SCD 166-071-180 AP5
16.60 18.00 71.0 93.0 143.00 48.0 - 3.020
•
SCD 167-071-180 AP5
16.70 18.00 71.0 93.0 143.00 48.0 - 3.040
•
SCD 168-071-180 AP5
16.80 18.00 71.0 93.0 143.00 48.0 - 3.060
•
SCD 169-071-180 AP5
16.90 18.00 71.0 93.0 143.00 48.0 - 3.080
•
SCD 170-071-180 AP5
17.00 18.00 71.0 93.0 143.00 48.0 - 3.090
•
SCD 171-071-180 AP5
17.10 18.00 71.0 93.0 143.00 48.0 - 3.110
•
SCD 172-071-180 AP5
17.20 18.00 71.0 93.0 143.00 48.0 - 3.130
•
SCD 173-071-180 AP5
17.30 18.00 71.0 93.0 143.00 48.0 - 3.150
•
SCD 174-071-180 AP5
17.40 18.00 71.0 93.0 143.00 48.0 - 3.170
•
SCD 175-071-180 AP5
17.50 18.00 71.0 93.0 143.00 48.0 M20 3.180
•
SCD 176-071-180 AP5
17.60 18.00 71.0 93.0 143.00 48.0 - 3.200
•
SCD 177-071-180 AP5
17.70 18.00 71.0 93.0 143.00 48.0 - 3.220
•
SCD 178-071-180 AP5
17.80 18.00 71.0 93.0 143.00 48.0 - 3.240
•
SCD 179-071-180 AP5
17.90 18.00 71.0 93.0 143.00 48.0 - 3.260
•
SCD 180-071-180 AP5
18.00 18.00 71.0 93.0 143.00 48.0 - 3.280
•
SCD 182-077-200 AP5
18.20 20.00 77.0 101.0 153.00 48.0 - 3.310
•
SCD 183-077-200 AP5
18.30 20.00 77.0 101.0 153.00 48.0 - 3.330
•
SCD 184-077-200 AP5
18.40 20.00 77.0 101.0 153.00 48.0 - 3.350
•
SCD 185-077-200 AP5
18.50 20.00 77.0 101.0 153.00 48.0 - 3.370
•
SCD 186-077-200 AP5
18.60 20.00 77.0 101.0 153.00 48.0 - 3.380
•
SCD 187-077-200 AP5
18.70 20.00 77.0 101.0 153.00 48.0 - 3.400
•
SCD 188-077-200 AP5
18.80 20.00 77.0 101.0 153.00 48.0 - 3.420
•
ISCAR
162
SOLID CARBIDE DRILLS
LCF LS
LU
PL
OAL
140˚
DCm7
DCONMSh6
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-AP5 (5xD)
(continued)
Solid Carbide Drills without
Coolant Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS LU LCF OAL LS FTDZ(1) PL
IC908
SCD 189-077-200 AP5
18.90 20.00 77.0 101.0 153.00 48.0 - 3.440
•
SCD 190-077-200 AP5
19.00 20.00 77.0 101.0 153.00 48.0 - 3.460
•
SCD 191-077-200 AP5
19.10 20.00 77.0 101.0 153.00 48.0 - 3.480
•
SCD 192-077-200 AP5
19.20 20.00 77.0 101.0 153.00 48.0 - 3.490
•
SCD 193-077-200 AP5
19.30 20.00 77.0 101.0 153.00 48.0 - 3.510
•
SCD 194-077-200 AP5
19.40 20.00 77.0 101.0 153.00 48.0 - 3.530
•
SCD 195-077-200 AP5
19.50 20.00 77.0 101.0 153.00 48.0 M22 3.550
•
SCD 196-077-200 AP5
19.60 20.00 77.0 101.0 153.00 48.0 - 3.570
•
SCD 197-077-200 AP5
19.70 20.00 77.0 101.0 153.00 48.0 - 3.590
•
SCD 198-077-200 AP5
19.80 20.00 77.0 101.0 153.00 48.0 - 3.600
•
SCD 199-077-200 AP5
19.90 20.00 77.0 101.0 153.00 48.0 - 3.620
•
SCD 200-077-200 AP5
20.00 20.00 77.0 101.0 153.00 48.0 - 3.640
•
DCONMS
LS
LU
LCF
OAL
PL
DCm7
140°
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-ACP5N (5xD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 5xD
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 030-023-060 ACP5N
3.00 6.00 66.00 23.00 28.0 0.550 34.0 -
•
SCD 031-023-060 ACP5N
3.10 6.00 66.00 23.00 28.0 0.560 34.0 -
•
SCD 032-023-060 ACP5N
3.20 6.00 66.00 23.00 28.0 0.580 34.0 -
•
SCD 033-023-060 ACP5N
3.30 6.00 66.00 23.00 28.0 0.600 34.0 M4
•
SCD 034-023-060 ACP5N
3.40 6.00 66.00 23.00 28.0 0.620 34.0 -
•
SCD 035-023-060 ACP5N
3.50 6.00 66.00 23.00 28.0 0.640 34.0 -
•
SCD 036-023-060 ACP5N
3.60 6.00 66.00 23.00 28.0 0.660 34.0 -
•
SCD 037-023-060 ACP5N
3.70 6.00 66.00 23.00 28.0 0.670 34.0 -
•
SCD 038-029-060 ACP5N
3.80 6.00 74.00 29.00 36.0 0.690 35.0 -
•
SCD 039-029-060 ACP5N
3.90 6.00 74.00 29.00 36.0 0.710 35.0 -
•
SCD 040-029-060 ACP5N
4.00 6.00 74.00 29.00 36.0 0.730 35.0 -
•
SCD 041-029-060 ACP5N
4.10 6.00 74.00 29.00 36.0 0.750 35.0 -
•
SCD 042-029-060 ACP5N
4.20 6.00 74.00 29.00 36.0 0.760 35.0 M5
•
SCD 043-029-060 ACP5N
4.30 6.00 74.00 29.00 36.0 0.780 35.0 -
•
SCD 044-029-060 ACP5N
4.40 6.00 74.00 29.00 36.0 0.800 35.0 -
•
SCD 045-029-060 ACP5N
4.50 6.00 74.00 29.00 36.0 0.820 35.0 -
•
SCD 046-029-060 ACP5N
4.60 6.00 74.00 29.00 36.0 0.840 35.0 -
•
SCD 047-029-060 ACP5N
4.70 6.00 74.00 29.00 36.0 0.860 35.0 -
•
SCD 048-035-060 ACP5N
4.80 6.00 82.00 35.00 44.0 0.870 36.0 -
•
SCD 049-035-060 ACP5N
4.90 6.00 82.00 35.00 44.0 0.890 36.0 -
•
SCD 050-035-060 ACP5N
5.00 6.00 82.00 35.00 44.0 0.910 36.0 M6
•
SCD 051-035-060 ACP5N
5.10 6.00 82.00 35.00 44.0 0.930 36.0 -
•
SCD 052-035-060 ACP5N
5.20 6.00 82.00 35.00 44.0 0.950 36.0 -
•
SCD 053-035-060 ACP5N
5.30 6.00 82.00 35.00 44.0 0.960 36.0 -
•
SCD 054-035-060 ACP5N
5.40 6.00 82.00 35.00 44.0 0.980 36.0 -
•
SCD 055-035-060 ACP5N
5.50 6.00 82.00 35.00 44.0 1.000 36.0 -
•
SCD 056-035-060 ACP5N
5.60 6.00 82.00 35.00 44.0 1.020 36.0 -
•
SCD 057-035-060 ACP5N
5.70 6.00 82.00 35.00 44.0 1.040 36.0 -
•
SCD 058-035-060 ACP5N
5.80 6.00 82.00 35.00 44.0 1.060 36.0 -
•
SCD 059-035-060 ACP5N
5.90 6.00 82.00 35.00 44.0 1.070 36.0 -
•
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
163
SOLID CARBIDE DRILLS
DCONMS
LS
LU
LCF
OAL
PL
DCm7
140°
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-ACP5N (5xD)
(continued)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS OAL LU LCF PL LS FTDZ(1)
IC908
SCD 060-035-060 ACP5N
6.00 6.00 82.00 35.00 44.0 1.090 36.0 M7
•
SCD 061-043-080 ACP5N
6.10 8.00 91.00 43.00 53.0 1.110 36.0 -
•
SCD 062-043-080 ACP5N
6.20 8.00 91.00 43.00 53.0 1.130 36.0 -
•
SCD 063-043-080 ACP5N
6.30 8.00 91.00 43.00 53.0 1.150 36.0 -
•
SCD 064-043-080 ACP5N
6.40 8.00 91.00 43.00 53.0 1.160 36.0 -
•
SCD 065-043-080 ACP5N
6.50 8.00 91.00 43.00 53.0 1.000 36.0 -
•
SCD 066-043-080 ACP5N
6.60 8.00 91.00 43.00 53.0 1.200 36.0 -
•
SCD 067-043-080 ACP5N
6.70 8.00 91.00 43.00 53.0 1.220 36.0 -
•
SCD 068-043-080 ACP5N
6.80 8.00 91.00 43.00 53.0 1.240 36.0 M8
•
SCD 069-043-080 ACP5N
6.90 8.00 91.00 43.00 53.0 1.260 36.0 -
•
SCD 070-043-080 ACP5N
7.00 8.00 91.00 43.00 53.0 1.270 36.0 -
•
SCD 071-043-080 ACP5N
7.10 8.00 91.00 43.00 53.0 1.290 36.0 -
•
SCD 072-043-080 ACP5N
7.20 8.00 91.00 43.00 53.0 1.310 36.0 -
•
SCD 073-043-080 ACP5N
7.30 8.00 91.00 43.00 53.0 1.330 36.0 -
•
SCD 074-043-080 ACP5N
7.40 8.00 91.00 43.00 53.0 1.350 36.0 -
•
SCD 075-043-080 ACP5N
7.50 8.00 91.00 43.00 53.0 1.360 36.0 -
•
SCD 076-043-080 ACP5N
7.60 8.00 91.00 43.00 53.0 1.380 36.0 -
•
SCD 077-043-080 ACP5N
7.70 8.00 91.00 43.00 53.0 1.400 36.0 -
•
SCD 078-043-080 ACP5N
7.80 8.00 91.00 43.00 53.0 1.420 36.0 M9
•
SCD 079-043-080 ACP5N
7.90 8.00 91.00 43.00 53.0 1.300 36.0 -
•
SCD 080-043-080 ACP5N
8.00 8.00 91.00 43.00 53.0 1.460 36.0 -
•
SCD 081-049-100 ACP5N
8.10 10.00 103.00 49.00 61.0 1.470 40.0 -
•
SCD 082-049-100 ACP5N
8.20 10.00 103.00 49.00 61.0 1.490 40.0 -
•
SCD 083-049-100 ACP5N
8.30 10.00 103.00 49.00 61.0 1.510 40.0 -
•
SCD 084-049-100 ACP5N
8.40 10.00 103.00 49.00 61.0 1.530 40.0 -
•
SCD 085-049-100 ACP5N
8.50 10.00 103.00 49.00 61.0 1.550 40.0 M10
•
SCD 086-049-100 ACP5N
8.60 10.00 103.00 49.00 61.0 1.570 40.0 -
•
SCD 087-049-100 ACP5N
8.70 10.00 103.00 49.00 61.0 1.580 40.0 -
•
SCD 088-049-100 ACP5N
8.80 10.00 103.00 49.00 61.0 1.600 40.0 -
•
SCD 089-049-100 ACP5N
8.90 10.00 103.00 49.00 61.0 1.620 40.0 -
•
SCD 090-049-100 ACP5N
9.00 10.00 103.00 49.00 61.0 1.640 40.0 -
•
SCD 091-049-100 ACP5N
9.10 10.00 103.00 49.00 61.0 1.660 40.0 -
•
SCD 092-049-100 ACP5N
9.20 10.00 103.00 49.00 61.0 1.670 40.0 -
•
SCD 093-049-100 ACP5N
9.30 10.00 103.00 49.00 61.0 1.690 40.0 -
•
SCD 094-049-100 ACP5N
9.40 10.00 103.00 49.00 61.0 1.710 40.0 -
•
SCD 095-049-100 ACP5N
9.50 10.00 103.00 49.00 61.0 1.730 40.0 M11
•
SCD 096-049-100 ACP5N
9.60 10.00 103.00 49.00 61.0 1.750 40.0 -
•
SCD 097-049-100 ACP5N
9.70 10.00 103.00 49.00 61.0 1.770 40.0 -
•
SCD 098-049-100 ACP5N
9.80 10.00 103.00 49.00 61.0 1.780 40.0 -
•
SCD 099-049-100 ACP5N
9.90 10.00 103.00 49.00 61.0 1.800 40.0 -
•
SCD 100-049-100 ACP5N
10.00 10.00 103.00 49.00 61.0 1.820 40.0 -
•
SCD 101-056-120 ACP5N
10.10 12.00 118.00 56.00 71.0 1.840 45.0 -
•
SCD 102-056-120 ACP5N
10.20 12.00 118.00 56.00 71.0 1.860 45.0 M12
•
SCD 103-056-120 ACP5N
10.30 12.00 118.00 56.00 71.0 1.870 45.0 -
•
SCD 104-056-120 ACP5N
10.40 12.00 118.00 56.00 71.0 1.890 45.0 -
•
SCD 105-056-120 ACP5N
10.50 12.00 118.00 56.00 71.0 1.910 45.0 -
•
SCD 106-056-120 ACP5N
10.60 12.00 118.00 56.00 71.0 1.930 45.0 -
•
SCD 107-056-120 ACP5N
10.70 12.00 118.00 56.00 71.0 1.950 45.0 -
•
SCD 108-056-120 ACP5N
10.80 12.00 118.00 56.00 71.0 1.970 45.0 -
•
SCD 109-056-120 ACP5N
10.90 12.00 118.00 56.00 71.0 1.980 45.0 -
•
SCD 110-056-120 ACP5N
11.00 12.00 118.00 56.00 71.0 2.000 45.0 -
•
SCD 111-056-120 ACP5N
11.10 12.00 118.00 56.00 71.0 2.020 45.0 -
•
SCD 112-056-120 ACP5N
11.20 12.00 118.00 56.00 71.0 2.040 45.0 -
•
SCD 113-056-120 ACP5N
11.30 12.00 118.00 56.00 71.0 1.800 45.0 -
•
SCD 114-056-120 ACP5N
11.40 12.00 118.00 56.00 71.0 2.070 45.0 -
•
SCD 115-056-120 ACP5N
11.50 12.00 118.00 56.00 71.0 2.090 45.0 -
•
SCD 116-056-120 ACP5N
11.60 12.00 118.00 56.00 71.0 2.110 45.0 -
•
SCD 117-056-120 ACP5N
11.70 12.00 118.00 56.00 71.0 2.130 45.0 -
•
SCD 118-056-120 ACP5N
11.80 12.00 118.00 56.00 71.0 2.150 45.0 -
•
SCD 119-056-120 ACP5N
11.90 12.00 118.00 56.00 71.0 2.170 45.0 -
•
SCD 120-056-120 ACP5N
12.00 12.00 118.00 56.00 71.0 2.180 45.0 M14
•
ISCAR
164
SOLID CARBIDE DRILLS
LCF LS
LU
PL
140˚
OAL
DCm7
DCONMSh6
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-ACP5 (5xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 5xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS LU LCF OAL FTDZ(1) LS PL
IC908
SCD 121-060-140 ACP5
12.10 14.00 60.0 77.0 124.00 - 45.0 2.200
•
SCD 122-060-140 ACP5
12.20 14.00 60.0 77.0 124.00 M14 45.0 2.220
•
SCD 124-060-140 ACP5
12.40 14.00 60.0 77.0 124.00 - 45.0 2.260
•
SCD 125-060-140 ACP5
12.50 14.00 60.0 77.0 124.00 - 45.0 2.270
•
SCD 126-060-140 ACP5
12.60 14.00 60.0 77.0 124.00 - 45.0 2.290
•
SCD 127-060-140 ACP5
12.70 14.00 60.0 77.0 124.00 - 45.0 2.310
•
SCD 128-060-140 ACP5
12.80 14.00 60.0 77.0 124.00 - 45.0 2.330
•
SCD 129-060-140 ACP5
12.90 14.00 60.0 77.0 124.00 - 45.0 2.350
•
SCD 130-060-140 ACP5
13.00 14.00 60.0 77.0 124.00 - 45.0 2.370
•
SCD 131-060-140 ACP5
13.10 14.00 60.0 77.0 124.00 - 45.0 2.380
•
SCD 132-060-140 ACP5
13.20 14.00 60.0 77.0 124.00 - 45.0 2.400
•
SCD 133-060-140 ACP5
13.30 14.00 60.0 77.0 124.00 - 45.0 2.420
•
SCD 135-060-140 ACP5
13.50 14.00 60.0 77.0 124.00 - 45.0 2.460
•
SCD 136-060-140 ACP5
13.60 14.00 60.0 77.0 124.00 - 45.0 2.470
•
SCD 137-060-140 ACP5
13.70 14.00 60.0 77.0 124.00 - 45.0 2.490
•
SCD 138-060-140 ACP5
13.80 14.00 60.0 77.0 124.00 - 45.0 2.510
•
SCD 140-060-140 ACP5
14.00 14.00 60.0 77.0 124.00 M16 45.0 2.550
•
SCD 141-063-160 ACP5
14.10 16.00 63.0 83.0 133.00 - 45.0 2.570
•
SCD 142-063-160 ACP5
14.20 16.00 63.0 83.0 133.00 - 45.0 2.580
•
SCD 143-063-160 ACP5
14.30 16.00 63.0 83.0 133.00 - 45.0 2.600
•
SCD 145-063-160 ACP5
14.50 16.00 63.0 83.0 133.00 - 45.0 2.640
•
SCD 146-063-160 ACP5
14.60 16.00 63.0 83.0 133.00 - 45.0 2.660
•
SCD 147-063-160 ACP5
14.70 16.00 63.0 83.0 133.00 - 45.0 2.680
•
SCD 148-063-160 ACP5
14.80 16.00 63.0 83.0 133.00 - 45.0 2.690
•
SCD 149-063-160 ACP5
14.90 16.00 63.0 83.0 133.00 - 45.0 2.710
•
SCD 150-063-160 ACP5
15.00 16.00 63.0 83.0 133.00 - 45.0 2.730
•
SCD 151-063-160 ACP5
15.10 16.00 63.0 83.0 133.00 - 45.0 2.750
•
SCD 152-063-160 ACP5
15.20 16.00 63.0 83.0 133.00 - 45.0 2.770
•
SCD 153-063-160 ACP5
15.30 16.00 63.0 83.0 133.00 - 45.0 2.780
•
SCD 155-063-160 ACP5
15.50 16.00 63.0 83.0 133.00 M18 45.0 2.820
•
SCD 156-063-160 ACP5
15.60 16.00 63.0 83.0 133.00 - 45.0 2.840
•
SCD 157-063-160 ACP5
15.70 16.00 63.0 83.0 133.00 - 45.0 2.860
•
SCD 158-063-160 ACP5
15.80 16.00 63.0 83.0 133.00 - 45.0 2.880
•
SCD 160-063-160 ACP5
16.00 16.00 63.0 83.0 133.00 - 45.0 2.910
•
SCD 161-071-180 ACP5
16.10 18.00 71.0 93.0 143.00 - 48.0 2.930
•
SCD 162-071-180 ACP5
16.20 18.00 71.0 93.0 143.00 - 48.0 2.950
•
SCD 163-071-180 ACP5
16.30 18.00 71.0 93.0 143.00 - 48.0 2.970
•
SCD 164-071-180 ACP5
16.40 18.00 71.0 93.0 143.00 - 48.0 2.980
•
SCD 165-071-180 ACP5
16.50 18.00 71.0 93.0 143.00 - 48.0 3.000
•
SCD 167-071-180 ACP5
16.70 18.00 71.0 93.0 143.00 - 48.0 3.040
•
SCD 168-071-180 ACP5
16.80 18.00 71.0 93.0 143.00 - 48.0 3.060
•
SCD 169-071-180 ACP5
16.90 18.00 71.0 93.0 143.00 - 48.0 3.080
•
SCD 170-071-180 ACP5
17.00 18.00 71.0 93.0 143.00 - 48.0 3.090
•
SCD 171-071-180 ACP5
17.10 18.00 71.0 93.0 143.00 - 48.0 3.110
•
SCD 172-071-180 ACP5
17.20 18.00 71.0 93.0 143.00 - 48.0 3.130
•
SCD 174-071-180 ACP5
17.40 18.00 71.0 93.0 143.00 - 48.0 3.170
•
SCD 175-071-180 ACP5
17.50 18.00 71.0 93.0 143.00 - 48.0 3.180
•
SCD 176-071-180 ACP5
17.60 18.00 71.0 93.0 143.00 - 48.0 3.200
•
SCD 177-071-180 ACP5
17.70 18.00 71.0 93.0 143.00 - 48.0 3.220
•
SCD 178-071-180 ACP5
17.80 18.00 71.0 93.0 143.00 - 48.0 3.240
•
SCD 179-071-180 ACP5
17.90 18.00 71.0 93.0 143.00 - 48.0 3.260
•
SCD 180-071-180 ACP5
18.00 18.00 71.0 93.0 143.00 - 48.0 3.280
•
SCD 181-077-200 ACP5
18.10 20.00 77.0 101.0 153.00 - 48.0 3.290
•
SCD 182-077-200 ACP5
18.20 20.00 77.0 101.0 153.00 - 48.0 3.310
•
SCD 183-077-200 ACP5
18.30 20.00 77.0 101.0 153.00 - 48.0 3.330
•
SCD 184-077-200 ACP5
18.40 20.00 77.0 101.0 153.00 - 48.0 3.350
•
SCD 185-077-200 ACP5
18.50 20.00 77.0 101.0 153.00 - 48.0 3.370
•
165
SOLID CARBIDE DRILLS
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
LCF LS
LU
PL
140˚
OAL
DCm7
DCONMSh6
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
SCD-ACP5 (5xD)
(continued)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 5xD
Dimensions
Designation
DC DCONMS LU LCF OAL FTDZ(1) LS PL
IC908
SCD 186-077-200 ACP5
18.60 20.00 77.0 101.0 153.00 - 48.0 3.380
•
SCD 187-077-200 ACP5
18.70 20.00 77.0 101.0 153.00 - 48.0 3.400
•
SCD 188-077-200 ACP5
18.80 20.00 77.0 101.0 153.00 - 48.0 3.420
•
SCD 189-077-200 ACP5
18.90 20.00 77.0 101.0 153.00 - 48.0 3.440
•
SCD 191-077-200 ACP5
19.10 20.00 77.0 101.0 153.00 - 48.0 3.480
•
SCD 192-077-200 ACP5
19.20 20.00 77.0 101.0 153.00 - 48.0 3.490
•
SCD 193-077-200 ACP5
19.30 20.00 77.0 101.0 153.00 - 48.0 3.510
•
SCD 194-077-200 ACP5
19.40 20.00 77.0 101.0 153.00 - 48.0 3.530
•
SCD 195-077-200 ACP5
19.50 20.00 77.0 101.0 153.00 M22 48.0 3.550
•
SCD 196-077-200 ACP5
19.60 20.00 77.0 101.0 153.00 - 48.0 3.570
•
SCD 197-077-200 ACP5
19.70 20.00 77.0 101.0 153.00 - 48.0 3.590
•
SCD 198-077-200 ACP5
19.80 20.00 77.0 101.0 153.00 - 48.0 3.600
•
SCD 199-077-200 ACP5
19.90 20.00 77.0 101.0 153.00 - 48.0 3.620
•
SCD 200-077-200 ACP5
20.00 20.00 77.0 101.0 153.00 - 48.0 3.640
•
DCONMSh6
140˚
LU
PL
LCF LS
OAL
DCm7
CHWx30˚
Dimensions
Designation
DC DCONMS LU LCF OAL LS PL KCH CHW FTDZ(1)
IC908
SCCD 040-029-060 ACP5
4.00 6.00 29.0 37.0 74.00 35.0 0.820 30.0 0.30
•
SCCD 045-029-060 ACP5
4.50 6.00 29.0 37.0 74.00 35.0 0.880 30.0 0.30
•
SCCD 050-035-060 ACP5
5.00 6.00 35.0 45.0 82.00 36.0 0.960 30.0 0.30 M6
•
SCCD 051-035-060 ACP5
5.10 6.00 35.0 45.0 82.00 36.0 0.980 30.0 0.30
•
SCCD 055-035-060 ACP5
5.50 6.00 35.0 45.0 82.00 36.0 1.080 30.0 0.40
•
SCCD 060-035-060 ACP5
6.00 6.00 35.0 45.0 82.00 36.0 1.170 30.0 0.40 M7
•
SCCD 065-043-080 ACP5
6.50 8.00 43.0 54.0 91.00 36.0 1.260 30.0 0.40
•
SCCD 068-043-080 ACP5
6.80 8.00 43.0 54.0 91.00 36.0 1.310 30.0 0.40 M8
•
SCCD 070-043-080 ACP5
7.00 8.00 43.0 54.0 91.00 36.0 1.350 30.0 0.40
•
SCCD 075-043-080 ACP5
7.50 8.00 43.0 54.0 91.00 36.0 1.400 30.0 0.40
•
SCCD 080-043-080 ACP5
8.00 8.00 43.0 54.0 91.00 36.0 1.490 30.0 0.40
•
SCCD 085-049-100 ACP5
8.50 10.00 49.0 62.0 103.00 40.0 1.630 30.0 0.50 M10
•
SCCD 086-049-100 ACP5
8.60 10.00 49.0 62.0 103.00 40.0 1.650 30.0 0.50
•
SCCD 090-049-100 ACP5
9.00 10.00 49.0 62.0 103.00 40.0 1.720 30.0 0.50
•
SCCD 095-049-100 ACP5
9.50 10.00 49.0 62.0 103.00 40.0 1.750 30.0 0.50 M11
•
SCCD 100-049-100 ACP5
10.00 10.00 49.0 62.0 103.00 40.0 1.850 30.0 0.50
•
SCCD 103-056-120 ACP5
10.30 12.00 56.0 71.0 118.00 45.0 1.940 30.0 0.60
•
SCCD 105-056-120 ACP5
10.50 12.00 56.0 71.0 118.00 45.0 1.980 30.0 0.60
•
SCCD 110-056-120 ACP5
11.00 12.00 56.0 71.0 118.00 45.0 2.070 30.0 0.60
•
SCCD 115-056-120 ACP5
11.50 12.00 56.0 72.0 118.00 45.0 2.120 30.0 0.60
•
SCCD 120-056-120 ACP5
12.00 12.00 56.0 72.0 118.00 45.0 2.210 30.0 0.60 M14
•
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
SCCD-ACP5
Three Flute Solid Carbide
Drills with Coolant Holes,
Drilling Depth 5xD
ISCAR
166
SOLID CARBIDE DRILLS
OAL
LCF LS
LU
PL
DCm7 DCONMSh6
DC Tolerance m7
3.00-6 0.004-0.016
6.01-10 0.008-0.021
10.01-18 0.007-0.025
18.01-21 0.008-0.029
Dimensions
Designation
DC LU LCF DCONMS LS OAL FTDZ(1) PL
IC903
SCD 030-015-060 AH5
3.00 15.0 26.0 6.00 35.0 66.00 - 0.550
•
SCD 033-017-060 AH5
3.30 16.5 26.0 6.00 35.0 66.00 M4 0.600
•
SCD 040-020-060 AH5
4.00 20.0 29.0 6.00 32.0 66.00 - 0.730
•
SCD 042-021-060 AH5
4.20 21.0 32.0 6.00 46.0 82.00 M5 0.760
•
SCD 045-023-060 AH5
4.50 22.5 32.0 6.00 46.0 82.00 - 0.820
•
SCD 050-025-060 AH5
5.00 25.0 37.0 6.00 41.0 82.00 M6 0.910
•
SCD 053-027-060 AH5
5.30 26.5 39.0 6.00 37.0 82.00 - 0.960
•
SCD 060-030-060 AH5
6.00 30.0 43.0 6.00 37.0 82.00 M7 1.090
•
SCD 068-034-080 AH5
6.80 34.0 49.0 8.00 39.0 91.00 M8 1.240
•
SCD 070-035-080 AH5
7.00 35.0 49.0 8.00 39.0 91.00 - 1.270
•
SCD 078-039-080 AH5
7.80 42.0 55.0 8.00 34.0 91.00 M9 1.420
•
SCD 080-040-080 AH5
8.00 40.0 55.0 8.00 34.0 91.00 - 1.460
•
SCD 085-043-100 AH5
8.50 42.5 59.0 10.00 46.0 112.00 M10 1.550
•
SCD 088-044-100 AH5
8.80 44.0 63.0 10.00 46.0 112.00 - 1.600
•
SCD 090-045-100 AH5
9.00 45.0 63.0 10.00 46.0 112.00 - 1.640
•
SCD 095-048-100 AH5
9.50 47.5 66.0 10.00 39.0 112.00 M11 1.730
•
SCD 100-050-100 AH5
10.00 50.0 70.0 10.00 39.0 112.00 - 1.820
•
SCD 105-053-120 AH5
10.50 52.5 71.0 12.00 45.0 122.00 - 1.910
•
• For user guide see pages 175-184 • For regrinding instructions, see page 182
(1) Used for standard thread size
ISO
Material Hardness Material No.
Cutting Speed Feed vs. Drill Diameter (mm/rev)
Vc (m/min) Ø3-5 Ø5.1-8 Ø8.1-12
H
Hardened steel 50-55 HRc 38 25-40 0.04-0.07 0.05-0.08 0.06-0.10
Hardened steel 56-60 HRc 39 15-25 0.03-0.06 0.04-0.07 0.05-0.08
Hardened steel 61-70 HRc 39 10-15 0.02-0.04 0.03-0.05 0.03-0.05
Materials over 50 HRc must be used with external cooling while machining.
Use of semi-synthetic or emulsion with more than 6% oil concentration is highly recommended to extend tool life and hole quality.
Recommended Machining Conditions for SCD-AH5 Solid Carbide Drills
SCD-AH5 (5xD)
Solid Carbide Drills for Hard
Materials, Drilling Depth 5xD
167
SOLID CARBIDE DRILLS
LCF LS
LU
PL
140˚
OAL
DCm7
DCONMSh6
Dimensions
Designation
DC DCONMS LU LCF OAL LS PL
IC908
SCD 051-048-060 ACP8
5.10 6.00 48.0 57.0 95.00 35.0 0.930
•
SCD 054-048-060 ACP8
5.40 6.00 48.0 57.0 95.00 35.0 0.980
•
SCD 057-048-060 ACP8
5.70 6.00 48.0 57.0 95.00 35.0 1.040
•
SCD 066-064-080 ACP8
6.60 8.00 64.0 76.0 114.00 35.0 1.200
•
SCD 073-064-080 ACP8
7.30 8.00 64.0 76.0 114.00 35.0 1.330
•
SCD 098-080-100 ACP8
9.80 10.00 80.0 95.0 142.00 38.0 1.780
•
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
SCD-ACP8 (8xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 8xD
LCF LS
LU
PL
140˚
OAL
DCm7
DCONMSh6
Dimensions
Designation
DC DCONMS LU LCF OAL LS PL
IC908
SCD 084-080-100 ACG8
8.40 10.00 80.0 95.0 142.00 38.0 1.530
•
SCD 089-080-100 ACG8
8.90 10.00 80.0 95.0 142.00 38.0 1.620
•
SCD 096-080-100 ACG8
9.60 10.00 80.0 95.0 142.00 38.0 1.750
•
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
SCD-ACG8 (8xD)
DIN 6537 Solid Carbide Drills with
Coolant Holes, Drilling Depth 8xD
ISCAR
168
SOLID CARBIDE DRILLS
LCF LS
LU
PL
140˚
OAL
DCm7
DCONMSh6
SCD-ACP8N (8xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 8xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS LU LCF OAL LS FTDZ(1) PL
IC908
SCD 030-029-060 ACP8N
3.00 6.00 29.00 34.0 72.00 34.0 - 0.550
•
SCD 031-029-060 ACP8N
3.10 6.00 29.00 34.0 72.00 34.0 - 0.560
•
SCD 032-029-060 ACP8N
3.20 6.00 29.00 34.0 72.00 34.0 - 0.580
•
SCD 033-029-060 ACP8N
3.30 6.00 29.00 34.0 72.00 34.0 M4 0.600
•
SCD 034-029-060 ACP8N
3.40 6.00 29.00 34.0 72.00 34.0 - 0.620
•
SCD 035-029-060 ACP8N
3.50 6.00 29.00 34.0 72.00 34.0 - 0.640
•
SCD 036-029-060 ACP8N
3.60 6.00 29.00 34.0 72.00 34.0 - 0.660
•
SCD 037-029-060 ACP8N
3.70 6.00 29.00 34.0 72.00 34.0 - 0.670
•
SCD 038-036-060 ACP8N
3.80 6.00 36.00 43.0 81.00 35.0 - 0.690
•
SCD 039-036-060 ACP8N
3.90 6.00 36.00 43.0 81.00 35.0 - 0.710
•
SCD 040-036-060 ACP8N
4.00 6.00 36.00 43.0 81.00 35.0 - 0.730
•
SCD 041-036-060 ACP8N
4.10 6.00 36.00 43.0 81.00 35.0 - 0.750
•
SCD 042-036-060 ACP8N
4.20 6.00 36.00 43.0 81.00 35.0 M5 0.760
•
SCD 043-036-060 ACP8N
4.30 6.00 36.00 43.0 81.00 35.0 - 0.780
•
SCD 044-036-060 ACP8N
4.40 6.00 36.00 43.0 81.00 35.0 - 0.800
•
SCD 045-036-060 ACP8N
4.50 6.00 36.00 43.0 81.00 35.0 - 0.820
•
SCD 046-036-060 ACP8N
4.60 6.00 36.00 43.0 81.00 35.0 - 0.840
•
SCD 047-036-060 ACP8N
4.70 6.00 36.00 43.0 81.00 35.0 - 0.860
•
SCD 048-048-060 ACP8N
4.80 6.00 48.00 57.0 95.00 36.0 - 0.870
•
SCD 049-048-060 ACP8N
4.90 6.00 48.00 57.0 95.00 36.0 - 0.890
•
SCD 050-048-060 ACP8N
5.00 6.00 48.00 57.0 95.00 36.0 M6 0.910
•
SCD 051-048-060 ACP8N
5.10 6.00 48.00 57.0 95.00 36.0 - 0.930
•
SCD 052-048-060 ACP8N
5.20 6.00 48.00 57.0 95.00 36.0 - 0.950
•
SCD 053-048-060 ACP8N
5.30 6.00 48.00 57.0 95.00 36.0 - 0.960
•
SCD 054-048-060 ACP8N
5.40 6.00 48.00 57.0 95.00 36.0 - 0.980
•
SCD 055-048-060 ACP8N
5.50 6.00 48.00 57.0 95.00 36.0 - 1.000
•
SCD 056-048-060 ACP8N
5.60 6.00 48.00 57.0 95.00 36.0 - 1.020
•
SCD 057-048-060 ACP8N
5.70 6.00 48.00 57.0 95.00 36.0 - 1.040
•
SCD 058-048-060 ACP8N
5.80 6.00 48.00 57.0 95.00 36.0 - 1.060
•
SCD 059-048-060 ACP8N
5.90 6.00 48.00 57.0 95.00 36.0 - 0.900
•
SCD 060-048-060 ACP8N
6.00 6.00 48.00 57.0 95.00 36.0 M7 1.090
•
SCD 061-064-080 ACP8N
6.10 8.00 64.00 76.0 114.00 36.0 - 1.110
•
SCD 062-064-080 ACP8N
6.20 8.00 64.00 76.0 114.00 36.0 - 1.130
•
SCD 063-064-080 ACP8N
6.30 8.00 64.00 76.0 114.00 36.0 - 1.150
•
SCD 064-064-080 ACP8N
6.40 8.00 64.00 76.0 114.00 36.0 - 1.160
•
SCD 065-064-080 ACP8N
6.50 8.00 64.00 76.0 114.00 36.0 - 1.180
•
SCD 066-064-080 ACP8N
6.60 8.00 64.00 76.0 114.00 36.0 - 1.200
•
SCD 067-064-080 ACP8N
6.70 8.00 64.00 76.0 114.00 36.0 - 1.220
•
SCD 068-064-080 ACP8N
6.80 8.00 64.00 76.0 114.00 36.0 M8 1.240
•
SCD 069-064-080 ACP8N
6.90 8.00 64.00 76.0 114.00 36.0 - 1.260
•
SCD 070-064-080 ACP8N
7.00 8.00 64.00 76.0 114.00 36.0 - 1.270
•
SCD 071-064-080 ACP8N
7.10 8.00 64.00 76.0 114.00 36.0 - 1.290
•
SCD 072-064-080 ACP8N
7.20 8.00 64.00 76.0 114.00 36.0 - 1.310
•
SCD 073-064-080 ACP8N
7.30 8.00 64.00 76.0 114.00 36.0 - 1.330
•
SCD 074-064-080 ACP8N
7.40 8.00 64.00 76.0 114.00 36.0 - 1.350
•
SCD 075-064-080 ACP8N
7.50 8.00 64.00 76.0 114.00 36.0 - 1.360
•
SCD 076-064-080 ACP8N
7.60 8.00 64.00 76.0 114.00 36.0 - 1.380
•
SCD 077-064-080 ACP8N
7.70 8.00 64.00 76.0 114.00 36.0 - 1.400
•
SCD 078-064-080 ACP8N
7.80 8.00 64.00 76.0 114.00 36.0 M9 1.420
•
SCD 079-064-080 ACP8N
7.90 8.00 64.00 76.0 114.00 36.0 - 1.440
•
SCD 080-064-080 ACP8N
8.00 8.00 64.00 76.0 114.00 36.0 - 1.460
•
SCD 081-080-100 ACP8N
8.10 10.00 80.00 95.0 142.00 40.0 - 1.470
•
SCD 082-080-100 ACP8N
8.20 10.00 80.00 95.0 142.00 40.0 - 1.490
•
SCD 083-080-100 ACP8N
8.30 10.00 80.00 95.0 142.00 40.0 - 1.510
•
SCD 084-080-100 ACP8N
8.40 10.00 80.00 95.0 142.00 40.0 - 1.530
•
SCD 085-080-100 ACP8N
8.50 10.00 80.00 95.0 142.00 40.0 M10 1.550
•
SCD 086-080-100 ACP8N
8.60 10.00 80.00 95.0 142.00 40.0 - 1.570
•
169
SOLID CARBIDE DRILLS
OAL
LCF LS
LU
140º
L5
PL
DCh8
DCONMSh6
MQL
Dimensions
Designation
DC LU OAL LCF LS L5(1) DCONMS PL
IC908
SCD 050-100-050ACP20
5.00 100.0 165.00 115.0 50.0 40.00 5.00 0.910
•
SCD 060-120-060ACP20
6.00 120.0 190.00 140.0 50.0 40.00 6.00 1.090
•
SCD 070-140-070ACP20
7.00 140.0 210.00 160.0 50.0 55.00 7.00 1.270
•
SCD 080-160-080ACP20
8.00 160.0 230.00 180.0 50.0 55.00 8.00 1.460
•
SCD 090-180-090ACP20
9.00 180.0 265.00 205.0 60.0 55.00 9.00 1.640
•
SCD 100-200-100ACP20
10.00 200.0 285.00 225.0 60.0 55.00 10.00 1.820
•
• For user guide and cutting conditions, see pages 170, 175-184
(1) 50% of the four margin leading portion may be used for regrinding
SCD-ACP20 (20xD)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 20xD
LCF LS
LU
PL
140˚
OAL
DCm7
DCONMSh6
SCD-ACP8N (8xD)
(continued)
Solid Carbide Drills with Coolant
Holes, Drilling Depth 8xD
• For user guide and cutting conditions, see pages 175-184 • For regrinding instructions, see page 181
(1) Used for standard thread size
Dimensions
Designation
DC DCONMS LU LCF OAL LS FTDZ(1) PL
IC908
SCD 087-080-100 ACP8N
8.70 10.00 80.00 95.0 142.00 40.0 - 1.580
•
SCD 088-080-100 ACP8N
8.80 10.00 80.00 95.0 142.00 40.0 - 1.600
•
SCD 089-080-100 ACP8N
8.90 10.00 80.00 95.0 142.00 40.0 - 1.620
•
SCD 090-080-100 ACP8N
9.00 10.00 80.00 95.0 142.00 40.0 - 1.640
•
SCD 091-080-100 ACP8N
9.10 10.00 80.00 95.0 142.00 40.0 - 1.660
•
SCD 092-080-100 ACP8N
9.20 10.00 80.00 95.0 142.00 40.0 - 1.670
•
SCD 093-080-100 ACP8N
9.30 10.00 80.00 95.0 142.00 40.0 - 1.690
•
SCD 094-080-100 ACP8N
9.40 10.00 80.00 95.0 142.00 40.0 - 1.710
•
SCD 095-080-100 ACP8N
9.50 10.00 80.00 95.0 142.00 40.0 M11 1.730
•
SCD 096-080-100 ACP8N
9.60 10.00 80.00 95.0 142.00 40.0 - 1.750
•
SCD 097-080-100 ACP8N
9.70 10.00 80.00 95.0 142.00 40.0 - 1.770
•
SCD 098-080-100 ACP8N
9.80 10.00 80.00 95.0 142.00 40.0 - 1.780
•
SCD 100-080-100 ACP8N
10.00 10.00 80.00 95.0 142.00 40.0 - 1.820
•
ISCAR
170
SOLID CARBIDE DRILLS
OAL
LCF LS
LU
140º
L5
PL
DCh8
DCONMSh6
MQL
Dimensions
Designation
DC LU LCF OAL DCONMS PL LS L5(1)
IC908
SCD 050-103-060ACP-CS
5.00 103.0 118.0 156.00 6.00 0.910 38.0 40.00
•
SCD 060-120-060ACP-CS
6.00 120.0 140.0 178.00 6.00 1.090 38.0 40.00
•
• For user guide, see pages 175-184
(1) Up to 50% of this length may be used to regrind
1
2
3
4
Recommended Machining Conditions for Solid Carbide 20xD Drills
Drill Dia. (mm)
Carbon Steel Alloy Steel
Stainless Steel
Cast Iron Ductile Cast Iron
(30 HRc) (45 HRc) (GG25) (GG45)
V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev) V(m/min) f(mm/rev)
5
60-120 0.12-0.25 50-100 0.1-0.20 30-60 0.08-0.15 60-120 0.15-0.30 40-80 0.15-0.25
6
60-120 0.14-0.25 50-100 0.14-0.25 30-60 0.10-0.18 60-120 0.14-0.25 40-80 0.14-0.25
7-8
60-120 0.16-0.30 50-100 0.16-0.30 30-60 0.10-0.20 60-120 0.16-0.30 40-80 0.16-0.30
9-10
60-120 0.16-0.30 50-100 0.10-0.20 30-60 0.08-0.115 60-120 0.20-0.35 40-80 0.20-0.35
Recommended Drilling Procedure
for Deep Hole Drilling (20XD)
1
Drill a pilot hole 1-2*D deep with a short drill. The pilot
drill should be 0.03-0.05 mm larger than the long drill
and its point angle should also be larger (over 140°).
2
Enter the pre-hole using low speed and
feed, until it engages the material.
3
Increase cutting speed and feed to recommended
conditions – no pecking is required!
4
After having reached the required depth, reduce speed
by more than 50% while retracting from the hole.
SCD-ACP-CS (20xD)
Solid Carbide Drills with
Coolant Holes for Automotive
Crankshaft Applications,
Drilling Depth 20-22xD
171
SOLID CARBIDE DRILLS
DCONMS h6
OAL
LCF LS DC h7
LU
PL
135˚
Dimensions
Designation
DC DCONMS OAL LU LCF LS PL ULDR(2)
IC908
SCD 030-097-060 SXC30
3.00 6.00 150.00 97.00 105.0 40.0 0.495 30.0
•
SCD 032-097-060 SXC30
3.20 6.00 150.00 97.00 105.0 40.0 0.528 30.0
•
SCD 033-127-060 SXC30
3.30 6.00 185.00 127.00 135.0 45.0 0.544 30.0
•
SCD 035-127-060 SXC30
3.50 6.00 185.00 127.00 135.0 45.0 0.578 30.0
•
SCD 038-127-060 SXC30 (1)
3.80 6.00 185.00 127.00 135.0 45.0 0.627 30.0
•
SCD 040-127-060 SXC30
4.00 6.00 185.00 127.00 135.0 45.0 0.660 30.0
•
SCD 042-127-060 SXC30
4.20 6.00 185.00 127.00 135.0 45.0 0.693 30.0
•
SCD 045-157-060 SXC30
4.50 6.00 215.00 157.00 165.0 45.0 0.743 30.0
•
SCD 047-157-060 SXC30 (1)
4.70 6.00 215.00 157.00 165.0 45.0 0.775 30.0
•
SCD 048-157-060 SXC30
4.80 6.00 215.00 157.00 165.0 45.0 0.792 30.0
•
SCD 050-157-060 SXC30
5.00 6.00 215.00 157.00 165.0 45.0 0.825 30.0
•
SCD 055-172-060 SXC30
5.50 6.00 230.00 172.00 180.0 45.0 0.907 30.0
•
SCD 058-172-060 SXC30 (1)
5.80 6.00 230.00 172.00 180.0 45.0 0.957 30.0
•
SCD 060-172-060 SXC30
6.00 6.00 230.00 172.00 180.0 45.0 0.990 30.0
•
SCD 065-207-080 SXC30
6.50 8.00 280.00 207.00 215.0 60.0 1.072 30.0
•
SCD 068-222-080 SXC30
6.80 8.00 280.00 222.00 230.0 45.0 1.122 30.0
•
SCD 070-222-080 SXC30
7.00 8.00 280.00 222.00 230.0 45.0 1.155 30.0
•
SCD 075-222-080 SXC30 (1)
7.50 8.00 280.00 222.00 230.0 45.0 1.238 30.0
•
SCD 078-257-080 SXC30 (1)
7.80 8.00 315.00 257.00 265.0 45.0 1.287 30.0
•
SCD 080-257-080 SXC30
8.00 8.00 315.00 257.00 265.0 45.0 1.320 30.0
•
SCD 085-287-100 SXC30
8.50 10.00 350.00 287.00 295.0 50.0 1.402 30.0
•
SCD 088-322-100 SXC30 (1)
8.80 10.00 380.00 322.00 330.0 45.0 1.452 30.0
•
SCD 090-322-100 SXC30
9.00 10.00 380.00 322.00 330.0 45.0 1.485 30.0
•
SCD 098-322-100 SXC30
9.80 10.00 380.00 322.00 330.0 45.0 1.617 30.0
•
SCD 100-322-100 SXC30
10.00 10.00 380.00 322.00 330.0 45.0 1.650 30.0
•
• For user guide, see pages 175-184
(1) On request
(2) Usable length diameter ratio
Recommended Machining Conditions for SCD-SXC30 Solid Carbide Drills
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material No.
Cutting
Speed Vc
(m/min)
Cutting Diameter
Feed (mm/rev)
3.0-5.0 5.0-8.0 8.0-10.0
P
Non-alloy steel and cast
steel, free cutting steel
< 0.25 %C Annealed 420 125 1
65-70
0.09-0.11 0.12-0.17 0.18-0.22
>= 0.25 %C Annealed 650 190 2
< 0.55 %C Quenched and tempered 850 250 3
>= 0.55 %C Annealed 750 220 4
>= 0.55 %C Quenched and tempered 1000 300 5
Low alloy steel and cast steel (less
than 5% of alloying elements)
Annealed 600 200 6
Quenched and tempered
930 275 7
1000 300 8
1200 350 9
High alloyed steel, cast steel, and tool steel Annealed 680 200 10 60-65
Quenched and tempered 1100 325 11
Stainless steel and cast steel Ferritic/martensitic. 680 200 12 45-50 0.07-0.09 0.10-0.14 0.13-0.17
Martensitic 820 240 13
MStainless steel and cast steel Austenitic 600 180 14 40-45 0.07-0.09 0.10-0.14 0.13-0.17
K
Grey cast iron (GG) Ferritic/pearlitic 180 15
75-85 0.18-0.22 0.20-0.30 0.30-0.40
Pearlitic 260 16
Cast iron nodular (GGG) Ferritic 160 17
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
S
High temp. alloys
Fe based Annealed 200 31 45-50 0.07-0.09 0.10-0.14 0.13-0.17
Cured 280 32
Ni or Co based
Annealed 250 33
40-45 0.05-0.07 0.07-0.10 0.10-0.13Cured 350 34
Cast 320 35
Titanium Ti alloys Pure RM 400 110 36 45-50 0.06-0.08 0.08-0.12 0.12-0.15
Alpha+beta alloys cured RM 1050 310 37
SCD-SXC30
Solid Carbide Drills with
Internal Coolant Channels,
Drilling Depth 30xD
ISCAR
172
SOLID CARBIDE DRILLS
DCONMS h6
OAL
LCF LS DC h7
LU
PL
135˚
Dimensions
Designation
DC DCONMS OAL LU LCF LS PL ULDR(2)
IC908
SCD 030-132-060 SXC40
3.00 6.00 190.00 132.00 140.0 45.0 0.495 40.0
•
SCD 038-172-060 SXC40 (1)
3.80 6.00 230.00 172.00 180.0 45.0 0.627 40.0
•
SCD 040-172-060 SXC40
4.00 6.00 230.00 172.00 180.0 45.0 0.660 40.0
•
SCD 042-172-060 SXC40
4.20 6.00 230.00 172.00 180.0 45.0 0.693 40.0
•
SCD 045-212-060 SXC40
4.50 6.00 270.00 212.00 220.0 45.0 0.743 40.0
•
SCD 047-212-060 SXC40 (1)
4.70 6.00 270.00 212.00 220.0 45.0 0.775 40.0
•
SCD 048-212-060 SXC40
4.80 6.00 270.00 212.00 220.0 45.0 0.792 40.0
•
SCD 050-212-060 SXC40
5.00 6.00 270.00 212.00 220.0 45.0 0.825 40.0
•
SCD 055-232-060 SXC40
5.50 6.00 290.00 232.00 240.0 45.0 0.907 40.0
•
SCD 058-232-060 SXC40 (1)
5.80 6.00 290.00 232.00 240.0 45.0 0.957 40.0
•
SCD 060-232-060 SXC40
6.00 6.00 290.00 232.00 240.0 45.0 0.990 40.0
•
SCD 065-282-080 SXC40
6.50 8.00 340.00 282.00 290.0 45.0 1.072 40.0
•
SCD 068-312-080 SXC40
6.80 8.00 370.00 312.00 320.0 45.0 1.122 40.0
•
SCD 070-312-080 SXC40
7.00 8.00 370.00 312.00 320.0 45.0 1.155 40.0
•
SCD 075-312-080 SXC40 (1)
7.50 8.00 370.00 312.00 320.0 45.0 1.238 40.0
•
SCD 078-342-080 SXC40 (1)
7.80 8.00 400.00 342.00 350.0 45.0 1.287 40.0
•
SCD 080-342-080 SXC40
8.00 8.00 400.00 342.00 350.0 45.0 1.320 40.0
•
• For user guide, see pages 175-184
(1) On request
(2) Usable length diameter ratio
SCD-SXC40
Solid Carbide Drills with
Internal Coolant Channels,
Drilling Depth 40xD
173
SOLID CARBIDE DRILLS
DCONMS h6
OAL
LCF LS DC h7
LU
PL
135˚
Dimensions
Designation
DC DCONMS OAL LU LCF LS PL ULDR(2)
IC908
SCD 040-217-060 SXC50
4.00 6.00 270.00 217.00 225.0 40.0 0.660 50.0
•
SCD 042-217-060 SXC50
4.20 6.00 270.00 217.00 225.0 40.0 0.693 50.0
•
SCD 045-267-060 SXC50
4.50 6.00 320.00 267.00 275.0 40.0 0.743 50.0
•
SCD 047-267-060 SXC50 (1)
4.70 6.00 320.00 267.00 275.0 40.0 0.775 50.0
•
SCD 048-267-060 SXC50
4.80 6.00 320.00 267.00 275.0 40.0 0.792 50.0
•
SCD 050-267-060 SXC50
5.00 6.00 320.00 267.00 275.0 40.0 0.825 50.0
•
SCD 055-302-060 SXC50
5.50 6.00 360.00 302.00 310.0 45.0 0.907 50.0
•
SCD 058-302-060 SXC50 (1)
5.80 6.00 360.00 302.00 310.0 45.0 0.957 50.0
•
SCD 060-302-060 SXC50
6.00 6.00 360.00 302.00 310.0 45.0 0.990 50.0
•
• For user guide, see pages 175-184
(1) On request
(2) Usable length diameter ratio
SCD-SXC50
Solid Carbide Drills with
Internal Coolant Channels,
Drilling Depth 50xD
ISCAR
174
SOLID CARBIDE DRILLS
DCONMS h6
DC
PL
OAL
LCF LS
LU
Designation
DC DCONMS LU LCF LS OAL PL
SCD 0330-025-040 FNPCD
3.30 4.00 25.00 30.0 36.0 70.00 3.000
SCD 0419-028-060 FNPCD
4.19 6.00 28.00 34.3 34.0 70.00 2.100
SCD 0485-028-060 FNPCD
4.85 6.00 28.00 35.3 34.0 70.00 2.430
SCD 0637-032-080 FNPCD
6.37 8.00 32.00 41.6 32.0 76.00 3.190
SCD-FNPCD
Solid Carbide Drills with PCD Full
Nib Insert for Composite Materials
(CFRP) and Stack Machining
• For user guide and cutting conditions, see pages 175-184
PL
DC
DCONMS h6
OAL
LS
LCF
LU
Designation
DC DCONMS LU LCF LS OAL PL
SCD 0419-028-060 WPCD
4.19 6.00 28.00 34.3 34.0 70.00 2.100
SCD 0485-028-060 WPCD
4.85 6.00 28.00 35.3 34.0 70.00 2.430
SCD 0637-032-080 WPCD
6.37 8.00 32.00 41.6 32.0 75.00 3.190
SCD 0794-032-080 WPCD
7.94 8.00 32.00 43.9 30.0 75.00 3.970
SCD 1000-040-100 WPCD
10.00 10.00 40.00 50.0 40.0 84.00 5.000
SCD 1200-045-120 WPCD
12.00 12.00 45.00 55.0 40.0 89.00 6.000
SCD-WPCD
Solid Carbide Drills with PCD
Insert for Composite Materials
(CFRP) and Stack Machining
• For user guide and cutting conditions, see pages 175-184
DCONMS h6
DC
OAL
LS
LCF
PL
LU
Designation
DC DCONMS LU LCF LS OAL PL
SCD 0330-025-040 CVD
3.30 4.00 25.00 30.0 36.0 70.00 3.000
SCD 0419-028-060 CVD
4.19 6.00 28.00 34.0 32.0 70.00 3.500
SCD 0485-028-060 CVD
4.85 6.00 28.00 35.0 32.0 70.00 4.000
SCD 0637-032-080 CVD
6.37 8.00 32.00 42.0 32.0 76.00 5.400
SCD 0794-032-080 CVD
7.94 8.00 32.00 44.0 30.0 76.00 6.700
SCD-CVD
Solid Carbide Drills with CVD
Coating for Composite Materials
(CFRP) and Stack Machining
• For user guide and cutting conditions, see pages 175-184
175
USER GUIDE
SOLID CARBIDE DRILLS
• It is mostly recommended to use an external coolant jet
at a minimum pressure of 10 to15 bar during drilling
for prolonged tool life and to facilitate chip evacuation.
• When machining alloy and stainless steel, it is
mostly recommended to use ER JET 2 collet to
prolong tool life and prevent built-up edge.
• Semi-synthetic or emulsion lubricants should
be used to extend tool life.
• Drilling stainless steel or high temperature alloys requires
high oil pressure and 7-15% mineral or vegetable based
oil emulsion for prolonged tool life. Dry machining
may badly affect hole quality and drill tool life.
• In case of chip evacuation problems or when poor
surface finish is obtained, it is most recommended
to use pecking cycle.
• For optimal performance, it is recommended to use the
3 flute, 5xD solid carbide drills in rotating or stationary
applications with a maximum of 0.02 mm runout.
Larger runout will reduce drill performance
and badly affect hole quality.
• The solid drills can be clamped into any
of ISCAR’s tooling systems such as:
1 Collet chucks
2 Thermal shrink chucks
3 ISCAR MAXIN power chucks
• It is recommended to use the solid drills in SHORTIN
adapters with AA super precision collets to obtain a
high level of hole quality and prolonged drill tool life.
Balanceable adapters should be used for applications
above 10,000 RPM in order to minimize vibrations
and gain a reliable and prolonged cutting edge life.
• Interrupted cut applications reduce hole accuracy,
quality and drill life.
• See pages 179-180 for troubleshooting
guide for common problems.
• Solid carbide drills can be used on a wide range
of materials and different cutting conditions with
high reliability and performance repeatability.
This can reduce tool inventory and logistic costs.
3 Flute Solid Carbide Drills
Three flute drills are used extensively on nonferrous metals
because of their excellent performance on these materials.
These solid carbide drills were designed with a special
cutting edge geometry that can be used on a broad
spectrum of materials including steel, stainless steel, high
temperature alloys, cast iron and nonferrous materials.
Their dimensions are according to DIN 6537 standard.
The SCCD drills are manufactured in m7 diameter
tolerance, with cylindrical shanks according to DIN 6535
HA standard, 30° spiral flute helix, 140° head point angle
and a reinforced web taper.
The drills can be used on surface applications of up to 20°
sloped entry/exit. (In this case, the drill should be held in a
thermal shrink collet or a MAXIN power chuck). The 3 flute
solid carbide drills cannot be used on radial drill adjustment
diameter devices such as our FITBORE adapter.
20º max
3 Flute Centering Drill
Followed by a
CHAMDRILL
SUMOCHAM/CHAMGUN
140º 140°
Advantages
The drills provide higher hole cylindricity, roundness,
straightness, concentricity and surface finish when
compared to 2 flute solid carbide drills.
The 3 flute solid carbide drills with a 140˚ point
head can serve as centering drills for CHAMDRILL/
SUMOCHAM or CHAMGUN if necessary.
General Recommendations
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Coolant Pressure and Volume Recommendations
Coolant Pressure [bar]
0.0
10
20
30
40
50
60
5 10 15 20
4
3
8
12
16
20
Coolant Volume [l/min]
Tool Diameter (mm)
Required Coolant Pressure Required Coolant Volume
Optimum pressure Optimum volume
Good pressure Good volume
Minimum pressure Minimum pressure
Required coolant pressure and volume for SCD
drills with internal coolant spiral nozzles.
Force and Power Characteristics
Feed Force
(kN)
0.0
0.5
1.0
1.5
2.0
2.5
3.0
246810 12 14 16 18
Drill Diameter (mm)
f=0.30 mm/rev
f=0.25 mm/rev
f=0.20 mm/rev
Net Power Consumption
(kW)
0.0
0.5
1.0
1.5
2.0
2.5
3.0
246810 12 14 16 18
Drill Diameter (mm)
f=0.30 mm/rev
f=0.25 mm/rev
f=0.20 mm/rev
Material:
SAE 4340
Speed:
100 m/min
Values may change for different materials and
drilling conditions.
Stability
The stability of the application volume is important in order
to obtain the very best tool life and hole accuracy. Check
the condition of the machine spindle, fixture and fixturing
of the component to secure maximum stability and rigidity.
Unstable conditions can cause tool breakage.
Stationary Drill Rotating Drill
Max 0.02 mm
Max 0.02 mm
Correct Direction Incorrect Direction
External Coolant External Coolant
Tool Life
Drills should not be used with flank wear
exceeding 0.2-0.3 mm.
0.2-0.3 mm
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ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.(1)
Cutting
Speed Vc
(m/min)
Feed (mm/rev) vs. Drill Diameter
Ø0.8-1.4 Ø1.5-1.9 Ø2-2.4 Ø2.5-2.9
P
Non-alloy
steel and cast
steel, free
cutting steel
< 0.25 %C Annealed 420 125 1 50-100 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
>= 0.25 %C Annealed 650 190 2 40-100 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
< 0.55 %C Quenched and
tempered 850 250 3 40-85 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
>= 0.55 %C Annealed 750 220 4 40-85 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Quenched and
tempered 1000 300 5 40-85 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Low alloy and cast steel (less
than 5% of alloying elements)
Annealed 600 200 6 40-75 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Quenched and
tempered
930 275 7 40-60 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
1000 300 8 40-60 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
1200 350 9 40-60 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
High alloyed steel, cast
steel and tool steel
Annealed 680 200 10 30-50 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Quenched and
tempered 1100 325 11 30-50 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Stainless steel and cast steel
Ferritic/
martensitic 680 200 12 20-35 0.03-0.06 0.04-0.08 0.05-0.10 0.06-0.10
Martensitic 820 240 13 20-35 0.03-0.06 0.04-0.08 0.05-0.10 0.06-0.10
MStainless steel Austenitic 600 180 14 20-35 0.03-0.06 0.04-0.08 0.05-0.10 0.06-0.10
K
Grey cast iron (GG) Ferritic/pearlitic 180 15 40-80 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Pearlitic 260 16 40-70 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Nodular cast iron (GGG) Ferritic 160 17 40-95 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Pearlitic 250 18 50-95 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Malleable cast iron Ferritic 130 19 40-80 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Pearlitic 230 20 40-80 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
N
Aluminum- wrought alloy Not cureable 60 21 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Cured 100 22 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Aluminum-
cast, alloyed
<=12% Si Not cureable 75 23 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Cured 90 24 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
>12% Si High temperature 130 25 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Copper alloys
>1% Pb Free cutting 110 26 80-150 0.03-0.10 0.05-0.15 0.07-0.17 0.08-0.20
Brass 90 27 50-150 0.05-0.12 0.07-0.15 0.08-0.18 0.09-0.18
Electrolitic copper 100 28 60-160 0.05-0.15 0.07-0.18 0.08-0.20 0.09-0.22
Non-metallic
Duroplastics,
fiber plastics 29
Hard rubber 30
S
High temp.
alloys
Fe based Annealed 200 31 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
Cured 280 32 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
Ni or Co
based
Annealed 250 33 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
Cured 350 34 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
Cast 320 35 10-20 0.02-0.04 0.03-0.06 0.04-0.07 0.04-0.08
Titanium Ti alloys
RM 400 36 10-20 0.02-0.03 0.02-0.03 0.03-0.04 0.03-0.04
Alpha+beta
alloys cured RM 1050 37 10-20 0.02-0.03 0.02-0.03 0.03-0.04 0.03-0.04
H
Hardened steel Hardened 55 HRC 38 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
Hardened 60 HRC 39 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
Chilled cast iron Cast 400 40 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
Cast iron Hardened 55 HRC 41 10-20 0.01-0.02 0.01-0.02 0.02-0.03 0.02-0.03
• For drill with lengh to diameter ratio larger than 6xD, reduce feed by 20%
• If the RPM exceeds 10,000, a dynamic balance should be done to the system
• Maximal radial and axial runout should not exceed 0.01 mm
• As a starting value, the middle of the recommended machining range should be used, then (according to wear results),
conditions can be changed in order to optimize performance.
(1) For workpiece materials list, see pages 495-524
Recommended Machining Conditions for Solid Carbide Drills D=0.8-2.9 mm
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Recommended Machining Conditions for Solid Carbide Drills D=3.0-20.0 mm
ISO
Material Condition
Tensile
Strength
[N/mm2]
Hardness
HB
Material
No.(1)
Cutting
Speed Vc
m/min
Feed (mm/rev) vs. Drill Diameter
Ø3-5 Ø5.1-8 Ø8.1-12 Ø12.1-16 Ø16.1-20
P
Non-alloy
steel and
cast steel,
free cutting
steel
< 0.25 %C Annealed 420 125 1 80-120 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
>= 0.25 %C Annealed 650 190 2 80-110 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
< 0.55 %C
Quenched
and
tempered
850 250 3 70-100
0.10-0.20 0.15-0.28 0.2-0.35 0.20-0.38 0.25-0.42>= 0.55 %C Annealed 750 220 4
Quenched
and
tempered
1000 300 5
Low alloy and cast
steel (less than 5% of
alloying elements)
Annealed 600 200 6 70-90 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
Quenched
and
tempered
930 275 7
1000 300 8 60-80 0.10-0.18 0.15-0.25 0.2-0.30 0.20-0.35 0.25-0.40
1200 350 9 50-70 0.10-0.20 0.15-0.28 0.2-0.35 0.20-0.38 0.25-0.42
High alloyed steel, cast
steel and tool steel
Annealed 680 200 10 60-80 0.10-0.20 0.15-0.28 0.18-0.35 0.20-0.38 0.25-0.42
Quenched
and
tempered
1100 325 11 50-70 0.10-0.15 0.12-0.20 0.14-0.25 0.16-0.30 0.18-0.32
Stainless steel
and cast steel
Ferritic/
martensitic 680 200 12 25-75 0.04-0.10 0.05-0.15 0.05-0.18 0.08-0.20 0.10-0.20
Martensitic 820 240 13 25-75 0.04-0.10 0.05-0.15 0.05-0.18 0.08-0.20 0.10-0.20
MStainless steel Austenitic 600 180 14 25-75 0.04-0.10 0.05-0.15 0.05-0.18 0.08-0.20 0.10-0.20
K
Grey cast iron (GG)
Ferritic/
pearlitic 180 15 85-105 0.15-0.25 0.20-0.35 0.25-0.45 0.30-0.50 0.35-0.55
Pearlitic 260 16 75-90 0.15-0.25 0.20-0.35 0.25-0.45 0.30-0.50 0.35-0.55
Nodular cast iron (GGG) Ferritic 160 17
65-80 0.12-0.20 0.15-0.25 0.20-0.35 0.25-0.40 0.30-0.45
Pearlitic 250 18
Malleable cast iron Ferritic 130 19
Pearlitic 230 20
N
Aluminum- wrought alloy Not cureable 60 21 70-300 0.10-0.25 0.15-0.35 0.25-0.45 0.30-0.50 0.35-0.55
Cured 100 22 70-200
Aluminum-
cast,
alloyed
<=12% Si Not cureable 75 23 70-300 0.07-0.18 0.12-0.25 0.20-0.35 0.25-0.45 0.30-0.50
Cured 90 24
>12% Si High
temperature 130 25
Copper
alloys
>1% Pb Free cutting 110 26
Brass 90 27
Electrolitic
copper 100 28
Non-metallic
Duroplastics,
fiber plastics 29
Hard rubber 30
S
High temp.
alloys
Fe based Annealed 200 31
Cured 280 32
Ni or Co
based
Annealed 250 33
Cured 350 34
Cast 320 35
Titanium Ti alloys
RM 400 36
Alpha+beta
alloys cured RM 1050 37 15-35 0.02-0.07 0.04-0.10 0.06-0.12 0.08-0.15 0.08-0.18
H
Hardened steel Hardened 55 HRC 38 40-70 0.06-0.10 0.08-0.12 0.10-0.14 0.12-0.16 0.14-0.18
Hardened 60 HRC 39
Chilled cast iron Cast 400 40
Cast iron Hardened 55 HRC 41
As a starting value, the middle of the recommended machining range should be used, then (according to wear results),
conditions can be changed in order to optimize performance.
• When using external coolant supply only, reduce cutting speed by 10%
• Use internal coolant supply when machining austenitic stainless steel
(1) For workpiece materials list, see pages 495-524
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Problem Cause Solution
Chipping on the chisel edge • Poor clamping of the chuck • Check the clamping. Use hydraulic clamping chuck,
maxin power chuck or a shrink system.
• Unsuitable cutting conditions • Decrease feed, increase coolant pressure.
• Chisel runout • Check or replace the clamping adaptation.
• Workpiece movement • Increase workpiece chucking force.
Chipping on the cutting
edges / built-up edge
• Poor clamping of the chuck • Check the clamping. Use hydraulic clamping chuck,
maxin power chuck or a shrink system.
• Unsuitable cutting conditions • Increase cutting speed, reduce feed rate.
• Insufficient coolant • Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add cooling jets.
• Rough application • Reduce feed rate by 30-50% during entry and exiting.
Excessive wear on the
cutting corners
• Insufficient coolant • Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add coolant jets.
• Large runout • Check if the runout is within 0.02 mm T.I.R. (radial & axial)
• Unsuitable cutting conditions • Reduce cutting speed, increase feed.
• Rough application • Reduce feed rate by 30-50% during entry and exit.
• Poor clamping of the chuck • Check the clamping. Use hydraulic clamping chuck,
maxin power chuck or a shrink system.
Chipping on the lands • Workpiece movement • Increase workpiece chucking force.
• Insufficient coolant • Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add coolant jets.
• Wrong drill • Check drill type, drilling depth, cooling
system and workpiece material.
• Unsuitable cutting conditions • Increase feed. When spot drilling, reduce feed.
Hole diameter out of tolerance • Unsuitable cutting conditions • If hole size is too large, increase cutting speed or reduce feed.
If hole size is too small, reduce cutting speed or increase feed.
• Poor clamping of the chuck • Check the clamping. Use hydraulic clamping chuck,
maxin power chuck or a shrink system.
• Large runout • Make sure that the drill’s runout is within
0.02 mm (radial & axial).
• Worn out center point (chisel) • Regrind cutting edge or replace the drill.
Hole not straight • Insufficient chip evacuation • Use pecking cycle.
• Poor clamping of the chuck • Check the clamping. Use hydraulic clamping chuck,
maxin power chuck or a shrink system.
• Workpiece rigidity • Increase workpiece chucking force.
• Worn out drill center point (chisel) • Regrind cutting edge.
• Unsuitable cutting conditions • Increase feed. When spot drilling, reduce feed.
Troubleshooting
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Troubleshooting
Problem Cause Solution
Drill breakage • Poor clamping of the chuck • Check the clamping. Use hydraulic clamping chuck,
maxin power chuck or a shrink system.
• Workpiece movement • Increase workpiece chucking force.
• Wrong drill • Check drill type and drilling depth, cooling
system and workpiece material.
• Insufficient coolant • Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add cooling jets.
• Unsuitable cutting conditions • Reduce feed.
• Worn out drill center point (chisel) • Regrind cutting edge.
• Insufficient chip evacuation • Use pecking cycle.
Chipping on the cutting corners • Poor clamping of the chuck • Check the clamping and adaptation. Use hydraulic
clamping chuck, maxin power chuck or a shrink system.
• Workpiece movement • Increase workpiece chucking force.
• Wrong drill • Check drill type and drilling depth, cooling system
and workpiece material. Possibly use longer drill.
• Insufficient coolant • Check cooling lubricant. Increase coolant
pressure. In the case of external coolant supply,
improve jet direction and add cooling jets.
• Unsuitable cutting conditions • Check cutting parameters, and possibly reduce feed.
• Worn out or broken cutting corner • Replace drill or regrind cutting edge.
Problem: Burrs on exit • Unsuitable cutting conditions • Reduce feed by 30-50% during exit.
• Worn out drill • Replace drill.
Rough surface finish • Unsuitable cutting conditions • Adjust feed to improve chip flow.
Ra • Large runout • Make sure that the drill’s runout is within
0.02 mm (radial & axial).
• Chip jamming • Reduce cutting speed.
• Increase coolant pressure.
• Apply pecking procedure.
Deviation of hole position • Large runout • Make sure that the drill runout is within 0.02 mm (radial & axial).
• Poor stability • Check and improve drill and workpiece clamping rigidity.
• Rough application • When drilling hard materials or sloped surfaces,
reduce feed by 30-50% during entrance.
• Use a short pilot drill with 140° point angle.
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Regrinding Instructions
Regrinding Instructions for AP
and ACP Geometries
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
1
Primary Clearance
a° D Range
7 0.8-6.0
10 >6.1
2
Secondary Clearance
3
Chisel
a° D Range
100 3.0-4.8
105 4.9-10
95 10.1-20
4
Edge Preparation
RD Range
0.02 0.8-6.0
0.03 6.1-18.0
0.04 18.1>UP
Grinding Wheel Recommended Specifications:
1 Diameter grinding wheel: GA2
2 Grinding wheel bond: synthetic resin
3 Grit size: 325/400 mesh (45/38µ)
4 Diamond concentration: C-75 (3.3 carat/cm3)
5 Cutting fluid emulsion 3%
Regrinding Instructions for AG
and ACG Geometries
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
1
Primary Clearance
a° D Range
7 0.8-6.0
10 >6.1
2
Secondary Clearance
3
Chisel
a° D Range
100 3.0-4.8
105 4.9-10
95 10.1-20
4
Edge Preparation
RD Range
0.02 0.8-6.0
0.03 6.1-18.0
0.04 18.1>UP
Grinding Wheel Recommended Specifications:
1 Diameter grinding wheel: GA2
2 Grinding wheel bond: synthetic resin
3 Grit size: 325/400 mesh (45/38µ)
4 Diamond concentration: C-75 (3.3 carat/cm3)
5 Cutting fluid emulsion 3%
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Regrinding Instructions
Regrinding Instructions for AH Geometry
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
1
Primary Clearance
2
Secondary Clearance
3
Chisel
4
Edge Preparation
Grinding Wheel Recommended Specifications:
1 Diameter grinding wheel: GA2
2 Grinding wheel bond: synthetic resin
3 Grit size: 325/400 mesh (45/38µ)
4 Diamond concentration: C-75 (3.3 carat/cm3)
5 Cutting fluid emulsion 3%
Regrinding Instructions for 3 Flute SCCD Drills
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
1
Primary Clearance
DAT
DAT
10˚
20°
DAT
0.02 Shank
2
Secondary Clearance
DAT
25°
25°
20°
20°
DAT
3
Grind chisel (Thinning)
40°
30°
C
Ø0.25- 0.55 mm
35°
CD range
0.3-0.4 4.00-8.00
0.5-0.6 8.01-12.00
4
Edge Preparation (Honing)
A
A
DAT
R
RD Range
0.035-0.045 4.00-6.00
0.045-0.055 6.01-12.00
Grinding Wheel Recommended Specifications:
1 Diameter grinding wheel: GA2
2 Grinding wheel bond: synthetic resin
3 Grit size: 325/400 mesh (45/38µ)
4 Diamond concentration: C-75 (3.3 carat/cm3)
5 Cutting fluid emulsion 3
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Regrinding Instructions for SCDT
Pre-Thread Solid Drills
For each grinding operation, rotate the drill
180° and repeat the grinding procedure.
45°
7°ÊspiralÊrelief
1
Primary Clearance
a° D Range
7 0.8-6.0
10 >6.1
2
Secondary Clearance
3
Chisel
a° D Range
100 3.0-4.8
105 4.9-10
95 10.1-20
4
Edge Preparation
RD Range
0.02 0.8-6.0
0.03 6.1-18.0
0.04 18.1>UP
Grinding Wheel Recommended Specifications:
1 Diameter grinding wheel: GA2
2 Grinding wheel bond: synthetic resin
3 Grit size: 325/400 mesh (45/38µ)
4 Diamond concentration: C-75 (3.3 carat/cm3)
5 Cutting fluid emulsion 3%
GYRO Auxiliary Devices for Lathe Machines
Designed to Correct Misalignment
on Stationary Operation
Drills can be used on sloped surfaces up to 6°.
When drilling sloped surfaces of more than 6°,
reduce feed by 30-50% during penetration of up
to 5 mm depth, or use a spot or pre-hole drill to
avoid drill deviation or poor drill performance.
T.I.R. max. 0.02
Angular Adj. 1°
Radial Adj. D2.0
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General - Calculations
Spindle Speed (min-1)
n= vc ∙1000
π ∙ D
Cutting Speed (m/min)
vc = π ∙ D ∙ n
1000
Table Feed (mm/min)
vf = f ∙ n
Material Removal Rate (cm3/min)
Q= vf ∙ π ∙ D2
4000
Power Requirement (kW)
Pc = Q
60.000 ∙ η ∙ kc ∙ sin k
Torque (Nm)
Mc = f ∙ kc 1000 ∙ D2
8 ∙ sin k∙km
Feed Force (approx.) (N)
Ff = 0.63 ∙ D
2 ∙ f∙kc∙sin k∙kf
Machining Time (min/piece)
Tc = L+h
vf
Machining Cost ($/piece)
Cc = CMh 60 ∙Tc
fFeed/rev mm/rev
kcMaterial specific cutting force N/mm2
hDistance from drill point to workpiece
before feeding mm
LDepth of hole mm
CMh Cost/machine hour $/h
ηMachine efficiency %
k90º }180° bottom drills
sin k 1 DR...
k70º }140° point angle drills
sin k 0.94
Drill Geometry Coeficient
DCM DCN SCD
km 1 0.85 0.85
kf1 0.85 0.85
Example
Drill DR 220-044-25-07-2D-N (Ø22 mm) - Material No. 4
kc=2200 N/mm2k=90º, sin k=1
vc=200 m/min CMh=50 $/h η=0.75
km=1 kf=1 f=0.15 mm/rev L=25 mm h=10 mm
n = vc ∙ 1000
π ∙ D ∙ 200 ∙ 1000
π ∙ 22 = 2894 min-1
vf = f ∙ n=0.15 ∙ 2894 = 434 mm/min
Q = vf ∙ π ∙ D2
4000 = 434 ∙ 3.14 ∙ (22)2
4000
= 165 cm3/min
Pc = Q
60.000 ∙ η ∙ Kc ∙ sin k
= 65
60.000 ∙ 0.75 ∙ 2200 ∙ 1 =8.06 kW
Mc = f ∙ Kc
10000 ∙ D2
8 ∙ sin k
= 0.15 ∙ 2200
10000 ∙ 222
8 ∙ 1 ∙1 = 20 Nm
Ff = 0.63 ∙ D
2 ∙f ∙ Kc ∙ sin k
= 0.63 ∙ 22
2 ∙ 0.15 ∙ 2200 ∙ 1 ∙1 = 2286 n
Tc = L+h
Vf = 25+10
434 = 0.08 min/piece
Cc = CMh
60 ∙ Tc = 50 ∙ 0.08
60
= 0.067 $/piece
kc Values
Material
Group kc Value Material
Group kc Value
1 2000 19 900
2 2100 20 1000
3 2150 21 500
4 2200 22 800
5 2200 23 800
6 2100 26 700
7 2100 27 700
8 2100 28 1700
9 2100 31 3000
10 2500 32 3100
11 3250 33 3300
12 2300 34 3300
13 2800 35 3200
14 2600 36 1700
15 1100 37 1700
16 1300 38 4600
17 1100 39 4700
18 1800 40 4600
41 4500
