milling of t-slots - Horn USA, Inc.

MILLING OF T-SLOTS
Excellent removal of chips, flushed by through coolant.
G
In the UNITED STATES call us toll free
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G1

MILLING OF T-SLOTS
MILLING SHANK Type
MU311
Cutting edge Ø Ds .669″
Material of shank: Carbide - Giving a good vibration resistance
for use with Insert
Type
311
G
Picture = right hand cutting version shown
Part number Ds l 1
l 2
d 1
d
MU311.0625.00B .669 3.543 .984 .354 .625
Further sizes upon request
Ordering note:
Milling cutter shanks with damaged seating can be repaired by HORN.
Dimensions in inch
Spare parts
Milling shank Screw Torque TORX PLUS® Wrench
MU311.0625.00B 4.16T15KP 35 - 40 lbf-in. T15PQ
G2
In the UNITED STATES call us toll free
1 - 888 - 818 HORN

MILLING OF T-SLOTS
MILLING SHANK Type
M311
Cutting edge Ø
Ds .669″ (17.0 mm)
Material of shank: Carbide - Giving a good vibration resistance
for use with Insert
Type
311
Picture = right hand cutting version shown
G
Part number Ds l 1
l 2
d 1
d
M311.0016.00B 17 90 25 9 16
M311.0016.00E 17 90 25 9 16
Further sizes upon request
Ordering note:
Milling cutter shanks with damaged seating can be repaired by HORN.
Dimensions in mm
Spare parts
Milling shank Screw Torque TORX PLUS® Wrench
M311.0016.00... 4.16T15KP 35 - 40 lbf-in. T15PQ
In the UNITED STATES call us toll free
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G3

MILLING OF T-SLOTS
INSERT Type
311
T-Slots DIN 650
Cutting edge Ø
a .394″
Ds .669″
for use with Milling shank
Type
M311
G
Picture = right hand cutting version shown
Part number Ds w s r 1
r 2
a
MG12
TI25
TF45
311.1016.00 .669 .283 .303 .020 .031 .394 •
Dimensions in inch
●/+ = on stock / 6 weeks
Further sizes upon request
G4
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CHAMFERING OF T-SLOTS
INSERT Type
311
T-Slots DIN 650
Cutting edge Ø
a .394/.472/.551″
Ds .622″
for use with Milling shank
Type
M311
Picture = right hand cutting version shown
G
Part number s E Ds
MG12
TN35
TI25
TF45
311.4216.00 .230 .118 .622 •
Dimensions in inch
●/+ = on stock / 6 weeks
Further sizes upon request
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
G5

MILLING OF T-SLOTS
MILLING SHANK Type
MU313
Cutting edge Ø Ds .787″
Material of shank: Carbide - Giving a good vibration resistance
for use with Insert
Type
313
G
Picture = right hand cutting version shown
Part number Ds l 1
l 2
d 1
d
MU313.0625.00B .787 3.661 1.181 .453 .625
Further sizes upon request
Ordering note:
Milling cutter shanks with damaged seating can be repaired by HORN.
Dimensions in inch
Spare parts
Milling shank Screw Torque TORX PLUS® Wrench
MU313.0625.00B 5.13T20KP 53 - 58 lbf-in. T20PQ
G6
In the UNITED STATES call us toll free
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MILLING OF T-SLOTS
MILLING SHANK Type
M313
Cutting edge Ø
Ds .787″ (20.0 mm)
Material of shank: Carbide - Giving a good vibration resistance
for use with Insert
Type
313
Picture = right hand cutting version shown
G
Part number Ds l 1
l 2
d 1
d
M313.0016.00B 20 93 30 11.5 16
M313.0016.00E 20 93 30 11.5 16
Further sizes upon request
Ordering note:
Milling cutter shanks with damaged seating can be repaired by HORN.
Dimensions in mm
Spare parts
Milling shank Screw Torque TORX PLUS® Wrench
M313.0016.00... 5.13T20KP 53 - 58 lbf-in. T20PQ
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
G7

MILLING OF T-SLOTS
INSERT Type
313
T-Slots DIN 650
Cutting edge Ø
a .472″
Ds .787″
for use with Milling shank
Type
M313
G
Picture = right hand cutting version shown
Part number Ds w s r 1
r 2
a
MG12
TI25
TF45
313.1219.00 .787 .323 .343 .020 .031 .472 •
Dimensions in inch
●/+ = on stock / 6 weeks
Further sizes upon request
G8
In the UNITED STATES call us toll free
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MILLING OF T-SLOTS
MILLING SHANK Type
MU328
Cutting edge Ø Ds .945″
Material of shank: Carbide - Giving a good vibration resistance
for use with Insert
Type
328
Picture = right hand cutting version shown
G
Part number Ds l 1
l 2
d 1
d
MU328.0750.00B .945 4.094 1.378 .531 .750
Further sizes upon request
Ordering note:
Milling cutter shanks with damaged seating can be repaired by HORN.
Dimensions in inch
Spare parts
Milling shank Screw Torque TORX PLUS® Wrench
MU328.0750.00B 5.13T20KP 53 - 58 lbf-in. T20PQ
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
G9

MILLING OF T-SLOTS
MILLING SHANK Type
M328
Cutting edge Ø
Ds .945″ (24.0 mm)
Material of shank: Carbide - Giving a good vibration resistance
for use with Insert
Type
328
G
Picture = right hand cutting version shown
Part number Ds l 1
l 2
d 1
d
M328.0020.00B 24 104 35 13.5 20
M328.0020.00E 24 104 35 13.5 20
Further sizes upon request
Ordering note:
Milling cutter shanks with damaged seating can be repaired by HORN.
Dimensions in mm
Spare parts
Milling shank Screw Torque TORX PLUS® Wrench
M328.0020.00... 5.13T20KP 53 - 58 lbf-in. T20PQ
G10
In the UNITED STATES call us toll free
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MILLING OF T-SLOTS
INSERT Type
328
T-Slots DIN 650
Cutting edge Ø
a .551″
Ds .945″
for use with Milling shank
Type
M328
Picture = right hand cutting version shown
G
Part number Ds w s r 1
r 2
a
MG12
TI25
TF45
328.1423.00 .945 .362 .386 .020 .039 .551 •
Dimensions in inch
●/+ = on stock / 6 weeks
Further sizes upon request
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
G11

MILLING OF T-SLOTS
Application Technology
a 2
≈ 0.2 x s
very recommandable
not recommandable
CUTTING DATA
MILLING OF T-SLOTS
G
Workpiece material Cutting material v c
[sfm] f z
= IPT
Ds .669"
f z
= IPT
Ds .787"-.945"
Carbon steel TI25 650 - 980 .0012 - .0025 .0020 - .0031
Alloyed steel TI25 460 - 720 .0008 - .0016 .0012 - .0020
Cast iron TI25 330 - 520 .0012 - .0025 .0020 - .0039
CUTTING DATA
CHAMFERING OF T-SLOTS
Workpiece material Cutting material v c
[sfm] f z
= IPT
Carbon steel TI25 980 - 1300 .0051 - .0083
Alloyed steel TI25 590 - 980 .0039 - .0051
Cast iron TI25 460 - 790 .0063 - .0106
The cutting data are only valid for our available antivibration standard carbide toolholders (shanks).
G12
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TECHNICAL INFORMATION
Feed rates and time calculation
It is simple and easy to calculate your speed and feeds
using HORN‘S HCT program. We recommend that
you calculate the cutting data with this program as it
will provide you with the best cutting performance and
results. Basic features of the calculations can be found
on the follwing pages.
HCT
(HORN Circular Technology)
- safe and fast -
Your cutting data for groove milling by
circular interpolation of internal and
external grooves as well as groove
milling of linear grooves.
System requirements from Windows 95.
Available on CD-ROM.
BASIC RECOMMENDATIONS
Overhang of the milling cutter
Select the shortest possible clamping device and milling
shank, and control the runout tolerance of the tools.
Large cutting widths in combination with long overhangs
require specific manufacturing methods such as dividing
the cutting width to achieve the best possible cutting
result due to reduced cutting forces.
H
Diameter of the milling cutter
When using a large diameter cutter, whose relationship
is close to the bore diameter, manufacturing cycletime
can be reduced, due to the smaller center of rotation and
higher feed rates. Many times the rotation of the milling
cutter centre will be defined by the parameters of the
workpiece and the whole application setup.
Clamping torque of the screws
We recommend to use a torque screw driver to achieve
the indicated torque values per insert and tool type.
Additional additives such as copper paste are not
permitted. This will have a negative effect and change
the clamping forces.
All clamping screws are already coated with
additives.
M d
In the UNITED STATES call us toll free
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H1

TECHNICAL INFORMATION
Milling direction
Most HORN milling tools are right handed , and it is
recommended to use them with the climb milling process
as this is generally recommend for carbide tools.
H
Milling entry into the workpiece
A simple radial entry of the milling cutter creates a very
long contact angle which leads to vibrations which will
not disappear for the rest of the milling operation and are
visual on the bottom of the groove.
It is recommended to enter the groove with a ramp
angle of 45° up to 180° to the maximum depth of cut.
The calculated cutting data refers to the milling condition
when the insert is in the full cut but can be also used for
the entry loop.
Ramp angle > 45°
Bore milling and offset milling by helical
interpolation
HORN milling inserts are manufactured with a round chip
breaker. This means that beyond a depth of cut of 2 mm
in axial direction the insert gets a negative cutting angle.
Milling inserts are limited to a depth of cut of 2 mm when
used for helical interpolation. Larger depths of cut can
only be produced when choosing special chip breakers.
Please contact us in case of any further questions.
H2
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1 - 888 - 818 HORN

TECHNICAL INFORMATION
Sinlge edged inserts
When entering through a bore off center and without
rotating it is possible to generate back chamfers and
flats with inserts having a larger cutting diameter than
the bore diameter. Single edged cutters have no run out
tolerance.
Thread milling
H
With HORN thread milling inserts the thread profile is
generated in one full cut to the profile depth of the thread.
This produces threads with minimal taper especially in
high alloyed steels.
In blind holes it is recommended to mill from the bottom
to the top. Otherwise there is the risk of damaging the
tool because of milling into chips at the bottom of the
blind hole.
A general recommendation for thread milling:
The milling cutter diameter should not exceed 70% of the
minor diameter of the thread. Otherwise recutting of the
profile occurs which could bring the whole thread out of
tolerance.
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
H3

CHOICE OF CARBIDE GRADES
Synthetic cutting-tool material
PD10
PD20
Wear resistance
Cutting speed
Toughness
Feed rate
CB10
CB20
H
Carbide Grades
uncoated coated
MG12 TI25
MG12 TN35 TH35
01
10
20
30
40
10
20
30
N
40
01
10
20
30
Non ferrous metal High temp. alloys Hardened materials
S
H
Wear resistance
Cutting speed
Toughness
Feed rate
01
10
20
30
40
10
20
30
40
01
10
20
30
P
Carbide Grades
Main selection supplementary grades
H35
TH35
TN35
TI25
H54 TF45
MG12
TN35
TI25
H54
TF45
MG12
TF46
Steel Stainless steel Grey cast iron / Aluminium
M
K
H4
In the UNITED STATES call us toll free
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GROOVE MILLING by circular interpolation
MILLING OF A LINEAR GROOVE - EXTERNAL
s z
= h m
√ 2r a r
s = n • z • s z
mm/min
H
Cos φ° = r2 + [R + r - a r
] 2 - R 2 φ°
2r [R + r - a r
]
L = • 2r • φ° mm
360°
Length of cut
t =
A T
n • z • A z
min
Time for cut (for A T
)
A Z
= L • h м
mm 2 s' 2
= s' 1
Area of chip
s' 1
= • 2 (R+r-a r ) mm/min
t
Feed rate of tool centre
A T
= [R 2 -(R-a r
) 2 ] mm 2
Area of groove section
R - a r
R + r - a r
mm/min
Feed rate of tool tip
HCT (HORN Circular Technology)
- safe and fast -
Your cutting data for groove milling by circular interpolation of internal and external grooves as well as groove milling
of linear grooves.
System requirements from Windows 95. Available on CD-ROM.
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
H5

GROOVE MILLING by circular interpolation
MILLING OF AN INTERNAL GROOVE
H
Cos [180° - φ°] = r2 + [R + a r
- r] 2 - R 2 180° - φ° φ°
2r [R + a r
- r]
L = • 2r • φ° mm
360°
Length of cut
t =
A T
n • z • A z
min
Time for cut (for A T
)
A Z
= L • h m
mm 2 s' 2
= s' 1
Area of chip
s' 1
= • 2 (R+r-a r ) mm/min
t
Feed rate of tool centre
A T
= [R 2 -(R-a r
) 2 ] mm 2
Area of groove section
R - a r
R + r - a r
mm/min
Feed rate of tool tip
Specification
ISO Specification Specification ISO Specification
Feed rate
Revolutions
Number of teeth
Feed/tooth
medium thickness of
chip
radial depth of cut
r r
s'
v f
Radius of cutter
a r
a e
n
n
Radius of workpiece
R
R
z
s z
z
f z
Feed rate of tool centre
s‘ 1
v f 3
h m
h m
Feed rate of tool tip
s‘ 2
v f2
H6
In the UNITED STATES call us toll free
1 - 888 - 818 HORN

Available METRIC size carbide and tungsten
alloy shanks - Summary
Dimensions in mm Part number Inserts (inch and metric) Use Page
l 1
d g6
l 2
d 1
Type t max
Ds
130 12 40 11 M116.0012.01B
130 12 56 11 M116.0012.02B
130 16 40 11 M116.0016.01B/E
130 16 56 11 M116.0016.02B/E
150 16 80 11 M116.0016.03B/E
80 12 21 6 M306.0012.01B/E/A
90 12 30 6 M306.0012.02B/E/A
100 12 42 6 M306.0012.03B/E/A
116 4.3 20.4 A53
116 4.3 20.4 A53
108/306 1.0/2.5 9.6/11.7 A3 - A4
100 7.5 - 6 M306.0707.03A
D3; E2
108/306 0.85/2.0 9.3/11.7
120 10 - 6 M306.1010.03A E2
90 12 30 7.3 M306.0712.02B/E/A
100 16 25 7.3 M306.0716.01/B/E/A
108/306 0.7/2.0 9.6/11.7 A3 - A4; D3
60 10 15.2 6 M306.ST10.01A 108/306 1.0/2.5 9.4/11.7 A5
95 12 29 8 M308.0012.01B/E/A
110 12 42 8 M308.0012.02B/E/A
120 12 56 8 M308.0012.03B/E/A
111/308/608 2.3/3.5 13.4/15.7 A23-A24
160 12 - - M308.0012.07A 111/308/608 2.3/3.5 13.4/15.7 D11; E8
110 12 42 9.5 M308.1012.02B/E/A
110 16 33 9.5 M308.1016.01B/E/A
60 10 17.7 8 M308.ST10.01A
70 13 25.7 8 M308.ST13.01A
100 12 32 9 M311.0012.01B/E/A
100 12 45 9 M311.0012.02B/E/A
120 12 64 9 M311.0012.03B/E/A
111/308 1.5/2.7 13.4/15.7 A23-A24; D11
111/308 2.3/3.5 13.4/15.7 A25
311/611 3.5/2.5 17.7 A39-A40
90 16 25 9 M311.0016.00B/E 311 3.6 17.0 G3
100 16 32 9 M311.0016.01B/E/A
110 16 45 9 M311.0016.02B/E/A
130 16 64 9 M311.0016.03B/E/A
110 16 32 13 M311.0016.04B/E/A
130 16 45 13 M311.0016.05B/E/A
60 10 17.7 9 M311.ST10.01A
311/611 3.5/2.5 17.7 A39-A40
311/611 1.5 17.7 A39-A40; D21
70 13 25.7 9 M311.ST13.01A 311/611 3.5 17.7
A41
80 16 25.7 9 M311.ST16.01A
100 12 - - M313.0012.01B/E/A
130 12 - - M313.0012.02B/E/A
313/613 4.5/3.2 21.7 A59-A60
93 16 30 11.5 M313.0016.00B/E 313 4.75 21.7 G7
100 16 42 12 M313.0016.01B/E/A
130 16 60 12 M313.0016.02B/E/A
160 16 85 12 M313.0016.03B/E/A
160 16 20 12 M313.0016.07A
110 20 45 16 M313.0020.04B/E
130 20 60 16 M313.0020.05B/E
313/613 4.5/3.2 21.7 A59-A60
313/613 2.5 21.7 D35
H
Dimensions in mm
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
H7

Available METRIC size carbide and tungsten
alloy shanks - Summary
Dimensions in mm Part number Inserts (inch and metric) Use Page
l 1
d g6
l 2
d 1
Type t max
Ds
60 10 10.7 11.3 M313.ST10.01A
70 13 25.7 11.3 M313.ST13.01A
80 16 25.7 11.3 M313.ST16.01A
120 9 - - M328.0909.01A
100 12 36 9 M328.0912.01A
100 16 42 14.3 M328.0016.01B/E/A
130 16 60 14.3 M328.0016.02B/E/A
160 16 85 14.3 M328.0016.03B/E/A
100 20 42 14.3 M328.0020.01B/E/A
130 20 60 14.3 M328.0020.02B/E/A
160 20 85 14.3 M328.0020.03B/E/A
313/613 4.85 21.7 A61
328/628 9.3 28 A79
325/328/628 5.0/6.4/4.3 24.8/27.7 A77 - A78
104 20 35 13.5 M328.0020.00B/E 328 6.5 27.7 G10
H
130 20 20 15 SM328.0020.05B/E
6.0
145 20 - - SM328.0020.06B/E 3.5
328
160 20 20 15 SM328.0020.07B/E 6.0
27.7 D43
200 20 - - SM328.0020.08B/E 3.5
70 13 10.7 14 M328.ST13.01A
100 20 35.7 14 M328.ST20.01A
328/628 6.0 27.7 A80
100 16 42 16 M332.0016.01A
130 16 60 16 M332.0016.02A
160 16 85 16 M332.0016.03A
100 20 42 20 M332.0020.01A
332 8.5 31.7 A92
130 20 60 20 M332.0020.02A
160 20 85 20 M332.0020.03A
100 12 32 11 M332.0012.2.01A
100 16 32 11 M332.0016.2.01A
332 10 31.7
A93
70 13 25 11 M332.ST13.2.01A A94
100 20 40 17.5 M335.0020.01B/A
130 20 60 17.5 M335.0020.02B/A/E
335 7.9/8.0 34.7 A104 - A105
Dimensions in mm
H8
In the UNITED STATES call us toll free
1 - 888 - 818 HORN

Available INCH size carbide and tungsten
alloy shanks - Summary
Diemsnions in inch Part number Inserts (inch and metric) Use Page
l 1
d g6
l 2
d 1
Type t max
Ds
3.150 .500 .827 .236 MU306.0500.01B 108/306 .039/.098 .378/.461
3.543 .500 1.181 .236 MU306.0500.02B 108/306 .039/.098 .378/.461 A2; D2
3.937 .500 1.654 .236 MU306.0500.03B 108/306 .039/.098 .378/.461
3.937 .625. .984 .287 MU306.0625.01B 108/306 .028/.078 .378/.461
3.740 .500 1.142 .315 MU308.0500.01B 111/308 .091/.138 .528/.618
4.331 .500 1.654 .315 MU308.0500.02B 111/308 .091/.138 .528/.618 A22; D10
4.724 .500 2.205 .315 MU308.0500.03B 111/308 .091/.138 .528/.618
4.331 .625 1.299 .315 MU308.0625.01B 111/308 .091/.138 .528/.618
3.937 .500 1.260 .354 MU311.0500.01B 311/611 .138 .697
3.937 .500 1.772 .354 MU311.0500.02B 311/611 .138 .697 A38
4.724 .500 2.520 .354 MU311.0500.03B 311/611 .138 .697
3.543 .625 .984 .354 MU311.0625.00B 311 .143 .669 G2
3.937 .625 1.260 .354 MU311.0625.01B 311/611 .138 .697
4.331 .625 1.772 .354 MU311.0625.02B 311/611 .138 .697 A38
5.118 .625 2.520 .354 MU311.0625.03B 311/611 .138 .697
4.331 .625 1.260 .512 MU311.0625.04B 311 .059 .697 A38; D20
5.118 .625 1.772 .512 MU311.0625.05B 311 .059 .697
6.301 .500 - .354 MU311.1212.07A 313/613 .177 .854
H
3.937 .500 - - MU313.0500.01B 313/613 .177 .854 A58
5.118 .500 - - MU313.0500.02B 313/613 .177 .854
3.661 .625 1.181 .453 MU313.0625.00B 313 .187 .787 G6
3.937 .625 1 .654 .472 MU313.0625.01B 313/613 .177 .854
5.118 .625 2 .362 .472 MU313.0625.02B 313/613 .177 .854 A58
6.299 .625 3 .346 .472 MU313.0625.03B 313/613 .177 .854
4.331 .750 1 .772 .630 MU313.0750.04B 313/613 .098 .854 D34
5.118 .750 2 .559 .630 MU313.0625.05B 313/613 .098 .854
7.874 .625 - .445 MU313.1515.08A 313/613 .098 .854
3.937 .500 - .563 MU328.0500.01B 328/628 .256 1.091
5.118 .500 - .563 MU328.0500.02B 328/628 .256 1.091
3.937 .625 1 .654 .563 MU328.0625.01B 328/628 .256 1.091 A76
5.118 .625 2 .362 .563 MU328.0625.02B 328/628 .256 1.091
6.299 .625 3 .346 .563 MU328.0625.03B 328/628 .256 1.091
6.299 .750 3 .346 .563 MU328.0750.03B 328/628 .256 1.091
4.094 .750 1.378 .531 MU328.0750.00B 328 .256 .945 G9
5.118 .750 .787 .591 SMU328.0750.05B 328 .236 1.091
5.709 .750 - - SMU328.0750.06B 328 .138 1.091
6.299 .750 .787 .591 SMU328.0750.07B 328 .236 1.091 D42
7.874 .750 - - SMU328.0750.08B 328 .138 1.091
Dimensions in inch
In the UNITED STATES call us toll free
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H9

CUTTING DATA
Standard values for cutting speeds v c
and medium thickness h m
for calculating feed rates by calculating cutting programm »HCT«.
Material
P
Carbon steel
Hardness Brinell
Cutting speeds v c
(sfm)
refering to carbide grade
and coating
MG12
TN35
TI25
TF45
*H35
0.2% C 140 - 790 650-1150
0.4% C 180 - 690 650-980
medium thickness of chip h m
Indexable Insert Type 314
Insert Type
311/313/328/108/111/ 116
very rigid rigid not rigid very rigid rigid not rigid
0.6% C 200 - 520 500-820
annealed 180 - 490 590
.0039
.0020
.0012
.0020
.0012
.0004
Alloyed steel
quenched 280 - 390 520
quenched 350 - 230 -
H
high alloyed steel
(>5%)
Cast steel
annealed 200 - 230 -
hardened - - - - - - - - - -
unalloyed 180 80 430 -
alloyed 220 70 390 -
M
K
Stainless steel
Cast iron
martensitic, ferritic 200 80 590 -
austenitic 180 70 390 -
low tensile strength 180 70 330 -
high tensile strength 250 60 390 -
Spheroidal graphite
cast iron
ferritic 160 70 330 -
perlitic 250 - 300 -
Malleable cast iron
S
Heat resistant alloy
(Fe)
ferritic 125 60 330 -
perlitic 225 70 200 -
annealed 200 40 260 -
hardened 275 30 - -
.0039
.0020
.0012
.0020
.0012
.0004
Heat resistant alloy
(Ni, Co)
annealed 250 20 130 -
hardened 350 15 - -
N
Al-alloy
not heat treatable 30-80 550 2600 -
heat treatable 80-120 220 980 -
Al-cast-alloy
not heat treatable 80 220 980 -
heat treatable 100 100 660 -
H10
Copper-alloy
not heat treatable 90 120 - -
heat treatable 100 100 - -
In the UNITED STATES call us toll free
1 - 888 - 818 HORN
*Cermet only indexable insert type 314 available

COMPONENT
Torque screw driver with scale
- variable torque setting
- adjusted torque is shown on display
D 15 VL
Model 1-5 Nm
The Torque can be infinitely adjusted with a special torque
setter (id.) Ergonomical formed gives perfect handling
abilities. Acustic signal when setted torque is reached.
(Standard: EN ISO 6798, BS EN 26789, ASME B 107.14.M.)
(Precision: ± 6 %)
D 28 VL
Model 2-8 Nm
Torque screw driver with scale
- variable torque setting
- adjusted torque is shown on display
The Torque can be infinitely adjusted with a special torque
setter (id.) Ergonomical formed gives perfect handling
abilities. Acustic signal when setted torque is reached.
(Standard: EN ISO 6798, BS EN 26789, ASME B 107.14.M.)
(Precision: ± 6 %)
Torque setter
ED 28 VL
Device for setting the required torque.
Handle: Celluloseacetat with micro structured surface
Blade: Octogonal (8 flats) blade, hardened galvanized
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COMPONENT
Blade for TORX-Plus screws
DT6PK
DT7PK
DT8PK
DT9PK
DT10PK
DT15PK
DT20PK
DT25PK
Blade:
Utilization:
High quality Chrom-Vanadium steel,
through hardened, chrome plated.
Wiha Chrom Blade guarantees maximum
precison.
Colored code green
For controlled screw setting with definite torque
in combination with Wiha torque screw driver
handle.
Blade for allen screws
DSW15K
DSW20K
DSW25K
DSW30K
DSW40K
Blade:
Utilization:
High quality chrom-vanadium steel,
through hardened, chrome plated.
Wiha Chrom Blade guarantees maximum
precison.
Colored code red
controlled screw setting with definite torque in
combination with Wiha torque screw driver
handel
D14ZBK
Universal Bitholder
For S.DM08, S.DM10 and S.DM12 also
for all C6,3 and E6,3 (1/4") Bits
Blade: High quality Chrome-Vanadium steel,
through hardened, chrome plated.
Collar:
Utilization:
Stainless steel
For controlled screw setting with definite torque
in combination with torque screw driver handle.
O
O2
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COMPONENT
Universal Bitholder with T-handle
For S.DM10 and S.DM12
also for all C6,3 and E6,3 (1/4") Bits
Blade: High quality Chrome-Vanadium steel,
through hardened, chrome plated.
Collar: Stainless steel
Utilization: For controlled opening
14ZQK
Torque screw driver with scale
- variable torque setting
- adjusted torque is shown on display
The Torque can be infinitely adjusted with a special torque
setter (id.) Ergonomical formed gives perfect handling
abilities. Acustic signal when setted torque is reached.
(Standard: EN ISO 6798, BS EN 26789, ASME B 107.14.M.)
(Precision: ± 6 %)
D515QL
Model 5-15 Nm
ED515QL
Torque setter
Device for setting the required torque.
Handle: Celluloseacetat with micro structured surface
Blade: Octogonal (8 flats) blade, hardened galvanized
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O3
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COMPONENT
Universal Bitholder
For S.DM08, S.DM10 and S.DM12 also
for all C6,3 and E6,3 (1/4") Bits
D14ZBQ
Blade:
Collar:
Utilization:
High quality Chrome-Vanadium steel,
through hardened, chrome plated.
Stainless steel
For controlled screw setting with definite torque
in combination with torque screw driver handle.
Blade for TORX-Plus screws
DT15PQ
DT20PQ
DT25PQ
DT27PQ
DT30PQ
Blade:
Utilization:
High quality Chrom-Vanadium steel,
through hardened, chrome plated.
Wiha Chrom Blade guarantees maximum
precison.
Colored code green
For controlled screw setting with definite
torque in combination with Wiha torque screw
driver handle.
O
O4
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METAL CUTTING SAFETY
During metal cutting "hot flying chips" may be projected from the workpiece
or a rotating part of the machine tool. If carbide is subjected to over-stress
or severe impact, it may fracture causing small fragments to be dispelled.
In such instances, certains precautions should be implemented to protect
the operator(s) and/or observer(s) against "hot flying chips.
Boring operations or applications "tempts" the operator to "lean over" the
rotating workpiece to check the cutting action. Extra caution should be
exercised in doing this and it is recommended that no one practice this
habit while tools or machinery or both are spinning, turning, rotating etc.
Grinding products in this catalog will produce dust and/or mist that may be
hazardous. See material data safety sheets (available upon request).
HORN USA Inc. has no control over conditions to which it's products may
be or subjected to. Therefore it is highly recommended that the user of
HORN USA Inc. products listed in this catalog and all the literature of
this company, abide by the standards of use for their particular cutting
machines and commonly used safety precautions.
Designs and/or specifications of products listed in this catalog and all
the literature of HORN USA Inc. are subject to change without notice.
Any modification of these products by the customer or user may void
specifications and guarantees listed.
HORN USA Inc. cautions every user and/or observer to wear safety
glasses when using any product listed in this catalog and all the literature
of HORN USA Inc. which made be distributed in conjunction with any
HORN product.
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INDEX
Type Chapter page
020 N26
05 N7
105 N11-N20,N32-N37
108 A7-A9,D4,E3
110 N21
111 A27-A29,D11,D14,D17,E9
116 A54-A56,D29
23 N31
306 A10-A18,D5-D6,E4
308 A30-A34,D12,E10
311 A43-A44,A47-A49,D21,D23-D24,E15,G4-G5
313 A63-A64,A66,A68-A72,D33,D35-D36,E19,G8
314 B15-B17,C8-C9,D48,J16-J17
325 A82
328 A83-A84,A87-A88,D41,G11
332 A96-A97,23-24
335 A106
380 B3,B5,B9,D44,D46
380...IK B6-B7
381 B13,J2-J11,J14
382 C3-C4
383 C6-C7
606 A19-A20,D7,E5,6-7
608 A35,D13,D15,E11
611 A45-A46,D22,E16,F4
613 A67,D34,D37,E20,F8
628 A85-A86,A89,D42,E23,F12
632 A98-A99
636 A100-A101
A110 N38
ABS..380 B11
B105 N8-N9, N41-N48
B110 N10, N49
BKT N25,N29-N30
DA31 L12
DA32 L13
DAM31 L2-L4,L6-L7
DAM32 L3-L4,L6-L7
DM008 K3,K5,K7
DM010 K13,K15,K17
DM012 K23,K25,K27
DM208 K8-K11
DM210 K18-K21
DM212 K28-K31
DMU008 K2,K4,K6
DMU010 K12,K14,K16
DMU012 K22,K24,K26
DSA M58-M60
DSAK M62-M63
DSAKH M61
DSAR M64
DSAT M65
DSDH M32
DSDS M31
DSF M42-M43
DSK M24,M26-M27
DSKK M6
DSKL M25
DSKM M28-M30
DSKMK M10
DSM M37
DSMK M8
DSML M40
DSMMK M11
DSMR M38-M39
DSMRK M9
Type
DSP
DSPK
DSPL
DSPM
DSPT
DSR
DSRF
DSRR
DST
DSTK
HSK..380
L311
L313
M116
M275
M306
M306.ER
M306.ST
M308
M308.ER
M308.ST
M310
M311
M311.ER
M311.ST
M313
M313.ER
M313.ST
M328
M328.ER
M328.ST
M332
M332.ER
M335
MD
MU116
MU306
MU308
MU310
MU311
MU313
MU328
N314
S275
S310
SM328
U108
U111
U116
U306
U308
U311
U313
U314
U325
U328
U380
U381
U382
U383
Chapter page
M51-M52,M55
M48-M49
M55
M53-M54
M50
M41
M44
M45
M33-M36
M7
B10
A50
A73-A74
A53,D26
J12-J13
A3-A4,D3,E2
A6
A5
A23-A24,D9,E8
A26
A25
C13,C15
A39-A40,D19,F2,G3
A42,F3
A41
A59-A60,D31,F6,G7
A62,F7
A61
A77-A79,E22,F10,G10
A81,F11
A80
A92-A94
A95
A104-A105
L8-L11
A52,D25
A2,D2
A22,D8
C12,C14
A38,D18,E14,G2
A58,D30,E18,G6
A76,G9
C8,J16
J15
C16
D38
A7-A9
A27-A29,D16
A54,A56,D28
A10,A18
A30,A34
A43,A49
A64-A65,A72
B14
A82
A83
B2,B4,B8,D43,D45
B12
C2
C5
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