MILLING OF T-SLOTS

In the UNITED STATES call us toll free1 - 888 - 818 HORN

Excellent removal of chips, flushed by through coolant.

MILLING OF T-SLOTS

G1

G

Further sizes upon request Dimensions in inch

Ordering note:Milling cutter shanks with damaged seating can be repaired by HORN.

Part number Ds l1 l2 d1 d

MU311.0625.00B .669 3.543 .984 .354 .625

Spare parts

Milling shank Screw Torque TORX PLUS® Wrench

MU311.0625.00B 4.16T15KP 35 - 40 lbf-in. T15PQ


MILLING OF T-SLOTS

Type

for use with Insert

Picture = right hand cutting version shown

MU311MILLING SHANK Type

Material of shank: Carbide - Giving a good vibration resistance

Cutting edge Ø Ds .669″

311

G2

G

Further sizes upon request Dimensions in mm



M311.0016.00B 17 90 25 9 16M311.0016.00E 17 90 25 9 16

Spare parts


M311.0016.00... 4.16T15KP 35 - 40 lbf-in. T15PQ


Cutting edge Ø Ds .669″ (17.0 mm)



311Type

for use with Insert

M311MILLING SHANK Type

MILLING OF T-SLOTS

G3

G

Dimensions in inch ●/+ = on stock / 6 weeks

Further sizes upon request

Part number Ds w s r1 r2 a

MG

12

TI25

TF45

311.1016.00 .669 .283 .303 .020 .031 .394 •


T-Slots DIN 650Cutting edge Ø

a .394″Ds .669″


M311Type

for use with Milling shank

MILLING OF T-SLOTS

311INSERT Type

G4

G



Part number s E DsM

G12

TN35

TI25

TF45

311.4216.00 .230 .118 .622 •



M311Type


311INSERT Type

CHAMFERING OF T-SLOTS


a .394/.472/.551″Ds .622″

G5

G




MU313.0625.00B .787 3.661 1.181 .453 .625

Spare parts


MU313.0625.00B 5.13T20KP 53 - 58 lbf-in. T20PQ


MILLING OF T-SLOTS

Type

for use with Insert





313

G6

G




M313.0016.00B 20 93 30 11.5 16M313.0016.00E 20 93 30 11.5 16

Spare parts


M313.0016.00... 5.13T20KP 53 - 58 lbf-in. T20PQ





313Type

for use with Insert


MILLING OF T-SLOTS

G7

G




MG

12

TI25

TF45

313.1219.00 .787 .323 .343 .020 .031 .472 •



a .472″Ds .787″


M313Type


MILLING OF T-SLOTS

313INSERT Type

G8

G




MU328.0750.00B .945 4.094 1.378 .531 .750

Spare parts


MU328.0750.00B 5.13T20KP 53 - 58 lbf-in. T20PQ




Type

for use with Insert


MILLING OF T-SLOTS


328

G9

G




M328.0020.00B 24 104 35 13.5 20M328.0020.00E 24 104 35 13.5 20

Spare parts


M328.0020.00... 5.13T20KP 53 - 58 lbf-in. T20PQ



328

MILLING OF T-SLOTS

Type

for use with Insert




G10

G




MG

12

TI25

TF45

328.1423.00 .945 .362 .386 .020 .039 .551 •



a .551″Ds .945″


M328Type


328INSERT Type

MILLING OF T-SLOTS

G11

G

Workpiece material Cutting material vc [sfm] fz = IPTDs .669"

fz = 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

Workpiece material Cutting material vc [sfm] fz = IPT

Carbon steel TI25 980 - 1300 .0051 - .0083

Alloyed steel TI25 590 - 980 .0039 - .0051

Cast iron TI25 460 - 790 .0063 - .0106


a2 ≈ 0.2 x s

very recommandable

CUTTING DATA

not recommandable

The cutting data are only valid for our available antivibration standard carbide toolholders (shanks).

Application Technology

MILLING OF T-SLOTS

MILLING OF T-SLOTS

CUTTING DATA CHAMFERING OF T-SLOTS

G12

G


TECHNICAL INFORMATION

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.

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.

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.

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.

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.

Feed rates and time calculation

Overhang of the milling cutter

Diameter of the milling cutter

Clamping torque of the screwsMd

BASIC RECOMMENDATIONS

H1

H


Ramp angle > 45°


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.

Milling direction

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.

Milling entry into the workpiece

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.

Bore milling and offset milling by helical interpolation

H2

H



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.

Sinlge edged inserts

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.

Thread milling

H3

H

01 10 20 30 40 10 20 30 40 01 10 20 30

Non ferrous metal High temp. alloys Hardened materials

01 10 20 30 40 10 20 30 40 01 10 20 30

Steel Stainless steel Grey cast iron / Aluminium


CHOICE OF CARBIDE GRADESC

arbi

de G

rade

sM

ain

sele

ctio

nsu

pple

men

tary

gra

des

Car

bide

Gra

des

unco

ated

coat

edS

ynth

etic

cut

ting-

tool

mat

eria

l

N S H

P M K

PD20

PD10

MG12

TI25

MG12

TN35

TH35

CB10

CB20

H35

TI25

TH35

TN35

H54

TF45

TI25

TN35

MG12

H54

TF46

TF45

MG12

ToughnessFeed rate

Wear resistance Cutting speed

Toughness Feed rate

Wear resistance Cutting speed

H4

H


MILLING OF A LINEAR GROOVE - EXTERNAL

HCT (HORN Circular Technology)

AT = � [R2 -(R-ar)2] mm2

L = � • 2r • φ°

mm 360°

t = A T

n • z • Az min

A Z = L • hм

mm2

s'2= s'1 R - ar mm/min

R + r - ar

s'1= � • 2 (R+r-ar)mm/min

tArea of chip

Length of cut

Area of groove section

Time for cut (for AT)

sz = hm√ 2r

ar

s = n • z • szmm/min

Cos φ° = r2 + [R + r - ar]2 - R2

φ° 2r [R + r - ar]

GROOVE MILLING by circular interpolation

- 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.

Feed rate of tool centre

Feed rate of tool tip

H5

H


Cos [180° - φ°] = r2 + [R + ar - r]2 - R2

180° - φ° φ° 2r [R + ar - r]

Feed rate

Specification

MILLING OF AN INTERNAL GROOVE

GROOVE MILLING by circular interpolation

Revolutions

Feed/tooth

Number of teeth

medium thickness of chip

radial depth of cut

ISO Specification Specification ISO Specification



Radius of cutter

Radius of workpiece

AT = � [R2 -(R-ar)2] mm2

L = � • 2r • φ°

mm 360° t =

A T n • z • Az

min

A Z = L • hm

mm2

s'2= s'1 R - ar mm/min

R + r - ar

s'1= � • 2 (R+r-ar)mm/min

tArea of chip

Length of cut

Area of groove section

Time for cut (for AT)



s' vf

n n

sz fz

z z

hm hm

ar ae

r r

R R

s‘1 vf 3

s‘2 vf2

H6

H

Dimensions in mm Part number Inserts (inch and metric) Use Page

l1 dg6 l2 d1 Type tmax Ds130 12 40 11 M116.0012.01B

116 4.3 20.4 A53130 12 56 11 M116.0012.02B130 16 40 11 M116.0016.01B/E

116 4.3 20.4 A53130 16 56 11 M116.0016.02B/E150 16 80 11 M116.0016.03B/E

80 12 21 6 M306.0012.01B/E/A108/306 1.0/2.5 9.6/11.7 A3 - A490 12 30 6 M306.0012.02B/E/A

100 12 42 6 M306.0012.03B/E/A100 7.5 - 6 M306.0707.03A

108/306 0.85/2.0 9.3/11.7D3; E2

120 10 - 6 M306.1010.03A E290 12 30 7.3 M306.0712.02B/E/A

108/306 0.7/2.0 9.6/11.7 A3 - A4; D3100 16 25 7.3 M306.0716.01/B/E/A

60 10 15.2 6 M306.ST10.01A 108/306 1.0/2.5 9.4/11.7 A595 12 29 8 M308.0012.01B/E/A

111/308/608 2.3/3.5 13.4/15.7 A23-A24110 12 42 8 M308.0012.02B/E/A120 12 56 8 M308.0012.03B/E/A160 12 - - M308.0012.07A 111/308/608 2.3/3.5 13.4/15.7 D11; E8110 12 42 9.5 M308.1012.02B/E/A

111/308 1.5/2.7 13.4/15.7 A23-A24; D11110 16 33 9.5 M308.1016.01B/E/A60 10 17.7 8 M308.ST10.01A

111/308 2.3/3.5 13.4/15.7 A2570 13 25.7 8 M308.ST13.01A

100 12 32 9 M311.0012.01B/E/A311/611 3.5/2.5 17.7 A39-A40100 12 45 9 M311.0012.02B/E/A

120 12 64 9 M311.0012.03B/E/A90 16 25 9 M311.0016.00B/E 311 3.6 17.0 G3

100 16 32 9 M311.0016.01B/E/A311/611 3.5/2.5 17.7 A39-A40110 16 45 9 M311.0016.02B/E/A

130 16 64 9 M311.0016.03B/E/A110 16 32 13 M311.0016.04B/E/A

311/611 1.5 17.7 A39-A40; D21130 16 45 13 M311.0016.05B/E/A

60 10 17.7 9 M311.ST10.01A311/611 A4170 13 25.7 9 M311.ST13.01A 3.5 17.7

80 16 25.7 9 M311.ST16.01A100 12 - - M313.0012.01B/E/A

313/613 4.5/3.2 21.7 A59-A60130 12 - - M313.0012.02B/E/A

93 16 30 11.5 M313.0016.00B/E 313 4.75 21.7 G7

100 16 42 12 M313.0016.01B/E/A313/613 4.5/3.2 21.7 A59-A60130 16 60 12 M313.0016.02B/E/A

160 16 85 12 M313.0016.03B/E/A160 16 20 12 M313.0016.07A

313/613 2.5 21.7 D35110 20 45 16 M313.0020.04B/E130 20 60 16 M313.0020.05B/E


Dimensions in mm

Available METRIC size carbide and tungsten alloy shanks - Summary

H7

H

Dimensions in mm Part number Inserts (inch and metric) Use Page

l1 dg6 l2 d1 Type tmax Ds60 10 10.7 11.3 M313.ST10.01A

313/613 4.85 21.7 A6170 13 25.7 11.3 M313.ST13.01A80 16 25.7 11.3 M313.ST16.01A

120 9 - - M328.0909.01A328/628 9.3 28 A79

100 12 36 9 M328.0912.01A100 16 42 14.3 M328.0016.01B/E/A

325/328/628 5.0/6.4/4.3 24.8/27.7 A77 - A78

130 16 60 14.3 M328.0016.02B/E/A160 16 85 14.3 M328.0016.03B/E/A100 20 42 14.3 M328.0020.01B/E/A130 20 60 14.3 M328.0020.02B/E/A160 20 85 14.3 M328.0020.03B/E/A

104 20 35 13.5 M328.0020.00B/E 328 6.5 27.7 G10

130 20 20 15 SM328.0020.05B/E

328

6.0

27.7 D43145 20 - - SM328.0020.06B/E 3.5160 20 20 15 SM328.0020.07B/E 6.0200 20 - - SM328.0020.08B/E 3.5

70 13 10.7 14 M328.ST13.01A328/628 6.0 27.7 A80

100 20 35.7 14 M328.ST20.01A100 16 42 16 M332.0016.01A

332 8.5 31.7 A92

130 16 60 16 M332.0016.02A160 16 85 16 M332.0016.03A100 20 42 20 M332.0020.01A130 20 60 20 M332.0020.02A160 20 85 20 M332.0020.03A100 12 32 11 M332.0012.2.01A

332 10 31.7A93

100 16 32 11 M332.0016.2.01A70 13 25 11 M332.ST13.2.01A A94

100 20 40 17.5 M335.0020.01B/A335 7.9/8.0 34.7 A104 - A105

130 20 60 17.5 M335.0020.02B/A/E


Dimensions in mm

Available METRIC size carbide and tungsten alloy shanks - Summary

H8

H


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; D205.118 .625 1.772 .512 MU311.0625.05B 311 .059 .697 6.301 .500 - .354 MU311.1212.07A 313/613 .177 .854

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

Available INCH size carbide and tungsten alloy shanks - Summary

Diemsnions in inch Part number Inserts (inch and metric) Use Page

l1 dg6 l2 d1 Type tmax Ds

H9

H

Material

Hard

ness

Brin

ell Cutting speeds vc (sfm) refering to carbide grade and coating

medium thickness of chip hm

MG12TN35TI25TF45

*H35Indexable Insert Type 314 Insert Type

311/313/328/108/111/ 116

PCarbon steel

0.2% C 140 - 790 650-1150

.0039

.0020

.0012

.0020

.0012

.0004

0.4% C 180 - 690 650-980

0.6% C 200 - 520 500-820

Alloyed steel

annealed 180 - 490 590

quenched 280 - 390 520

quenched 350 - 230 -

high alloyed steel(>5%)

annealed 200 - 230 -

hardened - - - - - - - - - -

Cast steelunalloyed 180 80 430 -

.0039

.0020

.0012

.0020

.0012

.0004

alloyed 220 70 390 -

MStainless steel

martensitic, ferritic 200 80 590 -

austenitic 180 70 390 -

KCast iron

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 ironferritic 125 60 330 -

perlitic 225 70 200 -

SHeat resistant alloy(Fe)

annealed 200 40 260 -

hardened 275 30 - -

Heat resistant alloy(Ni, Co)

annealed 250 20 130 -

hardened 350 15 - -

NAl-alloy

not heat treatable 30-80 550 2600 -

heat treatable 80-120 220 980 -

Al-cast-alloynot heat treatable 80 220 980 -

heat treatable 100 100 660 -

Copper-alloynot heat treatable 90 120 - -

heat treatable 100 100 - -


Standard values for cutting speeds vc and medium thickness hm for calculating feed rates by calculating cutting programm »HCT«.

*Cermet only indexable insert type 314 available

CUTTING DATA

very rigid rigid not rigid very rigid rigid not rigid

H10

H


COMPONENT

D 28 VL

ED 28 VL

D 15 VLModel 1-5 Nm

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 screw driver with scale- variable torque setting - adjusted torque is shown on displayThe 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

Device for setting the required torque.Handle: Celluloseacetat with micro structured surfaceBlade: Octogonal (8 flats) blade, hardened galvanized

O1 O


COMPONENT

D14ZBK

DT6PKDT7PKDT8PKDT9PKDT10PKDT15PKDT20PKDT25PK

Blade for TORX-Plus screws

Blade: High quality Chrom-Vanadium steel, through hardened, chrome plated. Wiha Chrom Blade guarantees maximum precison. Colored code greenUtilization: For controlled screw setting with definite torque in combination with Wiha torque screw driver handle.

Universal Bitholder For S.DM08, S.DM10 and S.DM12 alsofor all C6,3 and E6,3 (1/4") BitsBlade: High quality Chrome-Vanadium steel, through hardened, chrome plated.Collar: Stainless steelUtilization: For controlled screw setting with definite torque in combination with torque screw driver handle.

Blade for allen screws

Blade: High quality chrom-vanadium steel, through hardened, chrome plated. Wiha Chrom Blade guarantees maximum precison. Colored code redUtilization: controlled screw setting with definite torque in combination with Wiha torque screw driver handel

DSW15KDSW20KDSW25KDSW30KDSW40K

O2O


COMPONENT

D515QL

ED515QL

Model 5-15 Nm

Torque setterDevice for setting the required torque.Handle: Celluloseacetat with micro structured surfaceBlade: Octogonal (8 flats) blade, hardened galvanized

14ZQK

Universal Bitholder with T-handleFor 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 steelUtilization: For controlled opening

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 %)

O3 O


COMPONENT

Blade for TORX-Plus screws

Blade: High quality Chrom-Vanadium steel, through hardened, chrome plated. Wiha Chrom Blade guarantees maximum precison. Colored code greenUtilization: For controlled screw setting with definite torque in combination with Wiha torque screw driver handle.

D14ZBQ

Universal Bitholder For S.DM08, S.DM10 and S.DM12 alsofor all C6,3 and E6,3 (1/4") Bits

Blade: High quality Chrome-Vanadium steel, through hardened, chrome plated.Collar: Stainless steelUtilization: For controlled screw setting with definite torque in combination with torque screw driver handle.

DT15PQDT20PQDT25PQDT27PQDT30PQ

O4O

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.



Type Chapter page020 N2605 N7105 N11-N20,N32-N37108 A7-A9,D4,E3110 N21111 A27-A29,D11,D14,D17,E9116 A54-A56,D2923 N31306 A10-A18,D5-D6,E4308 A30-A34,D12,E10311 A43-A44,A47-A49,D21,D23-D24,E15,G4-G5313 A63-A64,A66,A68-A72,D33,D35-D36,E19,G8314 B15-B17,C8-C9,D48,J16-J17325 A82328 A83-A84,A87-A88,D41,G11332 A96-A97,23-24335 A106380 B3,B5,B9,D44,D46380...IK B6-B7381 B13,J2-J11,J14382 C3-C4383 C6-C7606 A19-A20,D7,E5,6-7608 A35,D13,D15,E11611 A45-A46,D22,E16,F4613 A67,D34,D37,E20,F8628 A85-A86,A89,D42,E23,F12632 A98-A99636 A100-A101A110 N38ABS..380 B11B105 N8-N9, N41-N48B110 N10, N49BKT N25,N29-N30DA31 L12DA32 L13DAM31 L2-L4,L6-L7DAM32 L3-L4,L6-L7DM008 K3,K5,K7DM010 K13,K15,K17DM012 K23,K25,K27DM208 K8-K11DM210 K18-K21DM212 K28-K31DMU008 K2,K4,K6DMU010 K12,K14,K16DMU012 K22,K24,K26DSA M58-M60DSAK M62-M63DSAKH M61DSAR M64DSAT M65DSDH M32DSDS M31DSF M42-M43DSK M24,M26-M27DSKK M6DSKL M25DSKM M28-M30DSKMK M10DSM M37DSMK M8DSML M40DSMMK M11DSMR M38-M39DSMRK M9

Type Chapter pageDSP M51-M52,M55DSPK M48-M49DSPL M55DSPM M53-M54DSPT M50DSR M41DSRF M44DSRR M45DST M33-M36DSTK M7HSK..380 B10L311 A50L313 A73-A74M116 A53,D26M275 J12-J13M306 A3-A4,D3,E2M306.ER A6M306.ST A5M308 A23-A24,D9,E8M308.ER A26M308.ST A25M310 C13,C15M311 A39-A40,D19,F2,G3M311.ER A42,F3M311.ST A41M313 A59-A60,D31,F6,G7M313.ER A62,F7M313.ST A61M328 A77-A79,E22,F10,G10M328.ER A81,F11M328.ST A80M332 A92-A94M332.ER A95M335 A104-A105MD L8-L11MU116 A52,D25MU306 A2,D2MU308 A22,D8MU310 C12,C14MU311 A38,D18,E14,G2MU313 A58,D30,E18,G6MU328 A76,G9N314 C8,J16S275 J15S310 C16SM328 D38U108 A7-A9U111 A27-A29,D16U116 A54,A56,D28U306 A10,A18U308 A30,A34U311 A43,A49U313 A64-A65,A72U314 B14U325 A82U328 A83U380 B2,B4,B8,D43,D45U381 B12U382 C2U383 C5

INDEX

MILLING OF T-SLOTS

Documents

Transcript of MILLING OF T-SLOTS