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Kant Twist Clamp Assembly

Given: The Kant Twist Clamp Company has hired you to design a standard T-handle clamp. They already produce a Quick Acting Hold-down Clamp and will be using as many of the standard parts from that product to produce the clamp pictured below. These standard parts can be found on the shared drive. The sketches provide an idea of the open and closed positions of the clamp.

Advantages of this clamp are • • • •

Floating jaws always stay parallel Cantilever clamping action Jaws complete with built-in "V" block for holding round stock Copper plated jaws and screws eliminate weld spatter

Size & Description

P/N

| 396 j 3/4"

Round Handle

~4~oi7~ „

Round Handle

1 [403-

1 1/2"

I Round | Handle

2"

Round I Handle

401 | 1

"T" Handle

405 | 2

"T" Handle

* '

405-

B

iLOAD

D

j 3/4" 3/8" 11 3/8" 11 1/2" 1 3/8" | 200 r~ 1"

) 1/2" |1 3/4" ( 2 1/8" 1

11 1/2"

I 1/8" i

1 1/8"

3"

1/2" | 350

1"

1/16"

~ n~

I 600

T

3 1/4" (3 1/2" 1 1 1/4" 1 800 1/2" I 350

1/2"

1 3/4" 12 1/8"

2"

1 1 1/8"

3 1/4" |3 1/2" 1 1/4"800

Deep Deep Throat Throat

I 2 2 | 7/16"

2"

Handle

1 j

l/16 " 4 1 / 8 " [ 13/16"

T

3"

J

| Throat

.r

6"

" D I Deep ! 6" u j Throat j D '

Handle 10" D I TDheep I Throat 440

12"

5"

2 „ 63/4"! 1/4

DeeP

Handle

1/4"

\

j 10

I Handle 1 12

5 1/4" 1 3/4"

1500

3 13/16"

1700

7"

2 2000 1/8" 1/8 * 1/4" 18 1/4" 33/8"

4

10" J 11"

5 1/2"

2000

I

Specific Instructions: Note: All tolerances on parts with .XX are +/- .01 and .XXX +/- .005. Create assembly drawing as shown above. The jaws and T-handle mating parts are given to you on the shared drive. You must create all other components. Arms made from 12 gauge standard mild steel material. Sheet Metal Thickness (Gauge) Chart in Inches Aluminum Galvanized Steel Stainless Steel

Gauge Mild Steel

|__g.2294_J __

ZZ^2ll°2ZI]

0.2092

0.1819

6

0.1943

0.1620_J

mniizzi]

7

0.1793

0.1443

8 [__

0.1644

Qaj28£^

0.1495

0.1144

L__^l§H_____ ZZ2Jl§IZI]

^OJ345^]

0.1019

CjiZ

0.1196

0.0907

__™J?il5§i___l 0.1233

12

L_JU046_J

0.0808

L__™M°Ji___J L—^LlPJl—J

13

0.0897

0.0720

L^^°J3i_^__,

0.0937

0.0641

0.0785

ZZmiiZIl

0.0571

0.0710 0.0635

_^°J^__J

0.0575

__^_2^L_J __J^°^L_J

3

0.2391

4

0.2242

5

Gj°"

^jT^Qoo^j

no

0.0673

16

0.0598

0.0508

!

ZZ^-MiiZZ] 0.2031 0.1875 0.1680

0.165

|

ZZ^-iiMZZ] ZZ^iliiZI]

0"-9Z°1_J

17

I

0.0538

0.0453

18

j

0.0478

0.0403

0.0516

19

0.0418

0.0359

0.0456

ZZs-^ZZZi

20

0.0359

0.0320

0.0396

0.0375

21

0.0329

0.0285

0.0366

__O.OJ44__j

22

0.0299

0.0253

0.0336

^I^aosjF^l

23

0.0269

0.0226

0.0306

__^J8T^] ___J

24

0.0239

0.0201

0.0276

25

0.0209

CZM1Z§II

0.0247

26

0.0179

27

0.0164

I

j

__°^°11?__J

[ZMJlLZ

0.0217

ZZA°]lzZZ]

0.0142

0.0202

™_M1ZL_J

0.0187

__PJL1§L_J

CI^Cl^^ 29

0.0135

0.0113

30

0.0120

0.0100

[_^_^^J^____

0.0157

0.014J_^] 0.0125

0.0142

31 32

0.0097

33

0.0090

34 35 36

0.0134 0.0071

00094

00063

0.0086 0.0078

SOCKET HEAD CAP SCREW

PART NAME: PART NUMBER: 1 THICKNESS ,125

A

\ I '-QQ PART NAME: HINGE A PART NUMBER: 4

^-1

PART NAME: HANDLE PART NUMBER: 5

PART NAME: SHAFT PART NUMBER: 8

PART NAME: PIN 8 PART NUMBER: 8

PART NAME: PiN A PART NUf%1BER: 3

•'8

0

v?5

^°N