lampiran a daftar tabel -...

155  

LAMPIRAN A

DAFTAR TABEL

Tabel A1. Tooth System

156  

Tabel A2. Values for Lewis Form Factor

157  

158  

159  

Tabel A3. Safe Static Stresses for Use in The Lewis Equation

1 

T

d

T

160 

Tabel A4. Overlo

decreasingdrives)

Tabel A5. Load D

oad Factor, Ko (

istribution Factor

(for speed increa

s, Km

asing and

161  

Tabel A6. Factors of Safety, KR

162  

Tabel A7. Wear Load Factor, K

Tabel A8. OverLoad Factor, Ko

163  

Tabel A9. Strength of Spur, Helical, Herringbone, and Bevel Gear Theeth

1 

T

T

k

p

H

Y

164 

Tabel A10. Line fa

Tabel A11. Fatiqu

keyways. Note tha

permission of C

Handbook of Stre

York,

actor, KL

ue stress concentr

at these values ar

Charles Lipson

ess and Strength,

1963

ration factors : th

re for Kf not for

and Robert C.

The Macmillan

3

hread and

r Kv ( By

Juvinall,

Co. New

)

T

T

Tabel A12. Factor

Tabel A13. Reliab

r of safety, CR

bility Levels

165 

1 

T

166 

Tabel A14. Ball Bearing service fac

ctors, Fs

167  

Tabel A15. Mechanical Properties of Plain Carbon and

Alloy Steels

168  

T

Tabel A16. Dimennsions of Square a

and Flat Taper Sto

169 

ock Keys

170  

Tabel A17. Modulus Elasticity, Strength Properties of Metals

Modulus of Elasticity, Strength Properties of Metals - Iron and Steel

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Engineering Metals and Materials Table of Contents | Engineering and Drafting Store

Material

Ultimate Strength

Yield Point

X 1000/i

n2

Modulus of Elasticity

(T) Tensio

n X

1000/in2

Compression,

in terms of T

Shear in

terms of T

in Tension (E)x 106

psi

in Shea

r, in

terms of E

Cast iron, grey, class 20

20a 3.6 T - 4.4 T

1.6 T ....... 11.6 0.40 E

class 25 25a 3.6 T - 4.4 T

1.4 T ....... 14.2 0.40 E

171  

class 30 30a 3.6 T - 4.4 T

1.4 T ....... 14.5 0.40 E

class 35 35a 3.6 T - 4.4 T

1.4 T ....... 16.0 0.40 E

class 40 40a 3.6 T - 4.4 T

1.3 T ....... 17 0.40 E

class 50 50a 3.6 T - 4.4 T

1.3 T ....... 18 0.40 E

class 60 60a 2.8 T 1.O T

....... 19.9 0.40 E

Malleable

40 to 100

....... ....... 30 to 80

25 0.43 E

nodular (ductile

iron)

60 to 120

....... ....... 40 to 90

23 ......

Cast Steel, carbon

60 to 100

T 0.75 T

30 to 70

30 0.38 E

low alloy

70 to 200

T 0.75 T

45 to 170

30 0.38 E

Steel, SAE 950

66 to 70

T 0.75 T

45 to 50-

30 0.38 E

1025 (low

60 to 103

T 0.75 T

40 to 90

30 0.38 E

172  

carbon)

1045 (medium carbon)

80 to 182

T 0.75 T

50 to 162

30 0.38 E

1095 (high carbon)

90 to 213

T 0.75 T

20 to 150

30 0.38 E

1112 ( free cutting)

60 to 100

T 0.75 T

30 to 95

30 0.38 E

1212 ( free cutting)

57 to 80

T 0.75 T

25 to 72

30 0.38 E

1330 (alloy)

90 to 162

T 0.75 T

27 to 149

30 0.38 E

2517 (alloy)

88 to 190

T 0.75 T

60 to 155

30 0.38 E

3140 (alloy)

93 - 188

T 0.75 T

62 to 162

30 0.38 E

3310 (alloy)

104 to 172

T 0.75 T

56 to 142

30 0.38 E

4023 (alloy)

105 to 170

T 0.75 T

60 to 114

30 0.38 E

4130 (alloy)

81 to 179

T 0.75 T

46 to 161

30 0.38 E

173  

4340 (alloy)

109 to 220

T 0.75 T

68 to 200

30 0.38 E

4640 (alloy)

98 to 192

T 0.75 T

62 to 169

30 0.38 E

4820 (alloy)

98 to 209

T 0.75 T

68 to 184

30 0.38 E

5150 (alloy)

98 to 210

T 0.75 T

51 to 190

30 0.38 E

52100 (alloy)

100 to 238

T 0.75 T

81 to 228

30 0.38 E

6150 (alloy)

96 to 228

T 0.75 T

59 to 210

30 0.38 E

8650 (alloy)

110 to 228

T 0.75 T

69 to 206

30 0.38 E

8740 (alloy)

100 to 179

T 0.75 T

60 to 165

30 0.38 E

9310 (alloy)

117 to 187

T 0.75 T

63 to 162

30 0.38 E

9840 (alloy)

120 to 285

T 0.75 T

45 to 50

30 0.38 E

Steel Stainless, SAE

174  

30302f 85 to 125

T ....... 35 to 95

28 0.45 E

30321f 85 to 95

T ....... 30 to 60

28 .......

30347f 90 to 100

T ....... 35 to 65

28 0.40 E

51420f 95 to 230

T ....... 50 to 195

29 .......

51430f 75 to 85

T ....... 40 to 70

29 .......

51446f 80 to 85

T ....... 50 to 70

29 .......

51501f 70 to 175

T ....... 30 to 135

29 .......

Structural Steel

Common

60 to 75

T 0.75 T

33 29 0.41 E

Rivet 52 to 62

T 0.75 T

28 29 .......

175  

Rivet, high strength

68 to 82

T 0.75 T

38 29 .......

Wrought iron

34 to 54

T 0.75 T

23 to 32

28 .......

a - Minimum specified value of the American Society of Testing Materials. References Cast irom, ASTM A48, structural steel fro bridges and structures, ASTM A7. Structural rivet steel , ASTM A141; high-strength structural rivet steel, ASTM A195

Tabel A18. Density Of Steel

Table 1

Materials Sorted By Category Then Density

Category Material Density

Metal Steel, tool 7.715

176  

Metal Wrought Iron 7.75

Metal Carbon Tool Steel 7.82

Metal Steel, cold-drawn 7.83

Metal Carbon Steel 7.84

Metal Steel, C1020, HR 7.85

Metal Pure Iron 7.86

Metal Soft Steel (0.06% C) 7.87

Metal Stainless Steel, 304 8.03

Metal Stainless 18Cr-8Ni 8.03

Table 2

Common Name Density (g/cm3)

Plain carbon steel AISI-SAE 1020 7.86

Stainless steel type 304 7.9

177  

Tabel A19. Number of Bends

178  

Tabel A20. Flat Belt Properties

179  

Tabel A21. SKF Bearing

180  

181  

Tabel A.22 Konversi Satuan

182  

183  

Tabel A23. Baja profil L

184  

185  

Tabel A24. Baja profil U

186  

LAMPIRAN B

DAFTAR GAMBAR

Gambar B1. Geometry factors

G

Gambar B2. Dyynamic factor

187 

188  

Gambar B3. Electric Motor

Location: /Electric Motors for Props

12VDC Wiper Motor

Product Information

• 12 VDC has high and low speeds • High Speed @ 12V: 53 r.p.m. • Low Speed @ 12V: 38 r.p.m. • High Speed @ 5V: 21 r.p.m. • Low Speed @ 5V: 15 r.p.m. • Working Torque - 3.98 foot pounds (5.4 N m) • Static Torque - 13.27 foot pounds (18 N m) • Full Load: 2000mA @ 12VDC, 1080mA @ 5VDC • No Load: 1020mA @ 12VDC, 780mA @ 5VDC