Hardware Identification & Torque Specifications

Common Hardware Types

Hex Head Capscrew

Washer

 

 

Lockwasher

Carriage Bolt

 

 

Hex Nut

Standard Hardware Sizing

When a washer or nut is identified as 1/2”, this is the Nominal size, meaning the inside diameter is 1/2 inch; if a second number is present it represent the threads per inch

When bolt or capscrew is identified as 1/2 - 16 x 2”, this means the Nominal size, or body diameter is 1/2 inch; the second number represents the threads per inch (16 in this example, and the final number is the body length of the bolt or screw (in this example 2 inches long).

The guides and ruler furnished below are designed to help you select the appropriate hardware and tools.

0

 

1/4

Nut, 1/2”

1/2

Inside

Diameter

3/4

 

1

 

1/4

 

1/2

 

3/4

Screw, 1/2 x 2

2

Body

 

1/4

Diameter

 

1/2

Body

Length

3/4

 

3

 

1/4

 

1/2

 

3/4

 

4

 

Torque Specification Chart

FOR STANDARD MACHINE HARDWARE (Tolerance ± 20%)

 

Hardware

 

No

 

 

 

 

 

 

 

 

Marks

 

 

 

 

 

 

 

 

Grade

SAE Grade 2

SAE Grade 5

SAE Grade 8

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Size Of

in/lbs

 

 

in/lbs

 

 

in/lbs

 

 

 

 

Hardware

ft/lbs

 

Nm.

ft/lbs

Nm.

ft/lbs

 

Nm.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

8-32

 

19

 

2.1

30

3.4

 

41

4.6

 

8-36

 

20

 

2.3

31

3.5

 

43

4.9

 

10-24

 

27

 

3.1

43

4.9

 

60

6.8

 

10-32

 

31

 

3.5

49

5.5

 

68

 

7.7

 

1/4-20

 

66

 

7.6

8

10.9

 

12

16.3

 

1/4-28

 

76

 

8.6

10

13.6

 

14

19.0

 

5/16-18

 

11

 

15.0

17

23.1

 

25

34.0

 

5/16-24

 

12

 

16.3

19

25.8

 

27

34.0

 

3/8-16

 

20

 

27.2

30

40.8

 

45

61.2

 

3/8-24

 

23

 

31.3

35

47.6

 

50

68.0

 

7/16-14

 

30

 

40.8

50

68.0

 

70

95.2

 

7/16-20

 

35

 

47.6

55

74.8

 

80

108.8

 

1/2-13

 

50

 

68.0

75

102.0

 

110

149.6

 

1/2-20

 

55

 

74.8

90

122.4

 

120

163.2

 

9/16-12

 

65

 

88.4

110

149.6

 

150

204.0

 

9/16-18

 

75

 

102.0

120

163.2

 

170

231.2

 

5/8-11

 

90

 

122.4

150

204.0

 

220

299.2

 

5/8-18

 

100

 

136

180

244.8

 

240

326.4

 

3/4-10

 

160

 

217.6

260

353.6

 

386

525.0

 

3/4-16

 

180

 

244.8

300

408.0

 

420

571.2

 

7/8-9

 

140

 

190.4

400

544.0

 

600

816.0

 

7/8-14

 

155

 

210.8

440

598.4

 

660

897.6

 

1-8

 

220

 

299.2

580

788.8

 

900

1,244.0

 

1-12

 

240

 

326.4

640

870.4

 

1,000

1,360.0

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

NOTES

1.These torque values are to be used for all hardware excluding: locknuts, self-tapping screws, thread forming screws, sheet metal screws and socket head setscrews.

2.Recommended seating torque values for locknuts:

a.for prevailing torque locknuts - use 65% of grade 5 torques.

b.for flange whizlock nuts and screws - use 135% of grade 5 torques.

3.Unless otherwise noted on assembly drawings, all torque values must meet this specification.

Wrench & Fastener Size Guide

 

 

 

7/16

1/2

 

 

3/8

DIA.

1/4

5/16

DIA.

 

1/4” Bolt or Nut

5/16” Bolt or Nut

3/8” Bolt or Nut

7/16” Bolt or Nut

1/2” Bolt or Nut

Wrench—7/16”

Wrench—1/2”

Wrench—9/16”

Wrench (Bolt)—5/8”

Wrench—3/4”

 

 

 

Wrench (Nut)—11/16”

 

Page 13
Image 13
Simplicity 5/14 Series, 8/14 Series manual Hardware Identification & Torque Specifications

5/14 Series, 8/14 Series specifications

The Simplicity 8/14 Series and 5/14 Series are well-regarded lineups in the world of integrated circuit technology, specifically designed for consumer electronics and industrial applications. These series are known for their excellent performance, reliability, and ease of integration into diverse systems.

One of the main features of the Simplicity 8/14 Series is its robust architecture, allowing for powerful processing capabilities. The series typically includes multi-core processors, which enhance parallel processing capabilities and improve overall system efficiency. This makes it ideal for handling demanding applications where speed and multitasking are essential.

On the other hand, the Simplicity 5/14 Series is tailored for high efficiency and cost-effective solutions. This series often integrates several functionalities into a single chip, significantly reducing the number of components needed. This feature not only cuts costs but also saves space in compact designs.

A key technology employed in both series is the use of advanced semiconductor manufacturing processes. These processes ensure that the chips achieve high levels of performance while maintaining low power consumption. The incorporation of energy-efficient technologies helps products utilizing these series to cater to the growing demand for eco-friendly solutions in electronics.

Reliability is another characteristic that stands out in these series. Simplicity circuits are designed with rigorous testing protocols to ensure their performance under various environmental conditions. They are built to withstand heat, moisture, and electrical fluctuations, making them suitable for a wide range of applications.

Moreover, both series offer extensive connectivity options, including support for various communication protocols. This feature allows for easy integration with existing networks and systems, enhancing their versatility in modern applications. Whether it’s IoT devices, automotive systems, or consumer gadgets, these series are engineered to adapt seamlessly.

Another notable aspect of the Simplicity 8/14 and 5/14 Series is their software compatibility. They come with comprehensive development support, offering various tools and resources for developers. This compatibility streamlines the design process and empowers engineers to bring their innovative ideas to life effectively.

In conclusion, the Simplicity 8/14 and 5/14 Series represent a blend of power, efficiency, and versatility. Their advanced features, robust technologies, and high reliability make them ideal choices for modern electronics, catering to a wide range of applications across different industries. Whether you are a developer or an end-user, these series offer the performance and integration capabilities that meet the demands of today’s technology landscape.