Simplicity 1695064, 1734817 Lower Tube, WASHER, 1/2, Cover Support Assembly, Operators Manual

Page 13

Tube & Hitch Group

REF NO

PART NO.

QTY.

DESCRIPTION

1

5049152SM

1

LOWER TUBE

2

1960404SM

7

SCREW, Truss Head, #10 - 24 x 3/4

3

1960096SM

7

WASHER

4

1933896SM

7

NUT, Hex Nylock, #10 - 24

5

5049151SM

1

TUBE, Mid-Section

6

1704283SM

1

TUBE, Upper Section

7

1928352SM

4

NUT, Whiz Lock, 3/8 - 16

8

1924361SM

1

WASHER, 1/2

9

1732627ASM

1

MOUNTING PLATE, Bumper

11

5046693SM

1

ROD, Support

12

1960033SM

1

CLIP, Hairpin

13

5046687ASM

1

COVER SUPPORT ASSEMBLY

14

1921965SM

4

CAPSCREW, 3/8 - 16 x 3/4

20

1921176SM

4

CAPSCREW, Hex Head, 1/2 - 13 x 1-1/4 (Used ONLY on models with Flat Bumpers)

38

--

1

DECAL, I.D. (Not Serviceable)

39

--

1

OVERLAY, Mylar (Not Serviceable)

42

1705063SM

1

CLIP, Spring (View Operators Manual for clip position)

43

1960668SM

4

NUT, Hex Whiz Lock Flange, 1/2 - 13 (Used ONLY on models with Flat Bumpers)

44

1732617SM

3

U-BOLT, 3/8 x 1-1/4 (Used ONLY on models with Tube Bumpers)

45

1960687SM

6

NUT, Hex Flange, 3/8 - 16, ESNA (Used ONLY on models with Tube Bumpers)

46

1732614

1

OPERATORS MANUAL

Footnotes

The above parts group applies to the following Mfg. Nos.:

1695064 - Catcher

Briggs and Stratton Yard Power Products Group

Copyright © 2007 by Briggs and Stratton Corporation13TP 400-4538-00-AT-SMAMilwaukee, WI, USA. All rights reserved

Image 13
Contents MANUFACTURING, INC Parts ListPage Table Of Contents 983952 Cover & Bag Group TwinWasher Cross AssemblyScreen LOCKWASHER, 5/16987366 Front Weight Carrier GroupFront Weight Carrier Group 986508 Mount GroupPivot & Brackets ASSEMBLY, 38, 44 Mount Group Mount Group 987364 Tube & Hitch GroupLower Tube Cover Support AssemblyWASHER, 1/2 Operators ManualPage Hardware Identification & Torque Specifications

1695064, 1734817 specifications

Simplicity 1734817 and Simplicity 1695064 are notable examples of electronic design automation (EDA) tools, developed with the objective of simplifying the design process for engineers in various industries. These innovative solutions cater to the growing demand for efficient design methodologies while reducing time-to-market for complex products.

One of the main features of Simplicity 1734817 is its intuitive user interface, which significantly enhances usability. Engineers can easily navigate through the software, identifying tools and functions without extensive training. The interface is designed to streamline the design workflow, allowing users to concentrate on the creative aspects of their projects.

In contrast, Simplicity 1695064 boasts advanced simulation capabilities that enable real-time analysis of designs. This feature allows engineers to verify their work as they progress, reducing errors and facilitating modifications on-the-fly. The simulation tools are particularly beneficial for those working in multiple domains, offering customizable parameters that cater to specific requirements.

Both models are equipped with state-of-the-art technologies that enhance performance. They utilize cloud-based computing, enabling users to access powerful processing capabilities without the need for high-end local hardware. This is especially advantageous for remote teams, as it fosters collaboration across different locations. Additionally, these tools utilize machine learning algorithms to suggest design optimizations, allowing for smarter decision-making during the design process.

Another significant characteristic of Simplicity 1734817 and 1695064 is their compatibility with various third-party applications. This flexibility ensures that engineers can incorporate their tools into existing workflows seamlessly, enhancing productivity without disrupting established processes. Moreover, robust support for multiple file formats simplifies collaboration with other team members or departments.

In summary, Simplicity 1734817 and Simplicity 1695064 deliver powerful features aimed at enhancing the design experience. With their user-friendly interfaces, advanced simulation capabilities, cloud integration, and compatibility with existing tools, they stand out as essential resources for engineers seeking efficiency and effectiveness in their design projects. These models exemplify the evolution of EDA tools in support of innovation and productivity across various industries.