BSPP Generator

EXPLODED VIEW AND PARTS LIST - CONTROL PANEL

Item Part #

Description

Item Part #

Description

1

B192833GS

PANEL, Control

17

193363GS

PCB, Idle Control

2

B192836GS

BOX, Control Panel

18

64526GS

SCREW

3

23897GS

WASHER

19

193077GS

STRIP,Terminal

4

49226GS

WASHER, Lock

20

22264GS

WASHER, Lock

5

91526GS

SCREW

21

75477GS

SCREW

6

22447GS

WASHER

22

51715GS

NUT

7

82538GS

SWITCH, Rocker

23

43180GS

WASHER

8

90418GS

OUTLET, 12VDC, Snap

24

192931GS

BRACKET, GFCI Breaker

9

77604GS

METER, Hour

25

23365GS

WASHER

10

43182GS

WASHER, Lock

26

192828DGS

BREAKER, Circuit, GFCI

11

51714GS

NUT

27

68868GS

OUTLET, 120V, 30A

12

43181GS

SCREW

28

43437GS

OUTLET, 120/240V, 30A

13

22694GS

HOUSING, Receptacle

29

68759GS

OUTLET, 120V, 20A, Duplex

14

87962GS

BREAKER, Circuit

30

193036GS

HARNESS,Wire

15

84028GS

TRANSFORMER, Idle Cnt

31

193095GS

JUMPER,Terminal Block

16

64525GS

STANDOFF, Hex

32

75207GS

BREAKER, Circuit

7

Page 7
Image 7
Briggs & Stratton 1933 manual Exploded View and Parts List Control Panel

1933 specifications

In 1933, Briggs & Stratton was solidifying its position as a leading manufacturer of small engines, which would go on to power countless machines and devices across various industries. During this period, the company focused on innovation and quality, establishing a reputation that continued to grow in the following decades.

One of the main features of Briggs & Stratton engines in 1933 was their reliable performance. The engines were designed with a robust construction that could withstand the rigors of daily use. The company emphasized durability, ensuring that its engines could perform under challenging conditions. This reliability made them popular for agricultural equipment and other heavy-duty applications.

Another key characteristic of Briggs & Stratton engines was their ease of use. In an era when many machines relied on manual operation, the engines were designed for simple starting and straightforward maintenance. This user-friendly approach allowed a broader audience to take advantage of the power offered by Briggs & Stratton engines, from farmers to small business owners.

Technologically, 1933 was a pivotal year for Briggs & Stratton as the company began incorporating advanced engineering principles into its products. The introduction of lightweight aluminum components marked a significant shift in design, reducing the overall weight of the engines without compromising on strength. This innovation not only enhanced performance but also made transportation and installation more manageable for users.

Efficiency was another hallmark of Briggs & Stratton engines during this time. The company focused on optimizing fuel consumption, enabling users to achieve more with less, which was particularly important during the Great Depression when resources were scarce. By maximizing output while minimizing fuel use, the engines proved economically beneficial for small-scale operations.

In summary, Briggs & Stratton in 1933 exemplified reliability, ease of use, technological advancement, and fuel efficiency in its small engines. These attributes not only contributed to the company’s enduring legacy but also laid the groundwork for future innovations in engine design and performance. As they continued to evolve, Briggs & Stratton would become synonymous with quality and reliability within the engine manufacturing sector, influencing many industries that still rely on their engines today.