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ARM based Electronic Governor

Kirti Sutar, Supriya Rajankar

Abstract


Engine speed controller of the conventional diesel
engine is called a Governor. In order to control speed, the governor
controls amount of fuel using fuel rack. Because a mechanical
governor has a good speed control performance and is relatively
inexpensive, it is used most popularly. But these are limited to one
type of speed controller and causes wear and tear. These are not used
for variable speed controlling action. To avoid this we have presented
an improved electronic governor for diesel engine using
high-performance ARM CPU. This is low cost compact electronic
governor compared other analog governors. It also controls the
parameters of the engine. This reduces the space required for control
panel.
This paper presents an improved electronic governor for diesel
engine using high-performance ARM CPU. It also describes the
hardware architecture and software design approach with details.
The proposed model described in this project is cost effective,
compact which will reduces the requirement of the space. It replaces
two different models, Speed Governor and Control Panel.


Keywords


ARM, Governor, Speed, Diesel, Low Cost Governor

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References


Poledna S, Mocken T, Schiemann J, "ERCOS: An operating system for

automotive applications.."SAE paper 960623.

Erkkinen T. "A software engineering framework for electronic engine [A]

, “Electronic Engine controllers 2000:SP21500 [C]. USA:SAE, Inc,

, ppl 13-118.

Thoma, P. "Automotive Electronic-a Challenge for Systems Engineering

Design," Automation and Test in Europe Conference and Exhibition

, Proceedings, 9-12 March 1999

Yu Zaihe, Liu Fu,Li Yuanchun, "Control of Electromagnetic Actuator in

Diesel Fuel Injection System," Journal of Ji Lin University of

Technology, vol.28, pp7-12, 1998

Yu Haisheng, "Micro-computer control," Tsinghua University Press,

Xing Jianguo, Xu Cangsu, "A study of vehicle embedded RTOS [A],

"International Conference on Embedded System & Products. [C],

Beijing: Electronic Engineering & Product World, 2000, pp83-87

Jin Bei, Li Jiangqiu, Ouyang Minggao, "Enigne torque Control Based on

Real-Time Operation System," Journal of Tsinghua University (Sci &

Tch), vol 44, no 2, 2004

Labrosse J Jean, "MicroC/OS-I1 The Real-Time Kernel, Second Edition,"

CMP Books, 2002

Jiang Fangyi, "Research on a Real-time Simulation System for

Internal-combustion Engines," M.S. thesis, HuaZhong University of

Science and Technology, Wuhan, China 2002

L. Guzzella and A. Amstutz, "Control of Diesel Engines," IEEE Control

Systems Magazine, vol. 18, no. 10, pp53-71, 1998

Sung Hoon Ko and Jong Cheol Kim, “Development of Electronic

Governor and Simulator for the Generating Diesel Engine” ,pp2009

“Wikepedia-PID controller”.

“Wikepedia-Speed Governor”.

David J. McGowan, D. John Morrow, “Integrated Governor Control for

Diesel-Generating Set” ,pp2006

Tanmay Pal, Chandra Shekhar and Himanshu Dutt Sharma “Design and

Implementation of Embedded Speed Controller on ARM for

Micromanufacturing Applications”, pp2010




DOI: http://dx.doi.org/10.36039/AA042012006.

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