[Oral Presentation]A Working Air-gap and Magnetic Circuit Topology Analysis based Method for Straightly-Acting Solenoid Valve Design

IMPORTANT DATES

Deadline for digest submission: Jan, 31, 2021
Notification of acceptance: Mar, 10, 2021
Full paper submission: May, 31, 2021

A Working Air-gap and Magnetic Circuit Topology Analysis based Method for Straightly-Acting Solenoid Valve Design

ID：340 Submission ID：340 View Protection：ATTENDEE Updated Time：2021-06-19 16:58:35 Hits：1067 Oral Presentation

Start Time：2021-07-03 09:10 （Asia/Shanghai）

Duration：20min

Session：[S2] Concurrent Session 2 » [S2-3] Oral Session 12 & 15

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Abstract

To achieve high quality electromagnetic mechanism design, this paper analyzes the characteristic of magnetic circuit of solenoid valve electromagnetic mechanism, and proposes an electromagnetic mechanism design method based on working air gap (WAG) analysis. And a critical phenomenon of ampere turns is analyzed in design process. According to the requirements of output force and response time, a new structure of a magnetic circuit of solenoid valve is designed. A finite element model (FEM) is established and the prototype is test, the design has been verified.

Keywords

Working air gap，Topological analysis of magnetic circuit，Electromagnetic force calculation model，Electromagnetic mechanism design

Speaker

Huimin Liang

School of Electrical Engineering & Automation;Harbin Institute of Technology

Submission Author

Huimin Liang School of Electrical Engineering & Automation;Harbin Institute of Technology

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