The Development and Study of an Electromechanical Converter for an Electro-Hydraulic Power Amplifier of a Servo-Hydraulic Drive

S. Gandzha, Nikolay Neustroev, A. Sogrin, Denis Korobatov, Dmitry V. Ardashev, Ramil Dadashov
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Abstract

This paper presents design solutions in the development of an electro-hydraulic power amplifier (EHPA) of a servo-hydraulic drive with hydrostatic guides. The work studies the characteristics and develops fundamental solutions to design elements and the general configuration of the EHPA, which is part of the servo-hydraulic drive. The paper analyzes the device, operating principles, and basic requirements for EHPAs. A digital model is built and a basic version of an electromechanical converter (EMC) is tested to assess its electromagnetic and thermal state. As a result of the work, the authors determined and justified the design of the main components of the EMC for the EHPA, developed a digital model for the EMС with permanent-magnet excitation, analyzed its electromagnetic and thermal state, and developed design documentation.
伺服液压驱动器电液功率放大器机电转换器的开发与研究
本文介绍了开发带静压导轨的伺服液压驱动装置的电液功率放大器(EHPA)的设计方案。该工作研究了作为伺服液压驱动器一部分的 EHPA 的特性,并为其设计元素和总体配置制定了基本解决方案。论文分析了 EHPA 的设备、工作原理和基本要求。建立了一个数字模型,并测试了一个基本版本的机电转换器(EMC),以评估其电磁和热状态。通过这项工作,作者确定并论证了 EHPA 的 EMC 主要组件的设计,开发了带永磁励磁的 EMС 数字模型,分析了其电磁和热状态,并编写了设计文档。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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