首页|拍合式继电器衔铁内折角测试装置的结构设计与实际效果

拍合式继电器衔铁内折角测试装置的结构设计与实际效果

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电磁系统为铁路信号拍合式继电器的重要组成部分,电磁系统中衔铁行程对铁路信号拍合式继电器的电气特性有直接影响,衔铁折角角度更是影响衔铁行程的重要因素.为了提高衔铁折角角度的筛选精度,以铁路信号拍合式继电器中的衔铁零件作为研究对象,提出一种模拟衔铁在继电器中运动过程的衔铁内折角的测试方法,并设计了衔铁内折角测试装置.在实际生产试用过程中,发现使用所设计装置筛选出来衔铁的角度测试结果更加符合正态分布,且通过筛选的衔铁组装成继电器的电气特性一致性更好,证明了通过所设计装置筛选比现有的方法筛选误差更小.
Structural Design and Practical Effect of Clapping Relay Armature Inner Chamfer Testing Device
Electromagnetic system is an important part of railway signal snap-in relay,the armature stroke in the electromagnetic system has a direct impact on the electrical characteristics of the railway signal snap-in relay,armature angle is an important factor affecting the armature stroke.In order to improve the screening accuracy of the armature angle,the armature parts in the railway signal snap-in relay is taken as the research object,A testing method for simulating the internal angle of the armature bending angle of the armature movement process in the relay is proposed.According to this method,the armature bending angle inner angle testing device is designed.After the design is completed,it is tested in actual production.It is found that the angle test results of the armature screened by the device are more in line with the normal distribution,and the electrical characteristics consistency of the armature assembled into the relay obtained by screening is better,which can prove that the screening error of the device is smaller than that of the existing method.

snap-in relayselectrical characteristicsarmature inner foldangle testing method

李庆诗、范艺川、罗文天

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沈阳铁路信号有限责任公司,辽宁 沈阳 110000

哈尔滨工业大学电器与电子可靠性研究所,黑龙江哈尔滨 150001

拍合式继电器 电气特性 衔铁内折角 角度测试方法

2024

电器与能效管理技术
上海电器科学研究所(集团)有限公司

电器与能效管理技术

影响因子:0.394
ISSN:2095-8188
年,卷(期):2024.(1)
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