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在传动系统中,对轴承运转情况进行检测,及时发现故障和积累运转数据,是工业生产设备中一个普通和亟待解决的问题。在这方面的检测技术中,目前大致有以下几种方法:油膜测试、频谱分析测试、脉冲冲击测试及红外测试等。从国外引进的技术资料和样机来看,上述几种方法都各有其优点和不足。一、仪器的性能本文介绍一种由上海华阳电子仪器厂与宝钢总厂联合试制成功的HB-1轴承故障检查仪(以下简称为检查仪,外形见封二照片)。该仪器通过宝钢等单位的使用和市计量局的测试证明,确实是十分可靠的机械检修工具。它的用途广泛,可减轻机修工及检测的劳
In the transmission system, testing the running condition of the bearings, finding out the faults and accumulating operation data in time is a common and urgent problem in industrial production equipment. In this area of detection technology, there are roughly the following methods: oil film test, spectrum analysis test, pulse impact test and infrared test. From the introduction of foreign technical information and prototype point of view, the above methods have their own strengths and weaknesses. First, the performance of the instrument This article describes a trial by the Shanghai Huayang Electronic Instrument Factory and Baoshan Iron and Steel Plant joint trial success HB-1 bearing fault tester (hereinafter referred to as the tester, the appearance of the seal see two photos). The instrument through the use of units such as Baosteel and City Bureau of Measurement proved that it is indeed a very reliable mechanical inspection tools. Its wide range of uses can reduce the workload of mechanics and inspectors