The PT500mini mechanical fault simulator integrates compact design and multifunctionality, which can accurately reproduce various typical mechanical faults such as bearings, gears, rotors, etc. It has fast fault switching, easy operation, and can also be linked with multi-sensor acquisition and intelligent analysis systems, providing a safe and controllable practical platform for university teaching, factory vibration training, and scientific research, effectively bridging the gap between theory and practice.

The PT500mini mechanical fault simulator is suitable for various scenarios such as university teaching, scientific research experiments, enterprise training, and vocational skills certification, as follows:

College teaching: It can be used for teaching practice in mechanical engineering, automation and other majors, such as fault diagnosis, vibration analysis and other courses. By simulating actual mechanical faults, students can intuitively understand the mechanism of fault generation and improve their practical operation ability.

Research experiment: Provides a safe and controllable experimental platform for researchers to study the fault characteristics of rotating machinery, carry out scientific research projects such as bearing life prediction and fault diagnosis algorithm optimization, and meet the research needs of scientific users for different fault types and working conditions.

Enterprise training: Suitable for enterprises to provide skill training for maintenance and equipment status monitoring personnel, enabling them to familiarize themselves with various mechanical fault manifestations and diagnostic methods in simulated environments, and improve their practical maintenance and fault handling abilities.

Vocational Skills Certification: It can be used as a practical training equipment for vocational skills certification, connecting with relevant certification standards such as ISO 18436-2 Vibration Analyst Certification, providing a practical training environment for candidates to improve their skills and pass relevant certification exams.

PT500mini 机械故障模拟器集紧凑型设计与多功能于一体，能精准复现轴承、齿轮、转子等多类典型机械故障，且故障切换快捷、操作简便，还可联动多传感器采集与智能分析系统，为高校教学、工厂振动培训及科研提供安全可控的实践平台，高效弥合理论与实操鸿沟。

PT500mini 机械故障模拟器适用于高校教学、科研实验、企业培训及职业技能认证等多种场景，具体如下：

高校教学：可用于机械工程、自动化等专业的教学实践，如故障诊断、振动分析等课程，通过模拟实际机械故障，让学生直观理解故障产生机理，提升实践操作能力。

科研实验：为研究人员提供了一个安全可控的实验平台，可用于研究旋转机械故障特征，开展轴承寿命预测、故障诊断算法优化等科研项目，满足科研用户对不同故障类型和工况的研究需求。

企业培训：适用于企业对维修和设备状态监测人员进行技能培训，使他们能够在模拟环境中熟悉各种机械故障的表现和诊断方法，提高实际维修和故障处理能力。

职业技能认证：可作为职业技能认证的实操训练设备，对接相关认证标准，如 ISO 18436-2 振动分析师认证等，为考生提供实践操作的训练环境，帮助他们提升技能水平，通过相关认证考试。

旋转机械工程应用测试台

转子动力学学术交叉研究仿真台

轴承寿命实验台测试轴承及控制系统关键组件

机械传动动部件振动及故障植入试验台

高速轴承系统动力学行为模拟与智能化感知实验平台

齿轮及轴承测试台架

机械故障诊断共享实验室

机械系风力发电系统智能运维平台

 风机试验装置

风力发电系统智能运维平台

立式循环水泵实验台

轴承加速寿命实验台

旋转设备典型故障模块

大学齿轮传动系统振动实验台

机器人关键零部件制造实训台

设备预测性维护系统

船舶推进轴系模拟实验台

振动测试试验系统

智能运维与故障诊断技术实验室

机械工程学院旋转机械故障模拟实验台

直驱风力发电惯量感知与运行控制系统

齿轮箱动力学故障模拟与分析系统