通用制动盘分析与新的高速热成像系统自动化试验台解决方案

Steffen Sturm
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引用次数: 0

摘要

随着对易损件质量和寿命要求的不断提高,以及制动系统中新材料和新设计要求对相关总成和部件进行深入研究。为了研究制动盘负载测试中的热行为,自15年来,InfraTec一直在不断地提出新的要求,并开发了基于热成像的测试台解决方案热旋转检查(TRC)。基于最新的冷却高速光子探测器技术,要测量的刹车盘以高达几千赫兹的帧率和高达400公里/小时的速度进行扫描,今天可以对其进行前所未有的详细分析。数据采集自动启动,由系统与过程信号接口交互触发。为了显示、存档和进一步检查,数据被转换成环形或平面投影格式,并与主测功机台架(测试台)相互作用。使用TRC进行实时测量,可以在不同测试场景下对制动盘的热状态和能量分布进行非接触式和完全同步的原始数据采集。制动盘两侧的所有热活跃区域、异常行为和热点均自动显示和记录。因此,可以对整个热制动过程和制动盘与刹车片之间的相互作用进行详细的分析和记录,这是以往任何其他测量系统都无法做到的。该报告概述了最新的硬件和软件开发,具有这种自动热成像测试解决方案的优势和样品,并与不同的测功机架进行交互。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Universal Brake Disc Analysis with New High-speed Thermographic Systems for Automated Test Bench Solutions
The increasing demands for quality and lifetime of wearing parts and new materials and designs in braking systems require profound investigations on the relevant assemblies and components. For the investigation of the thermal behaviour during load tests of brake discs InfraTec has developed with permanent new input and further requests since 15 years a thermography based test bench solution Thermal Rotate Check (TRC). Based on the latest technology of cooled highspeed photon detectors the brake disc to be measured is scanned at frame rates up to some kilohertz and speeds up to 400 km/h and can be analysed today in a detail which was never before reached. The data acquisition starts automatically and triggered by the system in interaction with the interface for process signals. For display, archiving and further examination the data are transformed in circular ring or flat projection format and interacts with the master dynamometer stand (test bench). The real time measurement with TRC allows a contactless and fully synchronized raw data acquisition of thermal state and energy distribution of brake discs during different test scenarios. All thermal active areas, abnormal behaviour and hot spots for both sides of brake disc are automatically displayed and recorded. So the complete thermal braking process and interaction between brake disc and brake pad can be analyzed and documented in a way and detail which could not made with any other measurement system in the past. The presentation gives an overview of latest hardware and software developments with advantages and samples for this automatic thermographic test solution and interaction with different dynamometers stands.
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