[经验]

Fluke热红外摄像机故障排除

2018-10-30 14:20:37

2083 摄像机

新产品发现的主要目标之一（除了向您介绍新技术之外）是为您提供设备操作方式以及可以使用它们的可能应用程序的知识。
作为一个有趣的节奏变化，在被称为“新产品发现额外”的内容中，我们采访了Fluke Electronics的Tony Shocky。
Tony是Fluke的三级热像师。
Fluke Electronics已经存在了70年。
Fluke传统上以其数字万用表（数字万用表）而闻名，它有许多不同的设备，可以帮助工程师和维护专业人员识别和纠正他们的设计或机器中的问题。
在过去的15年里，福禄克将热解决方案产品推向了最前沿。
历史上，热成像已用于业务的MRO（维护维修操作）方面。
电机，泵，电气和工业电子（PLC系统）的维修是热成像设备的常见应用。
随着时间的推移，热成像设备的优势已开始转移到板级电气工程领域。
通过使用热成像设备（手持式热成像仪或红外相机（IR）相机），设计人员已经成功地减轻了故障排除的痛苦。
热成像设备不仅可以简单地将热电偶插入仪表，还可以在不进行物理接触的情况下识别和定位热点，从而避免接触解决方案中出现的常见错误。
通过使用热成像仪，您可以看到来自PCB组件或区域的辐射热能。
过热是确定无法正常运行的迹象。
无论是采用新的板级设计还是工业设备，确定“热点”往往是开始故障排除的最佳场所。
Tony有过与客户合作的经验，他们只使用手指来识别电路板或设备上的热点。
出于显而易见的原因，这不是一种适当的故障排除方法
通过使用Fluke的热成像产品，您不仅可以获得精确的测量结果，还可以获得问题区域和数据的字面图片。
查看完整的采访并坚持到最后，听到Tony解决T6 FieldSense电气测试仪的“秘密酱”。
如何在不接触的情况下测量电压和电流？

以上来自于谷歌翻译

以下为原文

One of the main goals of New Product Discoveries (on top of introducing you to new technologies) is to provide you with the knowledge of how devices operate and the possible applications in which they can be utilized. As an interesting change of pace, in what has been dubbed a “New Product Discoveries Extra”, we have put together an interview with Tony Shocky from Fluke Electronics. Tony is a 3rd Level Thermographer with Fluke. Fluke Electronics has been around for 70 years. Traditionally known for their DMMs (Digital Multimeters), Fluke has many different devices that assist engineers and maintenance professionals in identifying and correcting problems in their designs or machinery.

Over the last 15 of those years Fluke has brought thermal solution products to the forefront. Thermal imaging, historically, has been used on the MRO (Maintenance Repair Operations) side of the business. Repair for motors, pumps, electrical, and industrial electronics (PLC systems) were very common applications for thermal imaging devices. As time has progressed, the benefits of thermal imaging devices have started to migrate to the board-level electrical engineering arena. By using thermal imaging devices (Handheld Thermal Imager or an Infrared camera (IR) Camera), designers have found success in easing the pain of troubleshooting.
Much more than simply plugging in a thermocouple to a meter, a thermal imaging device can identify and pinpoint hot spots without making physical contact, avoiding common errors present with a contact solution. By using a thermal imager you are visualizing the radiant heat energy coming off of a component or area of the PCB. Excessive heat is a sure indication of something not operating correctly. Whether it’s in a new board-level design or a piece of industrial equipment, identifying the “hot spots” tends to be the best place to start troubleshooting.
Tony has had experience working with customers who have used nothing more than their finger to identify hot spots on their board or device. For obvious reasons this is not an adequate way of troubleshooting. By using Fluke’s thermal imaging products not only do you get a precise measurement, you get a literal picture of the problem area and data to go along with it.
Check out the full interview and stick around to the end to hear Tony address the “secret sauce” of the T6 FieldSense Electrical Tester. How does it measure voltage AND current without making contact?