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5 Considerations When Buying Eddy Current Testing Equipment

Electromagnetic testing methods vary, but if you need one for non-destructive testing, you will need to consider equipment that uses the Eddy Current. In Eddy Current testing, electromagnetic induction is applied to identify and characterise surface and sub-surface flaws in conductive materials

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5 Considerations When Buying Eddy Current Testing Equipment

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  1. 5 Considerations When Buying Eddy Current Testing Equipment Electromagnetic testing methods vary, but if you need one for non-destructive testing, you will need to consider equipment that uses the Eddy Current. In Eddy Current testing, electromagnetic induction is applied to identify and characterise surface and sub-surface flaws in conductive materials. Hence, you need to make sure that you are investing in equipment that allows you to properly do the test. Here are five aspects you must consider when you do your shopping: 1.Design – Make sure that the equipment is engineered and designed for the end-user. Some manufacturers have their own Special Applications team responsible for developing ultrasonic and Eddy Current products for use in multiple applications, such as the laboratory, in production, and in the field. 2.Systems – Eddy Current testing equipment may vary by system, so be sure to choose the right one for your needs. For instance, you might find portable platforms that you can bring almost anywhere, as well as static systems that are compatible with most external post-processing programs. You are also likely to find equipment that you can use for decision modelling, scan plan development, and data analysis. Some devices are rugged multi-channel instruments. 3.Standard probes – It is crucial to select the right probes that will suit your testing applications. That way, you can be sure to conduct Eddy Current testing on conductive materials and easily detect defects on the surface. Your options may include ring, angled pencil, surface, sliding, bolt hole scanner, surface following, cam follower, and encircling probes. 4.Specialty probes – Some applications may require the use of specialty probes for Eddy Current testing equipment. These can be in the form lightweight and portable rotating scanners, hand- held bolt hole scanners for linear and rotary scan-motion indexing, and flexible extended technology probes for tight structures. 5.The supplier – Be sure to buy Eddy Current testing equipment only from a trusted and credible supplier of non-destructive testing devices and machinery. Verify their credibility by looking for reviews and feedback from their clients. Consider a supplier that continues to assist their customers through training and after-sales support. https://www.industrial-ndt.com/ PCTE Industrial | Australia | 08 9322 4020 | admin@pcte.com.au

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