Eddy Current Technology (ECT)

We offer several solutions for Eddy Current Testing:

RFT, NFT and ECT Portable Instruments

RFT (Remote Field Technology) has traditionally been used to inspect carbon steel tubing, which is difficult to examine with eddy current technology (ECT).

NFT (Near-Field Technology) is a form of pitch-catch eddy current that can be used in tubing inspection to enhance detectability of certain types of flaws.

ECT (Eddy Current Technology) instruments are used for non-ferrous tube testing and detection of surfacing cracks on components that may be ferrous or non-ferrous.

Eddy Current instruments are generally used to inspect non-ferrous tubing in heat exchangers and perform material sorting, crack detection and corrosion detection on aircraft and other parts.

Ferroscope EMI RFT/NFT/ECT Instrument

The Ferroscope EMI instrument, introduced in the fall of 2024, allows the use of RFT probes as well as NFT and ECT standard bobbin probes; pitch-catch probes; partial saturation (SATURN) probes; TT (through transmission) probes; I-PIT and E-PIT probes, CIRC E-PIT and several other specialty type probes.

The Ferroscope EMI can support up to 16 coil channels of RFT, NFT or ECT data. These multi-channel, multi-frequency options allow the Ferroscope to be used for array applications such as VertiScan, Bracelet Array, E-PIT, I-PIT, internal tube array and surface scanning applications.

The Ferroscope 308 EMI System, comes with industry-leading Software that does not require use of a Dongle, and is a one-time cost (no license fees).

The Ferroscope 308 EMI is the latest in a distinguished line of electro-magnetic testing instruments which have revolutionized equipment maintenance in such industries as oil and gas, power, petrochemical, HVAC (Chillers) and pulp and paper. 

The Ferroscope Instrument has been named " Best in Class " by Frost and Sullivan

Follow this link for an introduction to the Ferroscope EMI Instrument

https://youtu.be/e-vPgzTJFQU

To see how to set up an eddy current test of a brass tube: 

https://studio.youtube.com/video/_ZUmRR_VBj8/edit

To learn how to make a tube list: https://studio.youtube.com/video/Ren-AdHnSdk/edit

To learn how to inspect a bare pipe for internal and external corrosion: https://studio.youtube.com/video/yGYGHunfuOk/edit

To see a demo of setting up the Ferroscope EMI to inspect a CuproNickel tube: https://studio.youtube.com/video/_ZUmRR_VBj8/edit

To learn how to detect CUI with a Bracelet Probe: https://studio.youtube.com/video/wgMfiSCwojA/edit

To learn how to set up the Ferroscope EMI instrument for an array probe: https://youtu.be/Ts-avIzE6a4

 

Removable Head ECT Probes

 

A full line of removable head eddy current probes are available.

All probes are compatible with other manufacturers' eddy current instruments

Shafts (cables) are durable and made to the "Goldilocks Principle" (not too stiff, not to soft, but just right)

To see an eddy current probe being set up with the new Ferroscope EMI instrument follow this link: https://youtu.be/RpaHAGOdzXA

For more info write info@russelltech.com

 

 

Literature

 

On-Line Eddy Current Systems

TECHNOFOUR Flawmark-EX

TECHNOFOUR Flawmark-EX is an on-line eddy current system for NDT of bars, tubes and wires. It works 24/7 in your factory to detect manufacturing defects and provide quality assurance documentation for your customers.

Flawmark-EX can detect cracks, pin-holes, open welds, voids, inclusions, concentrated porosity, weld defects, slivers, opened up skin laminations, deep pittings as well as mechanical damage in metal tubes, bars and wires.

Ferromagnetic, non-ferromagnetic as well as austenitic materials can be inspected by the system in Online, Offline, Inline and Spool-to-spool configurations. 

The inspection can be carried out as per API, ASTM, DIN, BS, ETTC, JIS, IS or other standards. All data is logged to a Hard Disk. Test reports can be generated in Microsoft Excel format.

Flawmark-EX is a highly advanced thoroughbred from theTechnofour stables. This seventh generation Flawmark keeps you connected no matter where you might be in the world.

You can connect to it from intranet or internet and view test signals and results in real time. It can even send you E-mails at your scheduled times with all test data, statistics and error conditions.

An SPC display is available for online systems that shows the history of your mill up to the past 24 hours, with eddy current signals. The system also supports remote diagnostics over TCP / IP.

An absolute channel can be configured for Online systems for detection of open welds etc. Multifrequency and multichannel options are available for advanced use.

 

Literature

 

Literature

 

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