ECT Bobbin Probes
ECT bobbin probes detect and support sizing of defects in non-ferrous tubing, with wear-resistant guides and kink-resistant cables for manual push-pull inspection.
Product overview
Eddyfi ECT Bobbin Probes inspect non-ferrous tubing using eddy current testing. The page identifies austenitic stainless steel, brass, Inconel™, titanium, and copper as suitable tubing materials.
The eddy current response enables detection and sizing of tubing defects including steam erosion, baffle cuts, pitting, and cracking. The method is also sensitive to defects beneath support plates in shell-and-tube heat exchangers.
Light polymer bodies and stainless steel wear-resistant guides provide a construction designed for ease of handling and durability. Strong nylon cables resist kinking during manual push-pull operations, and the probes use a 4-pin amphenol connector.
Key capabilities
Light polymer body
A lightweight polymer body supports ease of handling.
Wear-resistant guides
Stainless steel guides resist wear during tubing inspection.
Kink-resistant cable
Strong nylon cable construction is suited to manual push-pull operations.
4-pin connector
The probes feature a 4-pin amphenol connector.
Defect detection and sizing
ECT enables detection and sizing of steam erosion, baffle cuts, pitting, and cracking in tubing.
Under-support sensitivity
Eddy currents are sensitive to defects beneath support plates in shell-and-tube heat exchangers.
Published technical specifications
Values as published by Eddyfi Technologies. Where models or variants differ, each is listed separately.
Construction
- Body
- light polymer
- Guides
- stainless steel, wear-resistant guides
- Cable
- strong, highly kink-resistant nylon
Connection
- Connector
- 4-pin amphenol connector
Product videos
Official brochures
Tubing Probe Catalog
Additional documents
Other Eddyfi products
Alternatives from other manufacturers
Comparable systems we also represent. If your application requires a different balance of speed, resolution or footprint, these are worth reviewing.
Structure & Hardness Test Instruments
ibg's family of digital eddy-current instruments for 100% comparative verification of heat treatment, hardness, case depth and material mix-ups on mass-produced steel parts.
Compareibg NDT TechnologyeddyQlab Ai
Laboratory system that uses eddy-current data and a pre-trained AI model to predict case depth and surface hardness of induction-hardened parts such as CV joints.
Compareibg NDT TechnologyeddyQlab Ai VL
Semi-automated, one-button lab system for CV joints that predicts surface hardness and case depth non-destructively using AI and machine learning.
Compareibg NDT Technologyeddyguard neo S
Next-generation eddy-current controller for microstructure testing, built for easy machine integration, Industrial Ethernet connectivity and multi-device control.
CompareHow EMUS supports this
Equipment is only part of the answer. Every system we supply is backed by regional engineering, service and application support.
Mechanical, electrical, environmental setup done right the first time.
Qualification and acceptance testing against real criteria.
Operator and application training built around your parts.
Traceable calibration to keep measurements audit-ready.
Preventive and corrective service across the Balkan region.
Method development and problem-solving with our engineers.
Eddyfi Technologies
Part of the Eddyfi Technologies portfolio, represented by EMUS across the Balkan region.
Application Notes & resources
Official application notes and technical literature for ECT Bobbin Probes.
Request an Engineering Consultation
Talk to an EMUS engineer about this product and whether it fits your inspection workflow.