Product descriptionThe Moore & Wright MWT-2600 is an electromagnetic ultrasonic thickness gauge designed for non-destructive thickness measurement of conductive materials, primarily metals. It generates ultrasonic waves by electromagnetic excitation at the material surface and analyses returned single-echo or dual-echo signals to determine thickness without direct coupling.
Principle and measurement- Ultrasonic generation via electromagnetic interaction at the surface, eliminating the need for coupling gels.
- Measurement modes: single-echo and dual-echo analysis for different material and coating conditions.
- Suitable for in-situ measurements on hot, coated or moving surfaces where contact probes are impractical.
Applications- Inspection of pipelines and pressure vessels.
- Corrosion, erosion and wear assessment on conductive components.
- Field measurements on hot or coated parts without part cooling.
Key features- Non-contact thickness measurement for conductive materials.
- Compatible with coated surfaces and limited-access locations.
- Optional high-temperature probe enables measurements up to 800°C in-field.
- Single-echo and dual-echo modes to adapt to different material conditions.
Operational notes- Instrument selection and probe choice depend on material conductivity and operating temperature.
- Calibration and verification against known standards recommended for critical inspections.
- Suitable for routine integrity checks in industrial environments.