NM01S112106/2
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Adelix S112-10-6/2 | High-Resolution Dual-Element UT Transducer
The Professional Choice for Precision Thin-Wall & Near-Surface Inspection
The Adelix S112-10-6/2 is a high-frequency ultrasonic transducer engineered for applications where precision is paramount. By combining a 10 MHz frequency with a 6 mm contact diameter, this probe offers the perfect compromise between the extreme detail of high-frequency sound and the physical stability required for consistent manual scanning. It is the ideal tool for detecting fine pits, measuring thin-gauge materials, and performing high-accuracy inspections on both flat and curved surfaces.
Key Performance Features
10 MHz High-Frequency Detail: Provides excellent axial resolution, allowing for the measurement of very thin sections (down to 0.7 mm) while providing a crisp, clear back-wall echo on the display.
Balanced 6 mm Footprint: The 6 mm diameter provides significantly more stability than miniature 3 mm probes, reducing "rocking" on the part and ensuring a more repeatable measurement for the operator.
Dual-Element (Pitch-Catch) Design: Effectively eliminates the "dead zone" associated with single-element probes. This allows for superior near-surface resolution, making it easy to identify corrosion or inclusions located just under the material's surface.
Optimized for Thin-Wall Piping: The 6 mm face is perfectly sized for coupling on medium-to-small diameter pipes and tubes used in the aerospace and chemical industries.
Rugged Housing: Constructed with a durable, wear-resistant contact face designed to withstand the friction of scanning across industrial metals without degrading signal quality.
Technical Specifications
| Feature | Specification |
| Model | S112-10-6/2 |
| Manufacturer | Adelix |
| Transducer Type | Dual-Element (Pitch-Catch) |
| Frequency | 10.0 MHz |
| Element Diameter | 6 mm |
| Typical Range | 0.7 mm to 50 mm (in steel) |
| Connector Type | Standard Dual Lemo 00 (unless specified as Potted) |
Applications
Aerospace Maintenance: Inspection of thin-skin aluminum airframes and composite-to-metal bonds.
High-Precision Tubing: Measuring wall thickness on stainless steel, titanium, and copper-nickel heat exchanger tubes.
Localized Pitting Detection: Finding small, isolated pits in pressure vessels that lower-frequency probes might overlook.
Automotive: Quality control of thin-walled cast parts and engine components.