NM01S112103/2
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Adelix S112-10-3/2 | Ultra-High Resolution UT Transducer
Precision Small-Diameter & Thin-Section Measurement
The Adelix S112-10-3/2 is a specialized ultrasonic transducer engineered for extreme precision. With a high 10 MHz frequency and a miniature 3 mm footprint, this probe is the tool of choice for measuring ultra-thin wall sections and navigating the tightest geometries. The dual-element configuration provides an exceptionally narrow "V-path," allowing for high-accuracy thickness readings on materials where standard probes simply cannot resolve the signal.
Key Performance Features
10 MHz Ultra-High Frequency: Provides superior axial resolution, enabling the measurement of very thin materials (down to 0.5 mm in steel) with unmatched accuracy.
Miniature 3 mm Contact Face: The smallest footprint in the S112 series. This allows for stable, localized coupling on extremely small-diameter tubing, flared pipe ends, and intricate aerospace components.
Potted Integrated Cable: The "Potted" design features a factory-sealed, direct-bonded cable that eliminates common failure points like connector fatigue and moisture ingress—essential for field work in wet or oily environments.
Minimal "Dead Zone": The dual-crystal design virtually eliminates the initial pulse interference, making it ideal for detecting near-surface defects and measuring remaining wall thickness on highly thinned components.
Precision Precision Ground Face: The contact surface is precision-machined to ensure a flat, stable interface with the material, reducing "rocking" and signal instability on curved surfaces.
Technical Specifications
| Feature | Specification |
| Model | S112-10-3/2 |
| Manufacturer | Adelix |
| Transducer Type | Dual-Element (Pitch-Catch) |
| Frequency | 10.0 MHz |
| Element Diameter | 3 mm |
| Connection Style | Potted (Integrated Cable) |
| Nominal Range | 0.5 mm to 30 mm (Material dependent) |
Applications
Small-Bore Tubing: Critical for hydraulic lines, medical gas piping, and fuel lines.
Aerospace Components: Measuring thin-skin composites or machined aluminum parts with tight tolerances.
Thin-Wall Heat Exchangers: Inspecting titanium or stainless steel tubes for localized erosion/corrosion.
Precision Machining: In-process quality control for precision-milled or turned components.