» Measuring Machines and Devices » Wall/Coating Thickness Measurement » Ultrasonic Wall Thickness Gauges » Sonowall 70 Ultrasonic Wall Thickness Gauge
SONOWALL 70 Ultrasonic Wall Thickness Gauge
Specifications
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Advantages at a glance
- High performance with compact design
- The reversible screen feature simplifies use
- Intuitive menu and ergonomic design
- Robust aluminum housing
For various wall-thickness measuring applications:
- Corrosion monitoring
- Wall thickness measurement through coatings of different materials
- Precision measurements
The powerful SONOWALL 70 is perfect for a wide range of ultrasonic wall thickness measurement applications including standard testing of metals, glass, ceramics. In high penetration mode high attenuating materials become possible to measure such as composites, plastics, rubber, fi berglass or thick castings. The SONOWALL 70 is capable of measuring rough materials, through coatings and even objects with multiple layers with seperate measurements for each layer of different material. The precision module of the device can measure very thin materials with a high resolution. Via time encoded B-scan you can display a detailed cross section of the tested specimen along one axis. A wide selection of SONOTEC probes and the fact that other manufacturer‘s probes can be connected easily makes the SONOWALL 70 the most versatile wall thickness device on the market.
Intuitive Operation
Simple and extremely intuitive menu with clear structure and full text. Intuitive interface, light-weight and eye friendly design, ergonomic one-hand-button navigation and automatic screen rotation for portrait or landscape view makes the SONOWALL 70 amazingly comfortable to operate - even in hard to reach areas.
Intelligent Probe Recognition
The SONOWALL 70 is the fi rst thickness gage in the market with intelligent wireless probe recognition. In addition, the extended probe management enables probe-specifi c information, such as DAC-curves, delay lines and serial numbers, to be saved directly in the probe.