Lighter and simpler to use, yet accurate and very durable!
Ideal for use on flat surfaces or pipes. Our multiple echo single crystal probe technology means you can measure through thick coatings and only the remaining metal thickness is displayed.
With multiple echo, readings are taken by measuring the time delay between any three consecutive backwall echos. The time of T1 (coating thickness) is ignored. The times of T2 and T3 are equal to the time that it takes to travel through the metal. Only by looking at three echoes can the measurements be automatically verified (where T2 = T3).
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Applications
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Maintenance and safety checks of metal thickness for:
...plus many more.
Materials |
Sound velocities between 2000 and 7000 m/s (0.059 and 0.31 in/microsec) Covers virtually all common engineering materials |
Measurement Range in Steel |
3 mm - 250 mm (0.100" - 9.995") with 2.25 MHz probe 2 mm - 150 mm (0.065" - 6.000") with 3.5 MHz probe 1 mm - 50 mm (0.045" - 4.000") with 5.0 MHz probe |
Accuracy |
0.1 mm (0.005") when calibrated in accordance with Cygnus Instruments Calibration Procedures |
Resolution |
0.1 mm or 0.05 mm (0.005" or 0.002") (selectable) |
Probes |
Single-crystal, soft-faced compression. (Lower frequency probes offer better penetration on heavy corrosion/coatings) |
Power source |
2 x AA alkaline batteries or rechargeable NiMH / NiCd |
Battery life |
30 hours continuous operation with alkaline batteries |
Display |
Large liquid crystal display with white backlight - automatically turns off in bright light conditions |
Size |
85 mm x 115 mm x 25 mm (3 3/8" x 3 1/2" x 1") |
Weight |
275 g (9.7 oz) (inc. batteries) |
Compliance |
CE, British Standard BS EN 15317:2007 (Specification for the characterisation and verification of ultrasonic thickness measuring equipment |
Environmental Protection |
IP65 & IP67 |
Operating Temperature |
-10°C to +50°C (14°F to 122°F) |
Envirnmental |
RoHS, WEEE compliant |
Warranty |
3 years on gauge, 6 months on probe |
Applications |
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Cygnus Multiple Echo Technology With multiple echo technology, readings are taken by measuring the time delay between any three consecutive backwall echoes. The time T1 (for coating thickness) is ignored. The times T2 and T3 are equal to the time that it takes for sound to travel through the metal. Only by looking at three echoes can the measurements be made for the metal thickness, where T2 = T3. |