Dakota Ultrasonics ZX-3 Ultrasonic Thickness Gauge offers a performance solution built to withstand the roughest industry conditions. The features included in the ZX-3 Series offer a quality tool that will meet or exceed your application requirements. The 5-year limited warranty indicates how we feel about the reliability and durability of the ZX-3 gauges.
Weight: 11 ounces (with batteries).
Size: Width (2.5 in / 63.5 mm)
Height (5.17 in / 131.3 mm)
Depth (1.24 in / 31.5 mm)
Operating Temperature: -22 to 167F (-30 to 75C).
Extruded aluminum body with nickel-plated aluminum end caps (gasket sealed).
The sealed membrane that is resistant to both water and petroleum products.
Nine tactile-feedback keys.
Dual element (transmit and receive).
1 to 10 MHz frequency range.
Locking quick disconnect LEMO connectors.
Custom transducers available for special applications.
5 year limited.
Two 1.5V alkaline, 1.2V NiCad, or 1.5V Lithium AA cells
Typically operates for 45 hours on alkaline and 23 hours on NiCad.
Low battery indicator on display. Auto shut-off after 5 minutes of inactivity.
Multi-function 7 segment 4.5 digit liquid crystal display with 0.500 in digit height. Two 0.125 in14 segment fields for labels and values, and one 7 segment field for labels and values. Additional icons to indicate features and modes.
Bar graph indicates stability of reading.
Sequential data storage, 40 files of 250 readings per file, for 10,000 readings (ZX-5 DL).
Comes complete with USB download cable (ZX-5 DL). No software required, comma separated file type (.csv).
Factory calibration traceable to NIST & MIL-STD-45662A.
Range: Measures from 0.025 to 36.00 inches (0.63 to 914.4 millimeters). Range dependent on material and transducer type.
Units: English & Metric
Resolution: 0.001 inches (0.01 millimeters)
Velocity Range: 0.0120 to .7300 in/μs (305 to 18,542 m/sec)
Display Update Rate: 10Hz
Gain: 40-52dB range in 3dB steps
Zero: Manual or auto-zero option.
Probe Diameter: Selectable probe diameter for improved linearity.
VX velocity: Measure in terms of velocity for