Nova 910 Ultrasonic Thickness Gage

The Nova 910 Precision Bench Top Ultrasonic Thickness Gauge is the simplest Precision Ultrasonic Thickness Gage in a bench top we offer. It incorporates a patented probe recognition. When you plug in a Nova Series Transducer the gage sets for optimal performance of that transducer.

The Nova 900 incorporates an Automatic Zero therefore requiring no Zero Disk. Calibration is accomplished by simply placing the probe on a surface of known thickness and using the up or down arrow to adjust the reading to the actual thickness.

With a simple press of the function button, you can select between Inches or mm, turn the backlight on or off and adjust the contrast.

Calibration and use of the gage couldn't be easier.

• Principle: PulseEcho Ultrasonic
• (RISC based microprocessor controlled)
• Applications: Metals, plastics, composites, glass, rubber
• Digital Display: Handheld - 128x64 Backlit, Graphic LCD
• Digital Range: English: 0.0032 to 19.999 inches
  Metric: 0.082mm - 508mm (depends upon material and transducer)
• Digital Resolution: 0.0001in, .0025mm"
• English / Metric - Menu Selected
• ±0.0001 2 inches ±0.001 20mm
• ±0.001 20 inches ±0.01 200mm
• ±0.01 200 inches ±0.1 2000mm
• Gaging Accuracy: Approaches digital resolution (function of variations in material, couplant and electronics)
• Outputs/inputs: RS232C bidirectional port, scope/analog outputs (all models), command module bidirectional port (+ models)
• Velocity Control: all models
• Power Supply (All Models): 2 'AA' cells 4 hours maximum charging time
• Rechargeable NiMH pack (removable) and universal 110 / 220 VAC charger optional
• Special Features on All Models: AutoSet, advanced pulser / receiver
• Accessories: Complete line of Nova 900 Series transducers available. Also backward compatible with Nova 800 Series Transducers
• Size:
  Benchtop - English: 3" High x 8" Wide x 7"Deep
  Benchtop - Metric: 76.2mm x 203mm x 178mm
• Weight:
  Handheld -
• Warranty: One year (excludes batteries and transducer)
• Specifications subject to change without notice