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Frequency Range | 20 kHz to 100 kHz |
---|---|
Data Logging | Yes |
Power | Rechargeable battery |
Dynamic Range | 120 dB |
Operating Temperature | 32°F to 122°F (0°C to 50°C) |
Technology | Ultrasonic |
Outputs | USB |
Battery Life | 10 hours continuous |
Weight | 0.5 kg |
Details on extending knowledge via training courses.
Explains how to perform inspection actions and store data.
Describes the 9 menu options for configuring the instrument.
Details the Trisonic Scanning and Stethoscope modules.
Describes display panel, trigger, I/O port, battery, controls, and jacks.
Lists essential accessories like headset, cables, and chargers.
Lists additional modules and accessories for enhanced functionality.
Explains the display functions, bar graph, and sensitivity control.
Details how to store readings, data, and enter the text editor.
Instructions for downloading data from the Ultraprobe to a computer.
Procedure for setting the instrument's internal clock and date.
Options for choosing relative or offset dB reference scales.
How to choose between Real Time, Snapshot, and Peak Hold display modes.
Enabling or disabling manual text entry for readings.
Restoring the instrument to its original factory settings.
Guides on using Trisonic and Stethoscope modules.
Instructions for recharging the instrument's battery.
How to use the WTG-1 for leak testing.
Tips for testing, auto-shutdown, and resetting.
Covers airborne leak detection in various systems.
Step-by-step guide for finding leaks using the Trisonic module.
Methods to block or reduce competing ultrasound signals.
Strategies for detecting very small leaks.
Identifying electrical discharge faults.
Detecting incipient bearing failure through ultrasound.
Using ultrasound for diagnosing mechanical issues.
Method for testing steam traps using ultrasound.
Procedure for checking valve operation and leaks.
Techniques for detecting leaks in underground systems.