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General| Input Type | ICP, Voltage |
|---|---|
| Measurement Range | ±10 V |
| Battery Life | 8 hours |
| Operating Temperature | 0°C to 50°C |
| Storage Temperature | -20°C to 60°C |
| Resolution | 24-bit |
| Display | LCD |
| Connectivity | USB |
| Power | Rechargeable battery |
Details the instrument's key capabilities and hardware specifications for optimal performance.
Outlines essential safety warnings and recommendations for instrument operation.
Provides a high-level summary of the instrument's main functions and operational modes.
Describes the process of taking and analyzing vibration measurements directly on the instrument.
Details the procedure for capturing vibration data for later analysis on a PC.
Introduces the process of correcting rotor imbalance using the instrument's capabilities.
Details how to navigate through the instrument's menus and screens.
Guides on how to input alphanumeric data and numerical values using the keypad.
Lists compatible sensor types and their measurement capabilities.
Provides guidelines for correctly mounting sensors for accurate measurements.
Guides on setting up the laser tachometer for speed and phase measurements.
Offers best practices and advice for obtaining accurate vibration measurements.
Step-by-step guide for performing onsite measurements using the instrument.
Explains how to use automated quick setup menus for efficient measurement configuration.
Explains how phase analysis helps diagnose common machine faults like imbalance and misalignment.
Explains how to save collected measurement data on the instrument.
Covers techniques for analyzing spectra/waveforms using cursors and zooming.
Guides on creating and saving personalized measurement parameter configurations.
Details how to manually configure all parameters for taking measurements.
Guides on configuring parameters specific to vibration spectrum measurements.
Guides on configuring parameters specific to vibration waveform measurements.
Explains the process and benefits of averaging multiple spectra.
Guides on configuring measurement trigger sources and modes.
Details how to configure sensor type, sensitivity, and other parameters.
Step-by-step guide to capturing vibration data using the instrument.
Guides on moving recorded data from the instrument to a PC.
Explains how to mark specific items for recording to create sub-lists.
Describes using autorepeat for taking sequential recordings with a delay.
Explains the concept of a route for guided measurement sequences.
Step-by-step guide to collecting data following a pre-defined route.
Details how to take measurements not part of the current route sequence.
Describes special measurements requiring manual numeric input via keypad.
Introduces demodulation as a technique for analyzing repetitive patterns in waveforms.
Details how to perform measurements using two sensors concurrently.
Explains configuring the instrument to display baseline vibration levels for comparison.
Explains the hierarchical data storage structure used by the instrument.
Guides on establishing folders, machines, and points using Ascent software.
Details how to select, create, and erase folders for organizing data.
Step-by-step guide to creating new machine entries in the instrument.
Details how to group measurement parameters into reusable sets.
Explains the purpose and limitations of rotor balancing with the instrument.
Outlines the sequential steps involved in balancing a rotor.
Guides on configuring parameters for balancing jobs.
Guides on taking initial and trial weight measurements for balancing.
Explains how to determine the optimal angle for trial weight placement.
Details how to add or remove weights based on calculated requirements.
Introduces tools for calculating balance weights and limits.
Explains how to save and load balancing job data.
Details how to print balancing reports directly from the instrument.
Guides on setting parameters for balancing jobs.
Explains how to take initial measurements to assess imbalance.
Details the process of attaching and recording trial weights.
Explains how to apply correction weights and perform trim balance.
Explains how to print data from the instrument using a thermal printer.
Explains how to adjust contrast and backlight for optimal screen visibility.
Explains how the instrument manages its battery pack and charging.
Explains how instrument memory is used and managed.
Details the permanent deletion of all recorded data from the instrument.
Explains the procedure to permanently erase all machines and associated data.
Guides on updating the instrument's firmware with new software.
Covers various customizable settings for instrument operation.
Describes setting warnings for new recordings deviating from baseline levels.
Details the feature to prevent unauthorized editing or deletion of data.
Provides contact information for assistance with instrument issues.
Explains how to reset the instrument when it becomes unresponsive.
Lists common power-related issues and their remedies.
Discusses issues related to transferring data between the instrument and a PC.
Covers various data-related issues like insufficient memory and inconsistent readings.
Addresses miscellaneous issues such as 'DSP cmd' errors and module connection.
Details specifications applicable across all vb instrument models.
Details specifications for accelerometer, velocity, displacement, and current sensors.
Lists specifications for the laser tachometer sensor.
Specifies how measurement data is displayed and its units.
Details ranges and parameters for spectrum analysis.
Lists specifications for waveform data acquisition and display.
Lists specifications related to rotor balancing procedures.
