AMS 2140 Machinery Health ™ How to operate Analyzer?

Tachometer: It can set tachometer parameters, save and call settings, etc.

Multiple inputs and measurements: Data can be quickly collected using multi-channel functionality and three-axis accelerometers.

Collecting routing data: Collect data step by step, including monitoring real-time vibration data, re measuring, skipping devices or points, etc.

Annotation: Annotations can be created, deleted, or added to routing measurement points.

Draw routing data: The collected data can be drawn and modified.

Run analysis to collect routing measurement point data: If abnormal data is found, the analysis program can be opened to further collect data.

View routing measurement point settings and history: You can view stored data, group status, trend history, etc.

Routing report: The routing report can be printed to AMS Machinery Manager or storage card.

Chart

View full screen chart: The chart can be displayed in full screen.

Select activity chart: Use the button to select the activity chart and operate it.

Switch chart type: Switch between different chart types based on the collected data type.

Add/Remove cursor: You can add and move a cursor to analyze data.

Change cursor type: There are multiple cursor types to choose from, suitable for different analysis needs.

Change the ratio of the x and y axes: You can set parameters such as the axis scale.

Expand or compress X-axis: You can zoom in or out of the X-axis to view data.

View the highest frequency peak on the spectrum: List the highest peak and view it.

Set RPM: Set RPM for routing points.

View the failure frequency on the chart: You can view the frequency related to equipment failures.

Analysis and Advanced Analysis

Analysis Overview: Can be used to collect data for troubleshooting, with different analysis experts and manual analysis modes.

Manage assignments: including creating, opening, editing, deleting assignments, etc.

Set display parameters, such as setting overlap rate and selecting the data type to be displayed when collecting spectra.

Multi input measurement: Multiple inputs can be used simultaneously to collect data, with corresponding setting methods.

Sensors and inputs: The number of inputs and sensor parameters can be set.

Tachometer: The setting method is similar to that in routing.

Common data collection parameters include Fmax and Fmin, resolution lines, window, average, PeakVue, demodulation, trigger, etc.

Collect data using analysis experts: Different analysis experts are suitable for different troubleshooting tests, with corresponding usage methods and recommended uses.

Collecting data through manual analysis: Different analysis modes can be set, such as waveform, spectrum, overall, etc., and relevant parameters can be set.

Monitor real-time vibration data in analysis: Monitor through Bluetooth devices, but do not store audio.

Re measure in analysis: data can be collected again.

Storing data to routing or analysis jobs: Data needs to be manually saved.

View previously collected data in the analysis: View temporarily stored data.

Print analysis charts to AMS Machinery Manager or storage card: Follow the corresponding steps.

Reset analysis default values: Reset the settings of the analysis program.

Advanced laser alignment

Overview of Basic and Advanced Laser Alignment Applications: Can be used for horizontal and vertical machine alignment and straightness measurement, with different modes and application scenarios.

Setting up lasers and sensors: including installing brackets, installing lasers and sensors, turning on equipment, adjusting laser beams, pairing sensors, etc.

Manage homework: can create, activate, copy, edit, delete homework, transfer homework, etc.

Set homework parameters, such as homework mode, alignment method, operation mode, etc.

Horizontal alignment: including steps such as inputting machine dimensions, obtaining alignment data, checking soft feet, viewing and adjusting machines.

Vertical alignment: Similar to horizontal alignment, there are corresponding steps and parameter settings.

Straightness measurement: including inputting contour dimensions, obtaining straightness data, viewing surface contours, etc.

Chart: You can view tolerance charts, etc., to analyze the alignment situation.

Transfer alignment tasks: can transfer tasks and tolerance tables, print summary reports.

Advanced Transient

Advanced Transient Overview: It can collect large and complete time waveforms for analyzing the behavior of equipment under changing conditions.

Manage assignments: including creating, activating, editing, deleting assignments, etc.

Sensors and inputs: Set the number of inputs and sensor parameters.

Tachometer: The setting method is similar to other modules.

Select a part of the complete transient waveform: set the number of displayed data points, lines, etc.

Set the number and type of charts to display in advanced transients: Select the type of chart to display.

Set data collection parameters such as Fmax, sampling rate, sample size, etc.

Collect transient data: Follow the steps to collect data, which can be remeasured or deleted.

Plotting data in advanced transients: displaying and analyzing collected data, printable charts.