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Details copyright, warranty, and safety warnings for the product.
Guidelines for transporting and storing the Slam Stick to maintain performance.
Instructions on how to properly charge the Slam Stick using the provided cable.
Method to check the current battery charge level of the Slam Stick.
Information on factors affecting battery life and available recording duration.
Information on the internal microSD card and memory management.
Instructions for downloading and installing the necessary software.
Details on setting device name, notes, sampling frequency, and other general options.
How to set the cutoff frequency for the anti-aliasing filter to reduce noise.
Configuration options for device behavior when plugged into a computer.
How to set the local time zone offset for accurate timestamps.
Setting up triggers to start recording based on events or time.
Using pressure or temperature thresholds to initiate recordings.
Configuring acceleration triggers using the analog accelerometer.
Using the DC MEMS accelerometer for triggering, recommended for accuracy.
Enabling or disabling specific sensor channels for data acquisition.
Steps to perform user calibration to ensure measurement accuracy.
Accessing device serial number, revisions, and calibration dates.
Recommended environmental conditions for optimal Slam Stick performance.
Recommended methods for securely mounting the Slam Stick to a surface.
Using the provided double-sided tape for mounting the device.
Using bolts for a secure mounting solution for the Slam Stick.
Utilizing magnets for mounting the Slam Stick, where applicable.
Exploring other adhesive methods for mounting the Slam Stick.
Steps to initiate and stop data recording on the Slam Stick device.
How to open and view recorded data files within the software.
Explanation of the plot window's features for data visualization.
Identifying cursor position and corresponding UTC time in the plot.
Options for customizing the legend in the data plot window.
Using zoom buttons and shortcuts to navigate data plots.
Customizing plot display, creating new tabs, and enabling/disabling channels.
Configuring user preferences for the Slam Stick Lab software.
Options for handling piezoelectric accelerometer data and filtering.
Customizing plot appearance, number of samples, and layout.
Selecting the number of initial samples to load for plotting.
Options for data manipulation like mean removal and unit conversion.
Applying high-pass filtering to remove DC bias from data.
Converting recorded data units for analysis.
Modifying calibration coefficients for data plotting and analysis.
Adjusting temperature-dependent calibration for piezoelectric accelerometers.
Visual warnings for data recorded outside recommended temperature ranges.
Overview of analysis options like FFT, PSD, and Spectrogram.
Generating clean plots of all data points for selected time ranges.
Performing Fast Fourier Transform analysis on recorded data.
Calculating Power Spectral Density for random vibration signal characterization.
Visualizing frequency content changes over time using spectrograms.
Basic method for exporting data to CSV or MAT files.
Tools for batch exporting, converting, and splitting IDE files.
Exporting multiple IDE files to CSV, TXT, or MAT format.
Utility to convert IDE files to MAT format without calibration.
Tool to split large IDE files into manageable sizes for analysis.
Using command-line utilities to convert IDE files for analysis.
Utility for exporting calibrated data from IDE files into common formats.
Tool to divide large IDE files into smaller, more manageable segments.
Example MATLAB scripts for data analysis, calibration, and plotting.
A MATLAB function for analyzing .MAT files and generating plots.
Python scripts for data loading, plotting, RMS, FFT, and spectrogram analysis.
Utilizing a free Python package for advanced signal processing and analysis.
Common issues and solutions for operating the Slam Stick.
Solutions for problems encountered when running the Slam Stick Lab software.
Handling Windows prompts for scanning removable drives.
How to contact Midé for technical support, repairs, and product inquiries.
Explains the differences between the available measurement ranges (g-force).
Reasons for choosing the aluminum enclosure for improved performance.
Details on the MEMS accelerometer's capabilities for static and low-frequency measurements.
Tips and techniques for maximizing the battery life of the data logger.
Clarification on whether the Slam Stick supports real-time data streaming.
How the device handles accelerations exceeding its specified measurement limits.
Information on the lab's current capabilities for calculating velocity and displacement.
Analysis of accelerometer noise levels and their impact on data.
Information on upcoming features, sensors, and product line upgrades.
General| Model | Slam Stick C |
|---|---|
| Type | Data Logger |
| Measurement Range | ±200 g |
| Sampling Rate | Up to 20 kHz |
| Connectivity | USB |
| Accelerometer Range | ±200 g |
| Accelerometer Resolution | 16-bit |
| Interface | USB |
| Operating Temperature | -40°C to +85°C |
| Enclosure | Aluminum |
| Compatibility | Windows, macOS |
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