The Hongke MSR175PRO is equipped with 3Three-axis accelerometerThe following is an example of a program that can be used in the ±10 g,±20 g maybe ±40 g Switch within the measurement range. The advantages of this adjustable-range design include: [cite: 1]

• Low measurement range (±10 g): Detects slight vibrations and slow load changes with higher resolution; [cite: 1]
• Medium range (±20 g): Suitable for monitoring common transportation vibrations and dynamic loads; [cite: 1]
• High measurement range (±40 g): Capable of capturing impact events and short, intense impacts during heavy-load transport. [cite: 1]

The impact threshold can be set as low as 0.5 g, allowing for precise detection of even the slightest vibrations and ensuring more reliable measurement results. [cite: 1]

Hongke MSR175PRO Support 4 Hz to 4,000 Hz Adjustable sampling frequency, and integratedAnti-aliasing filtering,Sampling and Filteringup toHigh-Pass Filter Algorithm, to build a comprehensive dynamic signal processing system. [cite: 1]

This combination of technologies effectively isolates destructive impact loads during transportation and distinguishes them from low-frequency motion signals caused by gravitational acceleration or vehicle operation, thereby preventing misclassification resulting from signal superposition. [cite: 1]

• Accurate Identification of Short-Term Impacts and Dynamic Loads [cite: 1]
• Eliminating interference caused by gravity and motion [cite: 1]
• Enhancing the Scientific Rigor and Credibility of Data Analysis [cite: 1]
• To provide a reliable basis for transportation safety assessments and liability determinations [cite: 1]

With its professional-grade signal processing capabilities, the Hongke MSR175PRO not only records data but also ensures that the data is accurate, interpretable, and usable for technical decision-making. [cite: 1]

In addition to shock data, the Hongke MSR175PRO also features a built-inTemperature Sensor, and is available as an optional feature Humidity,Air Pressureup toLight Sensor.[cite: 2]

Data measurement uses Threshold-Triggered Event Storage + Circular Buffer + Non-Overwritable Auxiliary Storage Management through mechanisms: [cite: 2]

• An impact threshold (in 0.5 g increments) can be set as a trigger condition; [cite: 2]
• Circular Buffer Zone: Save recent incidents so you can capture them first and then delete them; [cite: 2]
• Additional Non-Overlayable Memory: Save key events that exceed the second threshold to prevent the loss of critical data. [cite: 2]

The supporting software system includes: [cite: 2]

• MSR Dashboard: Device Configuration and Data Download [cite: 2]
• MSR ReportGenerator: Automated Generation of Shipping Reports [cite: 2]
• MSR ShockViewer: In-Depth Analysis of Impact Curves [cite: 2]

• Peak Impact Detection [cite: 2]
• Timeline of Events [cite: 2]
• Export Data to PDF / Excel [cite: 2]
• Visualization of Impact Curves [cite: 2]