MONNIT Wireless G-Force Max and Average Accelerometer Sensor
MONNIT Wireless G-Force Max and Average Accelerometer Sensor monitors acceleration and g-force across three axes. It measures maximum and average g-force values to support motion monitoring, impact detection and periodic movement analysis. Configurable delta thresholds can trigger reporting when movement exceeds preset limits, while adjustable data rates allow the sensor to collect measurements according to the application's monitoring requirements. It is suited to equipment, assets and structures where changes in movement or acceleration need to be monitored remotely.
The MONNIT Wireless G-Force Max and Average Accelerometer Sensor Wireless G-Force Max/Avg Accelerometer is designed for applications where acceleration and movement data can provide useful information about equipment, assets or structures.
The sensor measures g-force along the X, Y and Z axes and reports both maximum and average values. This allows users to monitor changes caused by movement, impacts or recurring motion events. Monnit also states that configurable delta values can be used to set thresholds that cause the sensor to report when those thresholds are exceeded.
The configurable data rate allows more samples to be collected when faster response to movement is required. This makes the sensor suitable for applications where monitoring requirements may differ between slow changes and more frequent movement events.
How it works
- The accelerometer measures g-force on the X, Y and Z axes.
- Maximum and average g-force values are collected for monitoring and analysis.
- Configurable delta thresholds can trigger reporting when a preset movement level is exceeded.
- Adjustable data rates allow the number of collected samples to be matched to the application's response requirements.
Why choose this product
- Provides both maximum and average g-force information rather than a single movement indication.
- Supports three-axis monitoring for a broader view of acceleration and movement.
- Allows configurable thresholds for event-based reporting.
- Suitable for remote monitoring applications where physical movement or impacts may indicate a change in operating conditions.
Benefits
- Helps identify significant movement and impact events.
- Supports monitoring of periodic motion.
- Allows monitoring parameters to be adjusted to suit different applications.
- Provides acceleration data that can assist with equipment and asset monitoring.