Mini Vibration Detection Module

● Functions :

The factory default is set to detect vibrations and output the vibration data via a serial port, but users can change the detection requirements through commands.

Detection Range: ±2G

Resolution: 12-bit

Sampling Rate / Output Data Rate (ODR): Up to 200Hz

● Functional Description :

The 3-axis accelerometer angle module is a device configured for detecting angles, centrifugal force, and gravity. 

Composed of composite components and configured via a computer, it enables functions such as feature planning and judgment-based result output. 

For customer integration, the product features a castellated hole (stamp hole) design to facilitate easier PCB routing.

The product utilizes a UART communication interface. For function configuration, the system relies primarily on the raw data of each axis rather than 

converted values. Therefore, to set up detection targets, users must read the data packets and verify the values before proceeding with the configuration.

●  Dimensions (Unit: mm, Tolerance: ±0.5 mm):

1. Maximum overall dimensions: 8.90 (L) × 4.98 (W) × 2.54 (H)

● Pin position definition:

● Data Packet:

X, Y, Z Axes: The current value detected on the X, Y, and Z axes.

X, Y, Z Offset: The module can be calibrated by adding these values to the current X, Y, and Z axis readings.

X, Y, Z Reference: Used to configure the target axis and numerical value for detection.

● Applications :

1. Industrial Automation: Used for vibration and tilt detection in production equipment.

2. Home Appliances: Applied in tip-over safety protection systems.

3. Construction Industry: Used for building tilt monitoring.

4. Aerospace: Applied in gravity and attitude detection.

5. Transportation Vehicles: Used for acceleration and motion detection.

● Features

1. Configurable Operation: Supports command control through a UART communication interface, allowing users to adjust detection requirements.

2. Wide Application Range: Suitable for industrial automation, home appliances, network equipment, and various sensing environments.

3. Data Processing: Outputs processed detection results directly, reducing the user’s need for additional computation or judgment.