EVB-02 Vibration Sensor

EVident Battery Vibration Sensor (EVB-02) is the only high-frequency wireless sensor that captures precise, timestamped motion and vibration data up to 6.6 kHz with 6 DoF — delivering lab-grade insights in real time for engineering, testing, and field diagnostics.

Return Policy: EVident Battery offers a 30-day free return policy. If you’re not satisfied, return your purchase within 30 days of delivery for a full refund—return shipping is on us.

High-Frequency 6 DoF Vibration Capture – Measure detailed motion with a 3-axis accelerometer and 3-axis gyroscope, capturing up to 6.6 kHz for accurate vibration and rotational analysis

Real-Time Streaming + Offline Mode – Stream data directly to your browser over Wi-Fi or use AP Mode for offline logging—no software installation required

Precision Timestamping & Traceability – Built-in real-time clock ensures every data point is synchronized with millisecond accuracy for reliable event correlation

High-Performance Processing – Powered by a 240 MHz dual-core MCU with 16 MB flash for real-time data handling without lag or dropped signals

Extended Runtime & Portable Design – Equipped with a 5000 mAh Li-ion battery, USB-C charging, and durable housing for long-duration testing in lab or field environments

Main Specifications:

Measurement: 6-Axis IMU (3-axis acceleration ±16 g, 3-axis angular velocity ±4000 °/s)

Sampling Frequency: Up to 6.6 kHz (configurable)

Connectivity: Wi-Fi 2.4 GHz + AP Mode

Data Output: CSV / JSON via HTTP REST API or EVBdata platform (fees apply)

Processor: 240 MHz dual-core MCU

Onboard Storage: 16 MB flash

Battery: 5000 mAh Li-ion (extended runtime)

Charging: USB-C

Input Voltage: 5.0 V

Typical Current: 25 mA (avg)

Dimensions: 90 × 39.2 × 32.7 mm

Weight: 120 g

Housing: Resin V5 / PLA (minimal vibration damping)

Ideal for EV battery testing, HVAC diagnostics, industrial equipment monitoring, robotics, and research applications — anywhere high-frequency vibration data matters.

Capture every signal. Trust every datapoint.