
Product Description
Get precise 3-axis vibration data with the WTVB01-BT50 wireless vibration sensor. Featuring Bluetooth 5.0, advanced digital filtering algorithms, and a built-in rechargeable battery, it provides real-time vibration monitoring for velocity, angle, displacement, and frequency. A reliable, IoT vibration sensor and vibration monitoring device for predictive maintenance, effectively preventing unexpected downtime in industrial rotating equipment.

How the Vibration Monitoring System Works
Experience a complete vibration monitoring system workflow: The vibration sensor is mounted directly on the pump to continuously detect anomalies. The signal acquisition device gathers raw data, which is then transmitted via secure data transmission to the system processor. The data undergoes online analysis, providing instant visual feedback and triggering precise signal alarms for immediate, proactive intervention.
Bluetooth 5.0
Stable transmission up to 50m in open areas with multi-device cascading, acting as an efficient vibration transmitter for remote data collection.
Compact & Wireless
Lightweight design (18.2g) for easy mounting on various rotating machinery, serving as a highly portable smart vibration sensor.
Up to 30H Battery Life
Ultra-low power consumption with a 6mA working current and a built-in 250mAh battery. Ensures continuous wireless vibration monitoring for up to 30 hours without frequent recharging.
USB-C Port
Rechargeable interface with fast 5V charging and wired UART support, offering flexibility as a vibration detection sensor.

Advanced Digital Filtering & FFT Spectrum Analysis
WitMotion's R&D aerospace-grade algorithms are seamlessly integrated with advanced digital filtering and FFT spectrum analysis. This combination effectively filters out environmental noise while preserving essential vibration features, ultimately delivering high-fidelity data for precise vibration measurement. It ensures that every vibration monitor provides extremely accurate, actionable insights for complex industrial environments.
Next-Gen AI Algorithm for Intelligent Monitoring
The sensor features active monitoring to continuously track equipment vibration levels. Users can configure customizable thresholds based on specific operational requirements. When vibrations exceed the predefined limits, the system automatically triggers intelligent alarms, enabling real-time anomaly detection and proactive maintenance.
Advanced Wireless Vibration Sensing Technology
Equipped with a high-performance MEMS core, the sensor simultaneously captures X/Y/Z axis vibration signals. Raw data undergoes advanced digital filtering to reduce noise and improve stability before outputting multiple parameters (velocity, angle, displacement, and frequency) via Bluetooth 5.0. This ensures highly reliable, real-time wireless transmission for complex measurement environments.






Complete Development Support
Complete Development Support. We provide complete PC software, APP, SDKs, and technical manuals for secondary development. Supports multiple development platforms including C++, Python, PLC, and STM32, making it perfect for building your own remote vibration sensor solutions.
Intuitive Visual Analysis
Transform raw data into clear graphs, motion trajectories, and 3D attitude models for instant trend insights and rapid diagnosis.
Real-time Multi-Device Sync
Real-time data updates across 4 sensors simultaneously. Includes live dashboard, configuration, curve display, and data logging, efficiently operating as a compact vibration monitoring system.


Why WitMotion Vibration Sensor?
Unchecked motor vibration leads to catastrophic losses:
① It shortens the winding insulation and bearing life.
② Vibrational forces reduce insulation resistance, increase leakage currents, and cause breakdown accidents.
③ Cooler water pipes easily crack due to excessive vibration.
④ It causes abnormal wear on carbon brushes and slip rings.
⑤ Long-term vibration loosens foundation bolts and deforms the foundation structure.
⑥ Thermal deformation caused by vibration compromises machine precision.
⑦ Worst of all, it leads to unnecessary waste of funds on idle repair parts.

Application Scenarios

01 Industrial Motors
The heartbeat of your production line. Real-time vibration monitoring detects early signs of rotor failure, misalignment, and bearing damage, significantly reducing unplanned downtime and extending the lifespan of your critical machinery.

02 Submersible Pumps
Detect impeller imbalance and bearing wear in deep-water operations. Our wireless vibration sensor provides early fault detection, preventing catastrophic failures and costly salvage operations, ensuring continuous water supply and maximum uptime.

03 Industrial Fans
Monitor blade dynamic balancing and motor health in harsh, dusty environments. Advanced vibration analysis provides an early warning system against unexpected breakdowns, ensuring the smooth operation of your ventilation and dust extraction systems.

04 Air Compressors
The essential heart of pneumatic systems. Our compact vibration sensor ensures stable system pressure and valve health by continuously tracking vibration trends. It allows for precise predictive maintenance, preventing costly shutdowns in your compressed air network.

05 Automotive Testing
Perfect for NVH (Noise, Vibration, Harshness) testing, road simulation, and fatigue testing. The lightweight and wireless sensor easily mounts on vehicles to capture real-time dynamic data for R&D.

06 Smart Home Appliances
Optimize product quality and user experience. Monitor vibration levels in washing machines, air conditioners, and fans to ensure operational stability, reduce noise, and extend product lifespan.

07 Smart Security
Reliable structural health monitoring for towers, bridges, and buildings. Also functions as a high-precision anti-theft vibration alarm to protect valuable assets and critical infrastructure.

08 Logistics & Transportation
Ensure the safety of fragile or high-value goods. Continuously track shock, drop, and vibration during transit to identify rough handling, reduce damage rates, and optimize supply chain routes.




