

Industrial Vibration Sensor Features
This industrial vibration sensor is engineered for comprehensive 3-axis condition monitoring of motors and rotating machinery. Featuring a built-in voltage stabilization circuit (9V~36V) and advanced digital filtering technology, it minimizes measurement noise while ensuring high accuracy. Supporting RS485 Modbus communication with adjustable baud rates, it seamlessly integrates into your control system and provides acceleration, velocity, displacement, frequency, and temperature data. With flexible magnetic or threaded mounting options, it effectively detects early faults like bearing wear or misalignment, preventing unexpected downtime and extending equipment lifespan.
Synchronous 3-Axis Measurement
Capture synchronized X/Y/Z data on the same time base. This 3-axis industrial vibration sensor delivers accurate, real-time readings for early fault detection, ensuring reliable diagnostics for rotating machinery.
WTVB01-485 vs. WTVB02-485 Selection
Choose the ideal industrial vibration sensor for your setup. The WTVB01-485 suits routine motor monitoring (5-100 Hz, 1 kHz), while the WTVB02-485 delivers broadband analysis (5-2000 Hz, 16 kHz).
Complete Vibration Monitoring Solution
This vibration monitoring solution connects sensors, pumps, and data transmission for smarter equipment maintenance. It enables seamless online analysis and signal alarms to prevent unexpected downtime.
Rugged IP68 Protection
With an IP68 waterproof and dustproof rating, this industrial vibration sensor is built for harsh environments. It ensures rugged reliability and stable data for continuous motor and pump monitoring.
Flexible Installation Options
Choose between magnetic (70kg suction) or threaded (M8*1.25mm) mounting. Both methods ensure a secure, stable hold for your industrial vibration sensor with quick installation and removal.otion trajectory analysis.
Efficient RS485 Wiring
Supports wide voltage (9-36V) for easy industrial integration. The 4-wire design (VCC, A, B, GND) simplifies connections, with a USB setup for quick PC configuration.
Solution 1: Single-Point Monitoring
Connect a vibration sensor via RS485 to a USB converter for local PC monitoring. This setup is ideal for equipment commissioning, temporary testing, and single-machine status monitoring.
Solution 2: Multi-Point Bus Monitoring
Connect multiple sensors on a single RS485 bus with independent device addresses. This enables flexible centralized data acquisition for motors, pumps, gearboxes, and fans.
Solution 3: Remote Monitoring
Use an external RS485 gateway or data collector to enable remote data viewing. Achieve centralized analysis via Ethernet or 4G networks for smarter equipment maintenance.
Real-Time Multi-Parameter Monitoring
View live 3-axis acceleration, velocity, displacement, frequency, and temperature. This dashboard provides instant motor vibration monitoring for rotating machinery.
Visualized Trend Analysis
Display dynamic graphs of vibration trends over time. This time-domain waveform visualization helps you quickly identify abnormal patterns for early fault detection.
Frequency & Data Packet Analysis
Track specific vibration frequency trends and data packet rates with precision. This feature ensures stable RS485 Modbus communication and accurate bearing fault diagnosis for your rotating machinery.
High-Speed Spectrum Analysis
Support 16KHz high-speed sampling with detailed frequency spectrum graphs. It precisely captures high-frequency impacts for deep bearing fault diagnosis.
Data Logging & Export
Easily record and export vibration data in CSV, MATLAB, or TXT formats. This feature enables detailed offline analysis for your industrial vibration sensor.
RS485 Modbus Communication
Monitor raw hexadecimal data to verify stable communication. It seamlessly integrates with PLC or SCADA systems via standard RS485 Modbus protocol.
