Condition Monitoring Sensor
Vibration and Temperature Sensor
Industrial sensor designed to monitor motor vibration and temperature in real time. It enables early detection of bearing faults, winding stress, imbalance, and mechanical misalignment before critical machine failure.
IP67
Protection
9-36V
Supply
RS-485/CAN
Comms
1-100Hz
Freq Range
Key Features
Professional Motor Condition Monitoring
Integrated Vibration + Temperature
Single body sensor measures vibration and surface temperature together, reducing installation complexity and cabling points.
Multi-Parameter Vibration Output
Outputs three-axis acceleration, angular velocity, vibration velocity, vibration displacement, and vibration frequency for detailed condition monitoring.
Dual Industrial Interfaces
Supports both RS-485 and CAN bus integration, making it suitable for PLC, gateway, and SCADA-based architectures.
IP67 Industrial Housing
Sealed construction for harsh environments with dust and water ingress protection suitable for machine-side deployment.
Predictive Fault Insight
Tracks thermal trends and vibration behavior to detect bearing wear, rotor imbalance, misalignment, and winding stress early.
Fast Mechanical Installation
Supports magnetic and threaded mounting options for both temporary diagnostics and permanent installations.
Measured Data
Output Parameters
3-axis acceleration
Angular velocity
Vibration velocity
Vibration displacement
Vibration frequency
Temperature
Applications
Typical Use Cases
Motor health monitoring in hoist, trolley, and travel drives
Bearing condition monitoring for early wear detection
Water pump and submersible pump vibration surveillance
Compressor and fan vibration trend analysis
Steam turbine and rotating equipment condition-based maintenance
Predictive maintenance dashboards in PLC/SCADA systems
Technical Data
Specifications
| Measured Vibration Speed | 0 to 50 mm/s |
| Measured Vibration Displacement | 0 to 30,000 um |
| Measured Vibration Frequency | 1 to 100 Hz |
| Measurement Accuracy | Within +/-4% of reading (typical full-scale reference) |
| Supply Voltage | 9 to 36 VDC |
| Communication | RS-485 and CAN |
| RS-485 Baud Rate | 4,800 to 230,400 bps |
| CAN Baud Rate | 3 kbps to 1 Mbps |
| Environmental Protection | IP67 |
| Mounting Methods | Magnetic mount or threaded mount |
| Signal Conditioning | Digital filtering for noise reduction |
| Typical Assets | Motors, pumps, fans, turbines, compressors, centrifuges |
Fault Prediction Insight
Correlating vibration signatures with thermal trends helps maintenance teams move from reactive breakdown handling to predictive planning.
- Abnormal vibration velocity can indicate bearing damage or lubrication issues
- Growing displacement trend can indicate looseness, misalignment, or mounting degradation
- Shift in vibration frequency content can indicate imbalance or resonance
- Rising temperature with vibration increase can indicate winding stress and overload behavior
- Combined thermal and vibration trending improves fault prediction confidence
Get Started
Need continuous vibration and temperature monitoring?
Share your motor type, mounting constraints, and PLC protocol requirements, and we will recommend the right integration architecture.