Smart Vibration Monitoring for Industrial Reliability
The Polwax VibeSENSE P100 is an advanced industrial vibration sensor designed for accurate and continuous monitoring of rotating and critical machinery. It measures velocity and acceleration using MEMS / piezoelectric sensing technology, enabling early detection of imbalance, misalignment, looseness and bearing wear for predictive maintenance and machine health monitoring.
Advanced Vibration Monitoring for Critical Machinery
The Polwax VibeSENSE P100 Smart Vibration Sensor is designed for precise and continuous vibration monitoring of rotating and critical machinery. Using MEMS / piezoelectric sensing technology, it measures velocity and acceleration in RMS to provide reliable machine-health information.
Continuous vibration monitoring can help identify developing mechanical conditions such as imbalance, misalignment, looseness and bearing wear before they result in unexpected equipment failure or costly downtime.
The sensor combines high accuracy, fast response, low power consumption and rugged IP67 construction for reliable operation in demanding industrial environments.
With 4–20 mA, 0–10 V and RS485 output options, the VibeSENSE P100 can be integrated with PLC, BMS, SCADA and Industrial IoT monitoring systems for real-time data acquisition and analysis.
VibeSENSE P100
A compact industrial vibration sensor designed for continuous machine condition monitoring and predictive maintenance applications.
Sensor: MEMS / Piezoelectric
Axis: Single Axis
Protection: IP67
Flexible Signal Outputs
Multiple output options allow the sensor to be connected with existing automation, monitoring and machine-health systems.
Supply: 12–30 V DC
Response: <1 second
Power: <1.5 W
VibeSENSE P100 Technical Specifications
Complete technical specifications for the POLWAX VibeSENSE P100 Smart Vibration Sensor.
| Specification | VibeSENSE P100 |
|---|---|
| Model | VibeSENSE P100 |
| Sensor Type | MEMS / Piezoelectric |
| Measurement | Velocity / Acceleration (RMS) |
| Velocity Range | 0–50 mm/s |
| Acceleration Range | 0–16 g |
| Frequency Range |
10 Hz–5 kHz
Up to 10 kHz optional |
| Accuracy | ±1.5% FS |
| Sensitivity | 100 mV/g (typical) |
| Output Options | 4–20 mA / 0–10 V / RS485 |
| Supply Voltage | 12–30 V DC |
| Power Consumption | <1.5 W |
| Response Time | <1 second |
| Operating Temperature | -40°C to +80°C |
| Storage Temperature | -40°C to +100°C |
| Humidity |
0–95% RH
Non-condensing |
| Protection Class | IP67 |
| Housing Material | Stainless Steel / Aluminum |
| Mounting | Stud / Magnetic / Adhesive |
| Connector | M12 / Cable |
| Axis | Single Axis |
Precision Vibration Measurement
The VibeSENSE P100 combines wide measurement capability, True RMS vibration measurement, high accuracy and fast response for reliable machine condition monitoring.
Vibration Velocity
Measures vibration velocity from 0–50 mm/s for continuous monitoring of rotating machinery and mechanical operating conditions.
Acceleration
Measures vibration acceleration from 0–16 g to provide additional information about machinery vibration and condition.
True RMS Measurement
True RMS measurement provides reliable evaluation of vibration signals through velocity and acceleration monitoring.
Wide Frequency Response
The standard 10 Hz–5 kHz frequency range supports broad industrial vibration monitoring, with up to 10 kHz available as an option.
High Measurement Accuracy
The sensor provides ±1.5% full-scale accuracy for dependable vibration monitoring and machine-health assessment.
Fast Response
With a response time below one second, the sensor provides rapid vibration measurement for continuous monitoring applications.
Engineered for Reliable Machine Health Monitoring
The POLWAX VibeSENSE P100 combines sensing accuracy, rugged construction, flexible installation and industrial connectivity for predictive maintenance applications.
High Accuracy & Stability
Designed for accurate and consistent vibration measurement with ±1.5% full-scale accuracy for reliable machine monitoring.
True RMS Measurement
Measures vibration velocity and acceleration using True RMS measurement for dependable condition monitoring.
Wide Measuring Range
Supports velocity measurement from 0–50 mm/s and acceleration measurement from 0–16 g.
Wide Frequency Response
Standard 10 Hz–5 kHz frequency range with up to 10 kHz available as an optional configuration.
Rugged IP67 Design
The IP67-rated construction and stainless steel / aluminum housing support reliable operation in demanding industrial environments.
Multiple Output Options
Available 4–20 mA, 0–10 V and RS485 outputs provide flexible connectivity with industrial monitoring systems.
Flexible Mounting
Stud, magnetic and adhesive mounting options provide installation flexibility across different machinery and monitoring applications.
Low Power Consumption
Power consumption below 1.5 W supports efficient continuous operation in industrial monitoring installations.
Fast Response Time
A response time below one second enables rapid vibration measurement for real-time machine condition monitoring.
Simple Installation. Flexible Industrial Integration.
The POLWAX VibeSENSE P100 is designed for straightforward installation on rotating and critical machinery. Stud, magnetic and adhesive mounting options allow the sensor to be positioned according to the machine and monitoring requirement.
The available analog and RS485 outputs enable connection with PLC, BMS, SCADA and Industrial IoT monitoring systems for real-time vibration data acquisition and analysis.
- 4–20 mA Analog Output
- 0–10 V Analog Output
- RS485 Digital Output
- 12–30 V DC Supply
- MEMS / Piezoelectric Sensing
- Single-Axis Measurement
- Stud Mounting
- Magnetic Mounting
- Adhesive Mounting
- M12 / Cable Connection
- PLC / SCADA / BMS Integration
- Industrial IoT Monitoring
Detect Problems Before They Become Failures.
Continuous vibration monitoring provides valuable machine-health information that can help identify abnormal operating conditions and developing mechanical faults.
Monitor imbalance, misalignment, looseness and bearing wear while supporting predictive maintenance, reduced downtime and improved equipment reliability.
Smart Vibration Monitoring Across Industries
The VibeSENSE P100 is suitable for continuous vibration monitoring of rotating and critical machinery across manufacturing, HVAC, industrial automation and other condition-monitoring applications.
Industrial Motors & Pumps
Monitor industrial motors, pumps and rotating equipment to identify abnormal vibration and support reliable plant operation.
HVAC Systems & AHU Fans
Monitor HVAC systems and AHU fan motors for vibration conditions such as imbalance and developing bearing problems.
CNC Machines
Monitor vibration in CNC machines where excessive vibration can affect machining precision, tool life and machine performance.
Industrial Compressors
Continuous vibration monitoring helps track the condition of industrial compressors and other critical rotating equipment.
Predictive Maintenance
Use vibration data as part of a predictive maintenance strategy to identify developing faults before unexpected equipment failure.
Machine Condition Monitoring
Provide continuous vibration information for critical machines and equipment to support condition-based maintenance.
Manufacturing Plants
Monitor machinery across manufacturing environments to improve equipment reliability and reduce unplanned downtime.
Industrial Automation
Integrate vibration measurement with PLC, SCADA, BMS and industrial monitoring systems for centralized machine data.
Rotating Equipment
Suitable for vibration monitoring of rotating and critical machinery where machine health and operational reliability are important.
Product Resources
Access the VibeSENSE P100 technical documentation or contact POLWAX for quotation and technical assistance.
Protect Critical Equipment with Smart Vibration Monitoring
The POLWAX VibeSENSE P100 delivers accurate, real-time vibration monitoring for motors, pumps, compressors, fans, CNC machines and other rotating machinery. With MEMS / piezoelectric sensing, True RMS measurement, IP67 protection and multiple output options, it provides a reliable solution for predictive maintenance and machine condition monitoring.