Shenzhen Rion Technology Co., Ltd.

Introduction In the era of Industry 4.0, predictive maintenance has become a cornerstone of operational efficiency. We are proud to introduce our latest innovation: a high-precision, wide-response frequency Ethernet high-frequency vibration sensor designed for real-time triaxial vibration measurement. This advanced sensor outputs triaxial (X, Y, Z) vibration acceleration values in real time, empowering industries to monitor equipment health with unprecedented accuracy and reliability. Key Features 1. Ultra-High Response Frequency Bandwidth With a measurement range extending up to 10 kHz, this sensor covers the fault frequency spectrum of virtually all rotating machinery commonly found in industrial environments. From low-speed gearboxes to high-speed turbines, the broad bandwidth ensures no critical vibration signature goes undetected. 2. Ultra-High Sensitivity and Linearity Equipped with a 20-bit ADC sampling system, the sensor achieves an exceptional sensitivity of 0.095 mg/LSB. This level of precision allows the sensor to capture even the most subtle vibration anomalies—early warning signs that conventional sensors often miss—enabling proactive intervention before minor issues escalate into major failures. 3. High Integration — True Triaxial Measurement Unlike traditional setups that rely on separate data acquisition cards paired with individual sensors, our solution delivers simultaneous triaxial (X, Y, Z) vibration transient data in a single compact unit. This high level of integration simplifies installation, reduces wiring complexity, and lowers overall system costs. 4. Ethernet Communication Interface Data is transmitted directly to your server or cloud platform via a 10/100M adaptive Ethernet interface, eliminating the need for intermediate controllers, gateways, or adapter modules. This plug-and-play architecture enables seamless, uninterrupted real-time waveform uploads, making remote condition monitoring simpler and more accessible than ever. 5. Stable DC 12V Power Supply The sensor operates on a reliable DC 12V power input, ensuring consistent and stable data transmission in demanding industrial environments. Technical Specifications Parameter Specification Measurement Range±50g Power SupplyDC 12V Protection RatingIP67 (dust-tight & water-immersible) Frequency BandwidthDC ~ 10 kHz Noise Density35 µg/√Hz (ultra-low noise) Operating Temperature-40°C ~ +85°C ADC Resolution20-bit Sensitivity0.095 mg/LSB Communication10/100M adaptive Ethernet Application Scope This sensor is purpose-built for real-time condition monitoring and health assessment of rotating machinery across a wide range of industrial sectors. Typical applications include: Industrial motors — continuous vibration monitoring for early fault detection Pumps and compressors — cavitation, misalignment, and bearing wear analysis Fans and blowers — imbalance and aerodynamic instability monitoring Gas engines and generators — combustion and mechanical vibration tracking Reducers and gearboxes — gear mesh frequency and bearing condition assessment Why Choose This Sensor? Traditional vibration monitoring systems typically require a complex chain of components—sensors, signal conditioners, data acquisition cards, and controllers—each introducing potential points of failure, signal degradation, and additional cost. Our Ethernet vibration sensor collapses this entire chain into a single, intelligent device that connects directly to your network infrastructure. The result: faster deployment, lower total cost of ownership, and higher data fidelity. Whether you are building a new predictive maintenance program from scratch or upgrading an existing condition monitoring system, this sensor provides the accuracy, reliability, and ease of integration that modern industrial operations demand. Contact Us For detailed specifications, pricing inquiries, or to discuss your specific application requirements, please reach out to our engineering team. We are committed to helping you achieve maximum equipment uptime and operational excellence.

As wind turbines continue to increase in height and capacity, tower stability has become an important factor in ensuring long-term operational safety and power generation efficiency. Continuous monitoring of tower inclination helps detect abnormal structural movement at an early stage, enabling predictive maintenance and reducing unplanned downtime. The PDA826FL Dynamic Tilt Sensor is designed specifically for low-frequency dynamic inclination measurement, making it well suited for monitoring the slow oscillations and subtle movements of wind turbine towers under changing wind loads. Accurate Monitoring of Low-Frequency Tower Motion Unlike conventional inclination sensors that focus mainly on static measurements, the PDA826FL is optimized for low-frequency dynamic applications. It can accurately capture slowly changing tilt signals caused by wind-induced tower movement while maintaining excellent measurement stability. Each sensor undergoes: Full temperature calibration Long-term stability testing Factory compensation across the entire operating temperature range These processes ensure reliable performance under varying environmental conditions commonly encountered in wind farms. Designed for Harsh Outdoor Environments Wind turbines operate in challenging environments with continuous vibration, temperature changes, and electromagnetic interference. The PDA826FL is engineered to maintain stable operation under these conditions. Key specifications include: Dual-axis inclination measurement Measuring range: ±10° Resolution: 0.0005° Operating temperature: -40°C to +85°C Wide input voltage: DC 9–36V Excellent low-frequency response High resistance to shock, vibration, and electromagnetic interference These features make the sensor suitable for long-term structural health monitoring in demanding outdoor installations. Flexible Industrial Communication The PDA826FL supports multiple industrial communication interfaces, allowing easy integration into existing monitoring systems. Available output options include: RS485 RS422 RS232 The sensor also supports the industry-standard MODBUS protocol, simplifying communication with PLCs, SCADA systems, industrial computers, and remote monitoring platforms. Dedicated PC software enables users to visualize, record, and analyze inclination data in real time, supporting preventive maintenance and trend analysis. Easy Installation and System Integration The PDA826FL features a non-contact measurement design that simplifies installation. The sensor can be securely mounted to the monitored structure using standard screws, after which it automatically measures the object's inclination relative to the horizontal plane. Its compact design and straightforward installation process reduce commissioning time while improving overall system reliability. Applications Beyond Wind Energy Although developed for wind turbine tower monitoring, the PDA826FL is also suitable for a wide range of structural monitoring applications, including: Wind turbine tower monitoring Bridge and dam structural monitoring Historic building preservation High-speed railway track monitoring Geological equipment inclination monitoring Satellite communication vehicles Engineering vehicle leveling Supporting Reliable Structural Health Monitoring As condition-based maintenance becomes increasingly important in industrial infrastructure, accurate inclination monitoring provides valuable data for evaluating structural behavior over time. With its high resolution, stable low-frequency performance, and flexible industrial interfaces, the PDA826FL offers an effective solution for engineers requiring reliable dynamic tilt measurements in critical monitoring applications.

      With the increasing demand for wind power safety and operational efficiency, real-time monitoring of turbine structure inclination has become an important part of wind energy asset management. The PCA826T-CAN2.0A/CAN2.0B high precision tilt sensor is designed for wind turbine monitoring applications, providing accurate angle measurement and reliable data communication for structural condition assessment.      The PCA826T is a dual-axis inclinometer developed for high-precision inclination measurement. Before delivery, each sensor undergoes full temperature range calibration and long-term stability testing to ensure reliable performance under complex outdoor environments. The built-in filtering algorithm reduces measurement noise while improving response speed, allowing stable monitoring of small angle changes in wind turbine structures.     In wind turbine applications, the sensor can be installed on the tower, nacelle, foundation structure, or supporting equipment to monitor horizontal tilt variations caused by foundation settlement, structural deformation, or environmental factors. With non-contact installation characteristics, the PCA826T can be easily mounted on the measured surface using screws, enabling automatic calculation of horizontal inclination angles.      The sensor supports CAN2.0A/CAN2.0B communication, allowing integration with industrial control systems and remote monitoring platforms. Its wide voltage input range of DC 9–36V, operating temperature range of -40℃ to +85℃, and IP67 protection rating make it suitable for harsh outdoor wind power environments.

        As the number of aging buildings continues to grow, unsafe building monitoring has become an essential part of modern structural safety management. By deploying high-precision MEMS tilt sensors, engineers can continuously monitor building inclination, structural deformation, and foundation settlement, providing reliable data for safety assessment and early warning.         In a recent unsafe building monitoring project, the RION HCA716S/HCA726S CANopen Tilt Sensor was installed at critical load-bearing points to continuously measure changes in building inclination. Featuring a high-precision 24-bit A/D converter and advanced MEMS sensing technology, the sensor delivers a resolution of up to 0.001°, enabling accurate detection of even the smallest angular changes and helping maintenance teams assess structural conditions in real time.         The sensor supports measurement ranges from ±1° to ±180° and integrates a CANopen communication interface, allowing seamless connectivity with PLCs, RTUs, and remote monitoring platforms for real-time data acquisition, trend analysis, and automatic alarm notifications. With an IP67 protection rating, an operating temperature range of -40°C to +85°C, and excellent vibration resistance, it is well suited for long-term outdoor deployment in harsh environments.          Compared with traditional manual inspections, continuous online tilt monitoring provides uninterrupted records of structural movement and enables early detection of abnormalities caused by foundation settlement, nearby construction activities, or environmental changes. This approach improves monitoring efficiency, reduces maintenance costs, and provides reliable data support for building safety management, disaster prevention, and structural health monitoring (SHM) applications in smart cities.