Fiber Bragg Grating FBG Sensor Type Featuring Quantity Options 3 4 5 Designed

Product Description:

The system is composed of two main components: a demodulator and a set of sensors. These sensors play a crucial role by converting the signals they measure into wavelength signals through the use of fiber gratings.

These fiber grating sensors are categorized into three types: load sensors, acceleration sensors, and temperature sensors. Each type is designed to capture specific parameters, enabling comprehensive monitoring of the target object.

The demodulator processes the feedback wavelength signals received from the sensors. It demodulates this information and then transmits the processed data to external devices for further analysis or display.

When working together, the demodulator and sensors provide a versatile measurement system. The sensors are strategically placed at specific points on the blade to be monitored. This arrangement allows for the accurate measurement of load, vibration, and temperature, ensuring effective performance evaluation of the blade.

Features:

Installation is straightforward and hassle-free, allowing you to set up the system quickly without any complications.

Maintenance is simple, ensuring that the system remains in optimal condition with minimal effort required.

Featuring high precision, the device offers accurate results while being both flexible and portable for convenient use in various settings.

Data handling is safe and reliable, providing confidence in the integrity and security of your information.

Technical Parameters:

Applications:

The Movelaser Molas FD Wind Speed Lidar, originating from China, is a cutting-edge solution designed for accurate and reliable wind speed measurement across various applications. With a minimum order quantity of just 1 set and packaged securely in a carton box, this product ensures ease of procurement and delivery within 10 days, making it an ideal choice for industries requiring prompt deployment.

One of the primary application scenarios for the Movelaser Molas FD is Wind Turbine Blade Health Monitoring. Equipped with advanced temperature compensation features and a highly sensitive demodulator unit, the device provides precise strain measurements within a measuring range of -2000~+2500με. This capability enables real-time monitoring of the structural integrity of wind turbine blades, ensuring optimal performance and early detection of potential faults or damages, which is crucial for maintaining turbine efficiency and prolonging operational life.

In addition to its application in renewable energy, the Movelaser Molas FD Wind Speed Lidar is well-suited for meteorological and environmental monitoring scenarios. Its wavelength resolution of 0.01pm and demodulation accuracy of 20pm allow for highly detailed wind speed analysis, essential for weather forecasting, climate research, and large-scale environmental assessments.

The product’s robust cable design, featuring a cable bend radius of dynamic 120mm and static 60mm, along with a cable tensile strength of 500N, ensures durability and flexibility in harsh field conditions. This makes the Movelaser Molas FD ideal for deployment in offshore wind farms, mountainous terrains, and remote locations where reliable data acquisition is critical.

Furthermore, the Movelaser Molas FD's demodulator unit plays a vital role in converting optical signals into actionable data, enabling seamless integration with existing monitoring systems. Its precise temperature compensation mechanism ensures that measurements remain accurate despite environmental temperature fluctuations, enhancing data reliability and operational safety.

Overall, the Movelaser Molas FD Wind Speed Lidar is a versatile and high-performance instrument suitable for wind energy optimization, environmental monitoring, and structural health assessment, delivering exceptional accuracy and durability to meet the demands of modern industrial applications.