Product Description:
The system is composed of two main components: a demodulator and a set of sensors. These sensors play a crucial role in converting the measured signals into wavelength signals through the use of fiber gratings.
Specifically, the sensors are categorized into three types: load sensors, acceleration sensors, and temperature sensors. Each type is designed to detect and convert different physical parameters into corresponding wavelength signals.
The demodulator's primary function is to decode the feedback wavelength signals sent by the sensors. After demodulation, it transmits the processed data to external devices for further analysis or monitoring.
In practical applications, the demodulator works in combination with these various sensors. The sensors are strategically placed on the blade at locations where measurements are required. This setup allows for effective monitoring of the blade's load, vibration, and temperature conditions.
Features:
The product is designed for easy installation, allowing users to set it up quickly without any hassle.
It requires minimal maintenance, ensuring long-lasting performance with very little effort.
With high precision technology, the device is both flexible and portable, making it convenient for various applications.
Additionally, it offers safe and reliable data handling, providing confidence in its accuracy and security.
Technical Parameters:
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IP Protection Class
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IP67
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Demodulation Accuracy
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20pm
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Wavelength Resolution
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0.01pm
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Cable Bend Radius
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Dynamic 120mm, Static 60mm
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Measuring Range
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-2000~+2500με
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Number Of Channels
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1-16 Road Optional
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Scanning Frequency
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1kHz
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Connect
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E-2000/APC
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Quantity
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3/4/5
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Sensor Type
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Fiber Bragg Grating
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This Wind Speed Lidar product is ideal for Wind Turbine Blade Health Monitoring, Blade Load Measurement, and Structural Health Monitoring (SHM), providing precise and reliable data for advanced analysis.
Applications:
The Movelaser Molas FD Wind Speed Lidar, originating from China, is an advanced and reliable solution designed to meet various application occasions and scenarios requiring precise wind speed measurement. With a minimum order quantity of just one set, this product is conveniently packaged in a sturdy carton box, ensuring safe delivery within 10 days, making it suitable for both small-scale projects and large deployments.
One of the key application scenarios for the Movelaser Molas FD Wind Speed Lidar is in meteorological monitoring stations, where accurate and real-time wind speed data is crucial for weather forecasting and climate research. Its high-resolution wavelength demodulation capability, with a wavelength resolution of 0.01pm and a demodulation accuracy of 20pm, ensures that subtle variations in wind speed are detected with exceptional precision.
In the renewable energy sector, especially in wind farm site assessment and operational monitoring, the Molas FD model plays a vital role. The device’s temperature compensation feature guarantees stable performance across varying environmental conditions, enabling consistent data acquisition even in harsh outdoor environments. This stability is critical for optimizing turbine performance and enhancing energy yield predictions.
Additionally, the product’s multi-channel data acquisition capability supports simultaneous measurement from multiple points, making it ideal for complex environments such as urban wind flow analysis and aerospace testing facilities. The high scanning frequency of 1kHz allows for rapid data collection, capturing dynamic wind changes effectively.
The Movelaser Molas FD Wind Speed Lidar is also well-suited for integration in industrial safety and environmental monitoring systems. Its connectivity through E-2000/APC ensures reliable and low-loss optical connections, while the cable’s dynamic and static bend radius specifications (120mm and 60mm respectively) provide flexibility and durability in installation.
Overall, the Movelaser Molas FD Wind Speed Lidar offers a cutting-edge solution for any application requiring precise, reliable, and high-resolution wind speed measurement, backed by advanced features such as temperature compensation, multi-channel data acquisition, and high-resolution wavelength demodulation.
