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| Ranging Methoc: | ToF | Beam 2: | 2.05°±0.2° | 
|---|---|---|---|
| DetectonDstance: | 300m@10%reilectivity | Working Acceleration Range: | -0.5g~0.5g | 
| Distance Resolution: | ≤0.1m | AmbientLight Resistance: | 100Klux | 
| Laser Safely Level: | Class 1M | RepeatFrequency: | 20KHzperchannel | 
Molas CL tower clearance lidar is a specific type of lidar system designed to regularly monitor the clearance distance of blade tips in real time. This technology allows for the immediate implementation of protective measures by the main controller of the fan unit when the clearance value nears the specified minimum distance. These protective actions may include deceleration and retraction, among others.
The integration of tower clearance lidar on existing wind turbine units serves to prevent instances of tower sweeping, elevate the power limits of at-risk units, and enhance power generation capabilities. By utilizing this technology on current units, operators can mitigate potential risks and optimize operational efficiency.
Looking ahead, the implementation of tower clearance lidar on future wind turbine units holds the promise of reducing blade costs and relieving design pressures on the units. This advancement in technology not only enhances the safety and performance of these units but also contributes to cost savings and improved operational practices in the long term.
| Detection Distance | 300m @ 10% reflectivity | 
| Repeat Frequency | 20KHz per channel | 
| Distance Resolution | ≤0.1m | 
| Laser Safety Level | Class 1M | 
| Ambient Light Resistance | 100Klux | 
| Repeated Measurement Accuracy | ±0.2m | 
| Beam 3 | 4.09° ± 0.2° | 
| Operating Humidity Range | 0%-100%RH | 
| Beam 2 | 2.05° ± 0.2° | 
| Beam 1 | 0° | 
Single point precise feedback
Threshold detection
Trend detection
Contact Person: ivyyao
Tel: +86 13072523225
Fax: 86-025-86800073