Product Description:
Molas CL tower clearance lidar is a type of lidar designed to
continuously monitor the clearance distance of blade tips in
real-time. This technology allows the main controller of the fan
unit to quickly implement protective measures, such as deceleration
or retraction, when the monitored blade clearance value approaches
the specified minimum clearance value. By integrating tower
clearance lidar on existing units, potential tower sweeping
incidents can be prevented, thereby raising the power limit of
at-risk units and enhancing power generation capacity. Moreover,
when applied to future units, tower clearance lidar can contribute
to reductions in blade costs and alleviate design pressure on the
units.
Features:
- Product Name: Wind Measurement Lidar
- Wavelength: 905nm
- Working Acceleration Range: -0.5g～0.5g
- Ambient Light Resistance: 100Klux
- Beam 3: 4.09±0.2°
- Beam 2: 2.05°±0.2°
Technical Parameters:
| Range of Working Temperature | -40℃~+60℃ |
| Beam 3 | 4.09±0.2° |
| Detection Distance | 300m @ 10% reflectivity |
| Working Acceleration Range | -0.5g～0.5g |
| Laser Safety Level | Class 1M |
| Beam 1 | 0° |
| Distance Resolution | ≤0.1m |
| Measurement Accuracy | ±0.2m |
| Repeated Measurement Accuracy | ±0.2m |
| Ranging Method | ToF |
Applications:
Single point precise feedback
Single point precise feedback refers to providing detailed and
accurate information based on a specific data point. This type of
feedback is focused on a specific aspect or action, allowing
individuals to make targeted improvements or decisions.
Threshold detection
Threshold detection involves identifying and signaling when a
certain level or limit has been reached or surpassed. It is often
used in monitoring systems to alert individuals or systems when
conditions have crossed a critical threshold, requiring attention
or action.
Trend detection
Trend detection involves recognizing patterns or tendencies in data
over time. By analyzing historical data and identifying trends,
individuals can gain insights into potential future developments
and make informed decisions based on predicted outcomes.
