300m Detection Distance Wind Measurement Lidar Powered by Beam 1 0° and Beam 2 2.05°±0.2°

Brand Name:Movelaser
Model Number:Molas CL
Minimum Order Quantity:1 Set
Place Of Origin:China
Packaging Details:Flight Case
Enclosure Rating:IP65
Contact Now

Add to Cart

Verified Supplier
Location: Nanjing China
Address: Building B2, Hongfeng Science Park, Kechuang Road,Nanjing
Supplier`s last login times: within 36 hours
Product Details Company Profile
Product Details

Product Description:

Molas CL tower clearance lidar is a type of lidar system designed to track the distance between the blade tip and the tower in real time. When the clearance value approaches the designated minimum level, the fan unit's main controller can swiftly implement protective measures such as deceleration or retraction. The integration of tower clearance lidar on existing units helps to prevent tower collisions, elevate the operational limit of at-risk units, and enhance power generation.

Implementing tower clearance lidar in future units offers benefits including reduced blade expenses and lower design requirements for the units. By leveraging this technology, operators can optimize the performance and safety of wind turbines for sustainable energy production.


Features:

  • Product Name: Wind Measurement Lidar
  • Detection Distance: 300m @ 10% reflectivity
  • Beam 3: 4.09±0.2°
  • Beam 1: 0°
  • Working Acceleration Range: -0.5g to 0.5g
  • Measurement Accuracy: ±0.2m

Technical Parameters:

Detection Distance300m @ 10% reflectivity
Repeated Measurement Accuracy±0.2m
Repeat Frequency20KHz per channel
Range of Working Temperature-40℃ to +60℃
Enclosure RatingIP65
Measurement Accuracy±0.2m
Laser Safety LevelClass 1M
Working Acceleration Range-0.5g to +0.5g
Beam 1
Ranging MethodToF

Applications:

Single point precise feedback

Threshold detection

Trend detection


China 300m Detection Distance Wind Measurement Lidar Powered by Beam 1 0° and Beam 2 2.05°±0.2° supplier

300m Detection Distance Wind Measurement Lidar Powered by Beam 1 0° and Beam 2 2.05°±0.2°

Inquiry Cart 0