| Quantity: | |
|---|---|
External gear design, direct torque transmission path: Particularly well-suited for withstanding significant overturning moments.
Exceptional rigidity and anti-overturning capability: Ideal for heavier loads and more demanding working conditions.
Symmetrical structure, flexible installation: Allows for versatile mounting configurations.
High reduction ratio and self-locking function: Utilizes worm gear mechanisms to provide high reduction ratios and reliable self-locking.
Smooth operation, adjustable precision: Offers selectable backlash grades to meet specific requirements.
Integrated design, easy installation: A compact, ready-to-use solution that simplifies assembly.
The WE series is particularly well-suited for applications involving heavy loads, large overturning moments, and extremely high rigidity requirements.
Tower Cranes: Slewing mechanism for the tower top (tower cap).
Port Cranes (Ship-to-Shore, Rubber-Tired Gantry): Slewing platform for large-scale cranes.
Large Excavators/Rotary Drilling Rigs: Slewing support for the superstructure.
Wind Turbine Yaw Systems: One of the most classic applications of the WE series, used to precisely orient the entire nacelle into the wind, withstanding massive wind-induced overturning moments.
Radar Pedestals: Azimuth/elevation drives for large land-based or shipborne radars, demanding high rigidity and precision.
Missile Launch Systems: Drive for rotating launch platforms.
Large Welding Positioners/Tilters: Used for welding heavy pressure vessels and ship sections.
Large CNC Rotary Tables: Used for heavy-duty machine tools.
Large Amusement Rides: Drive for Ferris wheels and large rotating amusement devices.
Marine and Offshore Engineering: Slewing mechanisms for shipboard cranes and deck machinery.
Slewing drive performance parameters | ||||||||||||||||
Model | WE7 | WE9 | WE12 | WE14 | WE17 | WE21 | WE25 | WE32 | ||||||||
Gear Ratio | 71:01:00 | 61:01:00 | 78:01:00 | 85:01:00 | 102:01:00 | 125:01:00 | 150:01:00 | 154:01:00 | ||||||||
Output Torque (max.) | 3.5 kN.m | 2.58x10³ Ibf.ft | 12.2 kN.m | 9.0x10³ Ibf.ft | 15.6 kN.m | 11.5x10³ Ibf.ft | 17kN.m | 12.5x10³ Ibf.ft | 20.4kN.m | 15.1x10³ Ibf.ft | 25kN.m | 18.5x10³ Ibf.ft | 30kN.m | 22.1x10³ Ibf.ft | 32kN.m | 23.6x10³ Ibf.ft |
Tilting Moment (max.) | 13.5 kN.m | 9.96x10³ Ibf.ft | 33.9kN.m | 25x10³ Ibf.ft | 54.3kN.m | 40x10³ Ibf.ft | 67.8kN.m | 50x10³ Ibf.ft | 135.6kN.m | 100x10³ Ibf.ft | 203kN.m | 149.7x10³ Ibf.ft | 203kN.m | 199.9x10³ Ibf.ft | 347kN.m | 256x10³ Ibf.ft |
Holding Torque | 10.4 kN.m | 7.67x10³ Ibf.ft | 38.7kN.m | 28.5x10³ Ibf.ft | 43 kN.m | 31.7x10³ Ibf.ft | 48 kN.m | 42x10³ Ibf.ft | 72.3kN.m | 53x10³ Ibf.ft | 105.8kN.m | 78x10³ Ibf.ft | 158.3kN.m | 116.8x10³ Ibf.ft | 190kN.m | 140x10³ Ibf.ft |
Static Axial Load Rating | 133kN | 30x10³ Ibf | 338kN | 20.3x10³ Ibf | 475kN | 106.8x10³ Ibf | 555 kN | 124.9x10³ Ibf | 970kN | 218x10³ Ibf | 1598kN | 359.6x10³ Ibf | 2360kN | 531x10³ Ibf | 3021kN | 680x10³ Ibf |
Static Radial Load Rating | 53 kN | 11.9x10³ Ibf | 135 kN | 15.9x10³ Ibf | 190kN | 42.7x10³ Ibf | 222 kN | 49.9x10³ Ibf | 390kN | 88x10³ Ibf | 640kN | 144x10³ Ibf | 945kN | 212.6x10³ Ibf | 1210kN | 272x10³ Ibf |
Mechanical Efficiency | 40% | 40% | 40% | 40% | 40% | 40% | 40% | 40% | ||||||||
Self-locking | Reliable static self-locking | Reliable static self-locking | Reliable static self-locking | Reliable static self-locking | Reliable static self-locking | Reliable static self-locking | Reliable static self-locking | Reliable static self-locking | ||||||||
Precision | ≤0.2° | ≤0.2° | ≤0.2° | ≤0.2° | ≤0.2° | ≤0.2° | ≤0.2° | ≤0.2° | ||||||||
IP Class | IP65 | IP65 | IP65 | IP65 | IP65 | IP65 | IP65 | IP65 | ||||||||
