Wind Turbine Gearbox Lubrication System
- Safe and easy to maintain;
- Higher contamination capacity;
- Superior heat exchange efficiency;
- Patented product from more than 20 years designing team;
- Higher filtration efficiency, and lower initial pressure difference.
Description
Pressure range: |
0~25bar |
Flow range: |
0~90m³/ h |
Heat dissipation power: |
0~600kw |
Working medium: |
ISO VG320 |
Filter precision of filter element: |
10μm / 50μm |
Dirt holding capacity of single filter element: |
>1000g (1SO16889) |
Design life: |
20 years |
Product Details:
Function:
The lubrication and cooling system of the gearbox mainly consist of pump devices, filtration devices, air coolers, and pipeline components. The pump device and filtration device include gear pumps, motors, valve assemblies, and dual precision filters, primarily used to supply lubricating oil to friction points such as bearings and gear meshes in the gearbox, meeting pressure, flow, and cleanliness requirements.
Characteristic:
The lubrication system integrates cutting-edge proprietary technology, offering excellent functions such as lubricating oil pressure supply, temperature control, pressure protection, anti-backflow impact, higher contamination capacity, higher filtration efficiency, and lower initial pressure difference. This results in low failure rates, making it safe and easy to maintain. The cooling system employs a new structural design and high-quality corrosion-resistant heat exchange materials for the air cooler, effectively increasing the flow area, reducing flow velocity, and lowering wind noise. The proprietary technology for stress relief welding of different thicknesses of welding materials meets the fatigue life requirements under extremely low and high-temperature conditions, achieving superior heat exchange efficiency.
Product specification and models:
WD series
Application:
This product is primarily used in the wind power industry for speed-increasing gearboxes.Applicable for wind turbine generator units ranging from 750 KW ~22 MW.