THE LUBRICATION SOLUTION
FOR 1.3 MW WIND TURBINES
1.3 MW WIND TURBINES
Facing heights and strong winds make maintaining wind turbines demanding and specialized work. A wind turbine lubrication system from Bijur Delimon is built to increase the time between turbine maintenance visits to eight to twelve months. We have developed a lubricating system kit for use on wind turbines, which is tested as a system before shipment. Many kits include prefilled grease lines and even prefilled reservoirs straight from our factory, helping you to avoid using a substitute grease that is not suitable. With lubricating systems on wind turbines in the US, Canada, and Brazil, Bijur Delimon has become a leader in providing automatic lubrication systems to the wind energy industry.
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FEATURES & BENEFITS
PROACTIVE LUBRICATION MAINTENANCE
Wind turbines experience wear and tear from severe environmental factors and structural and mechanical failures, which contribute to the essential need for a proactive lubrication maintenance program. For a reliable wind turbine, many lubrication points are critical to maintain, including the gearbox, generator bearing, open gear, pitch gear, pitch bearing, rotor shaft, yaw bearing, yaw gear, and the hydraulic systems.
LARGE WIND TURBINE SYSTEM DESIGN
MultiPort II Lubricator
The MultiPort II Lubricator is an electrically driven multiple outlet lubrication unit design primarily for use with progressive divider valve systems. The unit is capable of housing up to three independent pumping elements for direct feed to lubrication points or through a distribution network of progressive divider valves. These lubricators are available with 24 VDC motors which make them ideal for use in mobile applications. An integral controller is available, or the pump can be controlled by an external controller (such as our SMDC) or by the customer's PLC/DCS/etc.
PVBM Progressive Divider Valve
PVB Mobile Divider Valves accurately meter and dispense lubricant to as many as 20 outlet lines at operating pressures up to 3600 psi (248 bar). Output volumes are fixed at 0.17cc (0.01 cu. in.) per cycle but can be combined with other outlets by using appropriate fittings for larger outputs. Valves are available with cycle indicator pins to provide visual confirmation of system operation. In addition the cycle pin can be fitted with a switch to provide electrical feedback to a system controller.