Search

Premium Membership ♕

Save 10% on Pro Membership Plan with coupon DEC10 and study specialized LV/MV/HV technical articles and papers.

Home / Technical Articles / Danfoss – Max uptime for wind turbines

Powerful operating forces

Located on top of towers that can extend 80 to 110 meters into the air, wind turbines are subjected to powerful operating forces. And because wind turbines are difficult to access for maintenance and repair, reliable monitoring and control components, such as pressure and temperature sensors are vital for trouble-free operation.

And because they’re a critical link between control system fluids and components, choosing accurate, long-lasting pressure transmitters and temperature sensors is a must. Based on decades of experience with wind farms globally, Danfoss’ range of pressure transmitters and temperature sensors are ideal for demanding wind turbine applications.


Trouble-free and safe operation

Monitoring and controlling hydraulic pressure and temperature in wind turbine equipment and subsystems is a complex process; at start-up, pressure rises and at shutdown it’s released, and for lubrication and rotation functions, maintaining a minimum pressure level is crucial. To ensure smooth and safe operation, the temperatures of the hydraulic unit, generator, drive shaft, gearbox, oil braking and cooling systems have to be accurately monitored and controlled.

That’s where Danfoss comes in.

TempSensor_MBT5310Pressure and temperature signals are used by controllers to adjust valves, pumps and other equipment to maintain stable operation and, increasingly, to control safety functions. Designed to handle over-pressure and pressure spikes, liquid cavitations, dirt contamination, intense operating cycles, and extreme temperatures, Danfoss pressure transmitters and temperature sensors have been keeping wind turbines rotating, and safe, for decades.

Two industry favorites are the MBS 3000 pressure transmitter and the MBT 5310 temperature sensor. Fitted with a pulse snubber, the MBS 3000 can withstand water hammer, liquid cavitation and pressure peaks.

Designed to handle the heavy vibrations in wind turbines, the MBT 5310 features a spring-loaded sensor to ensure close and reliable contact – furthermore it can withstand temperatures up to 200°C.

Premium Membership

Get access to premium HV/MV/LV technical articles, electrical engineering guides, research studies and much more! It helps you to shape up your technical skills in your everyday life as an electrical engineer.
More Information
Edvard Csanyi - Author at EEP-Electrical Engineering Portal

Edvard Csanyi

Hi, I'm an electrical engineer, programmer and founder of EEP - Electrical Engineering Portal. I worked twelve years at Schneider Electric in the position of technical support for low- and medium-voltage projects and the design of busbar trunking systems.

I'm highly specialized in the design of LV/MV switchgear and low-voltage, high-power busbar trunking (<6300A) in substations, commercial buildings and industry facilities. I'm also a professional in AutoCAD programming.

Profile: Edvard Csanyi

Leave a Comment

Tell us what you're thinking. We care about your opinion! Please keep in mind that comments are moderated and rel="nofollow" is in use. So, please do not use a spammy keyword or a domain as your name, or it will be deleted. Let's have a professional and meaningful conversation instead. Thanks for dropping by!

  +  52  =  fifty nine

Learn How to Design Power Systems

Learn to design LV/MV/HV power systems through professional video courses. Lifetime access. Enjoy learning!

EEP Hand-Crafted Video Courses

Check more than a hundred hand-crafted video courses and learn from experienced engineers. Lifetime access included.
Experience matters. Premium membership gives you an opportunity to study specialized technical articles, online video courses, electrical engineering guides, and papers written by experienced electrical engineers.