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Labkotec Ice Detector LID 3300IP

Labkotec Ice Detector LID 3300IP. Level and flow know-how since 1964. Labkotec in brief. Benefits of using Ice Detector. Stops wind turbine to prevent icethrow Safety first of all ! Safety device Authorities  / construction licence fulfills requirements

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Labkotec Ice Detector LID 3300IP

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  1. Labkotec Ice Detector LID 3300IP

  2. Level and flow know-how since 1964

  3. Labkotec in brief

  4. Benefits of using Ice Detector • Stopswindturbine to preventicethrow • Safetyfirst of all ! Safetydevice • Authorities  / constructionlicence • fulfillsrequirements • Stopswindturbinedue to turbinesafety • lessservice • Preventation of energydecrease • Start of bladeheating • LID Ice Detectorgives an ice warning • from the veryearlyphase of ice build-up

  5. LID-3300IP Features • Compact, rugged design • Easy and quick installation, for new or old wind turbines, for all models in the world. Installation time only few hours • Ready to use, no calibration needed on site. • Sensors are fully replacable to each other. No need to calibrate the sensor with the specific control unit. • Communication between sensor and control unit is RS-485 which gives more freedom to choose the cable type and length. • Temperature compensation of the sensor • TCP/IP interface and a web user interface • 2 pcs of analog outputs, e.g. Ice value and ambient temperature. (Earlier only Ice value)

  6. LID Ice Detector versions Sensors and control units of LID-3210C and LID-3210D, including LID/IS ice sensor, are compatible with each other. Next generation LID Ice Detector

  7. ICE THROW FROM WIND TURBINESDEWI, Deutsches Windenergie-Institut GmbH

  8. How it works • Ice detection of the LID Ice Detector is based on measuring the strength of an ultrasonic signal in a special sensor wire. • During the icing conditions the signal amplitude will start to decrease → ice alarm signal at the given alarm level (set by parameter P00). • Alarmreached → turbine is stoppedorbladeheatingstarted. • Right after the ice is detected, the sensor starts heating itself to melt the detected ice. • After a set delay and cooling periods the ice alarm signal will go off and sensor is ready to detect icing conditions again. 8

  9. Testresults (LID/IS in freezingrain)Icing/Freezing rain, MIL-STD-810F, Method 521.2 (1 January 2000)

  10. LID/IS(D) Ice Sensor 10

  11. LID-3300IP

  12. Installation

  13. Installation on the nacelle

  14. Inside of nacelle

  15. Test results (freezing rain test)

  16. New Ice Detector LID-3300IP – System Overview RS-232 TCP/IP I/O: 2 x DO 2 x AO RS-232 SCADA

  17. LID-3300IP Interfaces RS-232: Command interface for PC M2M serial interface • FrontPanel: • Power • Ice Alarm • Heating • Fault • Testbutton TCP/IP: Web-UI Power 230 VAC • ElectricalOutputs: • - Alarmrelay • Faultrelay • 2 pcsanalog output 4..20 mA (e.g. ice value and temperature)

  18. LID-3300IP WEB UI

  19. LID-3300IP RS-232 interface

  20. LID-3300IP Front Panel

  21. Technical spesification

  22. Labkotec at your service Pasi Hautamäki Export Manager pasi.hautamaki@labkotec.fi Phone. +35829006260 Tapio Kauppinen Service Engineer tapio.kauppinen@labkotec.fi Phone. +35829006260 Jarkko Latonen R&D Manager jarkko.latonen@labkotec.fi Phone. +35829006260

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