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Labkotec LID-3300IP Installation And Operating Instructions Manual

Ice detector for wind turbines and meteorological stations
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Labkotec Oy
Myllyhaantie 6
FI-33960 Pirkkala, FINLAND
Tel. +358 29 006 260
18.11.2016
Fax +358 29 006 1260
D80186JE-3
Internet:
www.labkotec.fi
37 pages
LID-3300IP Ice Detector
Ice Detector for Wind Turbines and
Meteorological Stations
Installation and Operating Instructions
Copyright © 2016 Labkotec Oy
1/37

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Summary of Contents for Labkotec LID-3300IP

  • Page 1 FI-33960 Pirkkala, FINLAND Tel. +358 29 006 260 18.11.2016 Fax +358 29 006 1260 D80186JE-3 Internet: www.labkotec.fi 37 pages LID-3300IP Ice Detector Ice Detector for Wind Turbines and Meteorological Stations Installation and Operating Instructions Copyright © 2016 Labkotec Oy 1/37...

  • Page 2: Table Of Contents

    2.1 Installation and interfaces of LID-3300IP Control Unit ......... 5 2.2 Power supply ....................6 2.3 Installation of LID/ISD Ice Sensor ..............6 2.4 Connections between LID/ISD Ice Sensor and LID-3300IP Control Unit ..7 2.5 Commissioning ..................... 7 2.6 Lightning protection ..................8 3 LID-3300IP ICE DETECTOR IN OPERATION ............

  • Page 3: Summary Of Changes And New Functionality

    Installation and Operating Instructions SUMMARY OF CHANGES AND NEW FUNCTIONALITY The following table describes the latest changes and major new functionality in LID-3300IP Ice Detector and this user manual. Changes in LID-3300IP and LID/ISD User Manual More information in chapters Updated parameters P22 = 10 ->...

  • Page 4: Product Overview

    D80186JE-3 Installation and Operating Instructions PRODUCT OVERVIEW LID-3300IP (later referred to also as LID or LID Ice Detector) is an ice detector for wind turbines and meteorological stations. LID-3300IP Ice Detector consists of LID-3300IP Control Unit and LID/ISD Ice Sensor.

  • Page 5: Installation

    Installation and Operating Instructions INSTALLATION Installation and interfaces of LID-3300IP Control Unit The enclosure of LID-3300IP is wall-mounted. Mounting holes are located in the base plate of the enclosure, beneath the mounting holes of the front cover. Interfaces and other important components of LID-3300IP Control Unit are described in the below list and picture.

  • Page 6: Power Supply

    Permanent wiring: using a two pole mains switch (250 Vac 5 A), which isolates both lines (L1, N). Switch must be installed in the main power supply lines in the vicinity of LID-3300IP control unit. Copper wires 1.5 - 2.5 mm (AWG 16 - 13) can be connected to the power supply terminal of the control unit.

  • Page 7: Connections Between Lid/Isd Ice Sensor And Lid-3300Ip Control Unit

    Commissioning LID-3300IP is ready for operation when sensor and control unit are connected together and power is switched on in the control unit. However, it may be useful to do at least the following things right after the installation.

  • Page 8: Lightning Protection

    D80186JE-3 Installation and Operating Instructions Lightning protection Lightning protection for LID-3300IP Ice Detector Control Unit and LID/ISD Ice Sensor shall be done according to standard IEC 61400-24 “Wind turbines – Part 4: Lightning protection” when installed into a wind turbine.

  • Page 9: Lid-3300Ip Ice Detector In Operation

    LID-3300IP Ice Detector D80186JE-3 Installation and Operating Instructions LID-3300IP ICE DETECTOR IN OPERATION This chapter explains the basic operation of LID-3300IP. Serial and Web user interfaces are explained in different chapters. Operating modes LID-3300IP operates in different modes which are explained below.

  • Page 10: Lid-3300Ip Front Panel

    Pushing the test button longer (about 10 sec- onds) will reset the device. Use of different parameter settings Functionality of LID-3300IP Ice Detector system is configurable as described in chapter 3.1. All parameters as well as their default and valid values are described in Appendix B. “Parameters”.

  • Page 11: Serial Interfaces: Rs-232 And Optical Fiber

    Also, an optical fiber serial interface is available as an option. This requires an additional RS2O Converter module to be installed inside LID-3300IP Control Unit (item 14 in the lower picture in chapter 2.1). Only either of the interfaces can be used at a time. Selection of the used interface is done with the RS-232 / Optical fiber interface selection jumper (item 8 in the lower picture in chapter 2.1) as follows:...
  • Page 12 Choose e.g Courier New, regular, Size 9, to view as much text as possible in one window at a time. Now all the settings are ready for communication. 5. You can save the session for further use. Select Setup > Save setup… TERATERM. Copyright © 2016 Labkotec Oy 12/37...

  • Page 13: Serial Output - Streaming Mode Format

    They can be entered in any menu view. TEST The test command starts a manual ice alarm test. HEAT The heat command starts manual heating. See Appendix C for a complete list of terminal commands. Copyright © 2016 Labkotec Oy 13/37...
  • Page 14 The complete list of parameters is presented in Appendix B. Parameters. To read a parameter, type: RP<param nbr> Example: RP0 To change a parameter, type: SP<param nbr> <value> and press Enter. Example: SP0 50 Copyright © 2016 Labkotec Oy 14/37...
  • Page 15 When LID-3300IP is connected to Internet or Intranet, the following settings can be done via this menu: IP-address, Default gateway and Subnet mask. LID-3300IP has a unique MAC address which is also visible through this menu. MENU 5. VERSION INFORMATION Version information of LID-3300IP Control Unit and LID/ISD Sensor can be seen from this menu.
  • Page 16 LID-3300IP Ice Detector D80186JE-3 Installation and Operating Instructions MENU 6. SITE INFORMATION Site name can be changed through this menu. Site information is visible in every menu and in the Web user interface. Copyright © 2016 Labkotec Oy 16/37...

  • Page 17: Internet Web Access

    D80186JE-3 Installation and Operating Instructions INTERNET WEB ACCESS LID-3300IP is equipped with an in-built web server which provides an easy-to-use web-based user interface for Ice Detector measurement data, status and parameters over the Internet. Depending on the configuration of the IT network, the web user interface is available only locally in the local area network (LAN), more widely through wide area network (WAN) or from everywhere e.g.

  • Page 18: Web Ui - Header

    Web UI - Raw command input It is possible to give the same commands, with a couple of exceptions, to LID-3300IP as through the menus of RS-232 serial interface. Web UI - Settings LID-3300IP parameters and settings can be viewed and changed through this interface.
  • Page 19 Complete list of log messages is available in Appendix E. Event log messages. NOTE! System clock must be set to enable event logging. See paragraph Clock below for more information. Clock Copyright © 2016 Labkotec Oy 19/37...
  • Page 20 ‘CLOCK IS OUT OF TIME - LOGGING DISABLED!!’ will be displayed above the clock display in web UI. You have to set the clock to enable event logging again. Copyright © 2016 Labkotec Oy 20/37...

  • Page 21: Direct Web Access Between Pc And Lid

    Web user interface can be accessed also directly from a PC by connecting the PC and LID directly with an Ethernet cable. Direct web access can be especially useful during the start-up of LID-3300IP. The IP address of the PC must be changed as described below.
  • Page 22 If you have not changed it, give your PC e.g. the address: 192.168.1.89. Now your PC and LID are in the same network and you may open a web browser and connect to the IP address of LID. Copyright © 2016 Labkotec Oy 22/37...

  • Page 23: Technical Specification

    CAN/CSA-C22.2 NO. 61010-2-010-04 EN/IEC 61000-6-4 + A1 (Emission) EN/IEC 61000-6-2 (Immunity) Functional Safety Hardware of LID-3300IP ice detector system fullfills the requirements of PL b according to ISO 13849-1. Approvals US+Canada NRTL-Certificate In the USA and Canada the product is intended to be installed with a 230 Vac wind turbine power system only Component certificate according to GL Rules and Guidelines –...

  • Page 24: Repair And Service

     Use water and cooling spray to freeze the ice sensor. After the ice alarm test has been initiated, LID-3300IP should go through the normal operating modes: Ice detected, Heating and Cooling. Finally the ice alarm is released and the operating mode will change back to Sensing.

  • Page 25: Appendix A. Streaming Mode Of Serial Output

    D80186JE-3 Installation and Operating Instructions APPENDIX A. STREAMING MODE OF SERIAL OUTPUT LID-3300IP reports the measurement data and status in the serial output as explained before in chapter 4.2. This chapter explains the formats in more detail. There are three different output formats. The format can be read by command RSFORMAT.
  • Page 26 Ice sensing sensors Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Failed Copyright © 2016 Labkotec Oy 26/37...
  • Page 27 LID-3300IP Ice Detector D80186JE-3 Installation and Operating Instructions The operation mode of the LID-3300IP can be interpreted from the Mode character in table below. Mode character Meaning Power-up Sensing Detecting Heating Ice sensed Mode Mode Mode 0…7 Copyright © 2016 Labkotec Oy...

  • Page 28: Appendix B. Parameters

    It is possible to choose which measurements are driving analog outputs. 0 = Ice signal in analog output 1, sensor temperature in analog output 2 1 = Ice signal in analog output 1, ambient temperature in analog output 2 Copyright © 2016 Labkotec Oy 28/37...
  • Page 29 Delay for ice alarm deactivation (minutes) 0-120 Delay for ice alarm deactivation is used to prevent repetitive ice alarms in case of long- term icing conditions. Ice alarm will remain active after the cooling period of the sensor Copyright © 2016 Labkotec Oy 29/37...
  • Page 30 Delay for automatic sensor heating (hours) 0-100 Automatic sensor heating is activated when ice signal remains constantly below the value of parameter P23 for a longer time than what is specified by this parameter. Copyright © 2016 Labkotec Oy 30/37...

  • Page 31: Appendix C. Terminal Commands

    <xxx> = IP-address in gateway IP-address format 192.168.1.1 aaa.bbb.ccc.ddd Read default gateway None IP-address SNM <xxx> Set subnet address <xxx> = subnet mask mask in format 255.255.255.0 aaa.bbb.ccc.ddd Read subnet mask None Read control unit None MAC-address Copyright © 2016 Labkotec Oy 31/37...
  • Page 32 RLOG 2 segment to RS-232 ment to print. terminal. 1 = Alarms 2 = Faults 3 = User settings 4 = General events 5 = All FTEST Test manually fault none FTEST relay de-energisation Copyright © 2016 Labkotec Oy 32/37...

  • Page 33: Appendix D. System Connection Diagram

    LID-3300IP Ice Detector D80186JE-3 Installation and Operating Instructions APPENDIX D. SYSTEM CONNECTION DIAGRAM Copyright © 2016 Labkotec Oy 33/37...

  • Page 34: Appendix E. Event Log Messages

    Default passwords restored SNTP-client disabled SNTP-client enabled General events Remarks ‘xxxx’ logged IN Example message for login event. xxxx can be User1 - 4, Admin1-2 or Tester1-3 ‘xxxx’ logged OUT As above, user logged out. Copyright © 2016 Labkotec Oy 34/37...
  • Page 35 Manual heating aborted by a user User has aborted manual heating Manual TEST-run started User initiated ice alarm test Manual TEST-run cancelled User cancelled ice alarm test manually Manual TEST-run ended FAULT RELAY tested manually FTEST- command was given. Copyright © 2016 Labkotec Oy 35/37...

  • Page 36: Appendix F. Functional Safety Data Sheet

    LID-3300IP Ice Detector D80186JE-3 Installation and Operating Instructions APPENDIX F. FUNCTIONAL SAFETY DATA SHEET Copyright © 2016 Labkotec Oy 36/37...

  • Page 37: Appendix G. Declaration Of Conformity

    LID-3300IP Ice Detector D80186JE-3 Installation and Operating Instructions APPENDIX G. DECLARATION OF CONFORMITY Copyright © 2016 Labkotec Oy 37/37...

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