Advanced Wind Turbine Concept. Mita-Teknik. Data Sheets. Turbine Control Mita-Teknik. All rights reserved

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1 Advanced Wind Turbine Concept Mita-Teknik Data Sheets Turbine Control 2017 Mita-Teknik. All rights reserved

2 WP4100 MK ll Controller Intelligent controller for all types of wind turbines Advanced data collection and storage Onboard webserver Redundant use of the controller Park communication via RJ45 Ethernet Data up/download via USB disk 1 Ethernet interface 10/100 Mbits/s 2 pc. 230 kbaud RS232 COM-ports Intelligent thermal control The WP4x00 MK ll Control Concept The WP4100 MK ll controller is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security, and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4100 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP4100 MK ll The WP4100 MK ll controller is at the center of the entire WP4x00 MK ll Control Concept and is, among other things, equipped with two 230kBit/s RS232 COM-ports for modem connection and for other purposes, e.g. UPS. Furthermore, the WP4100 MK ll is equipped with 10/100Mbit Ethernet COM-port for park communication as well as backbone connection via WP-Line 111 MK ll. The WP4100 MK ll controller is part of- and surveys the hardwired safety chain. The WP4100 MK ll controller contains internal maintenancefree power back-up, so essential data will not be lost in case of system power failure. WP4100 MK ll is based on a high-speed CPU. The WP4100 MK ll controller contains an advanced OS4000 operation system software that has the TCP/IP protocol stack, web server, PC-compatible file system on an USB disk, plug-and-play identification/configuration of all WP-Line modules, status code system, a 30-year summation structure, and a total log system. It is easy to up-/download data/programs via an USB flash drive. The USB disk can also be used as storage for extended data collection. It can handle up to 10 simultaneous/independent application programs in the turbine control, park power management, dump-load control, condition monitoring, camera control, customer-adapted communication protocols etc. The WP4100 MK ll controller is using eventbased communication, which means that only changed values are transmitted via the network. The WP4100 MK ll controller can automatically update the program of the WP-Line modules via the network. OPTION: The WP4100 MK ll controller supports the IEC PLC programming standard. MT_WP4100 MK ll_datasheet_r4_0

3 WP4100 MK ll Controller Technical Data Memory DRAM Flash Disk WP-Line BUS Supply Voltage Nominal Allowed range 128 MB 256 MB 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) 0.06 A Maximum 0.75 A Standard module load 1 External Supply Voltage Nominal Allowed range Current Consumption (External 24V Supply) Maximum Module Power Dissipation Digital Relay I/O (Safety Chain) Isolation Nominal voltage Input current/signal 1 Input impedance Master/Slave Isolation Nominal voltage Input impedance 24 VDC 18 to 30 VDC 0.25 A 1.00 A 6.75 W (1 kvolt) 24 VDC 10 ma to 1A Relay (1 1 sec) 24 VDC (Master/Slave) 1K6Ω Port for RS232 Communication (Modem) No. of ports 1 Communication speed 300 BAUD to kbaud (software configuration) Max. cable length 3 m. Recommended 0.25 w/shield Connector 9-pin Sub D connector Port for RS232 Communication with RTS/CTS No. of ports 1 Communication speed 300 BAUD to kbaud (software configuration) Max. cable length 3 m. Recommended 0.25 w/shield Connector 9-pin Sub D connector MT_WP4100 MK ll_datasheet_r4_0

4 WP4100 MK ll Controller Technical Data USB for Disk USB type Host, type A connector USB Ver. 1.1 Port for ETHERNET RJ45 Communication Communication speed Connector 10/100 Mbit/s RJ45 Shielded Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to +85 C Relative humidity Max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of Protection 170 x 165 x 65 mm Min. 25 mm 0.6 Kg IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP4100 MK ll_datasheet_r4_0

5 WP4100 MK ll Controller Mita-Teknik Ordering Information Order Number Order Name WP4100 MK ll Controller Accessories WP-Line 80 LED module WP-Line BUS flat cable 27 mm molded WP-Line BUS Terminator MK ll WP-Cable, WP N-Port 5 m WP-Cable, WP4100, Modem 2 m WP-Cable, WP PC 3 m Ethernet Patch Cable 1 m Ethernet Patch Cable 2 m Ethernet Patch Cable 5 m Connector Kit Screw Black WP Upgrading Kit WP4000 to WP4100 MT_WP4100 MK ll_datasheet_r4_0

6 WP4200 Platform CPU module for WP42xx Systems and Concepts High performing controller for all types of turbines Safe operation in harsh environmental conditions Maintenance free - no fans and no replaceable batteries Advanced event based data logging and storage Direct integration with safety system Integrated Failsafe Flash disc High-speed multi-core processor (CPU and DSP) Built-in floating point unit (FPU) for fast advanced mathematical calculations Gigabit Ethernet, Serial RS232 and USB 2.0 port 8/16 accelerometer inputs (-08, -09, -10 variant only) Fan control for small size high IP class panels (-10 variant only) The WP4200 Controller The WP4200 Platform controllers are based on the multicore CPU technology, offer superior performance and with its built-in floating point unit it is perfectly suited for high demanding control- and regulation applications. Furthermore, the controllers are equipped with high-speed gigabit Ethernet interface, for communication in the wind farm. Additionally there is one more Ethernet interface backbone communication to the distributed I/O modules. It also features safety chain relay logic that integrates with the safety system to fulfill the requirements in the ISO standard. In standalone mode WP4200 controller can provide power supply for up to 3 WP-Line modules connected to WP-Line bus. The WP4200 Controller - 08 has 8 accelerometer inputs for ICP sensors; these can be used for basic condition monitoring measurements. The WP4200 Controller - 09 has 16 accelerometer inputs for ICP sensors; these can be used for advanced condition monitoring measurements. The WP4200 Controller - 10 has 8 accelerometer inputs for ICP sensors and additional IO interface intended for standalone condition monitoring solution. The controllers of the WP4200 platform are equipped with internal maintenance-free power back-up, ensuring all data is stored in the event of system power failure (UPS shutdown/failure) and program update. The USB 2.0 port can be used with USB devices complying with the USB Mass Storage Class Specification, like USB Flash drives and hard disc drives, allowing storage of up to 2 TB of data. The controller uses the advanced OS42xx Operating System software, featuring the Failsafe Flash file system, TCP/IP protocol stack, WEB-server, plug-and-play identification/ configuration of all WP-Line modules, status code system, 30-year summation structure, menu system and log systems. The OS42xx Operating System API is 100% backwards compatible with the OS4000 and OS4100 operating systems in case of invariant system layout this ensures that existing applications can be used with the WP4200 Platform controllers without any modification or recompilation. MT_WP4200 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

7 WP4200 Platform The module handles the executing of up to 10 different synchronous/asynchronous applications running in parallel. As an example this can be: turbine control application, grid quality monitor and condition monitoring applications, standard communication protocols, customer specific communication protocols, CODESYS RTS, etc. The controller supports the IEC (CODESYS) PLC programming languages as well as advanced programming in C and C++, using PEPTOOL or other programming tool of your choice. WP4200 Variants WP WP WP WP MT_WP4200 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

8 WP4200 Platform Technical Data CPU System CPU DSP FPGA NVRAM DDR lll RAM Flash disk ARM Cortex - A8 1.2 GHz TI C674X Core 1 GHz Xilinx FPGA Spartan - 3 AN Dynamic allocated up to 10 MB 256 MB 512 MB USB USB type USB ver. Supported devices Host, type A connector 2.0 USB Mass Storage Class (up to 2TB) Ethernet RJ45 LAN Port Communication speed Connector Ethernet WP-Line BUS Communication speed Connector Relay Output - Safety Isolation type Nominal voltage Input current/signal 1 Input impedance Redundant System Interface - Master Isolation type Nominal voltage Input impedance Serial Communication Port - COM 1 Port type Communication speed Connector Serial Communication Port - COM 2 Port type Communication speed Connector 10/100/1000 Mbit/s RJ45 Shielded 10/100 Mbit/s WP-Line BUS connector (left side) Relay contact 24 VDC 10 ma to 1 A 2.4 kω Optocoupler 24 VDC 1.6 kω RS232 (RTS/CTS/RI) 300 BAUD to kbaud (software configuration) 9-pin Sub D connector RS232 (RTS/CTS) 300 BAUD to kbaud (software configuration) 9-pin Sub D connector Accelerometer Inputs (WP4200 Controller - 08, -09 and -10 only) Variant Number of inputs None Galvanic isolation V 500 V 500 V Supported sensors IEPE type - integrated electronics piezoelectric Resolution: 24 Bit MT_WP4200 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

9 WP4200 Platform Technical Data ADC Resolution: 24 Bit Range of measurement: 0.1 to 25 g (supporting ICP sensors) Frequency range: 0.1 to Hz Sampling rate: 48 khz High Speed Counter Inputs (WP4200 Controller - 10) Number of inputs Galvanic isolation Nominal voltage: Signal "1" Signal "0" Input impedance Frequency range V 15 to 30 VDC 0 to 5 VDC 2400 Ω 0.05 Hz to 1k Hz Digital Inputs (WP4200 Controller - 10) Number of inputs Galvanic isolation Nominal voltage: Signal "1" Signal "0" Input impedance Minimum pulsewidth Sampling rate Digital Output (WP4200 Controller - 10) Number of outputs Output type Galvanic isolation Nominal voltage Maximum current PT100 Inputs (WP4200 Controller - 10) Number of inputs Galvanic isolation Temperature measuring range Accuracy Resolution Current for PT100 input Conversion time for each channel, max Analog Inputs (WP4200 Controller - 10) Number of inputs Galvanic isolation Input current Analog bandwith Accuracy Measurement resolution Input resistance 2 with common ground 500 V 15 to 30 VDC 0 to 5 VDC Min Ω >20ms 50 Hz 1 NPN 500 V 24 V 0.1 A 2 with common ground 500 V -40 to +211 C ±0.5% of full scale 0.1 C Max. 1 ma 250 ms 4 with common ground 500 V 0 to 20 ma 0 to 100 Hz ±0.5% of full scale 0.01 ma <200 Ω MT_WP4200 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

10 WP4200 Platform Technical Data WP-Line BUS Nominal voltage Standard module load 12 VDC (10.5 to 13.5 VDC) 3 External 24 V Variant Current consumption (excluding connected WP-Line modules consumption up to 0.6A): Maximum VDC VDC VDC VDC VDC VDC VDC VDC Required voltage 24 VDC (19 to 30 VDC) Module Power Consumption Variant W 13.9 W 15.9 W 15.6 W Permissible Ambient Conditions Operation temperature Storage temperature Relative humidity Operation altitude -30 to +60 C (fanless operation) -40 to +85 C Max. 95% RH 40 C) Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Variant Weight 0.6 kg 0.66 kg 0.72 kg 0.7 kg Dimensions (WxHxD) Required gap (top/buttom) Degree of protection 170 x 165 x 65 mm Min. 25 mm IP30 Applied Standards Damp heat Vibration Bump Shock Temperature EMC EN EN EN EN EN , EN and EN EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP4200 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

11 WP4200 Platform Mita-Teknik Ordering Information Order Number Variant Order Name WP4200 Controller with stand-alone capability - Basic WP4200 Controller with stand-alone capability - Basic 8 accelerometer inputs (PCB plug) WP4200 Controller with stand-alone capability - Advanced 16 accelerometer inputs (PCB plugs) WP4200 Controller with stand-alone capability - Extended 8 accelerometer inputs (PCB plug) & I/O Accessories For all variants WP-Line 111 MK ll Power Supply / Backbone WP-Line BUS flat cable 27 mm molded WP-Line BUS Terminator MK II WP-Line MK II 80 LED module Serial Cable RS232 WP4x00 / N-Port 5 m Serial Cable RS232 WP4x00 / N-Port 1.5 m Serial Cable RS232 WP4x00 / Modem 2 m Serial Cable RS232 WP4x00 / PC 3 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 1 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 2 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 5 m Fiber Optic Cable Trunk 6 x 62.5/125 um SC/SC 90 m For WP4200 Controller - 00 only Connector Kit Screw Black WP For WP4200 Controller - 08 only Connector Kit Screw Black WP For WP4200 Controller - 09 only Connector Kit Screw Black WP For WP4200 Controller - 10 only Connector Kit Screw Black WP Cylindrical Proximity Sensor M12 Shielded cable for the Proximity Sensor 10 m Common for WP4200 Controller - 08, - 09 & Accelerometer, 100 mv/g, 80 g, Hz, M12 top connector Accelerometer, 500 mv/g, 10 g, Hz, M12 top connector Accelerometer, 100 mv/g, 80 g, Hz, M12 side connector (incl. M6 bolt) Accelerometer, 500 mv/g, 10 g, Hz, M12 side connector (incl. M6 bolt) Accelerometer Cable, Shielded, 4-pin M12 connector, 5 m Accelerometer Cable, Shielded, 4-pin M12 connector, 10 m Accelerometer Cable, Shielded, 4-pin M12 connector, 15 m Accelerometer Cable, Shielded, 4-pin M12 connector, 20 m MT_WP4200 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

12 WP4200 Platform Mita-Teknik Ordering Information Accelerometer Cable, Shielded, 4-pin M12 connector, 20 m Mounting stud with M6 x 1 to M6 x 1 thread Mounting stud with M6 x 1 to M8 x1.25 thread Mounting pad, M6 x 1 integral stud, stainless steel Magnetic mounting pad, M6X1 integral stud, stainless steel Glue for accelerometer mounting pads For upgrade from WP4100 Controller to WP4200 Controller only WP4100 to WP4200 SC/MS Adapter MT_WP4200 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

13 WP100 Platform CPU module for small and medium sized wind turbines Safe operation in harsh environments Maintenance free - no fans and no batteries that need replacement Advanced event based data logging and storage Ethernet, Serial RS232/RS422/RS485 and USB 2.0 port 16 digital inputs/outputs, 4 high speed digital counters 4 PT100 inputs, 4 analog inputs and 1 analog output 1 CAN/CANopen interface Direct integration with safety system 1 Grid measurement (3 current and 3 voltage inputs) Built-in multiport Ethernet switch Built-in GPS receiver The WP100 Platform The WP100 Platform is specially designed for control of small and medium sized wind turbines. The basic variant, WP100 Controller 00, has a set of various on-board I/O channels that makes it possible to use the controller as standalone (w/o additional I/O modules) to control less complex systems. At the same time, it is possible to connect up to 3 WP-Line I/O modules when more I/O channels needed. The on-board grid interface makes it possible to calculate main grid parameters by precise and reliable DSP algorithms according to IEC standard. The controller is equipped with two high-speed interfaces that work as separate network interfaces. The controller features also safety chain relay logic. The WP100 Controller 31 with built-in multiport Ethernet switch (among others, includes fiber optic 100BASE-FX port) can be extended with more I/O groups via Backbone interface. The WP100 Controller 32 has built-in GPS receiver and can provide geographic coordinates and accurate time for the system. All controllers of the WP100 Platform support CANopen Master functionality (optionally). A special application is required to run CANopen and can be delivered on demand. All controllers of the WP100 Platform are equipped with internal maintenance-free power back-up, ensuring all data is stored in the event of system power failure (UPS shutdown/failure) and program update. The USB 2.0 port can be used with USB devices complying with the USB Mass Storage Class Specifiation, like USB Flash drives and hard disc drives, allowing storage of up to 2 TB of data. The controller uses the advanced OS1xx Operating System software, featuring the Failsafe Flash file system, TCP/IP protocol stack, WEB-server, plug-and-play identifiation/ confiuration of all WP-Line modules, status code system, 30-year summation structure, menu system and log systems. The OS1xx Operating System API is 100% backwards compatible with the OS4x00 operating systems family this ensures that existing applications that run on WP4100 and WP4200 platforms can be installed on the WP100 Platform controllers without any modification or recompilation when the hardware setup is compatible. The controller handles the executing of up to 10 different synchronous/asynchronous applications running in parallel. As an example this can be: turbine control application, park control application, standard communication protocols, customer specifi communication protocols, CoDeSys RTS, etc. The controller supports the IEC (CoDeSys) PLC programming languages as well as advanced programming in C and C++, using PEPTOOL or other programming tool of your choice. MT_WP100 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

14 WP100 Platform WP100 Variants WP WP WP WP MT_WP100 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

15 WP100 Platform Technical Data CPU System CPU DDR lll RAM Flash Disk USB USB type USB version Supported devices ARM Cortex - A MHz 1024 MB 1024 MB Host, type A connector 2.0 USB mass storage Class (up to 2TB) Ethernet RJ45 LAN Port Variant Number of ports LAN1 Communication speed, Mbit/s 10/100 10/100 10/100 10/100 LAN2 Communication speed, Mbit/s 10/100 10/100 10/100 10/100 LAN3 Communication speed, Mbit/s N/A N/A 10/100 N/A Connector RJ45 shielded LAN4 Ethernet Optical Communication Port (WP100 Controller 31 Only) Communication speed Range, maximum recommended Fibre type Wave length 100 Mbit/s 2000 m 62.5/125 μm 1300 nm Relay Output - Safety Isolation type Nominal voltage Input current/signal 1 Input impedance Serial Communication Port - COM Port type RS232 mode: Communication speed Max. cable length Recommend cabe type RS485/RS422 mode: Communication speed Max. cable length Recommend cabe type Termination Relay contact 24 VDC 10 ma to 1 A 2.4 kω RS485/RS422/RS to kbaud (software configuration) 5 m Multi wire cable with shield 1.2 to kbaud Max m at 9.6kBAUD Multi wire cable with shield Mount at line ends MT_WP100 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

16 WP100 Platform Technical Data CAN Communication Port Galvanic isolation Cable impedance Communication speed Max. cable length, examples Yes 120 Ω 10 kbit/s to 1 Mbit/s 30 1 Mbit/s kbit/s kbit/s Digital Inputs Number of inputs Galvanic isolation Nominal voltage: Signal "1" Signal "0" Input current Input impedance Minimum pulsewidth Sampling rate Digital Outputs Number of inputs Galvanic isolation Output voltage: Low level (Off) High level (On) Output current Number of groups Points per group Overall group current limit Minimum load impedance Protected from short circuit events High Speed Counter Inputs Number of inputs Galvanic isolation Nominal voltage: Signal "1" Signal "0" Input impedance Frequency range PT100 Inputs Number of inputs Galvanic isolation Temperature measuring range Accuracy 16 with common ground No 15 to 30 VDC 0 to 5 VDC Max. 25 ma Min Ω >20 ms 50 Hz 16 with common ground No 0 to 2 VDC 0.95 x supply voltage Max A for each A 100 Ω Yes 4 Yes 15 to 30 VDC 0 to 5 VDC 2400 Ω 0.01 Hz to 80 khz 4 Yes -40 to +211 C ±0.5% of full scale 0.1 C MT_WP100 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

17 WP100 Platform Technical Data Resolution Current for PT100 input Conversion time for each channel, max 0.1 C Max. 1 ma 250 ms Analog Inputs Number of inputs Galvanic isolation Input current Analog bandwith Accuracy Measurement resolution Input resistance Analog Output Number of outputs Galvanic isolation Output range Analog bandwith Minimum load resistance Accuracy Resolution GPS Receiver (WP100 Controller 32 only) GPS information Connector type RF input impedance Power supply for antenna Galvanic isolation 4 with common ground Yes 0 to 20 ma 0 to 100 Hz ±0.5% of full scale 0.01 ma <200 Ω 1 Yes 0 to 10 V 0 to 300 Hz 1kΩ (max V) ±0.5% of full scale 2.66 mv Coordinates, time information SMA female receptacle 50 Ohm MHz 3.3 V up to 30 ma Yes Grid Measurement Input (WP100 Controller 30, 31, 32 only) No. of current inputs Current input range Current input impedance Current accuracy No. of voltage inputs Voltage input range Voltage input impedance Voltage accuracy Measurement frequency band width Relay Output - Grid Measurement (WP100 Controller 30, 31, 32 only) Isolation type Nominal voltage Input current/signal 1 Input impedance 3 1 A RMS 40 mω ±0.5% of full scale, within measurement frequency and operating temperature range 3 18 V RMS 100 kω ±0.3% of full scale, within measurement frequency and operating temperature range 40 Hz to 9 khz Relay contact 24 VDC 10 ma to 1 A 2.4 kω MT_WP100 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

18 WP100 Platform Technical Data WP-Line BUS Nominal voltage Standard module load 12 VDC (10.5 to 13.5 VDC) 6 External 24 V Variant Current consumption: (all digital outputs at '0' state) 0,27 24 VDC 0,35 24 VDC 0,48 24 VDC 0,37 24 VDC Maximum (all digital outputs at '1' state) 4,37 24 VDC 4,45 24 VDC 4,58 24 VDC 4,47 24 VDC Required voltage 24 VDC (19 to 30 VDC) Module Power Consumption Variant (excluding load on digital outputs), W Permissible Ambient Conditions Operation temperature Storage temperature Relative humidity Operation altitude -30 to +60 C (fanless operation) -40 to +85 C Max. 95% RH 40 C) Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Variant Weight 0.52 kg 0.56 kg 0.60 kg 0.58 kg Dimensions (WxHxD) Required gap (top/buttom) Degree of protection 170 x 165 x 65 mm Min. 25 mm IP30 Applied Standards Damp heat Vibration Bump Shock Temperature EMC Power quality of wind turbine Grid codes reference document EN EN EN EN EN , EN and EN EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) EN : A1:2009 (Testing and measurement techniques) General guide on harmonics and interharmonics measurements and instrumentation, for power supply systems and equipment connected thereto EN , Wind Turbines - Part 21: Measurement and assesment quality characteristics of grid connected wind turbines BDEW: Generating Plants Connected to the Medium - Voltage Network (June 2008) MT_WP100 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

19 WP100 Platform Mita-Teknik Ordering Information Order Number Variant Order Name WP100 Controller WP100 Controller - 30 (Grid) WP100 Controller - 31 (Grid & Fiberoptic) WP100 Controller - 32 (Grid & GPS) Accessories WP-Line BUS Flat Cable 27 mm Molded WP-Line BUS Terminator MK II Connector Kit Screw Black WP100 Controller Connector Kit Screw Black WP100 Controller 30 / Connector Kit Screw Black WP100 Controller Serial Cable RS485 WP100-xx - WP m Serial Cable RS232 WP100-xx - PC 3 m Cable WP100-3x / WP m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 1 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 2 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 5 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 10 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 15 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 30 m Fibre Optical Patch Cable 2X 62.5µm SC/SC-D 1 m Fibre Optical Patch Cable 2X 62.5µm SC/SC 2 m Fibre Optical Patch Cable 2X 62.5µm SC/SC-D 5 m GPS Active Antenna GPS Antenna Mount, GPS Antenna Mount straight GPS Antenna Cable RG58 TNC - SMA 5 M GPS Antenna Cable RG58 TNC - SMA 10 M GPS Antenna Cable RG58 TNC - SMA 25 M Configuration List Order Name LAN1 / LAN2 Mbit/s LAN3 / LAN4 Mbit/s Grid Measurement Input GPS Receiver WP100 Controller / WP100 Controller /100 - x - WP100 Controller /100 10/100 x - WP100 Controller /100 - x x MT_WP100 Platform_DataSheet_R7_ Mita-Teknik. All rights reserved

20 WP3x00 MK ll Controller All control functions are integrated Integrated realtime grid measurement Gigabit Ethernet, Serial RS232/RS422/RS485 Direct integration with safety system Advanced data collection and storage Mechanically compatible with WP3x00 Maintenance free - no fans and no batteries that need replacement The WP3x00 MK ll Controller The WP3x00 MK II controller is specifically designed to replace existing WP3x00 controllers in the market, and to give our customers the benefits of state-of-art communication interfaces and protocols. The WP3x00 MK ll controller ensures optimal operation, active security and advanced data collection. The on-board grid interface makes it possible to calculate main grid parameters by precise and reliable DSP algorithms, according to IEC standard. The controller is equipped with two high-speed gigabit ethernet interfaces working as separate network interfaces. The controller also features safety chain relay logic. The controller handles the executing of up to 10 different synchronous/asynchronous applications running in parallel. As an example this can be: turbine control application, standard communication protocols, customer specific communication protocols, CoDeSys RTS, etc. The controller supports the IEC (CoDeSys) PLC programming languages, as well as advanced programming in C and C++, using PEPTOOL or other programming tool of your choice. The controller is equipped with internal maintenance-free power back-up, ensuring that all data is stored in the event of system power failure (UPS shutdown/failure) and program update. The controller uses the advanced OS1xx Operating System software, featuring the Failsafe Flash file system, TCP/IP protocol stack, WEB-server, plug-and-play identification/ configuration of all WP-Line modules, status code system, 30-year summation structure, menu system and log systems. MT_WP3x00 MK ll_datasheet_r3_0

21 WP3x00 MK ll Controller Technical Data Supply Voltage Nominal Allowed range Current Consumption Maximum Power Dissipation 24VDC 21.6 to 26.4VDC 0.856A DC 1.22A DC 25W Digital Input No. of points 43 Number of groups 6 Points per group 5x8/1x3 Isolation Optocoupler Nominal voltage 24VDC Signal "1" 15 to 30VDC Signal "0" 0 to 5VDC Input current 25mA max. Input impedance 1500Ω Minimum pulsewidth 21ms Highspeed Input No. of points 7 Isolation Optocoupler Nominal voltage 24VDC Signal "1" 15 to 30VDC Signal "0" 0 to 5VDC Input impedance 1500Ω min. Input frequency 5x0.01Hz-10kHz/2x0.01Hz-80kHz Thermistor Input No. of points 4 Number of groups 1 Points per group 4 Isolation Optocoupler Signal "1" >2800Ω Signal "0" <1300Ω Digital Output No. of points 24 Number of groups 9 Points per group 5x4/4x1 Isolation Relay contact MT_WP3x00 MK ll_datasheet_r3_0

22 WP3x00 MK ll Controller Technical Data Operation voltage Output current, Signal "1" Rated current pr point Rated voltage pr point Rated breaking capacity Max. per group VAC VDC 8A 250V 1250VA 5x15A/4x8A Grid Measurement Input No. of current inputs 3 Current input range 1A RMS Current input impedance 40mΩ Current accuracy ±0.5% of full scale, within measurement frequency and operating temperature range No. of voltage inputs 3 Voltage input range 18V RMS Voltage input impedance 100kΩ Voltage accuracy ±0.3% of full scale, within measurement frequency and operating temperature range Measurement frequency bandwidth 40Hz to 9kHz Analog Input No. of points 4 Number of groups 4 Points per group 1 Input configuration per input Input voltage +/- 10V Measurement precision +/- 50mV Input frequency 0-100Hz Resolution 12 bit Input impedance 37.5 kω Input current 0-20mA Measurement precision +/- 50µA Input frequency 0-100Hz Resolution 12 bit Imput impedance 250Ω PT100 Input No. of points 11 Number of groups 11 Points per group 1 Resolution 0.1 C Accuracy 0.5% of full scale Range for group -40 C to 211 C MT_WP3x00 MK ll_datasheet_r3_0

23 WP3x00 MK ll Controller Technical Data Analog Output No. of points 8 Isolation Optocoupler Setup as Voltage Output voltage +/-10V RL = 1kΩ) Output tolerance +/- 39mV Resolution 12bit Output impedance 100mΩ Short-circuit protection Yes Setup as Current Output current 0 to 20mA max. RL = 500Ω Output tolerance +/- 39µA Resolution 12bit Port for RS232/RS422/RS485 Communication No. of ports 2 Isolation Optocoupler Communication speed 300BAUD to 230.4kBAUD (software configuration) Max. cable length RS422 max. 2 nodes RS485 max. 1.2kBAUD RS232 max. 30m Termination For RS422 and RS485 mount 120Ω at line ends Port for RS422/RS485 Communication No. of ports 2 Isolation Optocoupler Communication speed 300BAUD to 230.4kBAUD (software configuration) Max. cable length RS422 max. 2 nodes RS485 max. 1.2kBAUD Termination Mount 120Ω at line ends Relay Output - Safety Isolation type Nominal voltage Input current/signal 1 Input impedance Relay contact 24VDC 10mA to 1A 2.4kΩ Ethernet RJ45 LAN Port Number of ports 2 Communication speed 10/100/1000Mbit/s Connector RJ45 shielded Permissible Ambient Conditions Operation temperature -30 to 50 C Transpotation / Storage temperature -40 to 85 C Max. relative humidity Max. 95% RH C) Max. Operation height Max. 2000m above sea level (up to 4000m at derated temperature) MT_WP3x00 MK ll_datasheet_r3_0

24 WP3x00 MK ll Controller Technical Data Mechanical Information Dimensions (W x H x D) Weight Degree of protection 375 x 310 x 162mm 7.8kg IP20 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) EN : A1:2009 (Testing and measurement techniques - General guide on harmonics and interharmonics measurements and instrumentation, for power supply systems and equipment connected thereto) Power quality of wind turbine EN , Wind Turbines - Part 21: Measurement and assesment of power quality characteristics of grid connected wind turbines Grid codes reference document BDEW: Generating Plants Connected to the Medium - Voltage Network (June 2008) Mita-Teknik Ordering Information Order Number xx (Different variants) xx (Different variants) Order Name WP3000 MK II Controller WP3100 MK II Controller Accessories WP4052 Touch Display - Bacis - Mita-Teknik WP4052 Touch Display - Cold Climate - Mita-Teknik WP4059 Display - Mita-Teknik WP3090 Transformer Interface Standard - 690V/18V Serial Cable RS485 WP-Line 111/351 - WP m Serial Cable RS232 WP4X00 / PC 3 m Serial Cable RS232 WP4X00 / Modem 2 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 1 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 2 m Ethernet Patch Cable RJ45, Cat. 6 STP Shielded Grey 5 m MT_WP3x00 MK ll_datasheet_r3_0

25 WP-Line 111 MK ll Power Supply/Backbone High-efficiency power supply for the WP4x00 MK ll Control Concept - up to 15 WP-Line modules can be connected Optical backbone Ethernet with optional redundancy 2 RJ45 Ethernet plugs for display and service Activity LED showing operational status Fast and easy DIN-rail mounting Supports removable LED matrix display New flexible serial COM-port Intelligent thermal control The WP4x00 MK ll Control Concept The WP-Line 111 MK ll Power Supply/Backbone module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security, and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4100 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Service-friendly The WP-Line 111 MK ll The WP-Line 111 MK ll Power Supply/Backbone module is an improvement of the older WP-Line 110 and functions as power supply for the single module blocks in the WP4x00 MK ll Control Concept. The inter-block communication (backbone) in the WP4x00 MK ll Control Concept is carried out by the WP-Line 111 MK ll via an optical Ethernet. The backbone is constructed as a single ring. The fibre optic type is 62.5/125µm. Furthermore, the WP-Line 111 MK ll is equipped with 2 x 100Mbit Ethernet RJ45 plugs for connection of a graphical display/keypad or PC. This enables operating the complete WP4x00 MK ll Control System at all available module blocks. MT_WP-Line 111 MK ll_datasheet_r6_0

26 WP-Line 111 MK ll Power Supply/Backbone Technical Data Supply Voltage 1 Nominal Allowed range Current consumption WP-Line BUS Supply Voltage delivered, nominal Allowed range Delivered current, maximum 24 VDC 18 to 30 VDC <0,3 A - 2,0 A 12 VDC 11.5 to VDC 3A/15 standard module loads* BUS Port Connectors Ethernet 2 x RJ45 Ethernet 2 x SC Serial COM-Port 1 ETHERNET RJ45 Communication Port Communication speed Range, maximum recommended ETHERNET Optical Communication Port Communication speed Range, maximum recommended Fibre type Wave length 10/100 mbit/s 50 m 100 mbit/s 2000 m 62.5/125 μm 1300 nm Port for RS232/RS422/RS485 Communication No. of ports 1 Isolation Digital isolator (4000-V peak isolation, 560-Vpeak VIORM) Communication speed Max. cable length 300 BAUD to kbaud (software configuration) RS422 max nodes RS485 max K BAUD RS232 max. 30 m Recommended cable type Multi wire cable with shield Termination For RS422 and RS485 mount 120 Ω at line ends Connector 6-pin 5.08 mm plugin terminal block with EARTH Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Operation altitude max. 95% RH 40 C) Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/bottom) Weight Degree of protection 85 x 165 x 65 mm Min. 25 mm 370 g IP30 MT_WP-Line 111 MK ll_datasheet_r6_0

27 WP-Line 111 MK ll Power Supply/Backbone Technical Data Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) Mita-Teknik Ordering Information Order Number WP-Line 111 MK ll Power Backbone Accessories Order Name WP-Line 80 LED module WP-Line Bus Flat Cable 27 mm molded WP-Line Bus Terminator MK II Serial Cable RS485 WP-Line 111/351 - WP m Serial Cable RS485 WP-Line 111/351 - WP m Serial Cable RS232 WP-Line 111/351 - DP9 male (UPS) 2 m Serial Cable RS232 WP-Line 111/351 - PC 2 m Serial Cable RS232 WP4x00 / N-Port 5 m Serial Cable RS232 WP4x00 / N-Port 1.5 m Serial Cable RS232 WP4x00 / Modem 2 m Serial Cable RS232 WP4x00 / PC 3 m Ethernet Patch Cable 1 m Ethernet Patch Cable 2 m Ethernet Patch Cable 5 m Fibre Optical Patch Cable 2X 62.5µm SC/SC-D 1 m Fibre Optical Patch Cable 2X 62.5µm SC/SC 2 m Fibre Optical Patch Cable 2X 62.5µm SC/SC-D 5 m Connector Kit Screw Black WP-Line 111 MK ll MT_WP-Line 111 MK ll_datasheet_r6_0

28 WP-Line 151 MK ll Grid Measurement Realtime DSP grid measurement module Surveillance of 3 currents and 3 voltages New, improved algorithms for precise, fast and reliable grid measurements Calculation of all grid data Grid protection Supports FRT/LVRT Supplies data for machine control Supplies data for production statistics Intelligent thermal control Configurable measuring modes to present Power, Energy and Powerfactor The WP4x00 MK ll Control Concept The WP-Line 151 MK ll Grid Measurement module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security, and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-andplay system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 151 MK ll The WP-Line 151 MK ll module has three voltage and three current analog inputs. The module is powered from the WP-Line BUS. The WP4x00 MK ll controller can automatically update the programs via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Analog part is based on 16 bit precision ADC. The WP-Line 151 MK ll module performs three basic functions: Calculates main grid parameters Switches turbine off the grid in case of grid fault Provides WP4x00 MK ll controller with data Main grid parameters like voltage, current, active and reactive powers, etc. are used by the WP4x00 control application for turbine overall control. Calculation of main grid parameters by precise and reliable DSP algorithms has the following features: Frequency calculation algorithm assures measurement accuracy 0.01 Hz and higher Voltage and currents are calculated using FFT algorithms Powers and energies are measured according to IEC standard Precise DSP algorithms and high update rate make support for FRT/LVRT MT_WP-Line 151 MK ll_datasheet_r8_ Mita-Teknik. All rights reserved

29 WP-Line 151 MK ll Grid Measurement Apart from just measuring main grid parameters the WP- Line 151 MK II module can perform grid protection functions. In particular, it can protect the grid in case of the following grid faults: Over/under voltage Over/under average voltage Over current Over/under frequency Over power Reactive power high/voltage low Vector jump Rate of change of frequency (ROCOF) high By default, the grid protection functionality of the WP- Line 151 MK ll module is disabled. For the WP-Line 151 MK ll module to perform grid protection functions it must be properly configured. The grid protection functionality of the WP-Line 151 MK ll module provides two level of grid protection: Once the relay is activated, it stays in this state during certain minimum period which is configurable value. There is an option for programmatical inversion of relay behavior - relay activation can be associated with either relay open or relay close state. Fault reaction time, that is, time interval between fault detection and relay activation is configurable timeout value. If minimum reaction time is required then timeout is set to 0. In case of voltage fault maximum relay reaction time is 30 ms. In case of frequency fault maximum relay reaction time is 50 ms. Over/under voltage protection, over/under frequency protection and automatic relay closing are certified by TUV according to the BDEW 2008 standard. Certificate registration number is The certificate is valid till The first level is passive, that is, faults are only detected and registered but no active actions are undertaken. The second level is active, that is, when grid fault happens the relay is activated and thus the turbine is switched off the grid. Furthermore, there is an option for manual relay activation regardless of grid faults state. Relay can be reset (closed) automatically, if voltage and frequency is within the specified range or manually. Grid protection by WP-Line 151 MK ll module operates with such definitions as threshold, dropout level and timeout. Threshold level defines a value crossing of which up or down dependent on whether it is high or low threshold - leads to activation of timeout timer. Dropout level defines a value crossing of which down or up dependent on whether it is high or low threshold - leads to fault clearance. Timeout value defines time interval between crossing threshold and fault activation. MT_WP-Line 151 MK ll_datasheet_r8_ Mita-Teknik. All rights reserved

30 WP-Line 151 MK ll Grid Measurement Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) 0.40 A Maximum 0.45 A Standard module load 2 Module Power Dissipation 4.6 W Grid Measurement Input No. of current inputs 3 Current input range 5 A RMS Current input impedance 10 mω No. of voltage inputs 3 Voltage input range 18 V RMS Voltage input impedance 8.3 kω Resolution 16 bit Accuracy 0.2 % of full scale Sample speed 4 khz Relay output Max. switching current Max. switching voltage Max. response time 1A 125 VDC/AC 20 ms Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to +85 C Relative humidity Max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min. 25 mm 0.35 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 151 MK ll_datasheet_r8_ Mita-Teknik. All rights reserved

31 WP-Line 151 MK ll Grid Measurement Mita-Teknik Ordering Information Order Number Order Name WP-Line 151 MK ll Grid Measurement Accessories WP-Line 80 LED module WP-Line BUS flat transmission cable, 27 mm molded WP-Line BUS Terminator MK ll Connector Kit Cable WP-Line WP m Grid Measurement Grid Measurement Interface MT_WP-Line 151 MK ll_datasheet_r8_ Mita-Teknik. All rights reserved

32 WP-Line 351 MK ll Combi I/O Optimized I/O Combi module 2 serial COM-ports 16 digital outputs/26 digital inputs/4 high-speed counter inputs 4 analog outputs/8 analog inputs/8 PT100 inputs/2 thermistor inputs Compact design Improved PT100 temperature range Improved PT100 accuracy Intelligent thermal control The WP4x00 MK ll Control Concept The WP-Line 351 MK ll Combi I/O module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security, and advanced data collection. The concept typicaly consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 351 MK ll The WP-Line 351 MK ll Combi I/O module is equipped with 2 flexible COM-ports. COM1 can be configured to RS232/422/485 or SSI, COM2 can be configured to RS422/485 or SSI via the software - as per requirement. The module also consists of various I/O s. The digital I/O s are based on 24 Volt and consist of the following: 16 high current digital solid state outputs 26 digital inputs 4 high-speed counter inputs to 10 khz The analog section is based on 12 bit analog convertion and contains: 4 flexible analog outputs that can be configured to -/+ 10 V or 0-20 ma as per requirement 4 analog inputs, -/+10 V 4 analog inputs, 0-20 ma 8 PT100 inputs, - 60 to +230 C 2 thermistor inputs, with the possiblity of connecting more thermistors in series All I/O s are galvanic separated and all outputs are shortcircuit protected. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 351 MK ll_datasheet_r5_0

33 WP-Line 351 MK ll Combi I/O Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) 0.25 A Maximum 0.30 A Module load 2 External Supply Voltage Maximum 24 VDC 18 to 30 VDC Current Consumption (External 24V Supply. Exclude Active Digital Outputs) Maximum MT_WP-Line 351 MK ll_datasheet_r5_ A 0.24 A Current Comsumption (External 24V Supply. Include Active Digital Output 0.5A x 16) 8.20 A Maximum 8.24 A Module Power Dissipation (Without Active Digital Outputs) 9.0 W Digital Input No. of points 26 Isolation Optocoupler Nominal voltage 24 VDC Signal 1 15 to 30 VDC Signal 0 0 to 5 VDC Frequency 0 to 50 Hz Counter -/High Speed Input No. of points 4 Isolation Optocoupler Nominal voltage 24 VDC Measurement precision +/- 0.05% Signal 1 15 to 30 VDC Signal 0 0 to 5 VDC Input current/signal 1 +/- 16 ma (@ 24 V in) Input impedance 1.5 kω Input frequency 0 to 10 khz Thermistor Input No. of points 2 Isolation Optocoupler Signal 1 >2800 Ω analog measurement Signal 0 <1300 Ω analog measurement Input frequency 0 to 4 Hz Digital Output No. of points 16 Number of groups 2

34 WP-Line 351 MK ll Combi I/O Technical Data Points per group 8 Isolation Optocoupler Operation voltage 24 VDC +/- 2 Volt Rated current per point Max. 500 ma Max. per group Max. 4 A Output frequency 0 to 1 khz Short-circuit protection Yes Analog Voltage Input No. of points 4 Isolation Optocoupler Input configuration None Input voltage +/- 10 V Measurement precision +/- 50mV Input frequency Hz Resolution 12 bit Input impedance 37.5 kω Analog Current Input No. of points 4 Isolation Optocoupler Input configuration None Input current 0-20 ma Measurement precision +/- 50µA Input frequency Hz Resolution 12 bit Imput impedance 250 Ω PT100 Input No. of points 8 Isolation Optocoupler Input impedance 10 kω (PT100 current max. 1 ma) Resolution 12 bit Accuracy +/- 0.5 C Measuring range - 60 C to 230 C Analog Voltage/Current Output No. of points 4 Isolation Optocoupler Output configuration Connection to interface Setup as Voltage Output voltage +/-10 V (10 RL = 1 kω) Output tolerance +/- 39mV Resolution 12 bit Output impedance 100 mω Short-circuit protection Yes Setup as Current Output current 0 to 20 ma / max. 10 RL = 500 Ω Output tolerance +/- 39µA Resolution 12 bit MT_WP-Line 351 MK ll_datasheet_r5_0

35 WP-Line 351 MK ll Combi I/O Technical Data Port for RS232/RS422/RS485 Communication No. of ports 1 Isolation Optocoupler Communication speed Max. cable length 300 BAUD to kbaud (software configuration) RS422 max nodes RS485 max K BAUD RS232 max. 30 m Recommended cable type Multi wire cable with shield Termination For RS422 and RS485 mount 120 Ω at line ends Connector 6-pin 5.08 mm plugin terminal block with EARTH Port for RS422/RS485 Communication No. of ports 1 Isolation Optocoupler Communication speed 300 BAUD to kbaud (software configuration) Max. cable length RS422 max nodes RS485 max KBAUD Recommended cable type Multi wire cable with shield Termination Mount 120 Ω at line ends Connector 6-pin 5.08 mm plugin terminal block with EARTH Port for SSI Communication No. of ports Isolation Communication speed Number of bits Max. cable length Recommended cable type Termination Connector 2 (shared with RS232/RS422/RS485) Optocoupler 70 kbaud 1-32 (software configuration) 1200 m Multi wire cable with shield Mount 120 Ω at line ends 6-pin 5.08 mm plugin terminal block with EARTH Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to +85 C Relative humidity Max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 170 x 165 x 65 mm Min. 25 mm 0.75 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN MT_WP-Line 351 MK ll_datasheet_r5_0

36 WP-Line 351 MK ll Combi I/O Technical Data Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) Mita-Teknik Ordering Information Order Number Order Name WP-Line 351 MK ll Combi-1 Accessories WP-Line 80 LED Module WP-Line Bus Flat Cable 27 mm molded WP-Line Bus Terminator MK ll Serial Cable RS485 WP-Line 111/351 - WP m Serial Cable RS485 WP-Line 111/351 - WP m Serial Cable RS232 WP-Line 111/351 - DP9 male (UPS) 2 m Serial Cable RS232 WP-Line 111/351 - PC 2 m Connector Kit Screw Black WP-Line 351 MK ll MT_WP-Line 351 MK ll_datasheet_r5_0

37 WP-Line 411 MK ll PT100/PT1000 Input 16 PT1000/PT100 inputs Max 1 ma current for each PT100 input Max 0.33 ma current for each PT1000 input Temperature measuring range -60 to +230 C Sensor failure output to WP4x00 controller Accuracy better than ±0.5 C Designed for new cabinet, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 411 MK ll PT100/PT1000 Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly PT1000 or PT100 sensor mode is configured with software. The module is powered from the WP-Line BUS. Software maintenance can be done onboard, even while the wind turbine is running/operating. All inputs are galvanic isolated from the system, have short circuit protection and sensor failure detection. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. The WP-Line 411 MK ll The WP-Line 411 MK ll PT100/PT1000 Input module has 16 x PT1000/PT100 inputs with extended temperature measuring range from -60 to +230 C. MT_WP-Line 411 MK ll_datasheet_r3_0

38 WP-Line 411 MK ll PT100/PT1000 Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC VDC Current Consumption (WP-Line BUS) 200 ma Maximum 280 ma Standard module load 1 Module Power Dissipation 2.4 W Inputs Number of inputs 16 Isolation Galvanic isolation Temperature measuring range -60 to +230 C Accuracy ±0.5 C Resolution 0.1 C Current for PT100 input Max. 1 ma Current for PT1000 input Max. 330 ua Conversion time 250 ms data refresh rate Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/bottom) Weight Degree of protection 85 x 165 x 65 mm Min. 25 mm 0.35 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 411 MK ll_datasheet_r3_0

39 WP-Line 411 MK ll PT100/PT1000 Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 411 MK ll 16 X PT100/PT1000 Input Accessories WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 411 MT_WP-Line 411 MK ll_datasheet_r3_0

40 WP-Line 412 MK ll PT100/PT1000 Input 32 PT1000/PT100 inputs Max 1 ma current for each PT100 input Max 0.33 ma current for each PT1000 input Temperature measuring range -60 to +230 C Sensor failure output to WP4x00 Accuracy better than ±0.5 C Designed for new cabinet, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 412 MK ll PT100/PT1000 Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly PT1000 or PT100 sensor mode is configured with software. The module is powered from the WP-Line BUS. Software maintenance can be done onboard, even while the wind turbine is running/operating. All inputs are galvanic isolated from the system, have short circuit protection and sensor failure detection. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. The WP-Line 412 MK ll The WP-Line 412 MK ll PT100/PT1000 Input module has 32 x PT1000/PT100 inputs with extended temperature measuring range from -60 to +230 C. MT_WP-Line 412 MK ll_datasheet_r3_0

41 WP-Line 412 MK ll PT100/PT1000 Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC VDC Current Consumption (WP-Line BUS) 300 ma Maximum 450 ma Standard module load 2 Module Power Dissipation 3.6 W Inputs Number of inputs 32 Isolation Galvanic isolation Temperature measuring range -60 to +230 C Accuracy ±0.5 C Resolution 0.1 C Current for PT100 input Max. 1 ma Current for PT1000 input Max. 330 ua Conversion time 250 ms data refresh rate Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/bottom) Weight Degree of protection 85 x 165 x 65 mm Min. 25 mm 0.45 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 412 MK ll_datasheet_r3_0

42 WP-Line 412 MK ll PT100/PT1000 Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 412 MK ll 32 X PT100/PT1000 Input Accessories WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 412 MT_WP-Line 412 MK ll_datasheet_r3_0

43 WP-Line 413 MK ll Analog Current Output 16 current outputs 0 20 ma current range for each output 3 khz analogue bandwidth 12 bit DAC resolution Designed for new cabinet, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 413 MK ll Analog Current Output module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 413 MK ll The WP-Line 413 MK ll Analog Current Output module manages 16 x 0-20 ma software calibrated outputs. The module is powered from the WP-Line BUS and 24 VDC external PSU. Software maintenance can be done onboard, even while the wind turbine is running/operating. All outputs are galvanic separated from the CPU side and short-circuit protected. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. Analogue part is based on 12bit precision DAC. MT_WP-Line 413 MK ll_datasheet_r3_0

44 WP-Line 413 MK ll Analog Current Output Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC VDC Current Consumption (WP-Line BUS) 100 ma Maximum 160 ma Standard module load 1 External Supply Voltage Nominal Allowed range Current Consumption (External Supply) Maximum Module Power Dissipation 24 V, two supply pins for 8 analogue outputs each VDC including ripple, max ripple ±2 V ma, depends on the outputs state 300 ma 4.7 W Outputs Number of outputs 16 Isolation Digital isolator Current range 0 to 20 ma Accuracy ±39 ua Load resistance Ohms DAC resolution 12 Bit (4.88uA/cnt) Analogue bandwidth 3 khz Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/bottom) Weight Degree of protection 85 x 165 x 65 mm Min. 25 mm 0.35 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 413 MK ll_datasheet_r3_0

45 WP-Line 413 MK ll Analog Current Output Mita-Teknik Ordering Information Order Number Order Name WP-Line 413 MK ll 16 X 0-20 ma Current Output Accessories WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 413 MT_WP-Line 413 MK ll_datasheet_r3_0

46 WP-Line 414 MK ll Combi Optimized I/O combi module 32 digital input Digital input voltage: 24 VDC 16 digital output Digital output voltage: 24 VDC/0.5 Amp 8 PT100/PT1000 inputs Temperature measuring range -60 to +230 C Sensor failure output to WP4x00 MK ll controller Accuracy better than ± 0.5 C Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 414 MK ll Digital Input/Output, PT100/PT1000 Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 414 MK ll The WP-Line 414 MK ll Digital Input/Output, PT100/PT1000 Input module is equipped with both digital input/outputs and PT100/PT1000 inputs. The digital I/O s are based on 24 Volt and consist of the following: 32 digital input 16 digital output Digital output: 24 VDC/0.5 Amp Digital input: 24 VDC The analog section contains: 8 PT100/PT1000 inputs Temperature masuring range from -60 to +230 C PT100 or PT1000 sensor mode is configured by software Software maintenance can be done onboard, even while the wind turbine is running/operating. All I/O s are galvanic separated from CPU system. All outputs are short circuit protected. PT100/PT1000 inputs have sensor failure detection. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 414 MK ll_datasheet_r3_0

47 WP-Line 414 MK ll Combi Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 232 ma Maximum (all LED's on) 240 ma Module load 2 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital I/O 19 to 30 VDC Current Consumption (External 24 V supply. Digital Inputs Active. Digital Outputs Inactive) 27 ma Maximum 35 ma Current Consumption (External 24 V supply. Digital Outputs Active. Digital Inputs Inactive) 4.0 Amp Maximum 4.3 Amp Module Power Dissipation (all inputs/outputs active) Maximum (all inputs/outputs active) 5.0 W 6.2 W Digital Input Number of input 32 Number of groups 2 Isolation Galvanic isolation Input Nominal voltage 24 VDC Input Signal "1" 15 to 30 VDC Input Signal "0" 0 to 5 VDC Input Frequency 0 to 50 Hz Digital Output Number of outputs 16 Number of groups 1 Output Voltage "1" 24 VDC (0.95 * Supply voltage) Output Voltage "0" 0 to 2 VDC Output rated current per single output 0.5 Amp max Output current limit, totally 4.0 Amp max (16 outputs) Output short-circuit protection Yes Output frequency 0 to 500 Hz PT100 Input Number of input 8 Isolation Galvanic isolation Temperature measuring range -60 to +230 C Accuracy ± 0.5 C Resolution 0.1 C Current for PT100 input Max 1 ma Current for PT1000 input Max 330 ua Conversion time 250 ms data refresh rate MT_WP-Line 414 MK ll_datasheet_r3_0

48 WP-Line 414 MK ll Combi Technical Data Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) Mita-Teknik Ordering Information Order Number Order Name WP-Line 414 MK ll 32 X Digital Input 16 X Digital Output 8 X PT100/PT1000 Input Accessories WP-Line 80 LED module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 414 MT_WP-Line 414 MK ll_datasheet_r3_0

49 WP-Line 415 MK ll Analog Input 32 analogue inputs 16 curent inputs, 0 20 ma for each input 16 voltage inputs, 0 10V for each input 16 bit ADC resolution Accuracy better than ±0.15 % from full scale for current input and ±0.25 % from full scale for voltage input 300 Ohm input impedance for curent inputs and 10 kohm for voltage inputs Designed for new cabinet, MK ll The WP4x00 MK ll Control Concept The WP-Line 415 MK ll Analog Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines- on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analogue/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 415 MK ll The WP-Line 415 MK ll Analog Input module manages 16x 0-20 ma and 16x 0-10V software calibrated inputs. The module is powered from the WP-Line BUS. Software maintenance can be done on-site, even while the wind turbine is operating. All inputs are galvanic separated from the CPU side and overvoltage protection. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. The analogue part is based on 16bit precision ADC. MT_WP-Line 415 MK ll_datasheet_r3_0

50 WP-Line 415 MK ll Analog Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC VDC Current Consumption (WP-Line BUS) 240 ma Maximum 280 ma Standard module load 2 Module Power Dissipation 4.5 W Current Inputs Number of inputs 16 Isolation Digital isolator Current range 0 to 20 ma Accuracy +/- 0.15% from full scale Load resistance 300 Ohm ADC resolution 16 bit Analogue bandwidth Hz Voltage Inputs Number of outputs 16 Isolation Digital isolator Voltage range 0-10 V Accuracy +/- 0.25% from full scale Input impedance 10 kohm ADC resolution 16 bit Analogue bandwidth Hz Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/bottom) Weight Degree of protection 85 x 165 x 65 mm Min. 25 mm 0.35 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 415 MK ll_datasheet_r3_0

51 WP-Line 415 MK ll Analog Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 415 MK ll Analog Input module Accessories WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 415 MT_WP-Line 415 MK ll_datasheet_r3_0

52 WP-Line 416 MK ll Digital Input Optimized input module 64 digital input Digital input voltage: 24 VDC Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 416 MK ll Digital Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 416 MK ll The WP-Line 416 MK ll Digital Input module is equipped with 64 digital inputs. The digital inputs are based on 24 Volt and consist of the following: 64 digital input Digital input: 24 VDC Software maintenance can be done onboard, even while the wind turbine is running/operating. All inputs are galvanic separated from CPU system. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 416 MK ll_datasheet_r3_0

53 WP-Line 416 MK ll Digital Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 160 ma Maximum (all LED's on) 200 ma Module load 1 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital input 19 to 30 VDC Current Consumption (External 24V supply. Digital Inputs Active) 25 ma Maximum 35 ma Module Power Dissipation (all inputs active) Maximum (all inputs active) 5.0 W 6.5 W Digital Input Number of input 64 Number of groups 4 Isolation Galvanic isolation Input Nominal voltage 24 VDC Input Signal "1" 15 to 30 VDC Input Signal "0" 0 to 5 VDC Input Frequency 0 to 50 Hz Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 416 MK ll_datasheet_r3_0

54 WP-Line 416 MK ll Digital Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 416 MK ll 64 X Digital Input Accessories WP-Line 80 LED module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 416 MT_WP-Line 416 MK ll_datasheet_r3_0

55 WP-Line 417 MK ll Digital Output Optimized output module 64 digital output Digital output voltage: 24 VDC/0.5 A Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 417 MK ll Digital Output module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 417 MK ll The WP-Line 417 MK ll Digital Output module is equipped with 64 digital outputs. The digital outputs are based on 24 Volt and consist of the following: 64 digital outputs Digital output: 24 VDC/0.5 A Software maintenance can be done onboard, even while the wind turbine is running/operating. All I/O s are galvanic separated from the CPU system. All outputs are short circuit protected. The WP4x00 MK ll controller automatically updates the software via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 417 MK ll_datasheet_r3_0

56 WP-Line 417 MK ll Digital Output Technical Data Current Consumption (WP-Line BUS) (all LED's on) 159 ma Maximum (all LED's on) 200 ma Module load 1 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital output 19 to 30 VDC Current Consumption (External 24 V supply. Digital Outputs Active) 16 A Maximum 17.2 A Current Consumption (External 24 V supply. Digital Outputs InActive) 48.2 ma Maximum 100 ma Module Power Dissipation (all outputs active) Maximum (all outputs active) 10.5 W 12 W Digital Output Number of outputs 64 Number of groups 4 Output Voltage "1" 24 VDC (0.95 * supply voltage) Output Voltage "0" 0 to 2 VDC Output rated current per single output 0.5 A max Output current limit, totally 4 A pr. 16 outputs Output short-circuit protection Yes Output frequency 0 to 500 Hz Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to 85 C Max. Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Construction Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. Plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 417 MK ll_datasheet_r3_0

57 WP-Line 417 MK ll Digital Output Mita-Teknik Ordering Information Order Number Order Name WP-Line 417 MK ll 64 x Digital Output Accessories WP-Line MK ll 80 LED Module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 417 MT_WP-Line 417 MK ll_datasheet_r3_0

58 WP-Line 418 MK ll Combi Optimized I/O combi module 16 digital inputs 16 digital outputs Digital output voltage: 24 VDC/0.5 A 16 analog current inputs 0 20 ma 8 PT100/PT1000 inputs Temperature measuring range -60 to +230 C Sensor failure output to the WP4x00 MK ll controller Accuracy better than ±0.5 C Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 418 MK ll Digital Input/Output, Analog Current Input, PT100/PT1000 Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 418 MK ll The WP-Line 418 MK ll module is equipped with digital inputs, digital outputs, analog current inputs and PT100/ PT1000 inputs. The digital I/O s are based on 24 Volt and consist of the following: 16 digital inputs Digital inputs: 24 VDC 16 digital outputs Digital outputs: 24 VDC/0.5 A The analog section contains of: 16 analog current inputs 0 20 ma, with an accuracy better than ± 0.15% of full scale 8 PT100/PT1000 inputs Temperature measuring range -60 to +230 C PT100 or PT1000 sensor mode is configured by software Software maintenance can be done onboard, even while the wind turbine is operating. All I/O s are galvanic separated from the CPU system and all outputs are short circuit protected. The PT100/PT1000 inputs have sensor failure detection. The WP4x00 MK ll controller automatically updates the software via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 418 MK ll_datasheet_r3_0

59 WP-Line 418 MK ll Combi Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 232 ma Maximum (all LED's on) 240 ma Module load 2 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital I/O 19 to 30 VDC Current Consumption (External 24V supply. Digital Inputs Active. Digital Outputs Inactive) 21 ma Maximum 29 ma Current Consumption (External 24V supply. Digital Outputs Active. Digital Inputs Inactive) 4.0 A Maximum 4.3 A Module Power Dissipation (all inputs/outputs active) Maximum (all inputs/outputs active) 5.0 W 6.2 W Digital Input Number of input 16 Number of groups 1 Isolation Galvanic isolation Input nominal voltage 24 VDC Input signal "1" 15 to 30 VDC Input signal "0" 0 to 5 VDC Input frequency 0 to 50 Hz Digital Output Number of outputs 16 Number of groups 1 Output voltage "1" 24 VDC (0.95 * supply voltage) Output voltage "0" 0 to 2 VDC Output rated current per single output 0.5 A max Output current limit, totally 4.0 A max (16 outputs) Output short-circuit protection Yes Output frequency 0 to 500 Hz Current Inputs Number of inputs 16 Isolation Galvanic isolation Current range 0 to 20 ma Accuracy +/- 0.15% of full scale Load resistance 300 Ohm ADC resolution 16 bit Analogue bandwidth Hz MT_WP-Line 418 MK ll_datasheet_r3_0

60 WP-Line 418 MK ll Combi Technical Data PT100 Input Number of input 8 Isolation Galvanic isolation Temperature measuring range -60 to +230 C Accuracy ± 0.5 C Resolution 0.1 C Current for PT100 input Max 1 ma Current for PT1000 input Max 330 ua Conversion time 250 ms data refresh rate Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to 85 C Max. relative humidity Max.95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) Mita-Teknik Ordering Information Order Number Order Name WP-Line 418 MK ll 16 x DIN 16 x DOUT 16 x AIN(I) 8 x PT100/PT1000 Accessories WP-Line MK ll 80 LED Module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 418 MT_WP-Line 418 MK ll_datasheet_r3_0

61 WP-Line 419 MK ll Combi Optimized I/O combi module 32 digital inputs 8 analog current outputs 0-20 ma 16 analog current inputs 0-20 ma Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 419 MK ll Combi module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 419 MK ll The WP-Line 419 MK ll module is equipped with digital inputs, analog current outputs and analog current inputs. The digital I/O s are based on 24 volt and consist of the following: 32 digital inputs Digital inputs: 24 VDC The analog section contains of: 8 analog current outputs 0-20mA, with an accuracy better than ±0.39 ua 16 analog current inputs 16 analog current inputs 0-20mA, with an accuracy better than ±0.15% of full scale Software maintenance can be done onboard, even while the wind turbine is operating. All I/O s are galvanic separated from CPU system and all outputs are short circuit protected. The WP4x00 MK ll controller automatically updates the software via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 419 MK ll_datasheet_r3_0

62 WP-Line 419 MK ll Combi Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 210 ma Maximum (all LED's on) 260 ma Module load 2 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital input and 8 analog output VDC including ripple, max ripple ±2 V Current Consumption (External 24V supply. Digital Inputs Active and Analog Outputs Inactive) 12 ma Maximum 20 ma Current Consumption (External 24V supply. Digital Inputs Inactive and Analog 140 ma Maximum 280 ma Module Power Dissipation (all inputs/outputs active) Maximum (all inputs/outputs active) 4.6 W 8.7 W Digital Input Number of input 32 Number of groups 2 Isolation Galvanic isolation Input nominal voltage 24 VDC Input signal "1" 15 to 30 VDC Input signal "0" 0 to 5 VDC Input frequency 0 to 50 Hz Current Outputs Number of outputs 8 Isolation Digital isolator Current range 0 to 20 ma Accuracy ±39 ua Load resistance Ohms DAC resolution 12 Bit (4.88 ua/cnt) Analogue bandwidth 3 khz Current Inputs Number of inputs 16 Isolation Galvanic isolation Current range 0 to 20 ma Accuracy +/- 0.15% of full scale Load resistance 300 Ohm ADC resolution 16 bit Analogue bandwidth Hz MT_WP-Line 419 MK ll_datasheet_r3_0

63 WP-Line 419 MK ll Combi Technical Data Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) Mita-Teknik Ordering Information Order Number Order Name WP-Line 419 MK ll Combi 32 X DIN 8 X AOUT (I) 16 X AIN (I) Accessories WP-Line MK ll 80 LED Module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 419 MT_WP-Line 419 MK ll_datasheet_r3_0

64 WP-Line 420 MK ll Digital Input Optimized input module 16 digital input Digital input voltage: 24 VDC Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 420 MK ll Digital Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 420 MK ll The WP-Line 420 MK ll Digital Input module is equipped with 16 digital inputs. The digital inputs are based on 24 Volt and consist of the following: 16 digital input Digital input: 24 VDC Software maintenance can be done onboard, even while the wind turbine is running/operating. All inputs are galvanic separated from CPU system. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 420 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

65 WP-Line 420 MK ll Digital Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 73 ma Maximum (all LED's on) 89 ma Module load 1 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital input 19 to 30 VDC Current Consumption (External 24V supply. Digital Inputs Active) 6 ma Maximum 10 ma Module Power Dissipation (all inputs active) Maximum (all inputs active) 1.6 W 2.1 W Digital Input Number of input 16 Number of groups 1 Isolation Galvanic isolation Input Nominal voltage 24 VDC Input Signal "1" 15 to 30 VDC Input Signal "0" 0 to 5 VDC Input Frequency 0 to 50 Hz Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 420 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

66 WP-Line 420 MK ll Digital Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 420 MK ll 16 X Digital Input Accessories WP-Line 80 LED module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 420 MT_WP-Line 420 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

67 WP-Line 421 MK ll Digital Input Optimized input module 32 digital input Digital input voltage: 24 VDC Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 421 MK ll Digital Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 421 MK ll The WP-Line 421 MK ll Digital Input module is equipped with 32 digital inputs. The digital inputs are based on 24 Volt and consist of the following: 32 digital input Digital input: 24 VDC Software maintenance can be done onboard, even while the wind turbine is running/operating. All inputs are galvanic separated from CPU system. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 421 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

68 WP-Line 421 MK ll Digital Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 106 ma Maximum (all LED's on) 122 ma Module load 1 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital input 19 to 30 VDC Current Consumption (External 24V supply. Digital Inputs Active) 12 ma Maximum 20 ma Module Power Dissipation (all inputs active) Maximum (all inputs active) 2.7 W 3.6 W Digital Input Number of input 32 Number of groups 2 Isolation Galvanic isolation Input Nominal voltage 24 VDC Input Signal "1" 15 to 30 VDC Input Signal "0" 0 to 5 VDC Input Frequency 0 to 50 Hz Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 421 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

69 WP-Line 421 MK ll Digital Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 421 MK ll 32 X Digital Input Accessories WP-Line 80 LED module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 421 MT_WP-Line 421 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

70 WP-Line 422 MK ll Digital Input Optimized input module 48 digital input Digital input voltage: 24 VDC Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 422 MK ll Digital Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 422 MK ll The WP-Line 422 MK ll Digital Input module is equipped with 48 digital inputs. The digital inputs are based on 24 Volt and consist of the following: 48 digital input Digital input: 24 VDC Software maintenance can be done onboard, even while the wind turbine is running/operating. All inputs are galvanic separated from CPU system. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 422 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

71 WP-Line 422 MK ll Digital Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 139 ma Maximum (all LED's on) 155 ma Module load 1 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital input 19 to 30 VDC Current Consumption (External 24V supply. Digital Inputs Active) 18 ma Maximum 30 ma Module Power Dissipation (all inputs active) Maximum (all inputs active) 3.9 W 5.0 W Digital Input Number of input 48 Number of groups 3 Isolation Galvanic isolation Input Nominal voltage 24 VDC Input Signal "1" 15 to 30 VDC Input Signal "0" 0 to 5 VDC Input Frequency 0 to 50 Hz Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 422 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

72 WP-Line 422 MK ll Digital Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 422 MK ll 48 X Digital Input Accessories WP-Line 80 LED module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 422 MT_WP-Line 422 MK ll_datasheet_r2_ Mita-Teknik. All rights reserved

73 WP-Line 423 MK ll Digital Input Optimized input module 64 digital input Digital input voltage: 24 VDC Designed for new cabinets, MK ll Data processing on module The WP4x00 MK ll Control Concept The WP-Line 423 MK ll Digital Input module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and, advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Robust WP-Line interconnection Fast and easy DIN-rail mounting Automatic node assignment of WP-Line modules Simplified module status indication Supports removable LED matrix display Service-friendly The WP-Line 423 MK ll The WP-Line 423 MK ll Digital Input module is equipped with 64 digital inputs. The digital inputs are based on 24 Volt and consist of the following: 64 digital input Digital input: 24 VDC Software maintenance can be done onboard, even while the wind turbine is running/operating. All inputs are galvanic separated from CPU system. The WP4x00 MK ll controller automatically updates the program via the network. The communication to the WP4x00 MK ll controller is event-based, which means that only changed values are transmitted via the network. Plug-and-play connection to the WP4x00 MK ll Control Concept. MT_WP-Line 423 MK ll_datasheet_r3_ Mita-Teknik. All rights reserved

74 WP-Line 423 MK ll Digital Input Technical Data WP-Line BUS Supply Voltage Nominal Allowed range 12 VDC 10.5 to 13.5 VDC Current Consumption (WP-Line BUS) (all LED's on) 160 ma Maximum (all LED's on) 200 ma Module load 1 External Supply Voltage Maximum 24 VDC. One connector for each 16 digital input 19 to 30 VDC Current Consumption (External 24V supply. Digital Inputs Active) 25 ma Maximum 35 ma Module Power Dissipation (all inputs active) Maximum (all inputs active) 5.0 W 6.5 W Digital Input Number of input 64 Number of groups 4 Isolation Galvanic isolation Input Nominal voltage 24 VDC Input Signal "1" 15 to 30 VDC Input Signal "0" 0 to 5 VDC Input Frequency 0 to 50 Hz Permissible Ambient Conditions Operation temperature -30 to 60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity Max. 95% at 40 C Operation altitude Max m above sea level (up to 4000 m at derated temperature) Mechanical Information Dimensions (WxHxD) Required gap (top/buttom) Weight Degree of protection 85 x 165 x 65 mm Min 25 mm 0.50 Kg (incl. plug in terminal blocks) IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) MT_WP-Line 423 MK ll_datasheet_r3_ Mita-Teknik. All rights reserved

75 WP-Line 423 MK ll Digital Input Mita-Teknik Ordering Information Order Number Order Name WP-Line 423 MK ll 64 x Digital Input Accessories WP-Line 80 LED module WP-Line BUS Flat Cable 27 mm Molded WP-Line MK ll BUS Terminator Connector Kit Screw Black WP-Line 423 MK II MT_WP-Line 423 MK ll_datasheet_r3_ Mita-Teknik. All rights reserved

76 WP-Line 511 MK ll CANopen Interface Stand-alone Ethernet to CANopen Master Interface, designed for the WP4x00 concept Up to 1Mbit/s CANopen CANopen LSS Support 2 x Ethernet 100 Base-FX (SC Optic Backbone with redundant option) 2 x RJ45 Ethernet 10/100 for display and service Flexible serial COM-Port (RS232/RS422/RS485) Supports removable LED matrix display +24 VDC supply voltage Intelligent thermal control The WP4x00 MK ll Control Concept The WP-Line 511 MK ll CANopen interface module is part of the WP4x00 MK ll Control Concept which has been specially designed to control large wind turbines - on- and offshore. The WP4x00 MK ll Control Concept ensures optimal operation, high security and advanced data collection. The concept typical consists of a power supply/backbone module, a WP4x00 MK ll controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 MK ll Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detecting and error reporting. Advantages of the WP4x00 MK ll Control Concept: Corrosion robust construction Fast and easy DIN-rail mounting Simplified module status indication Service-friendly The WP-Line 511 MK ll High speed Ethernet to CANopen Master interface designed for stand alone operation and as a part of the WP4x00 MK ll Control Concept. Internal 10/100 Ethernet switch for routing and interfacing. Backbone Ethernet communication can be connected with optic fibre cables as double ring with one spare fibre cable for backup. This setup provides high communication safety, as this con-figuration allows operation despite of a defect optic fiber. The optic fibre cable type is 62.5/125μm or 50/125μm. Additional 2 x 10/100 Ethernet (RJ45) are on the module. Up to 1MBit/s CANopen Master communication to other CANopen based devices. Galvanic isolated CANbus interface. Internal condition monitoring, 7-segment display showing group number and 3-LED status indication facilitates fast servicing. Automatic firmware update is managed by the WP4x00 MK ll controller. The module can easily be programmed as a CANopen Master, interfacing WP4x00 MK ll controller to any CANopen device (frequency Converter, Pitch controller, etc.). Via generic CANopen application (in compliance with CiA301 and CiA DSP 302 specification standards) and user-friendly interface of Mita- Teknik CANopen Configuration Tool all CANopen network parameters can be easily configured and adjusted to meet the preset requirements. The module supports Layer Setting Services (LSS) according to CANopen specification CiA DS-305. MT_WP-Line 511 MK ll_datasheet_r7_ Mita-Teknik. All rights reserved

77 WP-Line 511 MK ll CANopen Interface Technical Data Supply Voltage Nominal Allowed range Power consumption 24 VDC 18 to 30 VDC max 7.2 W BUS Port Connectors CANopen 1 Ethernet 2 x RJ45 Ethernet 2 x SC Serial COM-port 1 CANopen Communication Port Communication speed, max 10 kbit/s - 1 mbit/s Max. cable length, examples 30 1 mbit/s kbit/s kbit/s Connector 9-pin D-sub male (CiA 303) ETHERNET RJ45 Communication Port Communication speed Max. cable length 10/100 mbit/s 50 m ETHERNET Optical Communication Port Communication speed 10/100 mbit/s Wave length 1300 nm Connector SC Fibre types 50/100 μm 62.5/125 μm Output Optical Power dbm avg. -20 dbm avg. Input Optical Power Minimum -31 dbm avg. -31 dbm avg. Max. BBN cable length at -1.5 dbm/km 2000 m 4000 m (incl dbm loss from up to 6 fibre cable connections) Port for RS232/RS422/RS485 Communication Isolation Communication speed Max. cable length Recommended cable type Termination Connector Digital isolator 9.6 kbaud to kbaud (software configuration) RS422 max nodes RS485 max kbaud RS232 max. 30 m Multi wire cable with shield For RS422 and RS485 mount 120 Ω at line ends 6-pin 5.08 mm plugin terminal block with EARTH Permissible Ambient Conditions Operation temperature -30 to +60 C (fanless operation) Storage temperature -40 to 85 C Relative humidity max. 95% RH 40 C) Operation altitude Max m above sea level (up to 4000 m at derated temperature) MT_WP-Line 511 MK ll_datasheet_r7_ Mita-Teknik. All rights reserved

78 WP-Line 511 MK ll CANopen Interface Technical Data Mechanical Information Dimensions (W x H x D) Required gap (top/bottom) Weight Degree of protection 85 x 165 x 65 mm Min. 25 mm 325 g IP30 Applied Standards Damp heat EN Vibration EN Bump EN Shock EN Temperature EN , EN and EN EMC EN (Immunity standard for industrial environments) EN (Emission standard for industrial environments) Mita-Teknik Ordering Information Order Number Order Name WP-Line 511 MK ll Backbone CANopen Accessories WP-Line 80 LED module Data Cable for CAN/CAN Interface 3.0 m with Female Connector UL Data Cable CAN/CAN Interface 2 x 3.0m with Female Connector Data Cable for CAN/CAN Interface 3.0 m with Male & Female Connector UL Serial Cable RS232 WP4x00/N-Port 5 m Serial Cable RS232 WP4x00/N-Port 1.5 m Serial Cable RS232 WP4x00/Modem 2 m Serial Cable RS232 WP4x00/PC 3 m Ethernet Patch Cable RJ45 1 m Ethernet Patch Cable RJ45 2 m Ethernet Patch Cable RJ45 5 m Gender Changer DB9 Female-Female Fibre Optical Patch Cable 2 x 62.5µm SC/SC 1 m Fibre Optical Patch Cable 2 x 62.5µm SC/SC 2 m Fibre Optical Patch Cable 2 x 62.5µm SC/SC 5 m Connector Kit Screw Black WP-Line 511 MT_WP-Line 511 MK ll_datasheet_r7_ Mita-Teknik. All rights reserved

79 WP4052 Touch Display Touch screen graphic display for the WP4x00 Control Concept 15 TFT with 1024 x 768 resolution, 16 bit colours USB Port in front Quick and reliable survey of functions and data in the wind turbine Maximum user comfort via the HMI principle User-friendly menu structure Designed for easy mounting Pressure sensitive touch screen; responds to finger, gloved hand or pen The WP4x00 MK ll Control Concept The WP4052 Graphic Color Touch Screen Display is used with the WP4x00 Control Concept and provide access to the wind turbine. The WP4x00 Control Concept has been specially designed to control large wind turbines - on- and offshore. The WP4x00 Control Concept ensures optimal operation, high security, and advanced data collection. The concept typically consists of a power supply/backbone module, a WP4x00 controller, a grid measurement module as well as an analog/digital I/O module dependent on the specific configuration task. The WP4x00 Control Concept makes it possible to have redundant solutions. The concept is constructed as a plug-and-play system with automatic module detection and error reporting. The WP4052 Touch Display A touch screen with the possibility of on screen keyboard and a display with resolution of 1024 x 768, 16 bit colours. Operating system with WEB browser for fast and userfriendly operation. The panel is mainly designed for panel mount application. It is also possible to connecting more displays per controller. Condensation and salt resistant Degree of protection IP55 User-friendly 3 LED status Maintenance free (no fan or battery) Fast response time, 1.6GHz proccesor Cold Climate Version The WP4052 is also available in a cold climate version with internal heater for cold climate operation. Access and Maintenance Second to none control of wind turbines. Software maintenance even while the wind turbine is running - by use of JAVA applets from the WP4x00 controller. Furthermore, the WP4052 display offers: Ethernet system connection USB port in front Sleepmode/screen saver MT_WP4052_DataSheet_R2_0

80 WP4052 Touch Display Mounting Measurements Recommended panel cut out Technical Data External Supply Voltage Maximum 24 VDC 19 to 30 VDC Current Consumption (External 24V Supply) Basic Version Maximum Maximum 1.0 A 1.3 VDC Current Consumption (External 24V Supply) Cold Climate Version (Ambient temperature > 0 C) 1.0 A 1.3 VDC Current Comsumption (External 24V Supply) Cold Climate Version (Ambient temperature < 0 C) 4.3 A Maximum VDC Module Power Dissipation (Without Active Heating Element) 24 W Display Size 15 " Resolution 1024 x 768 Colour resolution 16 bit Start-up Time, Basic Version Maximum Start-up Time, Cold Climate Version Ambient temperature > 0 C 75 sec. 75 sec. MT_WP4052_DataSheet_R2_0

81 WP4052 Touch Display Technical Data Ambient temperature < 0 C Ethernet RJ45 Communication Port Communication speed Max. cable length < 30 min. 10/100 Mbit/s 50 m Permissible Ambient Conditions Operation temperature Basic version Front (Outside control panel) -30 to +60 C Back (Inside control panel) 0 to +60 C Cold climate version -40 to +60 C Transportation/Storage temperature -40 to +85 C Max. relative humidity Max. 95% RH 40 C) Max. operation height 2000 m. above sea level (higher levels only by special agreement with Mita-Teknik) Construction Dimensions (WxHxD) Cutout Dimensions (WxHxD) Weight Degree of Protection Degree of protection (front) Degree of protection (back) Standards 400 x 340 x 72 mm 364 x 304 x (62) mm 4.50 Kg IP55 IP20 EN (CE) EN (CE) EN (Surge) Mita-Teknik Ordering Information Order Number Order Name WP4052 Touch Display - Basic Mita-Teknik WP4052 Touch Display - Cold Climate Mita-Teknik Accessories Ethernet Patch Cable RJ45, STP, Grey, 1.0 meter Ethernet Patch Cable RJ45, STP, Grey, 2.0 meter Ethernet Patch Cable RJ45, STP, Grey, 5.0 meter MT_WP4052_DataSheet_R2_0

82 WP4053 Touch Screen Graphic Display for the Mita-Teknik Control System 7 TFT with 800 x 480 resolution, 16 bit colours USB Port Front panel IP66 compliant Quick and reliable survey of functions and data in the wind turbine Maximum user comfort via the HMI principle User-friendly menu structure Designed for easy mounting The WP4053 The WP4053 Graphic Color Touch Screen Display is used with Mita-Teknik Control System and provides access to the wind turbine. The display is compatible with WP4x00, WP100 and WP3x00 MK II Control Platforms. It gives possibility to start/stop the wind turbine, gives access to diagnostic information, parameters changing and troubleshooting. It is perfect solution for cost-optimized systems and where size of the display is one of the crucial factors. It s also provided with an industrial operating temperature range to fulfil the requirements of harsh environments. Features A touch screen with the possibility of on screen keyboard and a display with resolution of 800 x 480, 16 bit colours. LINUX operating system with WEB browser for fast and user-friendly operation. The panel is mainly designed for panel mount application. Possibility of connecting more displays per controller. ETHERNET system connection. USB Port on back side. Access and Maintenance Second to none control of wind turbines. Software maintenance even while the wind turbine is running - by use of JAVA applets from the Mita-Teknik controller. MT_WP4053_DataSheet_R4_ Mita-Teknik. All rights reserved