GE Multilin MIWII Instruction Manual Download Page 3

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GEK-113308

MIWII Directional Power Protection System

TABLE OF CONTENTS

GETTING STARTED

1.1 INSPECTION CHECKLIST

1.2 ENERVISTA MII SETUP SOFTWARE

1.2.1

SYSTEM REQUIREMENTS .............................................................................. 1-4

1.2.2

SAFETY INSTRUCTIONS ................................................................................. 1-4

1.2.3

INSTALLATION.................................................................................................. 1-5

1.3 MII RELAY FAMILY HARDWARE

1.3.1

MOUNTING & WIRING .................................................................................... 1-11

1.3.2

COMMUNICATIONS........................................................................................ 1-11

1.3.3

FACEPLATE KEYPAD & DISPLAY ................................................................. 1-11

1.4 USING THE KEYPAD AND DISPLAY

1.4.1

HIERARCHICAL MENUS ................................................................................ 1-12

PRODUCT DESCRIPTION

2.1 SUMMARY

2.1.1

GENERAL OVERVIEW...................................................................................... 2-1

2.2 INTRO

2.3 ACCESS SECURITY FEATURES

2.4 LOSS OF FIELD ELEMENT(40). MIWII1000

2.5 POWER ELEMENTS

2.5.1

PROGRAMMABLE POWER ELEMENT(32_X) MIWII1000-MIWII2000 ............ 2-7

2.6 FUSE FAILURE (60). MIWII1000

2.7 EVENTS

2.8 OSCILLOGRAPHY

2.9 MULTIPLE SETTING GROUPS

2.10 MEASUREMENT AND SELF-TEST

2.10.1

MEASUREMENT ............................................................................................. 2-17

2.10.2

SELF-TEST ...................................................................................................... 2-17

2.11 USER INTERFACE

2.11.1

LED TARGETS ................................................................................................ 2-18

2.11.2

KEYPAD AND DISPLAY .................................................................................. 2-19

2.11.3

COMMUNICATION PORTS............................................................................. 2-19

2.11.4

SOFTWARE ..................................................................................................... 2-19

2.12 ORDERING CODES

2.13 TECHNICAL SPECIFICATIONS

2.13.1

PROTECTION ELEMENTS ............................................................................. 2-21

2.13.2

METERING FUNCTIONS ................................................................................ 2-22

2.13.3

INPUTS ............................................................................................................ 2-22

2.13.4

POWER SUPPLY ............................................................................................ 2-22

2.13.5

OUTPUTS ........................................................................................................ 2-23

2.13.6

COMMUNICATIONS........................................................................................ 2-23

2.13.7

ENVIRONMENTAL .......................................................................................... 2-24

2.13.8

TYPE TESTS & CERTIFICATIONS ................................................................. 2-24

2.13.9

PRODUCTION TESTS .................................................................................... 2-25

2.13.10 APPROVALS ................................................................................................... 2-25

HARDWARE

3.1 DESCRIPTION

3.1.1

MOUNTING........................................................................................................ 3-2

3.1.2

REAR DESCRIPTION........................................................................................ 3-3

3.2 WIRING

3.2.1

TYPICAL WIRING DIAGRAM ............................................................................ 3-4

3.2.2

CONTROL POWER ........................................................................................... 3-6

3.2.3

AC CURRENT TRANSFORMER INPUTS......................................................... 3-7

3.2.4

CONTACT INPUTS / OUTPUTS ...................................................................... 3-8

Summary of Contents for Multilin MIWII

Page 1: ...il gemultilin ge com Internet www GEMultilin com Copyright 2006 GE Multilin MIWII Directional Power Protection System Instruction manual GEK 113308 GE Multilin Avda Pinoa 10 48170 Zamudio SPAIN Tel 34 94 485 88 00 Fax 34 94 485 88 45 E mail gemultilin euro ge com g GE Consumer Industrial Multilin ...

Page 2: ......

Page 3: ... 2 7 2 6 FUSE FAILURE 60 MIWII1000 2 7 EVENTS 2 8 OSCILLOGRAPHY 2 9 MULTIPLE SETTING GROUPS 2 10 MEASUREMENT AND SELF TEST 2 10 1 MEASUREMENT 2 17 2 10 2 SELF TEST 2 17 2 11 USER INTERFACE 2 11 1 LED TARGETS 2 18 2 11 2 KEYPAD AND DISPLAY 2 19 2 11 3 COMMUNICATION PORTS 2 19 2 11 4 SOFTWARE 2 19 2 12 ORDERING CODES 2 13 TECHNICAL SPECIFICATIONS 2 13 1 PROTECTION ELEMENTS 2 21 2 13 2 METERING FUNCT...

Page 4: ...4 4 1 ACTUAL VALUES 4 15 4 4 2 EVENT RECORDER 4 16 4 4 3 WAVEFORM CAPTURE 4 17 4 5 OPERATIONS 4 6 COMMUNICATION 4 6 1 COMPUTER 4 19 4 6 2 TROUBLESHOOTING 4 22 4 6 3 UPGRADE FIRMWARE VERSION 4 23 4 7 VIEW 4 7 1 TRACES 4 27 4 7 2 MODBUS MEMORY MAP 4 28 4 7 3 LANGUAGES 4 29 5 SETTINGS 5 1 SETTINGS STRUCTURE 5 2 MAIN SETTINGS 5 2 1 PRODUCT SETUP 5 2 5 2 2 FUNCTION 40 MIWII1000 5 2 5 2 3 FUNCTION 32 1 ...

Page 5: ...RIP DATA 8 5 8 4 2 HMI PASSWORD 8 6 8 5 MENU TREE 8 5 1 MENU TREE FOR MIWII 1000 MODELS 8 7 8 5 2 MENU TREE FOR MIWII 2000 MODELS 8 13 9 RELAY COMMISSIONING 9 1 VISUAL INSPECTION 9 2 COMMENTS ON THE TEST EQUIPMENT 9 3 WIRING AND NECESSARY EQUIPMENT 9 4 TARGET LEDS 9 5 POWER SUPPLY TEST 9 6 COMMUNICATIONS 9 7 RELAY SETTING 9 8 CONTACT INPUTS 9 9 CONTACT OUTPUTS 9 10 RELAY METERING 9 10 1 CURRENT AN...

Page 6: ...II TROUBLESHOOTING GUIDE A HARMONIC FILTERING A 1 GENERAL PRINCIPLE OF OPERATION A 2 DIGITAL FILTER A 3 MEASURE AT FREQUENCIES BELOW THE RATED FREQUENCY FREQUENCY TRACKING B MODBUS B 1 MODBUS FORMAT B 2 READING VALUES B 3 COMMAND EXECUTION B 4 SYNCHRONIZATION B 5 WRITING SETTINGS B 5 1 FRAME STRUCTURE 15 8 B 6 ERRORS B 7 MODBUS MAP SETTINGS B 7 1 MIWII1000 15 12 B 7 2 MIWII2000 15 18 B 8 MODBUS MA...

Page 7: ...ing chapter for information to help guide you through the initial installation procedures of your new relay CAUTION THE OPERATOR OF THIS INSTRUMENT IS ADVISED THAT IF THE EQUIPMENT IS USED IN A MANNER NOT SPECIFIED IN THIS MANUAL THE PROTECTION PROVIDED BY THE EQUIPMENT MAY BE IMPAIRED INSTALLATION MUST BE ACCORDING TO THE NATIONAL ELECTRIC CODE OF THE APPROPRIATE COUNTRY ...

Page 8: ...physical damage Check the label at the side of the relay and check that the relay model is the same model ordered Figure 1 1 RELAY IDENTIFICATION LABEL A4454P29 Ensure that the mounting screws have been included with the relay For product information instruction manual updates and the latest software updates please visit the GE Multilin Home Page www GEindustrial com multilin ...

Page 9: ...tech euro ge com AMERICA ASIA AND AUSTRALIA GE MULTILIN 215 Anderson Avenue L6E 1B3 Markham ON CANADA Tel 1 905 294 6222 Fax 1 905 201 2098 E mail multilin tech ge com The information provided herein does not intend to cover all details of variations of the equipment nor does it take into account the circumstances that may be present in your installation operating or maintenance activities Should ...

Page 10: ...u want to communicate with the relay using a computer through the front serial port please ensure that the computer is grounded to the same ground as the relay In case of using a portable computer it is recommended to have it disconnected to its power supply as in many cases they are not correctly grounded either due to the power supply itself or to the connector cables used Powering the portable ...

Page 11: ...Now button and follow the installation instructions to install the no charge EnerVista software 3 When installation is complete start the EnerVista Launchpad application 4 Click the IED Setup section of the Launch Pad window Figure 1 3 ENERVISTA LAUNCH PAD WINDOW 5 In the EnerVista Launch Pad window click the Add Product button and select the relay from the Install Software window as shown below S...

Page 12: ...ected choose from the list the software program related to the specific model and click the Download Now button to obtain the installation program 7 When EnerVista detects that there is already a version of the program in the Software Library you can choose whether to install it directly or to check for more versions Figure 1 5 CHECK FOR UPDATED VERSIONS ...

Page 13: ...n program from the Web If the version you already have is the last one on the Web the following screen will appear 10 If there were more versions on the Web EnerVista will then show the user the different setup programs available for upgrade with their version size and release date 11 Double click the installation program once its download is complete to install the ENERVISTA MII SETUP software 12...

Page 14: ...ick on Next to continue with the installation procedure Figure 1 6 WELCOME TO INSTALATION WINDOW 15 When the Choose Destination Location window appears and if the software is not to be located in the default directory click Change and type in the complete path name including the new directory name and click Next to continue with the installation procedure Figure 1 7 CHOOSE DESTINATION LOCATION WIN...

Page 15: ...P SOFTWARE 1 Figure 1 8 PROGRAM FOLDER 17 To finish with the installation process select the desired language for startup Figure 1 9 LANGUAGE SELECTION 18 Click Finish to end the installation The MII device will be added to the list of installed IEDs in the EnerVista Launchpad window as shown below ...

Page 16: ...1 10 MIWII Directional Power Protection System GEK 113308 1 2 ENERVISTA MII SETUP SOFTWARE 1 GETTING STARTED 1 ...

Page 17: ... box is required GE Multilin offers F485 DAC300 and RS232 485 converters This converter box is connected to the computer using a straight through serial cable A shielded twisted pair 20 22 or 24 AWG 0 25 0 34 or 0 5 mm2 cable is used to connect the converter box to the relay rear communication terminals The converter box GND terminals are connected to the relay SDA SDB GND terminals respectively F...

Page 18: ...archical level horizontal movement push the up down arrow buttons To access the third level push the Enter button when the desired heading is shown in the display To return back to the previous level from the third to the second level or from the second to the first one push the ESC RESET button Refer to chapter 8 for more information on the use of the local keypad and display to access informatio...

Page 19: ...G Phase Voltages Phase A Current Active Power Reactive Power Apparent Power INPUTS OUTPUTS Three voltage and one current analog chanels for MIWII1000 and one voltage and one current analog inputs for MIWII2000 Programmable digital inputs and outputs COMMUNICATIONS Front RS232 port Rear RS485 port USER INTERFACE 2x16 LCD Display 6 LEDs 4 programmable SECURITY Access password for setting changes Loc...

Page 20: ...nected to system computers with baud rates from 300 600 1200 4800 9600 and 19200 bps The rear RS485 port can be converted into an RS232 port or into a fiber optic plastic or glass serial port by using GE Multilin DAC300 F485 or RS232 485 module or any other standard converter The ENERVISTA MII SETUP communication software is the Windows based program used to communicate with the relay A password s...

Page 21: ...en the access is local by the RS232 port the back port is disabled and the relay will not serve any petition or command sent by the rear port When the access is local by keypad the back port is not disabled and actual values can be read but setting changes and operations will not be allowed by the back port Setting changes either by keypad and display or by communications are password protected th...

Page 22: ...on apparent impedance is capacitive and is located at the third and fourth quadrants Commonly two Mho circles are used one for detecting partial excitation losses and a smaller one for detecting total losses The bigger circle is set as follows DIAMETER Xd OFFSET X d 2 The smaller circle is set as follows DIAMETER 0 7 Xd OFFSET X d 2 The loss of field unit incorporates the following settings Enabli...

Page 23: ...onfigured to close outputs light up LEDs or trigger the oscillography however the unit will not close the general trip contact not programmable Circle 2 Diameter DIAM CIRCLE 40 2 This setting is used for fixing the diameter of circle 2 in secondary ohms by passing the primary values to unit terminals taking into account the VT ratios and the installation current Circle 2 Offset OFFS CIRCLE 40 2 Th...

Page 24: ...ward Reverse Programmable power protection 32_3 P Q S MAX MIN Forward Reverse MIWII2000 incorporate four Programmable protection elements based on power Programmable power protection 32_1 P Q S MAX MIN Forward Reverse Programmable power protection 32_2 P Q S MAX MIN Forward Reverse Programmable power protection 32_3 P Q S MAX MIN Forward Reverse Programmable power protection 32_4 P Q S MAX MIN For...

Page 25: ...ments Power is calculated in a single phase considering the connection in voltage transformers For cases where the transformer voltage is phase to ground the calculation will be P 3 V I cos Φ Q 3 V I sen Φ S 3 V I where P Active power in Secondary watts Q Reactive power in reactive VA S Apparent power in VA V Selected voltage phase to ground I Used current from the same phase as voltage Φ Angle be...

Page 26: ...the direction forward or reverse of the power unit Apparent power is always Forward 32 X Alarm Level Each 32_X unit has two Operation levels The first level less critical is aimed to produce an alarm The alarm unit can be configured as an output or LED to indicate the operator that the power level exceeds the set level and corrective measures must be taken to correct the situation and prevent a tr...

Page 27: ...ed generator open breaker condition is detected The disconnected generator detection is performed by sensing a dedicated input to the 52b auxiliary contact When this input is activated the generator is disconnected from the network It is essential for MIWII units to monitor the breaker status using an auxiliary contact type 52b Otherwise we must not connect this input simulating a connected genera...

Page 28: ... higher than 24 maximum number of events stored this means that only the last 24will be stored This event record is stored in a capacitor backed up RAM memory Events functionality in MIWII is performed via the ENERVISTA MII SETUP software Inside the ADVANCED SETTINGS group there is a sub group called EVENT MASKS from where the different causes that can produce events can be masked They are detaile...

Page 29: ... trip 20 Unit 40 voltage inhibition activation deactivation 21 Fuse failure Pickup dropout 22 Unit 32_1block 23 Unit 32_2 block 24 Unit 32_3 block 25 Unit 40 block 26 Protection activation deactivation READY 27 Auxiliary Output 1 activation deactivation 28 Auxiliary Output 2 activation deactivation 29 Auxiliary Output 3 activation deactivation 30 Auxiliary Output 4 activation deactivation 31 Auxil...

Page 30: ...alarm 17 32_2 trip 18 32_3 alarm 19 32_3 trip 20 32_4 alarm 21 32_4 trip 22 General trip 23 Unit 32_1 block 24 Unit 32_2 block 25 Unit 32_3 block 26 Unit 32_4 block 27 Protection activation deactivation READY 28 Auxiliary Output 1 activation deactivation 29 Auxiliary Output 2 activation deactivation 30 Auxiliary Output 3 activation deactivation 31 Auxiliary Output 4 activation deactivation 32 Auxi...

Page 31: ...OMTRADE IEEE C37 111 1991 format In order to view the created record we can use any software package that can open COMTRADE files such as GE OSC We can also use a calculation sheet program that can import CSV format such as Microsoft Excel and then use the graphical tools to view the waveform information In the ADVANCED SETTINGS group there is a sub group called OSCILLOGRAPHY MASKS from where the ...

Page 32: ...3 trip 9 General Pickup 10 Unit 40 inhibition by digital input 11 Unit 32_1 inhibition by digital input 12 Unit 32_2inhibition by digital input 13 Unit 32_3 inhibition by digital input 14 Trip inhibition by digital input 15 Trip of unit 40 CIRCLE 1 16 Trip of unit 40 CIRCLE 2 17 32_1 alarm 18 32_1 trip 19 32_2 alarm 20 32_2 trip 21 32_3 alarm 22 32_3 trip 23 General trip 24 TRIP 25 ALARM Relay in ...

Page 33: ...igital input 12 32_3 Disable by di 32_3 disable by digital input 13 32_4 Disable by di 32_4 disable by digital input 14 Trip disabled by di Trip Disabled by digital input 15 32_1 Alarm 32_1 unit alarm 16 32_1 Trip 32_1 unit trip 17 32_2 Alarm 32_2 unit alarm 18 32_2 Trip 32_2 unit trip 19 32_3 Alarm 32_3 unit alarm 20 32_3 Trip 32_3 unit trip 21 32_4 Alarm 32_4 unit alarm 22 32_4 Trip 32_4 unit tr...

Page 34: ... functionality of the relay can use the Advanced Settings The settings grouping for models MIWII1000 is as follows The settings grouping for models MIWII2000 is as follows MAIN SETTINGS ADVANCED SETTINGS General Settings General Advanced Settings Function 40 Settings Function 40 Settings Group 2 Function 32_1 Settings Function 32_1 Settings Group 2 Function 32_2 Settings Function 32_2 Settings Gro...

Page 35: ...ures are displayed in primary values 2 10 2 SELF TEST Self monitoring tests are carried out both when the unit is started up and during normal operation Any internal problem detected by the self monitoring function will issue an alarm and the READY output contact will be released indicating an out of service condition MIWII1000 MIWII2000 Ia Phase A current Ia Phase A current VI First Voltage chann...

Page 36: ...s indicates a loss of auxiliary supply voltage or an internal HW SW critical failure condition TRIP The relay has issued a trip activating the corresponding tripping output contact 40 TRIP Indicates that the trip has been issued by Loss of field 40 MIWIII1000 32_1 TRIP Indicates that the trip has been issued by Power element 1 MIWII1000 32 2 TRIP Indicates that the trip has been issued by Power el...

Page 37: ...II SETUP program 2 11 3 COMMUNICATION PORTS The front RS232 and the rear RS485 port provide interface with the relay All serial ports use the Modbus RTU protocol and may be connected to system computers with baud rates from 300 to 19200 bps Up to 32 MIWII relays can be connected daisy chained on the same communication circuit Each relay must be assigned a different Modbus Address using a setting i...

Page 38: ... required to completely specify the relay is provided in the following table ACCESSORIES A depth reducing collar can be ordered separately This collar reduces the mounting depth in 63 mm 2 48 inches MIWII 0 0 0 E 0 0 0 0 DESCRIPTION Power supply 1 Three independent universal power units Loss of Field unit Fuse failure 2 Four independent universal power units LO 24 48 Vdc Range 19 58 Vdc HI 110 250...

Page 39: ...ckup Level 5 in the complete range Instantaneous 0 2 to 120s in steps of 0 1 seconds 5 of the operation time or 30ms whichever is greater for magnitude 1 5 times the pickup level 2 13 1 2 LOSS OF FIELD UNITS 40 Current Voltage Pickup Level two Mho units Dropout Level Accuracy of primary magnitudes Reset time Time delay one for alarm and another for trip Timer accuracy Fundamental 1 to 300 Ohm per ...

Page 40: ... permissible current VI VII and VIII channels 110 120 Vac Terminals C3 C4 C5 C6 C7 C8 50 60 Hz C3 C4 in MIWII2000 50 60 Hz selectable by setting 0 2 VA at 120V 440 Vac in permanence 2 13 3 3 DIGITAL INPUTS Voltage Level Recognition Time 300 Vdc maximum for HI power supply 75 Vdc maximun in permanence for LO power supply of cycle For pulse inputs 1 cycle 2 13 4 1 LOW RANGE Rated DC Voltage Min Max ...

Page 41: ...ing capacity 4000 VA 2 13 5 2 OUTPUT RELAYS Configuration 6 Electro Mechanical Form C Contact Material Silver alloy suited for inductive loads VOLTAGE MAKE CARRY CONTINUOUS MAKE CARRY 0 2 SEC BREAK MAX LOAD DC Resistive 24 Vdc 16 A 48 A 16 A 384W 48 Vdc 16 A 48 A 2 6 A 125W 125 Vdc 16 A 48 A 0 6 A 75 W 250 Vdc 16 A 48 A 0 5 A 125 W AC Resistive 120 Vac 16 A 48 A 16 A 1920 VA 250 Vac 16 A 48 A 16 A...

Page 42: ...y Test Level 3 2 kV except for communications terminals RS 485 and RS 232 where the level was 1 kV with a perfomance criteria A IEC 60255 22 5 EN 61000 6 2 2001 Surge Immunity Test Level 3 2kV CM 1kV DM IEC 60255 21 6 EN 61000 6 2 2001 Injected RF Signals Immunity Test Level 3 10 V m 0 15 80 MHz IIEC 60255 11 EN 61000 6 2 2001 Voltage Dips and Interruptions Immunity Tetst Duration and Voltage desc...

Page 43: ...OVALS Manufactured under an ISO9001 Registered system CE Marking STANDARD DESCRIPTION CLASS CLIMATIC TESTS IEC 60068 2 1 1990 A1 1992 A2 1994 Test Ad Cold IEC 60068 2 2 1974 A1 1993 A2 1994 Test Bd Dry Heat MAKE AND CARRY ANSI C37 90 1990 Make and Carry Insulation Test IEC255 5 Tested on CTs Power Supply terminals Contact Inputs and Contact Outputs ...

Page 44: ...2 26 MIWII Directional Power Protection System GEK 113308 2 13 TECHNICAL SPECIFICATIONS 2 PRODUCT DESCRIPTION 2 ...

Page 45: ...me retardant V0 highly resistive material which guarantees the unit s immunity to all types of EMI RFI ESD interference As well an IP52 IEC 529 protection degree against dust and water through the front and with the relay mounted in the panel The modular design of the relay simplifies repair or replacement of its components without the need to manipulate the wiring These types of operations must b...

Page 46: ... to the panel with the 4 M6 screws provided with the unit This allows the user access to the front keypad display and communication port The wiring is at the rear of the unit The drilling dimensions are shown on the drilling dimension diagram Note Dimensions are shown in inches mm Figure 3 2 MOUNTING AND DIMENSIONS DRAWING FOR MIWII MODELS WITH DEPTH REDUCING COLLAR ...

Page 47: ...ed to the case that incorporates shorting bars in the current inputs so that it can be extracted without the need to short circuit the current externally A grounded antistatic wristband must be used when manipulating the module in order to avoid electrostatic discharges that may cause damage to the electronic components In a similar way when mounting and dismounting the front of the unit be sure t...

Page 48: ...Protection System GEK 113308 3 2 WIRING 3 HARDWARE 3 3 2WIRING 3 2 1 TYPICAL WIRING DIAGRAM Recommended cable section 12 16 AWG Copper conductor only Tightening torque 1 2 Nm Figure 3 4 TYPICAL WIRING DIAGRAM FOR MIWII 1000 RELAY ...

Page 49: ...GEK 113308 MIWII Directional Power Protection System 3 5 3 HARDWARE 3 2 WIRING 3 Figure 3 5 TYPICAL WIRING DIAGRAM FOR MIWII 2000 RELAY ...

Page 50: ... CAUTION CONTROL POWER SUPPLIED TO THE RELAY MUST MATCH THE RATED VOLTAGE OF THE RELAY IF THE VOLTAGE IS APPLIED TO THE WRONG TERMINALS DAMAGE MAY OCCUR Table 3 1 CONTROL POWER VOLTAGE RANGE RANGE RATED VOLTAGE OPERATION RANGE LO 24 48 Vdc 19 2 57 6 Vdc HI 110 250 Vdc 110 230 Vac 88 300 Vdc 88 264 Vac ...

Page 51: ...al ground connections on the current inputs Current transformers with 1 A or 5 A rated secondary current may be used CAUTION VERIFY THAT YOUR RELAY MODEL CORRESPONDS TO YOUR RATED SECONDARY CURRENT UNMATCHED CTS MAY RESULT IN EQUIPMENT DAMAGE OR INADEQUATE PROTECTION The exact placement of a zero sequence CT so that ground fault current will be detected is shown below Twisted pair cabling on the z...

Page 52: ...losed contact input depends on the relay model For low voltage range relays LO model the threshold is set to 12 Vdc For high voltage range relays HI model the voltage threshold is 75 Vdc In case of using AC voltage it must be ensured that there is no voltage less than 10 Vac between the input common terminal A10 and the ground terminal The AC system must be line neutral type and not line line ensu...

Page 53: ...s connected to the MIWII output terminal For each output relay it is possible to select which state is preferred to have at the MIWII terminals NC normally closed or NO normally open Next figure shows the PCB of a MIWII relay and the location of the jumpers used to select the configuration of each output contact NO or NC Figure 3 9 PCB SCHEME SHOWING THE JUMPERS TO CONFIGURE THE OUTPUT CONTACTS NC...

Page 54: ...case the number of outputs is reduced to three Jx jumper is closed in the factory default configuration It is possible to order relays with Jx removed The figure shows the factory default configuration with Jx Jumper closed It is located on the soldering part of the PCB containing the inputs and outputs Figure 3 10 JX JUMPER The Jx jumper is a tin solder jumper easy to remove using a de soldering ...

Page 55: ...1 Terminals B8 B7 Provide one output contact combining OUT1 and OUT2 Group 2 Terminals B9 A7 OUT3 Standard output contact Terminals B10 A7 OUT4 Standard output contact 3 2 6 1 OUTPUT CONFIGURATION AT TERMINALS B8 B7 To have a closed contact across terminals B7 B8 one of the two following procedures should be followed OUT1 and OUT2 must operate together to operate like a single output The configura...

Page 56: ...T1 NC and OUT2 NO To operate with this hardware configuration it is necessary to configure by software the OUT1 as NOT ASIGNED so it never change its state and remains closed and OUT2 as required by the application output configuration is only available in models option 1 and 2 c OUT1 NORMALLY OPEN AND OUT2 NORMALLY CLOSED The hardware configuration corresponds to OUT1 NO and OUT2 NC To operate wi...

Page 57: ... this interface is a personal computer running the ENERVISTA MII SETUP software Next figure shows the communications cable configuration Figure 3 12 RS232 FRONT PORT CONNECTION WARNING IN ORDER TO PREVENT DAMAGE BOTH TO THE PC SERIAL COMMUNICATIONS PORT AND THE RELAY FRONT RS232 PORT IT IS COMPULSORY TO CONNECT THE RELAY GROUND TO THE SAME GROUND AS THE PC OTHERWISE USE AN UNGROUNDED COMPUTER FOR ...

Page 58: ...eral rule terminals A should be connected to terminals and terminals B to There are exceptions to this rule such as the GE ALPS and DDS family of relays The GND terminal should be connected to the common wire inside the shield when provided Otherwise it should be connected to the shield To avoid loop currents the shield should be grounded at one point only Each relay should also be daisy chained t...

Page 59: ...configure monitor and manage all MIWII features a Setting files ENERVISTA MII SETUP software provides two ways of working with setting files 1 In off line mode disconnected from the relay creating or editing setting files for a future download to the relay 2 Modifying directly the relay settings while connected to the relay b Configuration The configuration of inputs outputs and LEDs can be modifi...

Page 60: ...ter to a good grounding Otherwise communication may not be possible or the relay and or the computer could be damaged To work online the relay communication parameters e g baud rate relay address and password must match the parameters in the computer The computer parameters can be modified in the Communication Computer menu Refer to the appropriate section in this same chapter for more details 4 1...

Page 61: ...GEK 113308 MIWII Directional Power Protection System 4 3 4 COMMUNICATIONS 4 1 ENERVISTA MII SETUP SOFTWARE 4 Figure 4 1 ENERVISTA MII SETUP MAIN SCREEN ...

Page 62: ...del matching exactly the relay model to which the settings and configuration will later be downloaded The mentioned settings and configuration are related to the default factory settings of the relay Figure 4 2 MODEL SELECTION Once the relay model is selected the software will load the relay structure and will enable the Setpoint Actual Communication View and Help menus for configuration 4 2 2 OPE...

Page 63: ... 3 Figure 4 3 MODEL VERSION 4 2 4 GET INFO FROM RELAY The File Get info from relay option enables the user to save the relay settings in a file on the hard disk of the computer This file can later be opened offline to review and modify settings and send them again to the relay after the modifications 4 2 5 SEND INFO TO RELAY The File Set info to relay option enables to send to the relay a settings...

Page 64: ...File Print Preview option displays a preview of the the settings print out It is also provides a quick view of all the relay settings at a glance without having to navigate through the different menu trees From this screen it is also possible to configure the printer that will be used or to directly print the document Double clicking on the document with the left mouse button will enlarge the docu...

Page 65: ...ilable actions in this screen are shown in Figure 4 5 Figure 4 5 PRINT PREVIEW CONTROLS 4 2 8 PRINT The File Print option prints the relay settings using Windows default active printer 4 2 9 CLOSE The File Close option exits the program It does not prompt for confirmation or save the open file ...

Page 66: ...s division is to simplify the use of the relay for those users only requiring the basic functionality of the relay Figure 4 6 SETTINGS MENU Once in the corresponding sub menu either Main Settings or Advanced Settings the procedure to enter and modify any setting value is the same Select the settings group the function selected in the example is the 32_1 function in a MIWII Edit the setting double ...

Page 67: ...ate clicking with the mouse on the option desired Numerical Settings For Numerical settings a number must be entered The program shows the minimum and maximum value for each setting and it will not accept any value out of the corresponding range Settings with a set of options For set of options settings a pop up window is shown containing all possible values Select the appropriate one clicking on ...

Page 68: ...roups Group 1 is available in the Main Settings group while Group 2 can be accessed in the Advanced Settings group The setting groups can be selected by digital input through a communications command or from the ENERVISTA MII SETUP or simply selecting it with the relay keypad The setting that shows the active group can be found in General Advanced Settings 4 3 3 ADVANCED SETTINGS 4 3 3 1 ADVANCED ...

Page 69: ...ective element I O configuration the appearance and function of this column can be depending on the state of the respective OR checkbox column OR checkbox is not checked the element consists of a drop down list in which the user can select the function that will activate the output or LED or that will be activated by the input OR checkbox is checked the element consists of a button that will activ...

Page 70: ...tifying label of up to 4 characters that will get stored to be displayed later on BLINK only for LEDs the selection of BLINK checkbox makes the LED blink alternatively switch ON and OFF instead of being fixed when it is activated MEMORY only for outputs and LEDs when MEMORY checkbox is enabled the respective element will be latched If the cause that generated the activation of the output or LED do...

Page 71: ...D gate The way they are programmed is similar to the way I Os are refer to relay configuration The device will not take into account entries that are after an empty one This means that every entry after the first empty one will be ignored For example if L1 IN1 is programmed but L1 IN2 is left empty the relay will not take into account L1 IN3 and will directly evaluate L1 IN4 In the same way the re...

Page 72: ...dow with two choices Sending the PC date and time to the unit this is synchronizing the PC and the unit Selecting a date and a time and sending it to the relay Figure 4 14 CHANGE DATE TIME Once the new date and time have been sent the user can check in the status graph or even in the relay itself that the new date time has been correctly entered ...

Page 73: ...ll as additional information There is a vertical scroll bar to navigate up and down the table to reach the desired information Relay model number and firmware version Relay internal date and time Values of currents voltages and powers phase and ground Protection function status pickup trip for each function Active settings group number Contact inputs and outputs status and LEDs status Information ...

Page 74: ...tc and a list of the status of all inputs outputs and functions during the event Additionally the program also shows current and voltage values for all phases and ground frequency and single line sequence voltage during the event Figure 4 16 EVENTS WINDOW The retrieved events can be reviewed in this window or also saved to disk to be opened with ENERVISTA MII SETUP program or exported to CSV Comma...

Page 75: ... option the user can start the process to retrieve the Oscillography record stored in the relay The program will request the path and filename where the file is to be stored by means of the following form Figure 4 17 OSCILLOGRAPHY RECORD This file can be viewed using GE_OSC software the use of this software is described in manual GEK 105596 ...

Page 76: ...8 MIWII Directional Power Protection System GEK 113308 4 5 OPERATIONS 4 COMMUNICATIONS 4 4 5OPERATIONS From Operations menu the user can perform all possible operation commands Figure 4 18 OPERATIONS MENU ...

Page 77: ...erform a ModBus communication troubleshooting or to update the relay with a new firmware After making any change pressing Store button saves the changes without exiting the window Pressing OK saves and exits and pressing Cancel exits without saving changes 4 6 1 COMPUTER In COMPUTER dialog the user can configure the necessary adjustments to communicate with the relay from a PC Figure 4 19 COMMUNIC...

Page 78: ...TUP MODEM CONNECTION for modem serial connection The modem configuration options appear at the right when this option is chosen Defaults button returns the values to the factory default ones 4 6 1 2 COMMUNICATION CONTROL In COMMUNICATIONS CONTROL box the user can view the communication status communicating to a relay or not connect to a relay when the right parameters are entered in the Computer S...

Page 79: ... COMMUNICATION OPTIMIZATION 4 6 1 4 PRINT SCREEN When the Print Screen button is pressed a new window appears asking if the user wants to capture the entire screen or only the active window the one with all the communication parameters Yes means capturing the whole screen and No means capturing only the communications window Then a new window appears allowing to view the captured screen to save th...

Page 80: ...he type of data to read Setpoints Actual Values the number of registers the length of each register is of 2 bytes and the format of the data integer long float checking the checkbox at the left to make the PC start polling that address or unchecking it to stop In the lower part data can be sent to writeable addresses of the relay The working is similar to reading but to send the data the user must...

Page 81: ...e UPGRADE FIRMWARE VERSION option is active only when there is no active communication with the relay If the PC is communicating with the relay the user must switch communication off in Communication Computer menu to activate this option When this option is selected a window appears asking for the new firmware version file to be uploaded to the relay Figure 4 25 FLASH UPDATE FILE After selecting t...

Page 82: ...on System GEK 113308 4 6 COMMUNICATION 4 COMMUNICATIONS 4 After introducing the Slave Address and Relay password the following screen will be displayed showing details of the old model and the new model Figure 4 27 UPDATE FLASH DIFFERENCES ...

Page 83: ...emory update Desired model option after memory update In a case where more than one unit needs to be updated all the serial numbers must be detailed and a different password will be assigned for each unit Figure 4 28 PASSWORD If the update does not require changes to the functionality of the relay the program will not request a password After completing the previous screen and during the loading p...

Page 84: ...pgrading to a higher model OPTION 1 or 2 may involve a MODBUS memory map change This may result a critical issue when the relay is integrated in a system and the user should take into account the modifications that will have to be performed in the programs that access the MIWII relay memory maps Additionally when a Flash memory update is performed the loading program will enter the default setting...

Page 85: ...ve when the PC is communicating with the relay If the communication is not established to activate this option the user must switch communication on in Communication Computer menu When TRACES are active the ModBus communication traces will be displayed in the lower part of the screen as shown in Figure 4 31 Figure 4 31 MODBUS TRACES ...

Page 86: ...st switch communication on in Communication Computer menu With MODBUS MEMORY MAP option the user can extract the complete memory map from the relay and print or save it in CSV format to be later opened with any database or spreadsheet program as MS Excel It is recommended to use this feature as memory map changes with relay model and firmware version so this is the safest way of obtaining the appr...

Page 87: ...ONS 4 7 VIEW 4 4 7 3 LANGUAGES LANGUAGES option is only active when there is no active communication with the relay If the PC is communicating with the relay to activate this option the user must switch communication off in Communication Computer menu Figure 4 33 LANGUAGES ...

Page 88: ...4 30 MIWII Directional Power Protection System GEK 113308 4 7 VIEW 4 COMMUNICATIONS 4 ...

Page 89: ...he relay through any of the relay communications ports and the ENERVISTA MII SETUP program The use of the keypad to modify settings is described in Chapter 8 If the computer is used to handle the settings the following steps must be considered Make sure your communication cable matches the scheme shown in Figure 3 12 Connect the communications cable between the relay or modem and the computer seri...

Page 90: ...d HMI Password 1 1 9999 1 Comm Password Comm Password 1 1 255 1 Slave Address Slave Address 1 1 255 1 Communications Speed Comm Baud Rate 9 6 0 3 0 6 1 2 2 4 4 8 9 6 19 2 NA ENERVISTA MII SETUP HMI DEFAULT RANGE STEP FUNCTION 40 40 FUNCTION 40 Enable 40 40 Enable Enable 40 NO YES NO NA Volt Superv 40 Enable Voltage Supervision Volt Superv 40 YES YES NO NA Voltage Level 40 Voltage Level Voltage Lev...

Page 91: ...rip Enable 32 2 NO YES NO NA Power 32 2 32_2 Power Type Power 32 2 ACTIVE ACTIVE REACTIVE APPARENT NA Type 32 2 32_2 Minimum Maximum Type 32 2 MINIMUM MINIMUM MAXIMUM NA Direction 32 2 32_2 Forward Reverse Direction 32 2 FORWARD FORWARD REVERSE NA Alarm Level 32 2 32_2 Alarm Level Alarm Level 32 2 0 05 0 01 1 50 0 01 Alarm Delay 32 2 32_2 Alarm Delay Alarm Delay 32 2 10 s 0 2 120 s 0 1 Trip Level ...

Page 92: ...Type 32 4 32_4 Minimum Maximum Type 32 4 MINIMUM MINIMUM MAXIMUM NA Direction 32 4 32_4 Forward Reverse Direction 32 4 FORWARD FORWARD REVERSE 0 01 Alarm Level 32 4 32_4 Alarm Level Alarm Level 32 4 0 05 0 01 1 5 0 01 AlarmDelay324 32_4 Alarm Delay Alarm Delay 32 4 10 s 0 2 120 s 0 1 Trip Level 32 4 32_4 Trip Level Trip Level 32 4 0 05 0 01 1 50 0 01 Trip Delay 32 4 32_4 Trip Delay Trip Delay 32 4...

Page 93: ...cle 1 Trip T2 Trip Enable 40 1 NO YES NO NA Diam Circle 40 1 T2 Circle 1 Diameter T2 Diam Circle 40 1 25 Ohm 1 to 300 Ohm 0 1 Offs Circle 40 1 T2 Circle 1 Offset T2 Offs Circle 40 1 2 5 Ohm 1 to 180 Ohm 0 1 Delay Circl 40 1 T2 Circle 1 Trip Delay T2 Delay Circl 40 1 5 s 0 1 to 10 s 0 1 Trip Enable 40 2 T2 Enable Circle 2 Trip T2 Trip Enable 40 2 NO YES NO NA Diam Circle 40 2 T2 Circle 2 Diameter T...

Page 94: ...3 NO YES NO NA Power 32 3 T2 32_3 Power Type T2 Power 32 3 ACTIVE ACTIVE REACTIVE APPARENT NA Type 32 3 T2 32_3 Minimum Maximum T2 Type 32 3 MINIMUM MINIMUM MAXIMUM NA Direction 32 3 T2 32_3 Forward Reverse T2 Direction 32 3 FORWARD FORWARD REVERSE 0 01 Alarm Level 32 3 T2 32_3 Alarm Level T2 Alarm Level 32 3 0 05 0 01 1 5 0 01 AlarmDelay323T2 32_3 Alarm Delay T2 Alarm Delay 32 3 10 s 0 2 120 s 0 ...

Page 95: ...Protection System 5 7 5 SETTINGS 5 3 ADVANCED SETTINGS 5 5 3 7 FUSE FAILURE T2 MIWII1000 ENERVISTA MII SETUP HMI DEFAULT RANGE STEP FUSE FAILURE FUSE FAILURE T2 FUSE FAILURE Enable Fuse T2 Fuse Failure Enable T2 Enable Fuse NO YES NO NA ...

Page 96: ... 40 CIRCLE 2 Function trip 40 Circle 2 Trip YES Y N 32_1 alarm 32_1 Alarm YES Y N 32_1 trip 32_1 Trip YES Y N 32_2 alarm 32_2 Alarm YES Y N 32_2 trip 32_2 Trip YES Y N 32_3 alarm 32_3 Alarm YES Y N 32_3 trip 32_3 Trip YES Y N General trip General Trip YES Y N Unit 40 voltage inhibition activation deactivation 40 Voltage inhibit YES Y N Fuse Failure unit pickup dropout Fuse Failure YES Y N 32_1 uni...

Page 97: ...abled by DI YES Y N Trip Disabled by digital input Trip disabled by DI YES Y N 32_1 alarm 32_1 Alarm YES Y N 32_1 trip 32_1 Trip YES Y N 32_2 alarm 32_2 Alarm YES Y N 32_2 trip 32_2 Trip YES Y N 32_3 alarm 32_3 Alarm YES Y N 32_3 trip 32_3 Trip YES Y N 32_4 alarm 32_3 Alarm YES Y N 32_4 trip 32_3 Trip YES Y N General trip General Trip YES Y N 32_1 unit block 32_1 Blocked YES Y N 32_2 unit block 32...

Page 98: ...oups is active at a given time Its default value is 1 GROUP 1 EVENT MASKS ENERVISTA MII SETUP DEFAULT RANGE EVENT MASKS EVENT MASKS Oscillo trigger by command Oscillo trigg by comm YES Y N 52B Open Closed by Digital Input Breaker 52B YES Y N 52 Open Closed Breaker Closed YES Y N Settings change Settings change YES Y N EEPROM failure EEPROM Failure YES Y N User settings Factory settings User settin...

Page 99: ... SYNCHRONIZATION MIWII includes an internal clock to time tag events This clock can be either synchronized with the computer clock or set manually using the ENERVISTA MII SETUP software program see Setpoints Clock It can also be set to a given Date and Time using the faceplate keypad DATE TIME menu entry ...

Page 100: ...5 12 MIWII Directional Power Protection System GEK 113308 5 4 TIME SYNCHRONIZATION 5 SETTINGS 5 ...

Page 101: ...vated For the input to perform again the required function it is required that the input voltage level is reset and reactivated Figure 6 1 INPUT RESPONSE FOR LEVEL AND PULSE OPTIONS The minimum operation time for a valid PULSE input is over 0 015 seconds Input elements are divided into two groups besides the No definition one Up to eight elements can be configured to be activated by the same input...

Page 102: ...desired elements in this example MASK ED 2 This group includes 2 elements from which we can select the ones we want to operate in the input and invert them by clicking on the NOT checkbox In the example below all functions have been assigned to the input and all of them have been inverted Finally to validate the selected configuration the user must click on the OK button both in the OR ASSIGNMENT ...

Page 103: ...ser must simply open the I O configuration selection list of the desired input Once opened all possible configuration functions will be shown and the user will then be able to select one of them To invert the selected function the user must click on the NOT checkbox to the right of the functions menu Figure 6 3 SIMPLE ACTION INPUT CONFIGURATION ONE ELEMENT ASSIGNMENT In the example above Input 2 h...

Page 104: ... is only possible to switch to Group 2 through digital input Group change Reset PULSE This element resets latched LEDs and outputs Oscillo trigger PULSE Triggers oscillography element General input Generic element that may be used in logic configuration NO DEFINITION INPUT NOT ASSIGNED MASK ED 1 32_1 Disable by DI 32_1 trip disabled 32_2 Disable by DI 32_2 trip disabled 32_3 Disable by DI 32_3 tri...

Page 105: ... contact closes The READY LED turns on when all the following conditions are fulfilled The relay status is READY At least one of the protection functions of the active table is enabled The trip of at least one of the enabled functions is also enabled The default configuration for outputs is as follows FOR MIWII1000 FOR MIWII2000 The default LED configuration is as follows FOR MIWII1000 FOR MIWII20...

Page 106: ...on Outputs can be latched and LEDs can be set to be fixed or blinking Example If we want to assign a phase differential trip to an output or LED the output or LED must be programmed with 32_1 trip 32_2 trip and 32_3 trip elements To do this check the OR box in the corresponding Output or LED line for this case Output1 and LED1 Then click on the OR button that appears in the I O configuration colum...

Page 107: ...kup Pickup of Function 32_1 32_2 Alarm Pickup Pickup Alarm of Function 32_2 32_2 Pickup Pickup of Function 32_2 32_3 Alarm Pickup Pickup Alarm of Function 32_3 32_3 Pickup Pickup of Function 32_3 PICKUP 2 General Pickup General pickup TRIP READY 1 40 Circle 1 Virtual Trip Virtual trip of Function 40 Circle 1 40 Circle 2 Virtual Trip Virtual trip of Function 40 Circle 2 32_1 Virtual Trip Virtual tr...

Page 108: ...2_1 Alarm Pickup Pickup Alarm of Function 32_1 32_1 Pickup Pickup of Function 32_1 32_2 Alarm Pickup Pickup Alarm of Function 32_2 32_2 Pickup Pickup of Function 32_2 32_3 Alarm Pickup Pickup Alarm of Function 32_3 32_3 Pickup Pickup of Function 32_3 PICKUP 2 32_4 Alarm Pickup Pickup Alarm of Function 32_4 32_4 Pickup Pickup of Function 32_34 General Pickup General Pickup TRIP READY 1 32_1 Virtual...

Page 109: ... logic box we can proceed in the same way as for the outputs LEDs configuration per signal If we want to assign more than one function to each signal they must be all in the same group We must click on the OR button next on I O CONFIGURATION and then select the desired group etc There are two timers pickup and dropout timers which can be assigned to each logic box LOGIC I O CONFIGURATION PICKUP TI...

Page 110: ...example above it is also possible to apply logic ORs to each AND logic input as well as to invert the AND outputs For this purpose please refer to the I O Configuration section in this manual Logics can be assigned both to LEDs or outputs so that each user can create the desired configuration for a specific application ...

Page 111: ...GEK 113308 MIWII Directional Power Protection System 7 3 7 LOGIC CONFIGURATION 7 1 LOGIC DESCRIPTION 7 The Application Notes section in this manual describes several real application examples ...

Page 112: ...OGIC DESCRIPTION 7 LOGIC CONFIGURATION 7 Time diagram for the logic configuration Pickup Dropout Timer Timer Logic input Logic output Pickup timer Pickup Dropout Dropout Timer Timer Timer Logic input Logic output Logic input Logic output Pickup Dropout Timer Timer ...

Page 113: ...larm Pickup Pickup Alarm of Function 32_2 32_2 Pickup Pickup of Function 32_2 32_3 Alarm Pickup Pickup Alarm of Function 32_3 32_3 Pickup Pickup of Function 32_3 PICKUP 2 General Pickup General pickup TRIP READY 1 40 Circle 1 Virtual Trip Virtual trip of Function 40 Circle 1 40 Circle 2 Virtual Trip Virtual trip of Function 40 Circle 2 32_1 Virtual Trip Virtual trip of Function 32_1 32_2 Virtual T...

Page 114: ...3 Output signal from logic 3 Logic 4 Output signal from logic 4 TRIP 1 32_1 Alarm Alarm of Function 32_1 32_1 Trip Trip of Function 32_1 32_2 Alarm Alarm of Function 32_2 32_2 Trip Trip of Function 32_2 32_3 Alarm Alarm of Function 32_3 32_3 Trip Trip of Function 32_3 TRIP 2 32_4 Alarm Alarm of Function 32_4 32_4 Trip Trip of Function 32_4 General Trip General trip PICKUP 1 32_1 Alarm Pickup Picku...

Page 115: ... 3 Digital output 3 Output 4 Digital output 4 Input 1 Digital input 1 Input 2 Digital input 2 INPUTS General input General input element Sett change disable Active means that settings or groups cannot be changed It is only possible to switch to Group 2 by digital input Group change Group change Active means that active group is Group2 Not active means that active group is the group defined in Gene...

Page 116: ...7 8 MIWII Directional Power Protection System GEK 113308 7 2 LOGIC ELEMENTS 7 LOGIC CONFIGURATION 7 ...

Page 117: ...relay and can be digital inputs outputs status and others or internal information as the firmware revision Main settings and advanced settings comprise product setup communications and protection elements adjustments Operations are the available commands that can be performed in the relay These types of messages are located within a menu structure that groups the information into categories This c...

Page 118: ...hat shows the current and voltage If the relay is not showing the main screen you can return to it from any other screen by pressing the Escape key as many times as necessary until exiting the menu structure From the main screen the Menu key enters the menu structure From that point on the user can navigate through the menu structure using Up and Down arrows to move horizontally Enter to enter sub...

Page 119: ... simultaneously pressing Escape arrow Escape up arrow increases the contrast Escape down arrow decreases the contrast If the keypad is not in use during 15 minutes the display turns automatically off and returs to the main screen Pressing ESC RESET key the display is automatically turned on and it shows the main screen with phase and ground currents voltages Pressing any other key corresponding sc...

Page 120: ...m See Chapter 4 for more information on how to configure LEDs The color of the four LEDs in rows 2 and 3 can be changed between red and green in any relay model The way to do this is to press simultaneously up and down arrow keys for more than 2 seconds Then a new menu appears COLOR LEDs MENU LED1 GREEN Press up or down arrow to select Enter to confirm RED GREEN Enter p COLOR LEDs MENU LED2 RED Pr...

Page 121: ...rip When a fault occurs trip information is automatically shown in the display Pressing ENTER key main screen will be shown again In order to perform a RESET operation display must be in main screen showing phase and ground currents in this situation pressing ESC RESET key for more than 3 seconds a RESET operation will be performed 1 Day month Main screen Ia 0 000 VI 0 000 Enter P 0 000 Q 0 000 S ...

Page 122: ...down with the arrow keys until the screen shows the desired password next press enter for confirmation and the relay will accept and store the setting change The setting password protection will then be disabled for 15 minutes after the last setting change is made to the relay or until a reset operation the same as to reset LEDs pressing Esc for more than 3 seconds from the main screen is performe...

Page 123: ... 00 Phase III Voltage 0 00 Active Power 0 00 Reactive Power 0 00 Apparent Power 0 00 Angle 0 Input 1 0 Input 2 0 Output 1 0 Output 2 0 Output 3 0 Output 4 0 52B Status 0 MIWII MAIN SETTINGS ENTER ESC ENTER ESC MAIN SETTINGS PRODUCT SETUP Relay Operation READY DISABLE Current CT Ratio 1 4000 Voltage VT Ratio 1 0 4000 0 Nominal Power 0 05 1000 0 Nominal Voltage 100 00 30000 Power Factor 0 05 0 99 Fr...

Page 124: ...MAIN SETTINGS ENTER ESC Enable 32 1 Enable Disable Trip Enable 32 1 READY DISABLE Power 32 1 ACTIVE REACTIVE APPARENT Type 32 1 MINIMUM MAXIMUN Direction 32 1 FORWARD REVERSE Block 32 1 0 5000 Alarm Level 32 1 0 01 1 50 Alarm Delay 32 1 0 2 120 0 Trip Level 32 1 0 01 1 50 Trip Delay 32 1 0 2 120 MAIN SETTINGS FUNCTION 32 1 ENTER ESC ENTER ESC Enable 32 2 Enable Disable Trip Enable 32 2 READY DISAB...

Page 125: ...Enable Disable Trip Enable 32 3 READY DISABLE Power 32 3 ACTIVE REACTIVE APPARENT Type 32 3 MINIMUM MAXIMUN Direction 32 3 FORWARD REVERSE Block 32 3 0 5000 Alarm Level 32 3 0 01 1 50 Alarm Delay 32 3 0 2 120 0 Trip Level 32 3 0 01 1 50 Trip Delay 32 3 0 2 120 MAIN SETTINGS FUNCTION 32 3 ENTER ESC Enable Fuse Enable Disable MAIN SETTINGS FUSE FAILURE ...

Page 126: ...y Disable Diam Circle 40 2 1 0 300 0 Offs Circle 40 2 1 0 180 0 Delay Circl 40 2 0 1 10 0 ENTER ESC MENU MIWII ADVANCED SETTINGS ENTER ESC Enable 32 1 Enable Disable Trip Enable 32 1 READY DISABLE Power 32 1 ACTIVE REACTIVE APPARENT Type 32 1 MINIMUM MAXIMUN Direction 32 1 FORWARD REVERSE Block 32 1 0 5000 Alarm Level 32 1 0 01 1 50 Alarm Delay 32 1 0 2 120 0 Trip Level 32 1 0 01 1 50 Trip Delay 3...

Page 127: ...arm Level 32 2 0 01 1 50 Alarm Delay 32 2 0 2 120 0 Trip Level 32 2 0 01 1 50 Trip Delay 32 2 0 2 120 ADVANCED SETTINGS FUNCTION 32 2 ENTER ESC Enable 32 3 Enable Disable Trip Enable 32 3 READY DISABLE Power 32 3 ACTIVE REACTIVE APPARENT Type 32 3 MINIMUM MAXIMUN Direction 32 3 FORWARD REVERSE Block 32 3 0 5000 Alarm Level 32 3 0 01 1 50 Alarm Delay 32 3 0 2 120 0 Trip Level 32 3 0 01 1 50 Trip De...

Page 128: ...S ACTIVATE TABLE 2 OPERATIONS OPEN BREAKER ENTER ESC ENTER ESC ACTIVATE TABLE 2 ENTER TO CONFIRM ACTIVATE TABLE 2 IN PROCESS OPEN BREAKER ENTER TO CONFIRM OPEN BREAKER IN PROCESS CLOSER BREAKER OPERATION OK OPERATIONS CLOSER BREAKER ENTER ESC CLOSER BREAKER ENTER TO CONFIRM CLOSER BREAKER IN PROCESS MIW II CHANGE DATE TIME YEAR MONTH DAY HOUR MINUTE DATE TIME ENTER ESC OPERATIONS ACTIVATE TABLE 1 ...

Page 129: ...ase III Voltage 0 00 Active Power 0 00 Reactive Power 0 00 Apparent Power 0 00 Angle 0 Input 1 0 Input 2 0 Output 1 0 Output 2 0 Output 3 0 Output 4 0 52B Status 0 MIWII MAIN SETTINGS ENTER ESC ENTER ESC MAIN SETTINGS PRODUCT SETUP Relay Operation READY DISABLE Current CT Ratio 1 4000 Voltage VT Ratio 1 0 4000 0 Nominal Power 0 05 1000 0 Nominal Voltage 100 00 30000 Power Factor 0 05 0 99 Frequenc...

Page 130: ...FORWARD REVERSE Block 32 1 0 5000 Alarm Level 32 1 0 01 1 50 Alarm Delay 32 1 0 2 120 0 Trip Level 32 1 0 01 1 50 Trip Delay 32 1 0 2 120 MAIN SETTINGS FUNCTION 32 1 ENTER ESC Enable 32 2 Enable Disable Trip Enable 32 2 READY DISABLE Power 32 2 ACTIVE REACTIVE APPARENT Type 32 2 MINIMUM MAXIMUN Direction 32 2 FORWARD REVERSE Block 32 2 0 5000 Alarm Level 32 2 0 01 1 50 Alarm Delay 32 2 0 2 120 0 T...

Page 131: ...FORWARD REVERSE Block 32 3 0 5000 Alarm Level 32 3 0 01 1 50 Alarm Delay 32 3 0 2 120 0 Trip Level 32 3 0 01 1 50 Trip Delay 32 3 0 2 120 MAIN SETTINGS FUNCTION 32 3 ENTER ESC Enable 32 4 Enable Disable Trip Enable 32 4 READY DISABLE Power 32 4 ACTIVE REACTIVE APPARENT Type 32 4 MINIMUM MAXIMUN Direction 32 4 FORWARD REVERSE Block 32 4 0 5000 Alarm Level 32 4 0 01 1 50 Alarm Delay 32 4 0 2 120 0 T...

Page 132: ...l 32 1 0 01 1 50 Alarm Delay 32 1 0 2 120 0 Trip Level 32 1 0 01 1 50 Trip Delay 32 1 0 2 120 ADVANCED SETTINGS FUNCTION 32 1 ADVANCED SETTINGS GENERAL ADVANCED Settings group 1 2 Trip Min Time 50 300 ENTER ESC ENTER ESC Enable 32 2 Enable Disable Trip Enable 32 2 READY DISABLE Power 32 2 ACTIVE REACTIVE APPARENT Type 32 2 MINIMUM MAXIMUN Direction 32 2 FORWARD REVERSE Block 32 2 0 5000 Alarm Leve...

Page 133: ...RWARD REVERSE Block 32 4 0 5000 Alarm Level 32 4 0 01 1 50 Alarm Delay 32 4 0 2 120 0 Trip Level 32 4 0 01 1 50 Trip Delay 32 4 0 2 120 ADVANCED SETTINGS FUNCTION 32 4 ENTER ESC Enable 32 3 Enable Disable Trip Enable 32 3 READY DISABLE Power 32 3 ACTIVE REACTIVE APPARENT Type 32 3 MINIMUM MAXIMUN Direction 32 3 FORWARD REVERSE Block 32 3 0 5000 Alarm Level 32 3 0 01 1 50 Alarm Delay 32 3 0 2 120 0...

Page 134: ...S ACTIVATE TABLE 2 OPERATIONS OPEN BREAKER ENTER ESC ENTER ESC ACTIVATE TABLE 2 ENTER TO CONFIRM ACTIVATE TABLE 2 IN PROCESS OPEN BREAKER ENTER TO CONFIRM OPEN BREAKER IN PROCESS CLOSER BREAKER OPERATION OK OPERATIONS CLOSER BREAKER ENTER ESC CLOSER BREAKER ENTER TO CONFIRM CLOSER BREAKER IN PROCESS MIW II CHANGE DATE TIME YEAR MONTH DAY HOUR MINUTE DATE TIME ENTER ESC OPERATIONS ACTIVATE TABLE 1 ...

Page 135: ...NING 9 1 VISUAL INSPECTION 9 9 RELAY COMMISSIONING 9 1VISUAL INSPECTION Unpack the relay and verify that no parts are broken and that the relay has not suffered any damage during transit Verify that the model number indicated on the faceplate corresponds to the model ordered ...

Page 136: ...in stable mainly at levels close to the test pick up current as well as for the time for which the relay operates according to the curve under test It is important to stress that the test accuracy depends on the power supply network conditions as well as on the instruments used Functional tests carried out under inappropriate power supply conditions or using inappropriate instruments can be used f...

Page 137: ...Y COMMISSIONING 9 2 COMMENTS ON THE TEST EQUIPMENT 9 In case of using AC voltage for the activation of digital inputs and having connected the inputs common A10 with the ground terminal it is necessary to remove this connection before testing insulation on group 3 ...

Page 138: ...and activating digital inputs 1 timing device 1 Multi meter Relay wiring diagram Optionally it is advisable to have a PC available with the ENERVISTA MII SETUP software installed Relay wiring diagram Connect the relay as shown in Figure 9 1 Supply the unit through terminals A1 and A2 at the rated DC voltage Connect the current source to terminals C1 C2 and the voltage source VI to terminals C3 and...

Page 139: ... MIWII Directional Power Protection System 9 5 9 RELAY COMMISSIONING 9 4 TARGET LEDS 9 9 4TARGET LEDS Check that pressing the ESC RESET button for more than 3 seconds all the front target LEDs light up and reset ...

Page 140: ...LARM READY output is open and that the relay can communicate with the PC Check this point requesting the relay model number from the PC Voltage test and maximum consumption is shown below Shown values are only illustrative as due to the nature of the internal power supply switched power supply the consumption currents are high frequency currents and the meters used measure these values with a poor...

Page 141: ...ications parameters that have to be set in the computer should match the relay communication settings The factory default settings for the MIWII relay are Using the ENERVISTA MII SETUP program communicate with the relay and in the Status window check that the communications are not lost at any time Perform this test on both communications ports This test is carried out at the minimum and maximum v...

Page 142: ...owing tests Since the MIWII relay has a large number of settings a list of all the settings necessary for all tests will not be given here but rather only the specific settings required for each test indicated These tests are only valid for the default factory configuration Different configurations involving modifications in certain elements such as different contact configuration will require a s...

Page 143: ...A10 and A9 A10 Check that when voltage is applied to one contact input only this input gets active and the other one remains inactive Use the INFORMATION menu on the faceplate or a PC and the ACTUAL VALUES menu in the ENERVISTA MII SETUP program Actual Actual Values to easily check which input gets active for each test Repeat this test at minimum and maximum permissible voltages ...

Page 144: ... LEDs can be checked during the following tests OUTPUTS MIWII1000 MIWII2000 B5 B6 Alarm Alarm A5 A6 Trip Trip B7 A7 Out1 40 Trip 32_1 Trip B8 A7 Out2 32_1 Trip 32_2 Trip B9 A7 Out3 32_2 Trip 32_3 Trip B10 A7 Out4 32_3 Trip 32_4 Trip LEDS MIWII1000 MIWII2000 LED 1 Ready Ready LED 2 Trip Trip LED 3 40 Trip 32_1 Trip LED 4 32_1 Trip 32_2 Trip LED 5 32_2 Trip 32_3 Trip LED 6 32_3 Trip 32_4 Trip ...

Page 145: ...pplied value in MIWII1000 models The table shows the minimum and maximum values expected for each applied value in MIWII2000 models Apply the rated current and a voltage value of apprx 63 Vca with an arbitrary angle difference and check that the angle measure is within an accuracy of 5 MAGNITUDE MIN VALUE MAX MIN VALUE MAX MIN VALUE MAX Ia 0 47 0 5 0 53 0 95 1 1 05 1 9 2 2 1 VI 9 5 10 10 5 38 40 4...

Page 146: ...it would be disabled and the relay would not operate With the V APP setting entered the relay calculates the impedance as VI Ia The voltage supervision is enabled at a level of 70 of the rated voltage Supervision V 70 of Vn 0 7 x 11000 100 3 44 V GROUP GENERAL SETTING VALUE STA RDY VT RATIO 100 RATED VOLTAGE 11000 FRQ 50 Hz V APP 1P WYE GROUP 40 ENABLE 40 Y V SUP 40 Y V 40 0 7 TRIP 40 1 Y DIAM1 40...

Page 147: ...tside the 40 1 characteristic limit inside the 40 2 characteristic Apply VI 80V 0º Ia 4 2A 90º forwarded to VI Check that the unit operates in 1 second On a point close to the 40 2 characteristic limit Apply VI 80V 0º Ia 2A 90º forwarded to VI Check that the unit operates in 1 second On a point outside the 40 2 characteristic Apply VI 80V 0º Ia 1 7A 90º forwarded to VI Check that the unit does not...

Page 148: ...cal value Apply 100 W and check that the operating time does not exceed from 60 ms 9 12 2 FUNCTION 32_2 For this unit the relay must trip due to a low positive active power GENERAL SETTINGS RELAY STATUS ENABLE CT RATIO 100 VT RATIO 100 NOMINAL S 10 MVA NOMINAL V 11000 V POWER FACT 0 9 FREQUENCY 50Hz V App 3P WYE NAME VALUE 32_1 Enable Yes 32_1 Trip Yes 32_1 Power Type ACTIVE 32_1 Minimum Maximum M...

Page 149: ...NCTION 32_3 For this unit the relay must trip due to a negative active power According to these values the theoretical trip value is 0 05 x NOMINAL S x POWER FACT x 1 CT X 1 VT 45 W Apply 35 W and check that the relay does not trip 0V or 0A Decrease the power until producing a trip and check that the operation range does not exceed in 6 the theoretical value Apply 100 W and check that the operatin...

Page 150: ...CHRONIZATION 9 RELAY COMMISSIONING 9 9 13TIME SYNCHRONIZATION Synchronize the relay date and time with the PC using the ENERVISTA MII SETUP communications program SETPOINT CLOCK Check using the keypad and display that the relay is actually in synchronism with the computer ...

Page 151: ...tion READY DISABLE NA Current CT Ratio CT RATIO Current CT Ratio 1 to 4000 1 Voltage VT Ratio VT RATIO Voltage VT Ratio 1 00 to 4000 00 0 01 Nominal Power Rated MVA Nominal Power 0 05 to 1000 MVA 0 01 Nominal Voltage Rated Voltage Nominal Voltage 100 to 30000 V 1 Generator power factor POWER FACTOR POWER FACT 0 05 to 0 99 0 01 Frequency FREQUENCY Frequency 50 60 Hz NA Modbus Format Modbus Format I...

Page 152: ...rip Enable 40 2 YES NO NA Diam Circle 40 2 Circle 2 Diameter Diam Circle 40 2 1 to 300 Ohm 0 1 Offs Circle 40 2 Circle 2 Offset Offs Circle 40 2 1 to 280 Ohm 0 1 Circle 2 timer Circle 2 Trip Delay TIME2 40 0 2 to 20 s 0 1 ENERVISTA MII SETUP HMI SETTING RANGE STEP FUNCTION 32 1 32_1 FUNCTION FUNCTION 32 1 Enable 32 1 32_1 Enable Enable 32 1 YES NO NA Trip Enable 32 1 32_1 Trip Trip Enable 32 1 YES...

Page 153: ...0 0 01 Trip Delay 32 2 32_2 Trip Delay Trip Delay 32 2 0 2 120 s 0 1 Block 32 2 Block 32_2 From Online Block 32 2 0 5000 1 ENERVISTA MII SETUP HMI SETTING RANGE STEP FUNCTION 32 3 32_3 FUNCTION FUNCTION 32 3 Enable 32 3 32_3 Enable Enable 32 3 YES NO NA Trip Enable 32 3 32_3 Trip Trip Enable 32 3 YES NO NA Power 32 3 32_3 Power Type Power 32 3 ACTIVE REACTIVE APPARENT NA Type 32 3 32_3 Minimum Max...

Page 154: ...le 40 1 1 to 180 Ohm 0 1 Delay Circl 40 1 Circle 1 Trip Delay T2 Delay Circl 40 1 0 1 to 10 s 0 1 Trip Enable 40 2 Enable Circle 2 Trip T2 Trip Enable 40 2 YES NO NA Diam Circle 40 2 Circle 2 Diameter T2 Diam Circle 40 2 1 to 300 Ohm 0 1 Offs Circle 40 2 Circle 2 Offset T2 Offs Circle 40 2 1 to 180 Ohm 0 1 Delay Circl 40 2 Circle 2 Trip Delay T2 Delay Circl 40 2 0 2 to 10 s 0 1 ENERVISTA MII SETUP...

Page 155: ...ip Delay 32 2 32_2 Trip Delay T2 Trip Delay 32 2 0 2 120 s 0 1 Block 32 2 Block 32_2 From Online T2 Block 32 2 0 5000 1 ENERVISTA MII SETUP HMI SETTING RANGE STEP FUNCTION 32 3 32_3 FUNCTION T2 FUNCTION 32 3 Enable 32 3 32_3 Enable T2 Enable 32 3 YES NO NA Trip Enable 32 3 32_3 Trip T2 Trip Enable 32 3 YES NO NA Power 32 3 32_3 Power Type T2 Power 32 3 ACTIVE REACTIVE APPARENT NA Type 32 3 32_3 Mi...

Page 156: ...Y N General trip General Trip Y N Unit 40 voltage inhibition activation deactivation 40 Voltage inhibit Y N Fuse Failure unit pickup dropout Fuse Failure Y N 32_1 unit block 32_1 Blocked Y N 32_2 unit block 32_2 Blocked Y N 32_3 unit block 32_3 Blocked Y N 40 unit block 40 Blocked Y N Protection status in service out of service Protection status Y N Digital output 1 active non active Output 1 Y N ...

Page 157: ...Y N 32_4 trip 32_3 Trip Y N General trip General Trip Y N 32_1 unit block 32_1 Blocked Y N 32_2 unit block 32_2 Blocked Y N 32_3 unit block 32_3 Blocked Y N 32_4 unit block 32_3 Blocked Y N Protection status in service out of service Protection status Y N Digital output 1 active non active Output 1 Y N Digital output 2 active non active Output 2 Y N Digital output 3 active non active Output 3 Y N ...

Page 158: ...ELAY COMMISSIONING 9 9 14 2 8 OSCILLOGRAPHY MASKS ENERVISTA MII SETUP USER SETTING Oscillography Masks Oscillography masks Oscillo by communications Oscillo by comm Oscillo by digital input Oscillo by digital input Oscillo by trip Oscillo by trip Oscillo by pickup Oscillo by pickup ...

Page 159: ...on and testing Operational conditions as defined in section 3 must not be exceeded in any case The relay should be mounted on a vertical surface Figure 3 2 shows the diagram for panel drilling and mounting Given that the design of the MIWII unit is based on high performance digital technology it is not necessary to recalibrate the relay However if the tests show that it is necessary to readjust th...

Page 160: ...t as possible preferably 25 cm or less to guarantee maximum protection In this way capacitors that are internally connected between the inputs and ground divert high frequency disturbances directly to ground without passing through the electronic circuits with the result that the circuits are perfectly protected In addition this connection also guarantees the physical safety of the personnel who h...

Page 161: ...the aid of the keypad and display the detection of some of the most likely circuit failures Testing the unit is recommended at intervals of 2 years or more Although the built in diagnosis does not reduce the average time between failures it does increase the availability of the protection because it allows a drastic reduction in the average interruption time involved in detecting and repairing the...

Page 162: ... MAINTENANCE 10 10 4CLEANING INSTRUCTIONS In case of detecting accumulated pollution the unit can be cleaned with a clean cloth either dry or slightly dampened with a cleaner containing alcohol Abrasive cleaners must be avoided as these can damage the metallic surface or the electrical connection elements ...

Page 163: ...have to do A2 The settings configuration via HMI is secured by a password so no unauthorized person can change any setting The relay password by default is 1 so when the relay asks to ENTER PASSWORD you have to select with the up arrow button the number 1 and then press the enter button Q3 What can I do if I forget the HMI password A3 Using the HMI it is possible to see an encrypted numerical valu...

Page 164: ... wire grounded in order to reduce noise Q9 How can I get the last version of firmware PC software and instruction manual A9 Urgent Via Internet on our website www geindustrial com multilin Make sure you subscribe to all MIWII data in order to be informed about updates by e mail Post Sending a fax to GE Multilin 34 94 485 88 45 Q10 My MIWII unit has been powered off and I do not know if the stored ...

Page 165: ... any application accepting ASCII format Microsoft Excel as well as specific applications for viewing oscillography records as GE Multilin s GE OSC software Q13 My MIWII unit has the display off but the Ready LED is ON does that mean the relay needs to be repaired A13 No it doesn t MII relays automatically turn off the display if in 15 minutes no key has been pressed By pressing any key the display...

Page 166: ...11 4 MIWII Directional Power Protection System GEK 113308 11 1 MIWII FAQ 11 MII FAMILY FAQ FREQUENTLY ASKED QUESTIONS 11 ...

Page 167: ...age for an MIWII relay is indicated in the front panel can result in permanent component damage to the relay s power supply Ensure that the source secondary matches the relay rated current MIWII can be ordered with either Verify that the relay rated indicated in the front panel matches the secondary rating of the connected Unmatched may result in equipment damage or inadequate protection Check the...

Page 168: ...e Modbus memory map of the relay the previously saved file can be directly downloaded to the upgraded relay if the memory map has been modified a new file has to be generated using ENERVISTA MII SETUP software Do not configure the two digital inputs in MIWII to the same logical value If done MIWII will evaluate and monitor only the second digital input resulting in the first input being useless Th...

Page 169: ...nt not enabled Output not assigned Inappropriate setting group Set the element permission to ENABLE Program the output to the desired element using ENERVISTA MII SETUP SETPOINT RELAY CONFIGURATION Make sure that desired group is active group 1 or group 2 and or that there is no settings group change input that could modify the active group GENERAL When feeding the unit no indicator is light up Ins...

Page 170: ...13 2 MIWII Directional Power Protection System GEK 113308 13 1 MIWII TROUBLESHOOTING GUIDE 13 TROUBLESHOOTING GUIDE 13 ...

Page 171: ...ents high frequency signals which cannot be recognized digitally from entering the analog digital converter The maximum breaking frequency for this filter is determined by the Nyquist criterion which states that the maximum frequency that can be recognized when sampling a signal is less than half the sampling frequency In MIWII the sampling is 16 times per cycle that is 800 Hz for a frequency set ...

Page 172: ... uses a complete cycle recursive DFT that is for each sample it calculates the phasor from the previous sample phasor and the difference between the current sample and the previous cycle sample This makes the relay require a complete cycle to obtain the correct measure value In the following figure we can see how the measure is established from a signal value that changes from 0 to 1 Figure A 2 ES...

Page 173: ...t are not the fundamental and its harmonics as the measure varies for these frequencies As an example we can see in the next figure how a relay measure varies when it is set to 50 Hz and it is being applied 60 Hz Figure A 4 MEASURE VARIATION This case will never occur for the fundamental frequency and its harmonics where the filter gain is always 1 and 0 respectively ...

Page 174: ...will be affected as it works on values that are related to the fundamental frequency In order to guarantee the correct operation of the protection units during this transitory process of acceleration the MIWII relay incorporates a metering capability for maximum values not RMS that is applied to the protection units not using I1 I2 and I0 values only during this acceleration process Once an admiss...

Page 175: ... General Settings provides with different ways to access and or modify the relay information Differences between selecting the Intel or Motorola setting are explained in the following table INTEL MOTOROLA ModBus Map Addressing One byte at a time One word at a time Data presentation High Byte Low Byte Low Byte High Byte Operations Selection Confirmation Confirmation ...

Page 176: ...torola Reply FIELD LENGTH Relay address 1 Byte Function 1 Byte 03h Beginning address 1 word High Byte Low Byte Number of registers 1 word High Byte Low Byte CRC 1 word FIELD LENGTH Relay address 1 Byte Function 1 Byte No of bytes 1 Byte Number of registers 2 Value of the registers n data bytes CRC 1 word ADDRESS FUNCTION BEGINNING REGS CRC 01H 03H 04FEH 004BH 653DH ADDRESS FUNCTION BYTES DATA0 DAT...

Page 177: ...ing of the operation code in address 0 000H The available commands list is as follows INTEL SELECTION Intel Request Intel Reply INTEL MOTOROLA COMMAND SELECTION CONFIRMATION CONFIRMATION Setting change 01H 02H 02H Open breaker 07H 08H 08H LEDs reset 09H 0AH 0AH Change to group 1 0DH 0EH 0EH Change to group 2 0FH 10H 10H Close breaker 39H 3AH 3AH Time synchronization 0FEH Not applicable 0FEH FIELD ...

Page 178: ... password Intel Request ADDRESS FUNCTION BEGINNING REGS BYTES DATA0 CRC 01H 10H 0000H 0001H 02H 0F00H A3A0H ADDRESS FUNCTION BEGINNING REGS CRC 01H 10H 0000H 0001H 01C9H FIELD LENGTH Relay address 1 byte Function 1 byte 10H Beginning address 1 word 0000H High byte low byte Number of registers 1 word 0001H High byte low byte Number of bytes 1 byte 06H Value of the registers Register1 Command code L...

Page 179: ... COMMAND EXECUTION B Intel Reply Motorola Request Motorola Reply ADDRESS FUNCTION BEGINNING REGS CRC 01H 10H 0000H 0003H 8008H ADDRESS FUNCTION BEGINNING REGS BYTES DATA0 CRC 01H 10H 0000H 0001H 02H 10 00H AB90H ADDRESS FUNCTION BEGINNING REGS CRC 01H 10H 0000H 0001H 01C9H ...

Page 180: ...15th 2005 at 00 015 09 000 Intel Synchronization Motorola Synchronization FIELD LENGTH Relay address 1 byte 00H broadcast Function 1 byte 10H Beginning address 1 word 0000H High Byte low byte Number of registers 1 word 0004H High Byte low byte Number of bytes 1 byte 08H High Byte low byte Value of the registers Register 1 Command code Low byte High byte Register 2 4 Date and time CRC 1 word ADDRES...

Page 181: ...to write a setting 1 Execute a selection command using the corresponding code See command execution 2 Change the setting 3 Execute a confirmation command using the corresponding code See command execution For Motorola format only the last two steps are necessary To modify a setting use function 10H PRESET MULTIPLE REGISTERS in MODBUS ...

Page 182: ...45H UE Data5 2020H Data2 4241H BA Data6 2020H Data3 2020H Data7 2020H FIELD LENGTH Relay address 1 byte Function 1 byte 10H Beginning address 1 word High Byte low byte Number of registers 1 word High Byte low byte Number of bytes 1 byte Value of the registers Low byte high byte CRC 1 word FIELD LENGTH Relay address 1 byte Function 1 byte 10H Beginning address 1 word Number of registers 1 word CRC ...

Page 183: ...ta5 2020H Data2 4241H BA Data6 2020H Data3 2020H Data7 2020H Motorola Reply ADDRESS FUNCTION BEGINNING REGS CRC 01H 10H 0128H 0008H 403BH ADDRESS FUNCTION BEGINNING REGS BYTES 01H 10H 0094H 0008H 10H DATA0 DATA1 DATA2 DATA3 DATA4 DATA5 DATA6 DATA7 CRC 5052H 5545H 4241H 2020H 2020H 2020H 2020H 2020H FA94H ADDRESS FUNCTION BEGINNING REGS CRC 01H 10H 0094H 0008 8023H ...

Page 184: ... Request Motorola Reply ADDRESS FUNCTION BEGINNING REGS BYTES DATA0 DATA1 DATA2 CRC 01H 10H 0000H 0003H 06H 0200H 0100H 0000H E69EH ADDRESS FUNCTION BEGINNING REGS CRC 01H 10H 0000H 0003H 8008H ADDRESS FUNCTION BEGINNING REGS BYTES DATA0 CRC 01H 10H 0000H 0001H 02H 0200H A730H ADDRESS FUNCTION BEGINNING REGS CRC 01H 10H 0000H 0001H 01CFH ...

Page 185: ...duce an error in the slave the following frame is received We can receive the following values in the error code field ADDRESS FUNCTION 80 H COD ERROR CRC 01H 90H 07H 0DC2H 01 ILLEGAL FUNCTION 02 ILLEGAL DATA ADDRESS 03 ILLEGAL DATA VALUE 04 SLAVE DEVICE FAILURE 05 ACK 06 SLAVE BUSY 07 NEGATIVE ACKNOWLEDGE 08 MEMORY PARITY ERROR ...

Page 186: ... Enable 32 3 2 BIT 016A 0 Enable Voltage Supervision Volt Superv 40 2 BIT 016C Voltage level Voltage Level 40 4 FLOAT32 INTEL 0170 Circle 1 Diameter Diam Circle 40 1 4 FLOAT32 INTEL 0174 Circle 1 Offset Offs Circle 40 1 4 FLOAT32 INTEL 0178 Circle 1 Trip Delay Delay Circl 40 1 4 FLOAT32 INTEL 017C Circle 2 Diameter Diam Circle 40 2 4 FLOAT32 INTEL 0180 Circle 2 Offset Offs Circle 40 2 4 FLOAT32 IN...

Page 187: ...EL 020A Circle 2 Offset T2 Offs Circle 40 2 4 FLOAT32 INTEL 020E Circle 2 Trip Delay T2 Delay Circl 40 2 4 FLOAT32 INTEL 0212 32_1 Power Type T2 Power 32 1 2 ENUMERATION 0214 3 32_1 Minimum Maximum T2 Type 32 1 2 BIT 0216 3 32_1 Forward Reverse T2 Direction 32 1 2 BIT 0218 32_1 Alarm Level T2 Alarm Level 32 1 4 FLOAT32 INTEL 021C 32_1 Alarm Delay T2 Alarm Delay 32 1 4 FLOAT32 INTEL 0220 32_1 Trip ...

Page 188: ...IT 0280 9 Breaker Closed est INTE 2 BIT 0280 10 Oscillo trigg by comm STOC 2 BIT 0280 11 40 Voltage inhibit sI Vol 2 BIT 0280 12 Fuse Failure sF Fus 2 BIT 0280 13 Settings change C AJUS 2 BIT 0280 14 EEPROM Failure SE2P 2 BIT 0280 15 User settings Adef 2 BIT 0282 0 40 Circle 1 Pickup A40 1 2 BIT 0282 1 40 Circle 2 Pickup A40 2 2 BIT 0282 2 32_1 Alarm Pickup A Alr 32 1 2 BIT 0282 3 32_1 Pickup A32 ...

Page 189: ...ameter Diam Circle 40 1 4 FLOAT32 INTEL 00BA Circle 1 Offset Offs Circle 40 1 4 FLOAT32 INTEL 00BC Circle 1 Trip Delay Delay Circl 40 1 4 FLOAT32 INTEL 00BE Circle 2 Diameter Diam Circle 40 2 4 FLOAT32 INTEL 00C0 Circle 2 Offset Offs Circle 40 2 4 FLOAT32 INTEL 00C2 Circle 2 Trip Delay Delay Circl 40 2 4 FLOAT32 INTEL 00C4 32_1 Power Type Power 32 1 2 ENUMERATION 00C5 3 32_1 Minimum Maximum Type 3...

Page 190: ...0B 3 32_1 Forward Reverse T2 Direction 32 1 2 BIT 010C 32_1 Alarm Level T2 Alarm Level 32 1 4 FLOAT32 INTEL 010E 32_1 Alarm Delay T2 Alarm Delay 32 1 4 FLOAT32 INTEL 0110 32_1 Trip Level T2 Trip Level 32 1 4 FLOAT32 INTEL 0112 32_1 Trip Delay T2 Trip Delay 32 1 4 FLOAT32 INTEL 0114 Block 32_1 From Online T2 Block 32 1 4 FLOAT32 INTEL 0116 32_2 Power Type T2 Power 32 2 2 ENUMERATION 0117 3 32_2 Min...

Page 191: ...oltage inhibit sI Vol 2 BIT 0140 12 Fuse Failure sF Fus 2 BIT 0140 13 Settings change C AJUS 2 BIT 0140 14 EEPROM Failure SE2P 2 BIT 0140 15 User settings Adef 2 BIT 0141 0 40 Circle 1 Pickup A40 1 2 BIT 0141 1 40 Circle 2 Pickup A40 2 2 BIT 0141 2 32_1 Alarm Pickup A Alr 32 1 2 BIT 0141 3 32_1 Pickup A32 1 2 BIT 0141 4 32_2 Alarm Pickup A Alr 32 2 2 BIT 0141 5 32_2 Pickup A32 2 2 BIT 0141 6 32_3 ...

Page 192: ...1 4 FLOAT32 INTEL 0192 32_1 Alarm Delay Alarm Delay 32 1 4 FLOAT32 INTEL 0196 32_1 Trip Level Trip Level 32 1 4 FLOAT32 INTEL 019A 32_1 Trip Delay Trip Delay 32 1 4 FLOAT32 INTEL 019E Block 32_1 From Online Block 32 1 4 FLOAT32 INTEL 01A2 32_2 Power Type Power 32 2 2 ENUMERATION 01A4 3 32_2 Minimum Maximum Type 32 2 2 BIT 01A6 3 32_2 Forward Reverse Direction 32 2 2 BIT 01A8 32_2 Alarm Level Alarm...

Page 193: ...0236 32_2 Alarm Delay T2 Alarm Delay 32 2 4 FLOAT32 INTEL 023A 32_2 Trip Level T2 Trip Level 32 2 4 FLOAT32 INTEL 023E 32_2 Trip Delay T2 Trip Delay 32 2 4 FLOAT32 INTEL 0242 Block 32_2 From Online T2 Block 32 2 4 FLOAT32 INTEL 0246 32_3 Power Type T2 Power 32 3 2 ENUMERATION 0248 3 32_3 Minimum Maximum T2 Type 32 3 2 BIT 024A 3 32_3 Forward Reverse T2 Direction 32 3 2 BIT 024C 32_3 Alarm Level T2...

Page 194: ...tings change C AJUS 2 BIT 0280 14 EEPROM Failure SE2P 2 BIT 0280 15 User settings Adef 2 BIT 0282 2 32_1 Alarm Pickup A Alr 32 1 2 BIT 0282 3 32_1 Pickup A32 1 2 BIT 0282 4 32_2 Alarm Pickup A Alr 32 2 2 BIT 0282 5 32_2 Pickup A32 2 2 BIT 0282 6 32_3 Alarm Pickup A Alr 32 3 2 BIT 0282 7 32_3 Pickup A32 3 2 BIT 0282 10 32_4 Alarm Pickup A Alr 32 4 2 BIT 0282 11 32_4 Pickup A32 4 2 BIT 0284 3 32_1 d...

Page 195: ... Level Trip Level 32 1 4 FLOAT32 INTEL 00CD 32_1 Trip Delay Trip Delay 32 1 4 FLOAT32 INTEL 00CF Block 32_1 From Online Block 32 1 4 FLOAT32 INTEL 00D1 32_2 Power Type Power 32 2 2 ENUMERATION 00D2 3 32_2 Minimum Maximum Type 32 2 2 BIT 00D3 3 32_2 Forward Reverse Direction 32 2 2 BIT 00D4 32_2 Alarm Level Alarm Level 32 2 4 FLOAT32 INTEL 00D6 32_2 Alarm Delay Alarm Delay 32 2 4 FLOAT32 INTEL 00D8...

Page 196: ...y T2 Trip Delay 32 2 4 FLOAT32 INTEL 0121 Block 32_2 From Online T2 Block 32 2 4 FLOAT32 INTEL 0123 32_3 Power Type T2 Power 32 3 2 ENUMERATION 0124 3 32_3 Minimum Maximum T2 Type 32 3 2 BIT 0125 3 32_3 Forward Reverse T2 Direction 32 3 2 BIT 0126 32_3 Alarm Level T2 Alarm Level 32 3 4 FLOAT32 INTEL 0128 32_3 Alarm Delay T2 Alarm Delay 32 3 4 FLOAT32 INTEL 012A 32_3 Trip Level T2 Trip Level 32 3 4...

Page 197: ...2P 2 BIT 0140 15 User settings Adef 2 BIT 0141 2 32_1 Alarm Pickup A Alr 32 1 2 BIT 0141 3 32_1 Pickup A32 1 2 BIT 0141 4 32_2 Alarm Pickup A Alr 32 2 2 BIT 0141 5 32_2 Pickup A32 2 2 BIT 0141 6 32_3 Alarm Pickup A Alr 32 3 2 BIT 0141 7 32_3 Pickup A32 3 2 BIT 0141 10 32_4 Alarm Pickup A Alr 32 4 2 BIT 0141 11 32_4 Pickup A32 4 2 BIT 0142 3 32_1 disabled by DI I E 32 1 2 BIT 0142 5 32_2 disabled b...

Page 198: ...T 0558 2 LED 1 L1 2 BIT 0558 3 LED 2 L2 2 BIT 0558 4 LED 3 L3 2 BIT 0558 5 LED 4 L4 2 BIT 0558 8 Logic 1 c1 2 BIT 0558 9 Logic 2 c2 2 BIT 0558 10 Logic 3 c3 2 BIT 0558 11 Logic 4 c4 2 BIT 055A 8 TRIP d 2 BIT 055A 9 ALARM al 2 BIT 055A 10 Output 1 Output 1 2 BIT 055A 11 Output 2 Output 2 2 BIT 055A 12 Output 3 Output 3 2 BIT 055A 13 Output 4 Output 4 2 BIT 055A 14 Input 1 Input 1 2 BIT 055A 15 Inpu...

Page 199: ... 2 2 BIT 0570 6 32_3 Alarm ALR 32 3 2 BIT 0570 7 32_3 Trip DIS 32 3 2 BIT 0574 Phase A Current Phase A Current 4 FLOAT32 INTEL 0578 Phase I Voltage Phase I Voltage 4 FLOAT32 INTEL 057C Phase II Voltage Phase II Voltage 4 FLOAT32 INTEL 0580 Phase III Voltage Phase III Voltage 4 FLOAT32 INTEL 0584 Active Power Active Power 4 FLOAT32 INTEL 0588 Reactive Power Reactive Power 4 FLOAT32 INTEL 058C Apare...

Page 200: ... 02AC 9 Logic 2 c2 2 BIT 02AC 10 Logic 3 c3 2 BIT 02AC 11 Logic 4 c4 2 BIT 02AD 8 TRIP d 2 BIT 02AD 9 ALARM al 2 BIT 02AD 10 Output 1 Output 1 2 BIT 02AD 11 Output 2 Output 2 2 BIT 02AD 12 Output 3 Output 3 2 BIT 02AD 13 Output 4 Output 4 2 BIT 02AD 14 Input 1 Input 1 2 BIT 02AD 15 Input 2 Input 2 2 BIT 02AE 1 Sett change disable EDICAJ 2 BIT 02AE 6 Group change EDCTAB 2 BIT 02AE 9 Breaker Closed ...

Page 201: ...Phase A Current 4 FLOAT32 INTEL 02BC Phase I Voltage Phase I Voltage 4 FLOAT32 INTEL 02BE Phase II Voltage Phase II Voltage 4 FLOAT32 INTEL 02C0 Phase III Voltage Phase III Voltage 4 FLOAT32 INTEL 02C2 Active Power Active Power 4 FLOAT32 INTEL 02C4 Reactive Power Reactive Power 4 FLOAT32 INTEL 02C6 Aparent Power Aparent Power 4 FLOAT32 INTEL 02C8 V1 Voltage V1 Voltage 4 FLOAT32 INTEL 02CA V2 Volta...

Page 202: ... 0558 4 LED 3 L3 2 BIT 0558 5 LED 4 L4 2 BIT 0558 8 Logic 1 c1 2 BIT 0558 9 Logic 2 c2 2 BIT 0558 10 Logic 3 c3 2 BIT 0558 11 Logic 4 c4 2 BIT 055A 8 TRIP d 2 BIT 055A 9 ALARM al 2 BIT 055A 10 Output 1 Output 1 2 BIT 055A 11 Output 2 Output 2 2 BIT 055A 12 Output 3 Output 3 2 BIT 055A 13 Output 4 Output 4 2 BIT 055A 14 Input 1 Input 1 2 BIT 055A 15 Input 2 Input 2 2 BIT 055C 1 Sett change disable ...

Page 203: ...3 Trip DIS 32 3 2 BIT 0570 10 32_4 Alarm ALR 32 4 2 BIT 0570 11 32_4 Trip DIS 32 4 2 BIT 0574 Phase A Current Phase A Current 4 FLOAT32 INTEL 0578 Phase I Voltage Phase I Voltage 4 FLOAT32 INTEL 0584 Active Power Active Power 4 FLOAT32 INTEL 0588 Reactive Power Reactive Power 4 FLOAT32 INTEL 058C Aparent Power Aparent Power 4 FLOAT32 INTEL 0598 Angle degree Angle 4 FLOAT32 INTEL 05A4 OSC NUMBER OS...

Page 204: ... 1 c1 2 BIT 02AC 9 Logic 2 c2 2 BIT 02AC 10 Logic 3 c3 2 BIT 02AC 11 Logic 4 c4 2 BIT 02AD 8 TRIP d 2 BIT 02AD 9 ALARM al 2 BIT 02AD 10 Output 1 Output 1 2 BIT 02AD 11 Output 2 Output 2 2 BIT 02AD 12 Output 3 Output 3 2 BIT 02AD 13 Output 4 Output 4 2 BIT 02AD 14 Input 1 Input 1 2 BIT 02AD 15 Input 2 Input 2 2 BIT 02AE 1 Sett change disable EDICAJ 2 BIT 02AE 6 Group change EDCTAB 2 BIT 02AE 9 Brea...

Page 205: ... 2 BIT 02B8 11 32_4 Trip DIS 32 4 2 BIT 02BA Phase A Current Phase A Current 4 FLOAT32 INTEL 02BC Phase I Voltage Phase I Voltage 4 FLOAT32 INTEL 02C2 Active Power Active Power 4 FLOAT32 INTEL 02C4 Reactive Power Reactive Power 4 FLOAT32 INTEL 02C6 Aparent Power Aparent Power 4 FLOAT32 INTEL 02CC Angle degree Angle 4 FLOAT32 INTEL 02D2 OSC NUMBER OS 2 UINT16 INTEL 02D4 All events St 2 UINT16 INTEL...

Page 206: ...B 32 MIWII Directional Power Protection System GEK 113308 B 8 MODBUS MAP STATUS APPENDIXB B ...

Page 207: ...o contact 52a The circuit is continuously monitoring the voltage level The circuit below is designed to monitor the complete trip circuit It includes the tripping coil of the breaker and the trip circuit the wiring between the relays and the circuit breaker An alarm can be issued when the circuit is open The figure below shows the typical wiring diagram that will provide trip circuit monitoring wh...

Page 208: ... For monitoring the trip circuit while the breaker is open and when it is closed a resistor must be added in parallel to the 52a contact as shown below VALUE OF RESISTOR R Supply Ohms Watts 48 Vdc 10 K 2 125 Vdc 25 K 5 250 Vdc 50 K 5 A9 A8 A10 TRIP A5 A6 INP 1 INP 2 COM TRIP COIL TRIP Breaker Auxiliary Contact 52a Vdc R ...

Page 209: ...CIRCUIT SUPERVISION FOR MII FAMILY RELAYS C C 1 1 SETTINGS AND CONFIGURATION Settings and configuration related to this function are described below 1 Under I O CONFIGURATION Input 1 must be configured as General Input It will be used to monitor the permanent presence of voltage ...

Page 210: ...n System GEK 113308 C 1 TRIP CIRCUIT SUPERVISION FOR MII FAMILY RELAYS APPENDIXC C 2 Under LOGIC CONFIGURATION LOGIC 1 Invert Input 1 and set the timer to the time delay to produce the Trip Circuit Supervision Alarm for example 15 seconds ...

Page 211: ... FAMILY RELAYS C 3 Under I O Configuration configure LEDs and outputs as required In this example LED 1 and configurable output 1 are configured to operate when a Trip Circuit failure is detected They are also configured to have memory so they will remain active even if the Trip Circuit failure disappears ...

Page 212: ...C 6 MIWII Directional Power Protection System GEK 113308 C 1 TRIP CIRCUIT SUPERVISION FOR MII FAMILY RELAYS APPENDIXC C ...

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