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GE Multilin MIWII Instruction Manual
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GE Multilin MIWII Instruction Manual

Directional power protection system
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GE Multilin
215 Anderson Avenue
L6E 1B3 Markham, ON -CANADA
Tel: (905) 294 6222 Fax: (905) 294 8512
E-mail: gemultilin@ge.com
Internet: www.GEMultilin.com
GE Consumer & Industrial
Multilin
MIWII
Directional Power Protection
System
Instruction manual
GEK-113308
Copyright © 2006 GE Multilin
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

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  • Page 1 GE Consumer & Industrial Multilin MIWII Directional Power Protection System Instruction manual GEK-113308 Copyright © 2006 GE Multilin GE Multilin GE Multilin Avda. Pinoa, 10 215 Anderson Avenue 48170 Zamudio SPAIN L6E 1B3 Markham, ON -CANADA Tel: +34 94 485 88 00 Fax: +34 94 485 88 45 Tel: (905) 294 6222 Fax: (905) 294 8512 E-mail: gemultilin.euro@ge.com...

  • Page 3: Table Of Contents

    TABLE OF CONTENTS 1. 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 &...
  • Page 4 TABLE OF CONTENTS 3.2.5 OUTPUT CONTACTS CONFIGURATION ............3-9 3.2.6 OUTPUTS ISOLATION ..................3-10 3.2.7 RS232 FRONT COMMUNICATIONS PORT ............3-13 3.2.8 RS485 COMMUNICATIONS PORT ..............3-14 4. COMMUNICATIONS 4.1 ENERVISTA MII SETUP SOFTWARE 4.1.1 OVERVIEW ......................4-1 4.1.2 STARTING COMMUNICATION................4-2 4.1.3 MAIN SCREEN ....................4-2 4.2 FILE 4.2.1 NEW ........................4-4...
  • Page 5 TABLE OF CONTENTS 5.4 TIME SYNCHRONIZATION 6. I/0 CONFIGURATION 6.1 INPUT CONFIGURATION 6.1.1 DESCRIPTION OF INPUTS ................6-1 6.1.2 INPUT ELEMENTS .................... 6-4 6.2 OUTPUTS AND LEDS CONFIGURATION 6.2.1 DESCRIPTION OF OUTPUTS AND LEDS ............6-5 6.2.2 OUTPUT AND LED ELEMENTS ............... 6-7 7.
  • Page 6 TABLE OF CONTENTS 10. INSTALLATION AND 10.1 INSTALLATION MAINTENANCE 10.2 GROUND CONNECTION AND DISTURBANCES SUPPRESSION 10.3 MAINTENANCE 10.4 CLEANING INSTRUCTIONS 11. MII FAMILY FAQ 11.1 MIWII FAQ (FREQUENTLY ASKED QUESTIONS) 12. MIWII DO’S AND DON’TS 12.1 DO’S 12.2 DON’TS 13. TROUBLESHOOTING 13.1 MIWII TROUBLESHOOTING GUIDE GUIDE A.

  • Page 7: Getting Started

    1 GETTING STARTED 1 GETTING STARTED To help ensure years of trouble free operation, please read through the following 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 GEK-113308...

  • Page 8: Inspection Checklist

    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). MIWII Directional Power Protection System...
  • Page 9 1 GETTING STARTED 1.1 INSPECTION CHECKLIST Note: If there is any physical damage detected on the relay, or any of the contents listed are missing, please contact GE Multilin immediately at: EUROPE, MIDDLE EAST AND AFRICA: GE MULTILIN Av. Pinoa, 10 48170 Zamudio, Vizcaya (SPAIN) Tel.: (34) 94-485 88 54, Fax: (34) 94-485 88 38...

  • Page 10: Enervista Mii Setup Software

    In case of a firmware flashing process, due to the risk of losing communication, GE Multilin will not be responsible in case of a communication failure if the relay and PC are not grounded to the same point.

  • Page 11: Installation

    After ensuring the minimum requirements for using EnerVista MII Setup are met (see previous section), use the following procedure to install the EnerVista MII Setup from the enclosed GE EnerVista CD. Insert the GE EnerVista CD into your CD-ROM drive.
  • Page 12 1.2 ENERVISTA MII SETUP SOFTWARE 1 GETTING STARTED Figure 1–4: ADD PRODUCT If “Web” option is selected, choose from the list the software program related to the specific model and click the Download Now button to obtain the installation program. 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.
  • Page 13 1 GETTING STARTED 1.2 ENERVISTA MII SETUP SOFTWARE If we click the “Check for Updated Versions” button, the program will proceed to search for the different versions of set- up program from the Web. EnerVista Launchpad will obtain the installation program from the Web. If the version you already have is the last one on the Web, the following screen will appear 10.
  • Page 14 1.2 ENERVISTA MII SETUP SOFTWARE 1 GETTING STARTED 13. Click on Next to begin the installation. The files will be installed in the directory indicated and the installation program will automatically create icons and add ENERVISTA MII SETUP to the Windows start menu. 14.
  • Page 15 1 GETTING STARTED 1.2 ENERVISTA MII SETUP SOFTWARE 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 1.2 ENERVISTA MII SETUP SOFTWARE 1 GETTING STARTED 1-10 MIWII Directional Power Protection System GEK-113308...

  • Page 17: Mii Relay Family Hardware

    HARDWARE chapter. To communicate with the relay’s RS485 port from a computer’s RS232 port, a RS232/RS485 converter box is required. GE Multilin offers F485, DAC300 and RS232/485 converters. This converter box is connected to the computer using a “straight through”...

  • Page 18: Using The Keypad And Display

    1.4 USING THE KEYPAD AND DISPLAY 1 GETTING STARTED 1.4USING THE KEYPAD AND DISPLAY 1.4.1 HIERARCHICAL MENUS Ia: 0.000 VI: 0.000 MENU RESET ENTER ENTER ENTER ENTER ENTER RESET RESET RESET RESET RESET Figure 1–11: MOVING THROUGH THE HIERARCHICAL MENU As shown in Figure 1–11:, there are 3 hierarchical levels to access the information in the relay.

  • Page 19: Product Description

    2 PRODUCT DESCRIPTION 2.1 SUMMARY 2 PRODUCT DESCRIPTION 2.1SUMMARY 2.1.1 GENERAL OVERVIEW PROTECTION • Programmable digital inputs and outputs • Directional Power Elements (32) COMMUNICATIONS • Front RS232 port • Loss of field (40) • Fuse Failure (60) • Rear RS485 port CONTROL USER INTERFACE •...

  • Page 20: Intro

    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.

  • Page 21: Access Security Features

    2 PRODUCT DESCRIPTION 2.3 ACCESS SECURITY FEATURES 2.3ACCESS SECURITY FEATURES MII family relays have several security features to restrict rear port operation when an operator is making changes by the local port or relay keypad, and/or to block access to setting changes for non-authorized users. The relay has an access priority system, giving priority to local access over remote access.

  • Page 22: Loss Of Field Element(40). Miwii1000

    2.4 LOSS OF FIELD ELEMENT(40). MIWII1000 2 PRODUCT DESCRIPTION 2.4LOSS OF FIELD ELEMENT(40). MIWII1000 MIWII units provide a loss of field detection unit. When a generator operating at full load loses excitation, it starts to operate as an induction generator, rotating at a higher speed than the synchronous speed. In this situation, the generator is still providing active power to the system, but it starts consuming reactive power from the system to maintain its excitation.
  • Page 23 2 PRODUCT DESCRIPTION 2.4 LOSS OF FIELD ELEMENT(40). MIWII1000 Circle 1 Timing (DELAY CIRCLE 40 1) This setting adjusts the timing for circle #1. It defines the time period during which the unit will hold the trip, after measured impedance is detected inside circle #1. Circle 2 Trip (TRIP ENABLE 40 2) This setting allows the trip of Circle #2.

  • Page 24: Power Elements

    2.5 POWER ELEMENTS 2 PRODUCT DESCRIPTION 2.5POWER ELEMENTS MIWII1000 incorporate three directional power elements consisting on: - 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) 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)

  • Page 25: Programmable Power Element(32_X) Miwii1000-Miwii2000

    2 PRODUCT DESCRIPTION 2.5 POWER ELEMENTS MAXIMUM POWER - REVERSE MINIMUM POWER- REVERSE 2.5.1 PROGRAMMABLE POWER ELEMENT(32_X) MIWII1000-MIWII2000 MIWII1000 provides three programmable power directional elements and MIWII2000 provides four programmable power directional elements. 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...
  • Page 26 2.5 POWER ELEMENTS 2 PRODUCT DESCRIPTION √ 3*V*I* sen (Φ-30º) √ 3*V*I Operation levels of the protection units are entered by unit, referred to the nominal active power, calculated from the NOMINAL_S and POWER FACTOR settings: NOMINAL P = NOMINAL_S * POWER FACTOR √...

  • Page 27: Fuse Failure (60). Miwii1000

    2 PRODUCT DESCRIPTION 2.6 FUSE FAILURE (60). MIWII1000 2.6FUSE FAILURE (60). MIWII1000 The purpose of this unit is to verify the existence of one or more phases without voltage, but with current circulating through the unit. All the units incorporated in the relay (40, 32) are blocked if a fuse failure, or a disconnected generator (open breaker) condition is detected.

  • Page 28: Events

    2.7 EVENTS 2 PRODUCT DESCRIPTION 2.7 EVENTS MIWII stores an historical record with the last 24 events. Each event contains the event description, date and time (4 ms accuracy), the analog channels at that moment (Ia, VI, VII, VIII and P, Q, S) and the internal signals at that moment. In ENERVISTA MII SETUP there is an “EVENTS”...
  • Page 29 2 PRODUCT DESCRIPTION 2.7 EVENTS Table 2–2: MIWII1000 LIST OF EVENTS MIWII1000 EVENT LIST Pickup/dropout of unit 40 CIRCLE 1 Pickup/dropout of unit 40 CIRCLE 2 Pickup/dropout of 32_1 ALARM/TRIP Pickup/dropout of 32_ 2 ALARM/TRIP Pickup/dropout of 32_3 ALARM Unit 40 inhibition by digital input Unit 32_1 inhibition by digital input Unit 32_2 inhibition by digital input Unit 32_3 inhibition by digital input...
  • Page 30 2.7 EVENTS 2 PRODUCT DESCRIPTION Table 2–3: MIWII2000 LIST OF EVENTS MIWII 2000 EVENT LIST Pickup / Dropout of unit 32_1 alarm Pickup / Dropout of unit 32_1 trip Pickup / Dropout of unit 32_2 alarm Pickup / Dropout of unit 32_2 trip Pickup / Dropout of unit 32_3 alarm Pickup / Dropout of unit 32_3 trip Pickup / Dropout of unit 32_4 alarm...

  • Page 31: Oscillography

    PC in a COMTRADE-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.
  • Page 32 2.8 OSCILLOGRAPHY 2 PRODUCT DESCRIPTION OSCILLOGRAPHY RECORD MIWII1000 ANALOG CHANNELS Phase A current channel VI voltage channel VII voltage channel VIII VIII voltage channel DIGITAL CHANNELS Pickup of unit 40 CIRCLE 1 Pickup of unit 40 CIRCLE 2 Pickup of 32_1 alarm Pickup of 32_1 trip Pickup of 32_2 alarm Pickup of 32_2 trip...
  • Page 33 2 PRODUCT DESCRIPTION 2.8 OSCILLOGRAPHY OSCILLOGRAPHY RECORD MIWII 2000 ANALOG CHANNELS Phase A current channel VI voltage channel DIGITAL CHANNELS 32_1 Alarm Pickup 32_1 pickup (alarm level) 32_1 Pickup 32_1 pickup (trip level) 32_2 Alarm Pickup 32_2 pickup (alarm level) 32_2 Pickup 32_2 pickup (trip level) 32_3 Alarm Pickup...

  • Page 34: Multiple Setting Groups

    2.9 MULTIPLE SETTING GROUPS 2 PRODUCT DESCRIPTION 2.9MULTIPLE SETTING GROUPS Two independent Setting Groups are available in the permanent (non-volatile) memory of the MIWII relay. Only one of the two is active at a given time. Users can select which setting group is active using a setting, sending a command to the relay from the communications program, or by a digital input.

  • Page 35: Measurement And Self-Test

    2 PRODUCT DESCRIPTION 2.10 MEASUREMENT AND SELF-TEST 2.10MEASUREMENT AND SELF-TEST 2.10.1 MEASUREMENT The MIWII displays the following measures: MIWII1000 MIWII2000 Ia: Phase A current. Ia: Phase A current. VI: First Voltage channel. VI: Voltage channel. The current measures 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.

  • Page 36: User Interface

    2.11 USER INTERFACE 2 PRODUCT DESCRIPTION 2.11USER INTERFACE 2.11.1 LED TARGETS There are 6 LED Targets in the front of the relay. The first one is green (‘READY’ -relay in service-) and cannot be configured; the second one is red and fixed for trip, while the other 4 can be configured by the user . The default configuration of the LEDs is shown in the following figure.

  • Page 37: Keypad And Display

    2 PRODUCT DESCRIPTION 2.11 USER INTERFACE 2.11.2 KEYPAD AND DISPLAY A five-button keypad allows access to MIWII relay information and settings changes. Measurement data (actual values), five last trip information (fault reports) and settings are shown on the 16x2 character LCD display. The keypad includes the functionality to modify the contrast of the display (refer to Chapter 8 for details).

  • Page 38: Ordering Codes

    2.12 ORDERING CODES 2 PRODUCT DESCRIPTION 2.12ORDERING CODES MIWII is supplied as 4U high and ¼ of a 19” rack wide.MIWII relays can be mounted in ¼ rack cases, one relay per case. The information required to completely specify the relay is provided in the following table: MIWII DESCRIPTION Power supply :...

  • Page 39: Technical Specifications

    2 PRODUCT DESCRIPTION 2.13 TECHNICAL SPECIFICATIONS 2.13TECHNICAL SPECIFICATIONS SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE 2.13.1 PROTECTION ELEMENTS 2.13.1.1 REVERSE POWER UNIT (32_X) Current, Voltage: Fundamental Pickup Level (one for alarm and another for trip): 0.01 to 1.5 per unit in steps of 0.01 Dropout Level: 97-98% typical of Pickup Level Accuracy of primary magnitudes:...

  • Page 40: Metering Functions

    2.13 TECHNICAL SPECIFICATIONS 2 PRODUCT DESCRIPTION 2.13.2 METERING FUNCTIONS ±5% in the complete range Accuracy: 2.13.3 INPUTS 2.13.3.1 AC CURRENT Secondary Rated Current: Terminals C1-C2. Rated current: 5A Frequency: 50/60 Hz (selectable by setting) Consumption: < 0.2 VA at secondary In Maximum permissible current: 100 In during 1 second 4 In continuously...

  • Page 41: Outputs

    2 PRODUCT DESCRIPTION 2.13 TECHNICAL SPECIFICATIONS 2.13.5 OUTPUTS 2.13.5.1 TRIPPING CONTACTS Contact capacity: Maximum operation voltage 440 Vac Continuous : 16 A at 250 Vac, general purpose ¾ HP, 124 Vac 1-1/2 HP, 250 Vac 10 A, 250 Vac, 0.4 F.P. B300 pilot duty Make and Carry: 48 A...

  • Page 42: Environmental

    2.13 TECHNICAL SPECIFICATIONS 2 PRODUCT DESCRIPTION 2.13.7 ENVIRONMENTAL Operating Temperatures: -20º C to +60º C Ambient Storage Temperatures: -40º C to +80º C Maximum relative humidity Altitude 2000 m. Max Pollution Degree 2.13.8 TYPE TESTS & CERTIFICATIONS The MIWII system complies with the following standards, which include the standards required by Community Directive 89/ 336 for the CE marking, in line with European standards.

  • Page 43: Production Tests

    2 PRODUCT DESCRIPTION 2.13 TECHNICAL SPECIFICATIONS STANDARD DESCRIPTION CLASS CLIMATIC TESTS IEC 60068-2-1 (1990) + A1(1992) + Test Ad Cold A2(1994) IEC 60068-2-2 (1974) + A1(1993) + Test Bd Dry Heat A2(1994) MAKE AND CARRY ANSI C37-90:1990 Make and Carry 2.13.9 PRODUCTION TESTS Insulation Test: IEC255-5 (Tested on CTs, Power Supply terminals, Contact...
  • Page 44 2.13 TECHNICAL SPECIFICATIONS 2 PRODUCT DESCRIPTION 2-26 MIWII Directional Power Protection System GEK-113308...

  • Page 45: Hardware

    3 HARDWARE 3.1 DESCRIPTION 3 HARDWARE 3.1DESCRIPTION WARNING The MIWII system incorporates electronic components that might be affected by electrostatic discharge currents flowing through certain component terminals. The main source of electrostatic discharges is human body, especially under low humidity conditions, with carpet floors or isolating shoes. If such conditions are present special care should be taken while manipulating MIWII modules.

  • Page 46: Mounting

    3.1 DESCRIPTION 3 HARDWARE 3.1.1 MOUNTING The unit is designed for semi-flush mounting. The relay is secured 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.

  • Page 47: Rear Description

    3 HARDWARE 3.1 DESCRIPTION 3.1.2 REAR DESCRIPTION The relay is wired through the terminal blocks located at the rear of the unit. In this terminal board, current terminals are shorted two-by-two when the transformer module is extracted, so that the CT secondary never remains open. Figure 3–3: REAR VIEW The magnetic module with the CTs is already connected to a female connector screwed 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.

  • Page 48: Wiring

    3.2 WIRING 3 HARDWARE 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 MIWII Directional Power Protection System GEK-113308...
  • Page 49 3 HARDWARE 3.2 WIRING Figure 3–5: TYPICAL WIRING DIAGRAM FOR MIWII 2000 RELAY GEK-113308 MIWII Directional Power Protection System...

  • Page 50: Control Power

    3.2 WIRING 3 HARDWARE 3.2.2 CONTROL POWER 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...

  • Page 51: Ac Current Transformer Inputs

    3 HARDWARE 3.2 WIRING 3.2.3 AC CURRENT TRANSFORMER INPUTS Each AC current input has an isolating transformer and an automatic mechanism that shorts the input when the module is withdrawn from the chassis. There are no internal ground connections on the current inputs. Current transformers with 1 A or 5 A rated secondary current may be used.

  • Page 52: Contact Inputs / Outputs

    3.2 WIRING 3 HARDWARE 3.2.4 CONTACT INPUTS / OUTPUTS Figure 3–7: CONTACT INPUTS CONNECTIONS Wet contacts must be connected to the inputs of the relay. A wet contact has one side connected to the positive terminal of an external DC power supply. The other side of this contact is connected to the required contact input terminal (A8 or A9).

  • Page 53: Output Contacts Configuration

    3 HARDWARE 3.2 WIRING 3.2.5 OUTPUT CONTACTS CONFIGURATION All output relays are form C relays. Only one of the two states of the form C relay is 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).

  • Page 54: Outputs Isolation

    3.2 WIRING 3 HARDWARE 3.2.6 OUTPUTS ISOLATION MII relays provide one trip contact, one alarm contact and four configurable contacts (option 1 and 2) sharing one common. An internal jumper, called Jx jumper, has been provided to allow splitting the four configurable outputs into two isolated groups.
  • Page 55 3 HARDWARE 3.2 WIRING Each output has a different configuration, and it is able to operate independently to the others. If Jx jumper is removed, the output contact configuration change as shown in the following figure: After removing the Jx Jumper, the outputs are divided in two groups: Independent and isolated. Group1: Terminals B8-B7: Provide one output contact combining OUT1 and OUT2 Group 2:...
  • Page 56 3.2 WIRING 3 HARDWARE a) JX REMOVED AND ONE OF THE TWO INTERNAL CONTACTS SET AS NORMALLY CLOSED: t is possible to change by hardware the contact configuration from normally open to normally closed (see the first point of this document). b) OUT1 NORMALLY CLOSED AND OUT2 NORMALLY OPEN: The hardware configuration corresponds to OUT1 NC and OUT2 NO.

  • Page 57: Rs232 Front Communications Port

    3 HARDWARE 3.2 WIRING 3.2.7 RS232 FRONT COMMUNICATIONS PORT A 9-pin RS232C serial port is located on the front of the relay for programming with a portable (personal) computer. All that is required to use this interface is a personal computer running the ENERVISTA MII SETUP software. Next figure shows the communications cable configuration.

  • Page 58: Rs485 Communications Port

    “A” and “B”, although many devices use terminals named “+” and “-“. As a general 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.

  • Page 59: Communications

    The ENERVISTA MII SETUP software package uses only ModBus protocols, and is designed to communicate with a single relay at a time. GE Multilin offers different communication software packages, such as GE-POWER and enerVista, which can be used to communicate simultaneously with several relays.

  • Page 60: Starting Communication

    4.1 ENERVISTA MII SETUP SOFTWARE 4 COMMUNICATIONS 4.1.2 STARTING COMMUNICATION Before the physical connection to the relay, it is important that the user reviews the safety instructions detailed in section 1. This section explains the importance of connecting both relay ground terminal and computer to a good grounding. Otherwise, communication may not be possible, or the relay and/or the computer could be damaged.
  • Page 61 4 COMMUNICATIONS 4.1 ENERVISTA MII SETUP SOFTWARE Figure 4–1: ENERVISTA MII SETUP MAIN SCREEN GEK-113308 MIWII Directional Power Protection System...

  • Page 62: File

    4.2 FILE 4 COMMUNICATIONS 4.2FILE 4.2.1 NEW From the File – New option, the user can create a new file that will contain all the protection unit settings, as well as the relay configuration (inputs, outputs, events, oscillography, etc.). When the option is selected, the following screen will be shown. The user must select here a specific relay model matching exactly the relay model to which the settings and configuration will later be downloaded.

  • Page 63: Properties

    4 COMMUNICATIONS 4.2 FILE 4.2.3 PROPERTIES From the File – Properties option, the program will show a screen including the relay model information, firmware version, etc., as shown on Figure 4–3: 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.

  • Page 64: Print Setup

    4.2 FILE 4 COMMUNICATIONS 4.2.6 PRINT SETUP The File – Print Setup option enables the user to configure the print setup for the settings file as shown in Figure 4–4: Figure 4–4: PRINTER SETUP 4.2.7 PRINT PREVIEW The 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.

  • Page 65: Print

    4 COMMUNICATIONS 4.2 FILE The available 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. GEK-113308 MIWII Directional Power Protection System...

  • Page 66: Setpoint

    4.3 SETPOINT 4 COMMUNICATIONS 4.3SETPOINT Clicking on the Setpoint menu entry gives access to Settings, Configuration, Logic Configuration and Clock. 4.3.1 SETTINGS The Settings sub-menu is the same for all M family relays, and shows all relay settings divided in two groups: Main Settings and Advanced Settings.
  • Page 67 4 COMMUNICATIONS 4.3 SETPOINT Figure 4–7: FUNCTION MENU Primarily there are four different setting formats: Boolean/Logic Settings (only two choices). For Boolean settings, the two possible options are shown so as the user can select which one is the appropriate, clicking with the mouse on the option desired.

  • Page 68: Main Settings

    4.3 SETPOINT 4 COMMUNICATIONS 4.3.2 MAIN SETTINGS 4.3.2.1 GENERAL SETTINGS General settings describe and activate the electric system settings where the relay is going to operate. Some of these settings will be used with measure values presentation purposes; however, some of them are directly applied during the sampling and analogical-numerical conversion process (nominal frequency setting).

  • Page 69: Relay Configuration

    4 COMMUNICATIONS 4.3 SETPOINT 4.3.4 RELAY CONFIGURATION Setpoint – Relay Configuration shows a dialog box to configure digital inputs, contact outputs and front panel LEDs, as shown in Figure 4–11: Figure 4–11: RELAY CONFIGURATION SETTINGS Each input, output and LED can be assigned an individual function (status bit) or an OR of a group of functions. Functions can also be assigned to virtual inputs and outputs, in order to allow greater flexibility when creating complex logics.
  • Page 70 4.3 SETPOINT 4 COMMUNICATIONS Figure 4–12: OR ASSIGNMENT • NOT: when NOT checkbox is enabled, the logic is inverted. The element (input, output, LED) will actuate when the conditions are NOT fulfilled. • NAME: the user can write an identifying label of up to 4 characters that will get stored to be displayed later on. •...

  • Page 71: Logic Configuration

    4 COMMUNICATIONS 4.3 SETPOINT 4.3.5 LOGIC CONFIGURATION MII family relays can execute simple logic schemes that can be programmed from ENERVISTA MII SETUP. This logic schemes can be found at Setpoint – Logic Configuration. When one of the logics is selected, a new window will appear where the user can assign up to 8 inputs to the logic circuit. Each of these inputs can be a single function or status, as well as a logical union of several statuses.

  • Page 72: Date /Time

    4.3 SETPOINT 4 COMMUNICATIONS 4.3.6 DATE /TIME The change date/time option opens a window 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: Actual Values

    4 COMMUNICATIONS 4.4 ACTUAL 4.4ACTUAL 4.4.1 ACTUAL VALUES Actual - Actual values menu displays the Status Window shown in Figure 4–15:. This window shows internal relay information, measures, function status as well as additional information. There is a vertical scroll bar to navigate up and down the table to reach the desired information: •...

  • Page 74: Event Recorder

    4.4 ACTUAL 4 COMMUNICATIONS 4.4.2 EVENT RECORDER Actual – Event Recorder option makes the last 24 relay events to be retrieved (up to 32) and displayed in the window appearing in Figure 4–16:. Each event record is labeled with date, time (with 1msec. resolution), the cause of the event (pickup, trip of a certain function, etc.), and a list of the status of all inputs, outputs and functions during the event.

  • Page 75: Waveform Capture

    4 COMMUNICATIONS 4.4 ACTUAL 4.4.3 WAVEFORM CAPTURE In the Actual - WAVEFORM CAPTURE 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: Operations

    4.5 OPERATIONS 4 COMMUNICATIONS 4.5OPERATIONS From Operations menu the user can perform all possible operation commands. Figure 4–18: OPERATIONS MENU 4-18 MIWII Directional Power Protection System GEK-113308...

  • Page 77: Communication

    4 COMMUNICATIONS 4.6 COMMUNICATION 4.6COMMUNICATION The COMMUNICATION menu provides configuration options to communicate with the relay, as well as to perform 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.
  • Page 78 4.6 COMMUNICATION 4 COMMUNICATIONS 4.6.1.1 COMPUTER SETTINGS In COMPUTER SETTINGS box the user can configure computer communication settings, besides the connection (Control Type) and Startup Mode. Control Type defines the connection type that is going to be used: • No control type for serial connection (front RS232 or rear RS485), •...
  • Page 79 4 COMMUNICATIONS 4.6 COMMUNICATION 4.6.1.3 COMMUNICATION OPTIMIZATION COMMUNICATIONS OPTIMIZATION box allows the user to enter values to control device response to communication attempts. Changing these parameters can improve communication, although it is recommended not to make changes to the default values if it is not required. Figure 4–22: 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...

  • Page 80: Troubleshooting

    4.6 COMMUNICATION 4 COMMUNICATIONS 4.6.2 TROUBLESHOOTING The TROUBLESHOOTING option is available only when the PC is communicating with a relay. It is intended to check the ModBus communication frames between the PC and the relay. In the upper part, the user can read any readable value from the relay (setpoints, actual values) by entering the desired hexadecimal address , the 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,...

  • Page 81: Upgrade Firmware Version

    4 COMMUNICATIONS 4.6 COMMUNICATION 4.6.3 UPGRADE FIRMWARE VERSION IMPORTANT WARNING: For upgrading the relay firmware to version 4.00 or later, it is mandatory that the EnerVista MII Setup version is 1.10 or higher. Otherwise it may result in damage to the relay The UPGRADE FIRMWARE VERSION option is active only when there is no active communication with the relay.
  • Page 82 4.6 COMMUNICATION 4 COMMUNICATIONS 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 4-24 MIWII Directional Power Protection System GEK-113308...
  • Page 83 If the update is to a model option with higher functionality (see OPTION 1, OPTION 2 and OPTION R in the model list), the program will request a password. This password can be obtained placing an order with GE Multilin. The following three parameters must be clearly indicated in the order: •...
  • Page 84 4.6 COMMUNICATION 4 COMMUNICATIONS Figure 4–30: UPDATE COMPLETED It will take a few seconds for the relay to restart after the completion of the update process. Therefore, before unplugging the relay, please make sure that the relay main screen shows the analog inputs values. IMPORTANT NOTICE: ®...

  • Page 85: View 4.7.1 Traces

    4 COMMUNICATIONS 4.7 VIEW 4.7VIEW 4.7.1 TRACES TRACES option is only active 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: Modbus Memory Map

    4.7 VIEW 4 COMMUNICATIONS 4.7.2 MODBUS MEMORY MAP MODBUS MEMORY MAP option is only active 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. 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).

  • Page 87: Languages

    4 COMMUNICATIONS 4.7 VIEW 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 GEK-113308 MIWII Directional Power Protection System...
  • Page 88 4.7 VIEW 4 COMMUNICATIONS 4-30 MIWII Directional Power Protection System GEK-113308...

  • Page 89: Settings Structure

    5 SETTINGS 5.1 SETTINGS STRUCTURE 5 SETTINGS 5.1SETTINGS STRUCTURE All the settings of the MIWII relay, together with the procedures to change their value, are described in this chapter. First of all, a complete list of settings is shown; including ranges, units, step and factory default value. Then, the settings requiring more detailed comments are individually explained.

  • Page 90: Main Settings

    5.2 MAIN SETTINGS 5 SETTINGS 5.2MAIN SETTINGS 5.2.1 PRODUCT SETUP ENERVISTA MII SETUP DEFAULT RANGE STEP PRODUCT SETUP PRODUCT SETUP PRODUCT SETUP Relay Status Relay Operation Relay Operation DISABLE READY / DISABLE Current CT ratio CT Ratio Current CT Ratio 1-4000 Voltage VT ratio VT Ratio...

  • Page 91: Function 32 1 (Miwii1000/Miwii2000)

    5 SETTINGS 5.2 MAIN SETTINGS 5.2.3 FUNCTION 32 1 (MIWII1000/MIWII2000) ENERVISTA MII SETUP DEFAULT RANGE STEP FUNCTION 32 1 32_1 FUNCTION FUNCTION 32 1 Enable 32 1 32_1 Enable Enable 32 1 YES/NO Trip Enable 32 1 32_1 Trip Trip Enable 32 1 DISABLE READY / DISABLE Power 32 1...

  • Page 92: Function 32 4 (Miwii2000)

    5.2 MAIN SETTINGS 5 SETTINGS 5.2.6 FUNCTION 32 4 (MIWII2000) ENERVISTA MII SETUP DEFAULT RANGE STEP FUNCTION 32 4 32_4 FUNCTION FUNCTION 32 4 Enable 32 4 32_4 Enable Enable 32 4 YES/NO Trip Enable 32 4 32_4 Trip Trip Enable 32 4 YES/NO Power 32 4 32_4 Power Type...

  • Page 93: Advanced Settings

    5 SETTINGS 5.3 ADVANCED SETTINGS 5.3ADVANCED SETTINGS 5.3.1 GENERAL ADVANCED ENERVISTA MII SETUP HMI DEFAULT RANGE STEP ADV. GENERAL GENERAL GENERAL ADVANCED SETTINGS ADVANCED Identification IDENTIFICATION MIWII Text Settings Group Settings Group Settings Group Trip Min Time Trip Min Time Trip Min Time 200 ms 50-300 ms...

  • Page 94: Function 32 2 T2 (Miwii1000/Miwii2000)

    5.3 ADVANCED SETTINGS 5 SETTINGS 5.3.4 FUNCTION 32 2 T2 (MIWII1000/MIWII2000) ENERVISTA MII SETUP DEFAULT RANGE STEP FUNCTION 32 2 T2 32_2 FUNCTION T2 FUNCTION 32 2 Enable 32 2 T2 32_2 Enable T2 Enable 32 2 YES/NO Trip Enable 32 2 T2 32_2 Trip T2 Trip Enable 32 2 YES/NO...

  • Page 95: Fuse Failure T2 (Miwii1000)

    5 SETTINGS 5.3 ADVANCED SETTINGS 5.3.7 FUSE FAILURE T2 (MIWII1000) ENERVISTA MII SETUP DEFAULT RANGE STEP FUSE FAILURE FUSE FAILURE T2 FUSE FAILURE Enable Fuse T2 Fuse Failure Enable T2 Enable Fuse YES/NO GEK-113308 MIWII Directional Power Protection System...

  • Page 96: Events Masks(Only Enervista Mii Setup)

    5.3 ADVANCED SETTINGS 5 SETTINGS 5.3.8 EVENTS MASKS(ONLY ENERVISTA MII SETUP) Event masks have two possible settings, YES or NO. If an action (e.g. the trip of a protection function) is set as YES, when the trip takes place an event will be generated. If it is set as NO, no event will be generated. 5.3.8.1 EVENT MASK FOR MIWII1000 EVENT MASKS ENERVISTA MII SETUP...
  • Page 97 5 SETTINGS 5.3 ADVANCED SETTINGS EVENT MASKS ENERVISTA MII SETUP DEFAULT RANGE EVENT MASKS EVENT MASKS 52B Open/Closed by Digital Input Breaker 52B 52 Open/Closed Breaker Closed Settings change Settings change EEPROM failure EEPROM Failure User settings/Factory settings User settings 5.3.8.2 EVENT MASK FOR MIWII2000 EVENT MASKS ENERVISTA MII SETUP...
  • Page 98 5.3 ADVANCED SETTINGS 5 SETTINGS EVENT MASKS ENERVISTA MII SETUP DEFAULT RANGE EVENT MASKS EVENT MASKS Oscillo trigger by command Oscillo trigg by comm. 52B Open/Closed by Digital Input Breaker 52B 52 Open/Closed Breaker Closed Settings change Settings change EEPROM failure EEPROM Failure User settings/Factory settings User settings...

  • Page 99: Time Synchronization

    5 SETTINGS 5.4 TIME SYNCHRONIZATION 5.4TIME 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 &...
  • Page 100 5.4 TIME SYNCHRONIZATION 5 SETTINGS 5-12 MIWII Directional Power Protection System GEK-113308...

  • Page 101: Input Configuration

    6 I/0 CONFIGURATION 6.1 INPUT CONFIGURATION 6 I/0 CONFIGURATION 6.1INPUT CONFIGURATION 6.1.1 DESCRIPTION OF INPUTS MIWII incorporates 2 digital inputs, which can be configured using the ENERVISTA MII SETUP software (Setpoint > Relay Configuration). The default input configuration is as follows: Input 1 DI all functions disabled Input 2...
  • Page 102 6.1 INPUT CONFIGURATION 6 I/0 CONFIGURATION As shown on the figure below, input 1 is assigned to an OR. Clicking on that OR checkbox, a second screen named "OR ASSIGNMENT" is displayed, where the user can select the group that contains the desired elements (in this example, "MASK ED 2").
  • Page 103 6 I/0 CONFIGURATION 6.1 INPUT CONFIGURATION SIMPLE ACTION INPUT CONFIGURATION (ONE ELEMENT ASSIGNMENT) To assign breaker status input 52B to a digital input, select 52B status from the I/O configuration selection list. The OR checkbox must not be selected. The simplest way of programming an input is to assign it to a single element. For this purpose, the user must simply open the I/O configuration selection list of the desired input.

  • Page 104: Input Elements

    6.1 INPUT CONFIGURATION 6 I/0 CONFIGURATION 6.1.2 INPUT ELEMENTS The following table shows the list of elements that can be assigned to each input. The table is divided into groups Table 6–1: INPUT ELEMENTS(MIWII1000) NO DEFINITION INPUT NOT ASSIGNED MASK ED 1 40 Disable (by DI) 40 trip disabled 32_1 Disable (by DI)

  • Page 105: Outputs And Leds Configuration

    6 I/0 CONFIGURATION 6.2 OUTPUTS AND LEDS CONFIGURATION 6.2OUTPUTS AND LEDS CONFIGURATION 6.2.1 DESCRIPTION OF OUTPUTS AND LEDS MIWII incorporates 6 outputs and 6 LED indicators. 4 of the outputs and LED indicators are user configurable, and can only be programmed using ENERVISTA MII SETUP software (SETPOINT – RELAY CONFIGURATION). The first two LEDs are fixed for READY (System ready) and TRIP.
  • Page 106 6.2 OUTPUTS AND LEDS CONFIGURATION 6 I/0 CONFIGURATION Outputs/LEDs can be configured to be activated by a single element or by a sum of several of them. These elements are divided into eight groups, besides the No definition element. Elements belonging to the same group can be assigned to the same output/LED.

  • Page 107: Output And Led Elements

    6 I/0 CONFIGURATION 6.2 OUTPUTS AND LEDS CONFIGURATION 6.2.2 OUTPUT AND LED ELEMENTS The list of elements that can be assigned to the different outputs and LEDs is divided into the following groups: Table 6–4: OUTPUTS AND LEDS ELEMENTS (MIWII1000) GROUP NO DEFINITION OUTPUT OR LED NOT ASSIGNED...
  • Page 108 6.2 OUTPUTS AND LEDS CONFIGURATION 6 I/0 CONFIGURATION Table 6–5: OUTPUTS AND LEDS ELEMENTS (MIWII2000) GROUP NO DEFINITION OUTPUT OR LED NOT ASSIGNED CONFIGURATION Logic 1 Output signal from logic 1 Logic 2 Output signal from logic 2 Logic 3 Output signal from logic 3 Logic 4 Output signal from logic 4...

  • Page 109: Logic Configuration

    7 LOGIC CONFIGURATION 7.1 LOGIC DESCRIPTION 7 LOGIC CONFIGURATION 7.1LOGIC DESCRIPTION MIWII incorporates 4 logic diagrams that can be configured independently using the ENERVISTA MII SETUP software (Setpoint> Logic Configuration). The default logic configuration is the following: LOGIC I/O CONFIGURATION PICKUP TIME DROPOUT TIME No Definition...
  • Page 110 7.1 LOGIC DESCRIPTION 7 LOGIC CONFIGURATION As shown on the 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 7 LOGIC CONFIGURATION 7.1 LOGIC DESCRIPTION The "Application Notes" section in this manual describes several real application examples. GEK-113308 MIWII Directional Power Protection System...
  • Page 112 7.1 LOGIC DESCRIPTION 7 LOGIC CONFIGURATION Time diagram for the logic configuration: Pickup Dropout Timer Timer Logic input Logic output Pickup Dropout Timer Timer Logic input Logic output Pickup Dropout Dropout Timer Timer Timer Pickup timer Logic input Logic output MIWII Directional Power Protection System GEK-113308...

  • Page 113: Logic Elements

    7 LOGIC CONFIGURATION 7.2 LOGIC ELEMENTS 7.2LOGIC ELEMENTS The list of elements that can be assigned in the configurable logic is divided into the following groups: FOR MIWII1000: GROUP NO DEFINITION OUTPUT OR LED NOT ASSIGNED CONFIGURATION Logic 1 Output signal from logic 1 Logic 2 Output signal from logic 2 Logic 3...
  • Page 114 7.2 LOGIC ELEMENTS 7 LOGIC CONFIGURATION GROUP NO DEFINITION OUTPUT OR LED NOT ASSIGNED 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...
  • Page 115 7 LOGIC CONFIGURATION 7.2 LOGIC ELEMENTS GROUP NO DEFINITION OUTPUT OR LED NOT ASSIGNED MASK ED 1 32_1 Disable (by DI) Function 32_1 Disabled by Digital Input 32_2 Disable (by DI) Function 32_2 Disabled by Digital Input 32_3 Disable (by DI) Function 32_3 Disabled by Digital Input MASK ED 2 32_4 Disable (by DI)
  • Page 116 7.2 LOGIC ELEMENTS 7 LOGIC CONFIGURATION MIWII Directional Power Protection System GEK-113308...

  • Page 117: Keypad And Display

    8 KEYPAD AND DISPLAY 8.1 DESCRIPTION 8 KEYPAD AND DISPLAY 8.1DESCRIPTION MIWII has five types of display messages: actual values, main settings, advanced settings, operations and date & time. Actual values are values that are measured by the relay, such as currents; digital values of the relay, and can be digital inputs, outputs status and others;...

  • Page 118: Faceplate Keypad

    8.2 FACEPLATE KEYPAD 8 KEYPAD AND DISPLAY 8.2FACEPLATE KEYPAD The MIWII faceplate keypad is made up of five keys, as shown in Figure 8–1: Figure 8–1: KEYPAD The main screen is the one that 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.

  • Page 119: Alphanumeric Display And Leds

    8 KEYPAD AND DISPLAY 8.3 ALPHANUMERIC DISPLAY AND LEDS 8.3ALPHANUMERIC DISPLAY AND LEDS 8.3.1 DISPLAY The faceplate display of the MIWII relay is a 16 column x 2-row characters alphanumeric LCD display. Messages in the display are shown in the English language. Figure 8–2: DISPLAY The display contrast can be modified simultaneously pressing Escape + arrow: •...

  • Page 120: Leds

    8.3 ALPHANUMERIC DISPLAY AND LEDS 8 KEYPAD AND DISPLAY 8.3.2 LEDS The faceplate of the MIWII relay has six LEDs that show the relay status, as well as pickup and trip status. LEDs are grouped in two columns and three rows, as shown in Figure 8–3: Figure 8–3: LEDS The two LEDs in the first row (Ready and Trip) are not configurable.

  • Page 121: Operations

    8 KEYPAD AND DISPLAY 8.4 OPERATIONS 8.4OPERATIONS 8.4.1 ONE KEY OPERATION AND LAST TRIP DATA From the main screen, pressing Enter key the display shows a one-key operation menu that presents measures and up to five latest trip element data with the element that has tripped, the phase, the current and the voltage value (not affected by CT ratio), with the day, month and time of the trip.

  • Page 122: Hmi Password

    Once it has been entered, the relay asks for the new password. Here is an example of how to change from HMI password value 1 to 2: If you don’t know the programmed password please contact GE Multilin Technical Service and have the encoded password value shown in Main Settings > Product Setup > HMI handy.

  • Page 123: Menu Tree For Miwii 1000 Models

    8 KEYPAD AND DISPLAY 8.5 MENU TREE 8.5MENU TREE 8.5.1 MENU TREE FOR MIWII 1000 MODELS MENU ENTER MIWII ACTUAL VALUES Order Code MIWII1000E00HI00 Firmware Rev. 4.01 Date & Time 01-06-05 11:46:24 Relay Name MIW II Serial Number 999999 Phase A Current 0.00 Phase I Voltage 0.00...
  • Page 124 8.5 MENU TREE 8 KEYPAD AND DISPLAY MENU MIWII ENTER MAIN SETTINGS ENTER MAIN SETTINGS FUNCTION 40 Enable 40 Ready-Disable Volt Superv 40 Ready-Disable Voltage level 40 0.70-1.00 Trip Enable 40 1 Ready-Disable Diam Circle 40 1 1.0-300.0 Offs Circle 40 1 1.0-180.0 Delay Circl 40 1 0.1-10.0...
  • Page 125 8 KEYPAD AND DISPLAY 8.5 MENU TREE MENU ENTER MIWII MAIN SETTINGS ENTER MAIN SETTINGS FUNCTION 32 3 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...
  • Page 126 8.5 MENU TREE 8 KEYPAD AND DISPLAY MENU MIWII ENTER ADVANCED SETTINGS ENTER ADVANCED SETTINGS GENERAL ADVANCED Settings group Trip Min Time 50-300 ENTER ADVANCED SETTINGS FUNCTION 40 Enable 40 Ready-Disable Volt Superv 40 Ready-Disable Voltage level 40 0.70-1.00 Trip Enable 40 1 Ready-Disable Diam Circle 40 1 1.0-300.0...
  • Page 127 8 KEYPAD AND DISPLAY 8.5 MENU TREE MENU MIWII ENTER ADVANCED SETTINGS ENTER ADVANCED SETTINGS FUNCTION 32 2 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...
  • Page 128 8.5 MENU TREE 8 KEYPAD AND DISPLAY MENU ENTER MIW II OPERATIONS ENTER OPERATIONS LEDS RESET ENTER LEDS RESET IN LEDS RESET LEDS RESET TO CONFIRM PROCESS OPERATION OK OPERATIONS ENTER ACTIVATE TABLE 1 ACTIVATE TABLE 1 ACTIVATE TABLE 1 ACTIVATE TABLE 1 ENTER TO CONFIRM IN PROCESS...

  • Page 129: Menu Tree For Miwii 2000 Models

    8 KEYPAD AND DISPLAY 8.5 MENU TREE 8.5.2 MENU TREE FOR MIWII 2000 MODELS MENU ENTER MIWII ACTUAL VALUES Order Code MIWII1000E00HI00 Firmware Rev. 4.01 Date & Time 01-06-05 11:46:24 Relay Name MIW II Serial Number 999999 Phase A Current 0.00 Phase I Voltage 0.00...
  • Page 130 8.5 MENU TREE 8 KEYPAD AND DISPLAY MENU MIWII ENTER MAIN SETTINGS ENTER MAIN SETTINGS FUNCTION 32 1 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...
  • Page 131 8 KEYPAD AND DISPLAY 8.5 MENU TREE MENU ENTER MIWII MAIN SETTINGS ENTER MAIN SETTINGS FUNCTION 32 3 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...
  • Page 132 8.5 MENU TREE 8 KEYPAD AND DISPLAY MENU MIWII ENTER ADVANCED SETTINGS ENTER ADVANCED SETTINGS GENERAL ADVANCED Settings group Trip Min Time 50-300 ENTER ADVANCED SETTINGS FUNCTION 32 1 Enable 32 1 Enable-Disable Trip Enable 32 1 READY - [DISABLE] Power 32 1 ACTIVE - REACTIVE - APPARENT Type 32 1...
  • Page 133 8 KEYPAD AND DISPLAY 8.5 MENU TREE MENU MIWII ENTER ADVANCED SETTINGS ENTER ADVANCED SETTINGS FUNCTION 32 3 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...
  • Page 134 8.5 MENU TREE 8 KEYPAD AND DISPLAY MENU ENTER MIW II OPERATIONS ENTER OPERATIONS LEDS RESET ENTER LEDS RESET IN LEDS RESET LEDS RESET TO CONFIRM PROCESS OPERATION OK ENTER OPERATIONS ACTIVATE TABLE 1 ACTIVATE TABLE 1 ACTIVATE TABLE 1 ACTIVATE TABLE 1 ENTER TO CONFIRM IN PROCESS...

  • Page 135: Relay Commissioning

    9 RELAY COMMISSIONING 9.1 VISUAL INSPECTION 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. GEK-113308 MIWII Directional Power Protection System...

  • Page 136: Comments On The Test Equipment

    9.2 COMMENTS ON THE TEST EQUIPMENT 9 RELAY COMMISSIONING 9.2COMMENTS ON THE TEST EQUIPMENT All devices that work with alternating current are influenced by frequency. Since a non-sinusoidal waveform results from a fundamental frequency wave plus a series of harmonics of this fundamental wave, it can be concluded that devices working with alternating current (relays) are influenced by the applied waveform.
  • Page 137 9 RELAY COMMISSIONING 9.2 COMMENTS ON THE TEST EQUIPMENT 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. GEK-113308 MIWII Directional Power Protection System...

  • Page 138: Wiring And Necessary Equipment

    9.3 WIRING AND NECESSARY EQUIPMENT 9 RELAY COMMISSIONING 9.3WIRING AND NECESSARY EQUIPMENT Necessary equipment: • 1 AC current source and one AC Voltage source with possibility to monitor the angle difference between them. • 1 AC or DC voltage power supply for feeding the unit and activating digital inputs. •...

  • Page 139: Target Leds

    9 RELAY COMMISSIONING 9.4 TARGET LEDS 9.4TARGET LEDS Check that pressing the “ESC/RESET” button for more than 3 seconds, all the front target LEDs light up and reset. GEK-113308 MIWII Directional Power Protection System...

  • Page 140: Power Supply Test

    9.5 POWER SUPPLY TEST 9 RELAY COMMISSIONING 9.5POWER SUPPLY TEST Connect the relay to a power supply at rated voltage . Enable the following elements: 32_1,32_2,32_3 setting their pickups and times to the minimum possible value. Inject to the relay the corresponding currents and voltages, so that the power elements trip. Under these tripping conditions check that the ALARM (READY) output is open, and that the relay can communicate with the PC.

  • Page 141: Communications

    PC and the relay (refer to figure 3-10). If the front port is used, a straight through cable is needed. If the rear RS485 port is used, an RS485/RS232 converter is needed. GE Multilin offers DAC300, F485 or RS232/485 converters.

  • Page 142: Relay Setting

    9.7 RELAY SETTING 9 RELAY COMMISSIONING 9.7RELAY SETTING When the relay is shipped from the factory, it comes with a default set of settings, which act as the starting point for the following 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.

  • Page 143: Contact Inputs

    9 RELAY COMMISSIONING 9.8 CONTACT INPUTS 9.8CONTACT INPUTS Sequentially apply the rated voltage to input CC1 and CC2 (A8-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>...

  • Page 144: Contact Outputs

    9.9 CONTACT OUTPUTS 9 RELAY COMMISSIONING 9.9CONTACT OUTPUTS The default configuration of outputs and LEDs is as follows: 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)

  • Page 145: Relay Metering

    9 RELAY COMMISSIONING 9.10 RELAY METERING 9.10 RELAY METERING 9.10.1 CURRENT AND VOLTAGE METERING Set the relay to the same frequency than the AC source used and apply the following current and voltage values, checking that the unit measures the values within an accuracy of 5%. The table shows the minimum and maximum values expected for each applied value, in MIWII1000 models: MAGNITUDE MIN.

  • Page 146: Loss Of Field Unit (40) Miwii1000

    9.11 LOSS OF FIELD UNIT (40) MIWII1000 9 RELAY COMMISSIONING 9.11LOSS OF FIELD UNIT (40) MIWII1000 Set the unit as follows: GROUP: GENERAL SETTING VALUE VT RATIO RATED VOLTAGE 11000 50 Hz V APP 1P WYE GROUP: 40 ENABLE 40 V SUP 40 V 40 TRIP 40 1...

  • Page 147: Test Of Units 40 Circle 1 And 40 Circle 2

    9 RELAY COMMISSIONING 9.11 LOSS OF FIELD UNIT (40) MIWII1000 9.11.1 TEST OF UNITS 40 CIRCLE 1 AND 40 CIRCLE 2 On the center of the characteristic, over the Y axis: Apply:VI = 80V @ 0º Ia = 8A @ 90º (forwarded to VI) Check that the unit operates in 0.5 seconds On a point close to the characteristic limit, over the Y axis: Apply:VI = 80V @ 0º...

  • Page 148: Power Units

    9.12 POWER UNITS (32) 9 RELAY COMMISSIONING 9.12POWER UNITS (32) For all the steps included in this test, the relay general setting must be the following ones: GENERAL SETTINGS RELAY STATUS ENABLE CT RATIO VT RATIO NOMINAL S 10 MVA NOMINAL V 11000 V POWER FACT...

  • Page 149: Function 32_3

    9 RELAY COMMISSIONING 9.12 POWER UNITS (32) 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 50 W and check that the relay does not trip (0V or 0A). •...

  • Page 150: Time Synchronization

    9.13 TIME SYNCHRONIZATION 9 RELAY COMMISSIONING 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. 9-16 MIWII Directional Power Protection System GEK-113308...

  • Page 151: User Settings

    9 RELAY COMMISSIONING 9.14 USER SETTINGS 9.14USER SETTINGS The following pages intend to be useful to register the user settings. They can be used as a guide or template or to record the relay settings. 9.14.1 MAIN SETTINGS 9.14.1.1 PRODUCT SETUP ENERVISTA MII SETTING RANGE...
  • Page 152 9.14 USER SETTINGS 9 RELAY COMMISSIONING 9.14.1.2 FUNCTION 40 (MIWII1000) ENERVISTA MII SETTING RANGE STEP SETUP FUNCTION 40 FUNCTION 40 Enable 40 40 Enable Enable 40 YES/NO Enable Voltage Volt Superv 40 Volt Superv 40 YES/NO Supervision Voltage Level 40 Voltage Level Voltage Level 40 0.70 to 1.00 Vn...
  • Page 153 9 RELAY COMMISSIONING 9.14 USER SETTINGS 9.14.1.4 FUNCTION 32 2 ENERVISTA MII SETUP SETTING RANGE STEP FUNCTION 32 2 32_2 FUNCTION FUNCTION 32 2 Enable 32 2 32_2 Enable Enable 32 2 YES/NO Trip Enable 32 2 32_2 Trip Trip Enable 32 2 YES/NO ACTIVE / Power 32 2...

  • Page 154: Advanced Settings

    9.14 USER SETTINGS 9 RELAY COMMISSIONING 9.14.2 ADVANCED SETTINGS 9.14.2.1 GENERAL ADVANCED ENERVISTA MII SETTING RANGE STEP SETUP ADV. GENERAL GENERAL GENERAL ADVANCED SETTINGS ADVANCED Identification IDENTIFICATION Text Settings Group Settings Group Settings Group Trip Min Time Trip Min Time Trip Min Time 50-300 ms 1 ms...
  • Page 155 9 RELAY COMMISSIONING 9.14 USER SETTINGS 9.14.2.4 FUNCTION 32 2 ENERVISTA MII SETUP SETTING RANGE STEP FUNCTION 32 2 32_2 FUNCTION T2 FUNCTION 32 2 Enable 32 2 32_2 Enable T2 Enable 32 2 YES/NO Trip Enable 32 2 32_2 Trip T2 Trip Enable 32 2 YES/NO ACTIVE /...
  • Page 156 9.14 USER SETTINGS 9 RELAY COMMISSIONING 9.14.2.7 EVENT MASKS FOR MIWII1000: EVENT MASKS ENERVISTA MII SETUP SETTING RANGE EVENT MASKS EVENT MASKS 40 CIRCLE 1 Pickup/Drop out 40 Circle 1 Pickup 40 CIRCLE 2 Pickup/Drop out 40 Circle 2 Pickup 32_1 Alarm Pickup/Drop out 32_1 Alarm Pickup 32_1 Trip Pickup/Drop out...
  • Page 157 9 RELAY COMMISSIONING 9.14 USER SETTINGS FOR MIWII2000: EVENT MASKS ENERVISTA MII SETUP SETTING RANGE EVENT MASKS EVENT MASKS 32_1 Alarm Pickup/Drop out 32_1 Alarm Pickup 32_1 Trip Pickup/Drop out 32_1 Pickup 32_2 Alarm Pickup/Drop out 32_2 Alarm Pickup 32_2 Trip Pickup/Drop out 32_2 Pickup 32_3 Alarm Pickup/Drop out 32_3 Alarm Pickup...
  • Page 158 9.14 USER SETTINGS 9 RELAY COMMISSIONING 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 9-24 MIWII Directional Power Protection System...

  • Page 159: Installation And Maintenance

    10 INSTALLATION AND MAINTENANCE 10.1 INSTALLATION 10 INSTALLATION AND MAINTENANCE 10.1 INSTALLATION The relay should be installed in a clean, dry and dust-free place, with no vibrations. It should also be well lit to facilitate inspection 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.
  • Page 160 10.2 GROUND CONNECTION AND DISTURBANCES SUPPRESSION 10 INSTALLATION AND MAINTENANCE 10.2GROUND CONNECTION AND DISTURBANCES SUPPRESSION Threaded plug labelled as GND (refer to 1.3) should be correctly grounded, so that the disturbance suppression circuits in the system work correctly. This connection should be as short as possible (preferably 25 cm or less) to guarantee maximum protection.
  • Page 161 10 INSTALLATION AND MAINTENANCE 10.3 MAINTENANCE 10.3MAINTENANCE Given the important role that the protection relays play in the operation of any installation, a periodical program of tests is highly recommended. The unit incorporates built-in diagnostic functions that permit immediate identification with only the aid of the keypad and display, the detection of some of the most likely circuit failures.
  • Page 162 10.4 CLEANING INSTRUCTIONS 10 INSTALLATION AND MAINTENANCE 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. 10-4 MIWII Directional Power Protection System GEK-113308...

  • Page 163: Mii Family Faq (Frequently Asked Questions)

    Using the HMI it is possible to see an encrypted numerical value corresponding to the current HMI password. This value can be viewed in the MAIN SETTINGS – PRODUCT SETUP – HMI Password menu. Please contact GE Multilin Technical Support to decrypt this value and obtain the HMI password. How can I change the HMI Password? In the MAIN SETTINGS –...
  • Page 164 Anyway, it is recommended to check the converter’s documentation to confirm the manufacturer’s criterion. For the concrete case of GE PM’s F485 converter, connections are SDA with “-“ and SDB with “+”. After the previous steps, I cannot communicate through the rear RS485 port.
  • Page 165 ASCII, these files can be viewed in any application accepting ASCII format (Microsoft Excel“), as well as specific applications for viewing oscillography records, as GE Multilin’s GE OSC software. My MIWII unit has the display off but the Ready LED is ON; does that mean the relay needs to be repaired? No, it doesn’t.
  • Page 166 11.1 MIWII FAQ 11 MII FAMILY FAQ (FREQUENTLY ASKED QUESTIONS) 11-4 MIWII Directional Power Protection System GEK-113308...
  • Page 167 12 MIWII DO’S AND DON’TS 12.1 DO’S 12 MIWII DO’S AND DON’TS 12.1DO’S WARNING: When communicating with the RS232 front port of the relay, ensure that the relay is properly grounded (ground must be at the same level of the PC). Otherwise, use ungrounded PC. •...

  • Page 168: Don'ts

    12.2 DON’TS 12 MIWII DO’S AND DON’TS 12.2DON’TS • Do not connect to the RS232 front port of the relay until being ensured that the relay ground is at the same level of PC ground. • Do not upgrade the relay firmware without first ensuring that relay Settings and Configuration have been downloaded and saved to a file.

  • Page 169: Miwii Troubleshooting Guide

    13 TROUBLESHOOTING GUIDE 13.1 MIWII TROUBLESHOOTING GUIDE 13 TROUBLESHOOTING GUIDE 13.1MIWII TROUBLESHOOTING GUIDE MIWII units have been designed and verified using the most advanced and reliable equipment. Mounting and testing automation ensure a high consistency of the final product. Before sending a unit back to the factory, we strongly recommend you follow the recommendations below.
  • Page 170 13.1 MIWII TROUBLESHOOTING GUIDE 13 TROUBLESHOOTING GUIDE 13-2 MIWII Directional Power Protection System GEK-113308...

  • Page 171: General Principle Of Operation

    APPENDIX A A.1 GENERAL PRINCIPLE OF OPERATION APPENDIX A HARMONIC FILTERINGA.1GENERAL PRINCIPLE OF OPERATION The present document intends to give an overview on how the relay deals with analog signals, in order to help determine whether the relay is appropriate for certain applications. MIWII relays, as the rest of our digital relays, are based on the following functional diagram: Figure A–1: FUNCTIONAL DIAGRAM Each of these blocks has its own functionality inside the general operation of the unit, as follows:...

  • Page 172: Digital Filter

    A.2 DIGITAL FILTER APPENDIX A A.2DIGITAL FILTER The first operation performed by the CPU with the voltage and/or current signal samples is the DFT. The Discrete Fourier Transformation consists in decomposing a signal into a series of sinusoidal signals with frequencies that are multiples of the fundamental frequency.
  • Page 173 APPENDIX A A.2 DIGITAL FILTER Figure A–4: the measurements can experience small variations for frequencies that 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.

  • Page 174: Measure At Frequencies Below The Rated Frequency

    A.3 MEASURE AT FREQUENCIES BELOW THE RATED FREQUENCY (FREQUENCY TRACKING) APPENDIX A A.3MEASURE AT FREQUENCIES BELOW THE RATED FREQUENCY (FREQUENCY TRACKING) As already mentioned, the digital filter is related to the fundamental frequency, so higher multiple frequency values are annulled During the start-up of generators, the voltage frequency in terminals and currents that can appear in the event of a fault, will depend on the machine speed.

  • Page 175: Modbus Format

    APPENDIX B B.1 MODBUS FORMAT APPENDIX B MODBUSB.1MODBUS FORMAT The ModBus Format (Intel/Motorola) setting, in 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...

  • Page 176: Reading Values

    B.2 READING VALUES APPENDIX B B.2READING VALUES ® The ModBus function used is number 3 (READ HOLDING REGISTERS). The message request command is generated as follows: Request: 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 –...

  • Page 177: Command Execution

    APPENDIX B B.3 COMMAND EXECUTION B.3COMMAND EXECUTION ® Commands with ModBus Intel format setting are executed in two steps: selection and confirmation. First, send the command or operation selection command. When the relay response arrives, send the confirmation. It is necessary to send the relay password.
  • Page 178 B.3 COMMAND EXECUTION APPENDIX B Example: We send the Group-related command. For instance, to activate Group 2, the selection command will be 15 (0F00H) Intel Request: ADDRESS FUNCTION BEGINNING #REGS #BYTES DATA0 0000H 0001H 0F00H A3A0H Intel Reply: ADDRESS FUNCTION BEGINNING #REGS 0000H...
  • Page 179 APPENDIX B B.3 COMMAND EXECUTION Intel Reply: ADDRESS FUNCTION BEGINNING #REGS 0000H 0003H 8008H Motorola Request: ADDRESS FUNCTION BEGINNING #REGS BYTES DATA0 0000H 0001H 10 00H AB90H Motorola Reply: ADDRESS FUNCTION BEGINNING #REGS 0000H 0001H 01C9H GEK-113308 MIWII Directional Power Protection System...

  • Page 180: Synchronization

    B.4 SYNCHRONIZATION APPENDIX B B.4SYNCHRONIZATION To synchronize the date and time of a relay we use a command with the following characteristics: The command is executed in broadcast mode (relay address = 00H) Date and time are included in the message. The date and time format length is 6 bytes. No answer is expected from the relay.
  • Page 181 APPENDIX B B.5 WRITING SETTINGS B.5WRITING SETTINGS There are three steps to write a setting: Execute a selection command using the corresponding code (See command execution) Change the setting 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) GEK-113308...

  • Page 182: Writing Settings

    B.5 WRITING SETTINGS APPENDIX B B.5.1 FRAME STRUCTURE Request: 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...
  • Page 183 APPENDIX B B.5 WRITING SETTINGS Intel Reply: ADDRESS FUNCTION BEGINNING #REGS 0128H 0008H 403BH Motorola Request: ADDRESS FUNCTION BEGINNING #REGS #BYTES 0094H 0008H DATA0 DATA1 DATA2 DATA3 DATA4 DATA5 DATA6 DATA7 5052H 5545H 4241H 2020H 2020H 2020H 2020H 2020H FA94H Data0 =>...
  • Page 184 B.5 WRITING SETTINGS APPENDIX B CONFIRMATION Intel Request: ADDRESS FUNCTION BEGINNING #REGS BYTES #DATA0 DATA1 DATA2 0000H 0003H 0200H 0100H 0000H E69EH Intel Reply: ADDRESS FUNCTION BEGINNING #REGS 0000H 0003H 8008H Motorola Request ADDRESS FUNCTION BEGINNING #REGS BYTES #DATA0 0000H 0001H 0200H A730H...

  • Page 185: Errors

    APPENDIX B B.6 ERRORS B.6ERRORS When any of the previous commands produce an error in the slave the following frame is received: ADDRESS FUNCTION + 80 H COD. ERROR 0DC2H We can receive the following values in the error code field: ILLEGAL FUNCTION ILLEGAL DATA ADDRESS ILLEGAL DATA VALUE...

  • Page 186: Modbus Map - Settings

    B.7 MODBUS MAP - SETTINGS APPENDIX B B.7MODBUS MAP - SETTINGS B.7.1 MIWII1000 B.7.1.1 INTEL FORMAT ADRESS NAME DESCRIPTION LENGTH FORMAT 0138 IDENTIFICATION IDEN BYTES ARRAY 0148 Trip Min Time Trip Min Time FLOAT32(INTEL) 014C Settings Group Settings Group 014E Relay Operation Relay Operation 014E...
  • Page 187 APPENDIX B B.7 MODBUS MAP - SETTINGS ADRESS NAME DESCRIPTION LENGTH FORMAT 01BC 32_3 Power Type Power 32 3 ENUMERATION: 01BE 32_3 Minimum/Maximum Type 32 3 01C0 32_3 Forward/Reverse Direction 32 3 01C2 32_3 Alarm Level Alarm Level 32 3 FLOAT32(INTEL) 01C6 32_3 Alarm Delay...
  • Page 188 B.7 MODBUS MAP - SETTINGS APPENDIX B ADRESS NAME DESCRIPTION LENGTH FORMAT 027A Oscillo by pickup 027C Trip operation by command sAPCOM 027C Reset latch aux sRLATC 027C 32_1 Blocked sBLQ 32 1 027C 32_2 Blocked sBLQ 32 2 027C 32_3 Blocked sBLQ 32 3 027C...
  • Page 189 APPENDIX B B.7 MODBUS MAP - SETTINGS B.7.1.2 MOTOROLA FORMAT ADDRESS NAME DESCRIPTION LENGTH FORMAT 009C IDENTIFICATION IDEN BYTES ARRAY 00A4 Trip Min Time Trip Min Time FLOAT32(INTEL) 00A6 Settings Group Settings Group 00A7 Relay Operation Relay Operation 00A7 Frequency Frequency 00A8 CT Ratio...
  • Page 190 B.7 MODBUS MAP - SETTINGS APPENDIX B ADRESS NAME DESCRIPTION LENGTH FORMAT 00E5 32_3 Trip Level Trip Level 32 3 FLOAT32(INTEL) 00E7 32_3 Trip Delay Trip Delay 32 3 FLOAT32(INTEL) 00E9 Block 32_3 From Online Block 32 3 FLOAT32(INTEL) 00F8 40 Enable T2 Enable 40 00F8...
  • Page 191 APPENDIX B B.7 MODBUS MAP - SETTINGS ADRESS NAME DESCRIPTION LENGTH FORMAT 013E 32_3 Blocked sBLQ 32 3 013E 40 Blocked sBLQ 40 013E Close Breaker operation sC INT 013F Protection status E PROT 013F Output 1 aux1 013F Output 2 aux2 013F Output 3...

  • Page 192: Miwii2000

    B.7 MODBUS MAP - SETTINGS APPENDIX B B.7.2 MIWII2000 B.7.2.1 INTEL FORMAT ADDRESS NAME DESCRIPTION LENGTH FORMAT 0138 IDENTIFICATION IDEN BYTES ARRAY 0148 Trip Min Time Trip Min Time FLOAT32(INTEL) 014C Settings Group Settings Group 014E Relay Operation Relay Operation 014E Frequency Frequency...
  • Page 193 APPENDIX B B.7 MODBUS MAP - SETTINGS ADRESS NAME DESCRIPTION LENGTH FORMAT 01E4 32_4 Trip Level Trip Level 32 4 FLOAT32(INTEL) 01E8 32_4 Trip Delay Trip Delay 32 4 FLOAT32(INTEL) 01EC Block 32_4 From Online Block 32 4 FLOAT32(INTEL) 01F0 32_1 Enable T2 Enable 32 1 01F0...
  • Page 194 B.7 MODBUS MAP - SETTINGS APPENDIX B ADRESS NAME DESCRIPTION LENGTH FORMAT 027C 32_4 Blocked sBLQ 32 4 027E Protection status E PROT 027E Output 1 aux1 027E Output 2 aux2 027E Output 3 aux3 027E Output 4 aux4 027E Digital Input 1 ENT1 027E...
  • Page 195 APPENDIX B B.7 MODBUS MAP - SETTINGS B.7.2.2 MOTOROLA FORMAT ADDRESS NAME DESCRIPTION LENGTH FORMAT 009C IDENTIFICATION IDEN BYTES ARRAY 00A4 Trip Min Time Trip Min Time FLOAT32(INTEL) 00A6 Settings Group Settings Group 00A7 Relay Operation Relay Operation 00A7 Frequency Frequency 00A8 CT Ratio...
  • Page 196 B.7 MODBUS MAP - SETTINGS APPENDIX B ADRESS NAME DESCRIPTION LENGTH FORMAT 00F8 32_1 Enable T2 Enable 32 1 00F8 32_2 Enable T2 Enable 32 2 00F8 32_3 Enable T2 Enable 32 3 00F8 32_4 Enable T2 Enable 32 4 00F9 32_1 Trip T2 Trip Enable 32 1...
  • Page 197 APPENDIX B B.7 MODBUS MAP - SETTINGS ADRESS NAME DESCRIPTION LENGTH FORMAT 013F Output 2 aux2 013F Output 3 aux3 013F Output 4 aux4 013F Digital Input 1 ENT1 013F Digital Input 2 ENT2 0140 Sett. change disable ihca 0140 Trip operation by input ORD D 0140...

  • Page 198: Modbus Map- Status

    B.8 MODBUS MAP- STATUS APPENDIX B B.8MODBUS MAP- STATUS B.8.1 MIWII1000 B.8.1.1 INTEL FORMAT ADDRESS NAME DESCRIPTION LENGTH FORMAT 04FE Date & Time Date & Time DATE/TIME 0504 Firmware Rev Firmware Rev BYTES ARRAY 050A Order Code Order Code BYTES ARRAY 051A Relay Name Relay Name...
  • Page 199 APPENDIX B B.8 MODBUS MAP- STATUS ADRESS NAME DESCRIPTION LENGTH FORMAT 0568 32_2 Alarm Pickup ARR Alr 32 2 0568 32_2 Pickup ARR 32 2 0568 32_3 Alarm Pickup ARR Alr 32 3 0568 32_3 Pickup ARR 32 3 0568 General Pickup ARRGEN 0570...
  • Page 200 B.8 MODBUS MAP- STATUS APPENDIX B B.8.1.2 MOTOROLA FORMAT ADDRESS NAME DESCRIPTION LENGTH FORMAT 027F Date & Time Date & Time DATE/TIME 0282 Firmware Rev Firmware Rev BYTES ARRAY 0285 Order Code Order Code BYTES ARRAY 028D Relay Name Relay Name BYTES ARRAY 029A Last phase trip...
  • Page 201 APPENDIX B B.8 MODBUS MAP- STATUS ADRESS NAME DESCRIPTION LENGTH FORMAT 02B8 40 Circle 1 Trip DIS 40 1 02B8 40 Circle 2 Trip DIS 40 2 02B8 32_1 Alarm ALR 32 1 02B8 32_1 Trip DIS 32 1 02B8 32_2 Alarm ALR 32 2 02B8...

  • Page 202: Miwii2000

    B.8 MODBUS MAP- STATUS APPENDIX B B.8.2 MIWII2000 B.8.2.1 INTEL FORMAT ADDRESS NAME DESCRIPTION LENGTH FORMAT 04FE Date & Time Date & Time DATE/TIME 0504 Firmware Rev Firmware Rev BYTES ARRAY 050A Order Code Order Code BYTES ARRAY 051A Relay Name Relay Name BYTES ARRAY 0534...
  • Page 203 APPENDIX B B.8 MODBUS MAP- STATUS ADRESS NAME DESCRIPTION LENGTH FORMAT 0568 General Pickup ARRGEN 0570 32_1 Alarm ALR 32 1 0570 32_1 Trip DIS 32 1 0570 32_2 Alarm ALR 32 2 0570 32_2 Trip DIS 32 2 0570 32_3 Alarm ALR 32 3 0570...
  • Page 204 B.8 MODBUS MAP- STATUS APPENDIX B B.8.2.2 MOTOROLA FORMAT ADDRESS NAME DESCRIPTION LENGTH FORMAT 027F Date & Time Date & Time DATE/TIME 0282 Firmware Rev Firmware Rev BYTES ARRAY 0285 Order Code Order Code BYTES ARRAY 028D Relay Name Relay Name BYTES ARRAY 029A Last phase trip...
  • Page 205 APPENDIX B B.8 MODBUS MAP- STATUS ADDRESS NAME DESCRIPTION LENGTH FORMAT 02B8 32_2 Alarm ALR 32 2 02B8 32_2 Trip DIS 32 2 02B8 32_3 Alarm ALR 32 3 02B8 32_3 Trip DIS 32 3 02B8 32_4 Alarm ALR 32 4 02B8 32_4 Trip DIS 32 4...
  • Page 206 B.8 MODBUS MAP- STATUS APPENDIX B B-32 MIWII Directional Power Protection System GEK-113308...
  • Page 207 APPENDIX C C.1 TRIP CIRCUIT SUPERVISION FOR MII-FAMILY RELAYS APPENDIX C APPLICATION NOTESC.1TRIP CIRCUIT SUPERVISION FOR MII-FAMILY RELAYS MII Family relays can be used to monitor Trip circuit integrity. The circuit is basically a Voltage Monitor connected to contact 52a. The circuit is continuously monitoring the voltage level. The circuit below is designed to monitor the complete trip circuit.
  • Page 208 C.1 TRIP CIRCUIT SUPERVISION FOR MII-FAMILY RELAYS APPENDIX C 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: +Vdc TRIP TRIP INP#1 INP#2...

  • Page 209: Settings And Configuration

    APPENDIX C C.1 TRIP CIRCUIT SUPERVISION FOR MII-FAMILY RELAYS C.1.1 SETTINGS AND CONFIGURATION Settings and configuration related to this function are described below: 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 C.1 TRIP CIRCUIT SUPERVISION FOR MII-FAMILY RELAYS APPENDIX C 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 MIWII Directional Power Protection System GEK-113308...
  • Page 211 APPENDIX C C.1 TRIP CIRCUIT SUPERVISION FOR MII-FAMILY RELAYS 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.1 TRIP CIRCUIT SUPERVISION FOR MII-FAMILY RELAYS APPENDIX C MIWII Directional Power Protection System GEK-113308...

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