Summary of Contents for ITR MUPASZ 710 plus
- Page 1 Bay control unit User manual Document version: 05i00 Update: 2015-01-22 energetyka.itr.org.pl...
- Page 2 We reserve the right to modify the device. Tele- and Radio Research Institute ICT and Electronics Centre 03-450 Warsaw, ul. Ratuszowa 11 tel./faks: + 48 22 619 73 14 e-mail: energetyka@itr.org.pl www: energetyka.org.pl...
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Page 3: Table Of Contents
User manual Contents: General ..........................4 1.1. Designated use ........................4 1.2. Features ..........................5 1.3. Functionality and accessories ....................8 User interface ........................10 2.1. Front panel ........................... 10 2.1.1. Control keyboard ......................11 2.1.2. Signal diodes ........................ 11 Operation manual ........................ -
Page 4: General
User manual 1. General 1.1. Designated use MUPASZ 710 plus is designated for operation as a multi-function bay control device in MV grids, with grounded or insulated neutral point, and in compensated grids. Fig. 1.1.1 The view of MUPASZ 710 plus. -
Page 5: Features
U<, U>, U2>, U0> frequency protection: f>, f<, df/dt motor protection: ItR >, ItA >, ItU >, NfR >, ItS >, U123, Cos φ , Θm> , Rwir < power protection: P>, P<0 technological protection: Tech ... - Page 6 User manual Options of protections operation based on RMS or 1-harmonic directional action operation in CBF mode operation in BPF mode cooperation with ARF voltage stabilization frequency stabilization harmonic stabilization acceleration/deceleration of protection action Measurements ...
- Page 7 User manual User interface three languages: Polish, English, Russian up to 12 users colour display 320 × 240 pixels 7 signal diodes: Emergency trip, Alarm, Lock, Local, Remote, Power supply, Device failure 16 freely configurable tricolour diodes ...
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Page 8: Functionality And Accessories
User manual 1.3. Functionality and accessories Profile Logic - Used to edit operational logic of the device, utilizes: protections, automatic functions, logic gates, comparators, timers, flip-flops, registers, event blocks, etc. Available via ELF program. Simulator - Used to carry out simulations of designed logic and preview analog-digital signals in the profile schematics. - Page 9 Communication and arc detection fibre optic cables, sealing caps, fixing elements, hardware access key, grounding copper braid, mini USB cable. Accessories available for MUPASZ devices can be found on the website energetyka.itr.org.pl. Availability of individual elements varies by device family and technical specification.
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Page 10: User Interface
User manual 2. User interface 2.1. Front panel The front panel hosts: 320x240 pixel backlit graphic display; control keyboard of the device; LED signal diodes; USB service port for communication with ELF software tool. Fig. 2.1.1 Front panel 1) Freely programmable diodes;... -
Page 11: Control Keyboard
User manual 2.1.1. Control keyboard Control keyboard of the device has 12 navigation, function, control and context keys. Navigation and context keys are used to navigate around the display MENU and to review and edit parameters. Table 2.1.1 Control keyboard Przycisk Opis navigation key - UP arrow... -
Page 12: Operation Manual
User manual 3. Operation manual The below show views may differ for different device specification. 3.1. Window Fig. 3.1.1 Main window In the main window of fig 3.1.1 there are presented elements shown in most user interface windows. 1) The upper line contains the window caption. i.e. the name of relevant branch or window the user is watching at. -
Page 13: Menu
User manual 3.2. Menu keys are used to navigate around the device menu. In order to reach destination one should navigate using the keys. The key is used to accept entering the selected branch. The allows moving one level up in the menu tree. For quick moving to selected windows or branches the context keys are used. -
Page 14: Bay View
User manual 3.3. Bay view Menu > Bay view Bay view ELF software tool allows configuration of the bay view, customized to user’s needs. There is no need therefore to visualize the whole bay, only its individual components, such as state of the CB. Bear in mind, however, that inserting in the bay view of e.g. -
Page 15: Diode Description
3.4. Diode description Menu > Diode description Diode description Device MUPASZ 710 plus is fitted out with the set of freely programmable signal LEDs installed on device front panel. Diodes are configured by means of ELF program, in the tab Logic;... -
Page 16: Measurements
User manual Table 3.5.1 Event types Symbol Event type Description Normal Standard event type, such as user login. Activation Activation of an algorithm, e.g. protection Execution of algorithm, e.g. protection set to UP signalization - “UP Alarm signalization” item selected in Options Release Deactivation of an algorithm, e.g. -
Page 17: Alarms - Cancelling The Signaling
3.7. Alarms – cancelling the signaling Menu > Alarms Alarms MUPASZ 710 plus implements a series of switch bay protection algorithms. In order to facilitate reading of operating state of algorithms, the software of MUPASZ 710plus device is fitted with the function of displaying aggregated information on states of all algorithms implemented in the active profile. -
Page 18: Control Mode
User manual 3.8. Control mode 3.8.1. Selection of control mode Menu > Control > Selection of control One of four control modes may be selected in the Selection of control window: Local – via device interface, Remote – via communication system, ... -
Page 19: Switches
User manual 3.8.3. Switches Menu > Control > Switches In this window all switches included in the device active profile and their states are displayed. After selection of a particular switch and pressing the key the Control window opens. In case the selected switch is not intended for control via the interface the message Lack of control is displayed. -
Page 20: Management
User manual 3.9. Management 3.9.1. Settings Menu > Control > Settings Settings submenu allows selecting active bay type (profile), active set of settings and reviewing and editing parameters in one of four sets of settings. Settings may be modified by a user with adequate level of privileges (see chapter 3.9.2.1. - Page 21 User manual exemplary window with current protections implemented in device profile being edited contains: Two instances of I > One instance of I >> One instance of I > IDMT One instance of EFD > One instance of I <...
- Page 22 User manual Edition of a MULTILIST parameter consists in selecting single element from the list The name of the edited parameter is displayed in the window header line. Elements of the list and the selection symbols are displayed underneath: not selected element, selected element.
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Page 23: Supervision
User manual 3.9.2. Supervision 3.9.2.1. User manager (UM) Menu >Management> Supervision > Users The application controls and identifies access by 14 users to device functions, e.g.: changing set points, editing configuration parameters, controlling switches, operating fault recorder, etc. Currently logged-in user is displayed In red. The device Has 5 access levels with different user privileges. -
Page 24: Configuration
User manual Each user may log in by entering a 4-digit password defined by the Administrator. The password is entered by means of the < > keys (in the same way as the NUMBER parameter). In order to log in the correct password must be entered and the key pressed. - Page 25 User manual 3.9.3.2. Interfejs użytkownika Menu > Management > Configuration > User interface User interface menu branch allows modification of the device menu appearance, selection of language and setting display blanking time. Particular parameters are edited in accordance with their type, as in the edition examples. See chapter 3.9.1.1 Edition of parameters.
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Page 26: Identification
Menu > Identification In the exemplary Identification window there are displayed all parameters identifying device hardware and software: name – MUPASZ 710 plus, serial number - 35 software version – S_M710P_A0_01. In succeeding windows aggregated information relating bay state is displayed, such as main switch state, control mode, active set of settings and address data. -
Page 27: Cdar - Criterion Recorder
User manual 3.11.3. CDAR - Criterion recorder Menu > Management > Extensions > CDAR – Criterion recorder The criterion recorder application is used to record slowly changing signals in the protected object, e.g. motor start-up sequence. It saves analog values (RMS) and digital signals with sampling frequency 50 Hz. The user can configure the number of registered signals, recording time before triggering, cause of the start of recording (binary inputs, binary outputs, digital signals from algorithms or programmable logic and increasing or decreasing values of analog signals). -
Page 28: Ups - Uninterruptible Power Supply
User manual 3.11.6. UPS – Uninterruptible Power Supply The UPS system will maintain the full functionality of the device for 60 seconds after power failure or 200 seconds when the display backlight is turned off. The most common use of these system is in devices which are away from the position of dispatcher, in tight spaces or in hazardous areas. -
Page 29: Mac - Manual Algorithms Check
User manual 3.12.2. MAC - Manual Algorithms Check Menu > Management > Diagnostics > MAC – Manual Algorithms Check MAC – Manual Algorithm Check window allows to check the correctness of algorithm operation, using simulated measurement values. Execution of specified algorithm test consists of programming selected analog values, needed to assess the correctness of algorithm, forcing the test and analysis of the records in the event log. -
Page 30: Cbct - Circuit Breaker Control Test
User manual 3.13.2. CBCT - Circuit Breaker Control Test Menu > Management > Diagnostics > CBCT – Circuit Breaker Control Test CBCT - Circuit Breaker Continuity Test checks the continuity of the control lines of the breaker coils and auxiliary voltage. Lack of continuity is indicated by a message on the LCD display, the LED diode and the relay UP output (memorized signalization). -
Page 31: Description Of Communication Interfaces
User manual 4. Description of communication interfaces MUPASZ 710 plus may be fitted with the following interfaces: ST type optical fibre, RS-485 / 422 (two- or four-wire), 2 x RS-485 (two- wire), RJ45 Ethernet (twisted pair). - Page 32 User manual Type II (2-wire) Fig. 4.1.2. Extreme position of the device in 2-wire communication network It is also possible to connect devices to 4-wire RS-485 communication network. In this case pins 2, 3, 4 of WAGO connector refer to direction of data transmission, pins 5, 6, 7 direction of data reception by the device. Recommendations concerning wiring method for communication ports of devices installed at various locations of communication network, are the same as for 2-wire version.
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Page 33: Modem 2 X Rs-485
User manual 4.2. Modem 2 x RS-485 Depending on device position in RS-485 network, following types of wiring of communication ports are used: Type I (2-wire) Fig. 4.2.1. Intermediate position of the device in 2-wire communication network Type II (2-wire) Fig. -
Page 34: Twisted Pair Rj Ethernet Modem
User manual 4.3. Twisted Pair RJ Ethernet Modem The device may be fitted with an optional Ethernet module with MODBUS-TCP and IEC 61850 protocols. Fig.4.3.1. RJ-45 female connector. 4.4. ST Optical Fibre Connection of optical signals consists in plugging ST plugs in relevant sockets paying particular attention to proper matching Tx and Rx transmission directions. -
Page 35: Remarks Of Manufacturer
MUPASZ 710 plus series is designed for erection in switchgears, acc. to drawings in IU_M710P_SPECIFICATION. Length of single cable connected to device sockets cannot exceed 50 m. Connection of MUPASZ 710 plus device earthing pin with metallic section of the switching bay should be executed with WAD_6140 grounding braid, delivered with the device. -
Page 36: Disposal
Servicing includes: guarantee and after guarantee inspections, assistance in commissioning MUPASZ 710 plus devices or switchgears with MUPASZ 710 plus devices both in the country and abroad, device configuration (if requested by the customer): algorithms set points,...
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