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Rơ le bảo vệ – Châu Âu

Mã sản phẩm: MQTEK.RELAY.1
Loại sản phẩm: Sản phẩm
Số lượng:
hotro
CÔNG TY CỔ PHẨN CÔNG NGHỆ MINH QUÂN

Hotline: 0392 114 683

Email: mqtekvietnam@gmail.com

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DRAGON FAMILY

Company VINNOTEK is a leader in Protection Control and Automation technologies that enables utility and industry customers to improve performance and reliability of their network system. VINNOTEK provides modern solutions for T&D network, Industrial and Distribution Generation objects. DRAGON family comprises a wide range of world-class numerical Protection relays, Bay control units (BCUs), Annunciators and Transformer Monitoring & AVR systems.

VINNOTEK Multifunction Protection Relays

The great focus today is high-quality cost-effective intelligent Electronic Devices (IEDs) that help power producers and distributors. Our aim is to assist them in achieving results in most efficient way.

The newest member of VINNOTEK IEDs is DRAGON family that combines a lot of “State of the art” decisions in a single IED with flexible construction and potentialty.

·     Simple, cost-effective and compact design with fully integration of all neessary protection and control functions;

·     Midular construction that allows flexible extension of I/Os;

·     EMC, Insulation, Mechanical and Climatic type tests according to the current IEC/EN standards;

·     High avaliability with less maintenance because of the efficient self-monitoring.

·     80 samples per cycle scan-rate;

·     Local Human Machine Interface (HMI) through the front panel keypad, LEDs and LCD numerical/graphical display;

·     Simple and user friendly PC based Man Machine Interface (MMI) dialog;

·     Configuration and settings via portable PC and MS Windows compatible service MMI program (single program for the entire family);

·     IEC 61131 flexible programming allowing new protection and control functions to be added without any influence on the physical wiring;

·     Variety of time synchronization protocols: SNTP, IEEE1588 (PTPv2), IRIG-B, 1PPS;

·     Communication with SAS upper level via different interfaces including Ethernet LAN with electrical / fiber optic connections;

·     Communication protocols according to IEC 61850 ed1/ed2, IEC 60870-5-104, IEC 60870-5-103, DNP-3 and Modbus RTU/TCP;

·       Redundancy protocols IEC 62439-3 (PRP/HSR), RSTP

·       Integration of Power Transformer “condition monitoring” and AVR functionalities including life time supervision;

·       Fully application of Digital substation concept including availability of IEC 61850 based Process bus, Merging units and Intelligent I/O boxes

Application

DRAGON family includes a lot of protection functions for different applications:

·       Main and/or backup protection for overhead lines, underground cables, transformers, motors and Busbar;

·       Suitable for EHV, HV and MV network; Industry, Transport, Distribution Generation (Wind farms, Solar parks etc.).

·       Applicable for all types of neutral grounding (isolated, solid, resistace or resonance);

 

DRAGON family

Protection and control devices

Feeder protection

–        Overcurrent protection and control RFI D

Line protection

–        Distance protection and control RLI Dd

–        Differential and Distance protection an control RLI DI

Transformer protection

–        Transformmer differential protection and control RTI D

Motor protection

–        Motor differential protection and control RMI D

Busbar protection

–        Centralized Busbar protection RBP Dc

–        Decentralized Busbar protection RBP Dd

 

Bay control unit

–        Bay controller with control and monitoring RTU D

–        Bay controller with control, monitoring and protection (optional) RTU Dp

 

Transformer monitoring and AVR set RTU Dt

RTU Dt set is applicable for medium and large oil immersed power transformers with Onload tap changers (OLTC).

The set provides safe, reliable, easy to use and cost effective power transformer condition monitoring and AVR functionality. The set is equipped with remote modules which are suitable for indoor and outdoor installation near to the Power Transformer.

 

Voltage regulation functionality provides:

·       Automatic and manual OLTC control of a single power transformer

·       Automatic and manual OLTC control of parallel operating power transformers

·       Three-phase overcurrent and under / over voltage blocking

In case of parallel operating transformers RTU Dt is able to communicate via IEC 61850 GOOSE messages (IEC 61850-81 protocol). Complete exchange of the necessary voltage control data-analogue as well as binary, is executed via GOOSE.

 

Annunciator RAU D

RAU-D is designed to be used for alarm and warning signalization in Conventional and Digital substation automation projects. RAU-D is able to support IEC 61850 and to be part of SAS.

 

Hardware

Basic (1/2 19”) and extended (1/1 19”) construction with graphical display – see Fig. 1 and Fig.2. Alpha – numerical display is also available.

 

 

 TECHNICAL DATA

No FUNCTIONS IEC 61850 ANSI Line Differential  & Distance Protection Transformer Protection Feeder Protection Motor Protection
1 Protection            
1.1 Distance protection – 5+1 zones PDIS 21/21N      
1.2 Directional DT/IDMT Overcurrent protection PTOC 50, 51, 67
1.3 Directional DT/IDMT Earth fault protection PTOC 5ON/5IN/67N
1.4 Group Instantaneous overcurrent protection PTOC        
1.5 1-pole/3-pole multi-shot Autoreclosing RREC 79    
1.6 Sensitive Directional Earth fault protection Wattmetric/Admitance PSDE 67Ns
1.7 Transient/Intermittent earth fault protection PTEF 67NIEF    
1.8 High harmonics content earth fault protection PTOC 51NHA      
1.9 Cold load pick-up   51C    
1.10 Thermal overload protection PTTR 49
1.11 Phase discontinuity l2/l1 detection PTOC 46PD
1.12 ARC protection SARC  
1.13 Negative-sequence Overcurrent protection PTOC 46
1.14 Definite time under current protection PTUC 37  
1.15 Starting time supervision PMSS 48      
1.16 Loss of load protection PTUC 37      
1.17 Number of starts limitation PMRI 66      
1.18 Stalled rotor protection PRTR 51LR      
1.19 Cooling system failure protection CCGR        
1.20 Directional  over/under power protection PDOP/PDUP 32/37
1.21 Motor differential protection PDIF 87M      
1.22 Breaker failure protection RBRF 51BF
1.23 Pole discordance protection QIUB 52PD
1.24 Over/under voltage protection PTOV/PTUV 59/27
1.25 Neutral voltage displacement protection PTOV 59G
1.26 Positive sequence over/under voltage protection PTOV/PTUV 47O+/47U+
1.27 Negative sequence overvoltage protection PTOV 47O
1.28 Over/under frequency protection PTOF/PTUF 81O/81U
1.29 Rate of frequency change PFRC 81R  
1.30 Voltage vector shift          
1.31 Line differential protection PDIF 87L      
1.32 Transformer differential protection PDIF 87T      
1.33 Restricted earth fault protection PDIF 87N    
1.34 Overexcitation protection PVPH 24      
1.35 Loss of excitation (loss of field) PVPH 40      
1.36 Low impedance Busbar differential protection PDIF 87BB        
1.37 User defined logical functions    
2 Measurement and calculation            
2.1 Phase currents true RMS MMXU  
2.2 Fundarmental (1st harm.) current MSQI  
2.3 Residual current 3lo MMXU  
2.4 Current in the neutral MMXU      
2.5 Positive sequence current l1 MSQI  
2.6 Negative sequence current l2 MSQI  
2.7 Phase voltage MMXU  
2.8 Phase to phase voltage true RMS MMXU  
2.9 Fundamental (1st harmonic) voltage MSQI  
2.10 Residual voltage 3Uo MMXU  
2.11 Positive sequence voltage U1 MSQI  
2.12 Negative sequence voltage U2 MSQI  
2.13 Frequency f MMXU  
2.14 Rate of frequency df/dt MMXU    
2.15 Active, Reactive and Apparent power MMXU  
2.16 Current-voltage angle, cos ɸ MMXU  
2.17 Energy measurement MMTR  
2.18 2nd to 15th harmonic and THD MHAI  
2.19 Temperature STMP      
3 Monitoring and control            
3.1 Fault locator RFLO 21FL    
3.2 Trip circuit supervision SSWI 74TC
3.3 Current circuits symmetry / sum monitoring TCTR TCN
3.4 Voltage circuits / fuse failure monitoring TVTR 60
3.5 Primary eqiupment local remote control CSWI  
3.6 Circuit breaker condition monitoring SCBR CBCM
3.7 Lockout logic / Latching Acknowledgement   86
3.8 Clockwise and anticlockwise phase rotation monitoring    
3.9 Min/max and average values monitoring – I, U, P, Q, S cos ɸ MMXU  
3.10 Uper/lower limits monitoring – – I, U, P, Q, S cos ɸ            
3.11 Temperature monitoring TTMP      
3.12 Synchronism check RSYN 25    
3.13 Signalization    
4 Recorders            
4.1 Event/fault recorder    
4.2 Disturbance recorder RADR  
5 Additional functions            
5.1 Pc-based Man Machine interface service program (MMI)    
5.2 Time Synchronisation – date communication channel LTIM  
5.3 Self supervision with internal event list    

 

TECHNICAL DATA

No TECHNICAL DATA
6 Hardware*
6.1 Power supply 110-220VDC/VAC, 24-72VDC/VAC, 220VDC/VAC (-20%+20%)
6.2 Phase current 1A/5A, 0.1 – 40 In
6.3 Phase current 1A/5A, 0.01 – 1.6 In
6.4 Residual current – sensitive 0.2A, 0.1 – 40 Ion
6.5 Voltage inputs 100/110V (phase-phase/3Uo) 0.005 – 2.00 Un
6.6 Binary inputs 220VDC, 110VDC, 48VDC, 24VDC, 220VAC, 110VAC (±20%)
6.7 Binary outputs, Switching voltage 250VDC/VAC
6.8 Real time clock
6.9 Keypad and display – graphical 640×480 dot matrix or 4 x 20 LCD
6.10 LED indication – 24 LEDs
6.11 Dimensions ½ x 19” (WxHxD) 225/266/133 – max weight 3.4 kg
6.12 Dimensions 1×19” (WxHxD) 465/266/133 – max weight 5.2 kg
7 Communication Interfaces**
7.1 Electrical Ethernet 100BASE-TX – RJ45 connector
7.2 Optical Ethernet 100BASE-FX – LC connector, ST connector
7.3 Electrical RS485
7.4 Real time synchronization IRIG-B – coaxial cable BNC connector or FO MM ST connector
7.5 IEEE C37.94/G704, ST or LC connectors for Line differential protection
7.6 RJ45 front panel interface for communication with PC loaded MMI program
7.7 PPS input – coaxial cable BNC connector of FO MM ST 820mm
8 Communication protocols**
8.1 IEC 61850 ed1/ed2
8.2 IEC 61850-9-2LE
8.3 IEC 60870-5-103
8.4 IEC 60870-5-104
8.5 Modbus RTU/TCP, DNP 3.0 RTU/TCP
8.6 SNTP/PTP/IRIG-B/PPS
8.7 FTP
8.8 Web-server HTTP

 

*For the number of current and voltage inputs and binary inputs and outputs – see the respective Ordering vector in www.vinnotek.de.

**For the different sets of communication interfaces and protocols – see the respective Ordering vector in www.vinnotek.de.

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