U lity network. system Q sys. Interconnected P sys. P load Q load. P gen Q gen. Generator network

Transcription

1 SIL-G Feeder & Generator Protection Relay RC FLSH Main characteristics The SIL-G is a relay for primary distribution which can protect a feeder by means of current and voltage functions. It is also provided with the main functions to protect a generator protecting decoupling, load shedding and loss of main (islanding). It is normally used with a circuit breaker as cutting element. SIL-G can work with auxiliary power supply - Vdc/8-3 Vac, 8-3 Vdc/ac, -8 Vdc or in self-powered mode through the VTs (depending on model). Capability of measuring up to. volts when it is connected directly to the low voltage line. Protects decoupling, load shedding and loss of main (islanding). Loss of Mains (islanding) occurs when part of the public utility network loses connection with the rest of the system. If this situation is not detected, then the generator could remain connected, causing a safety hazard within the network. utomatic reconnection of the generator to the network may occur causing damage to the generator and the network. SIL-G protection relay detects this situation thanks to its voltage and frequency functions focused on the Rate of change of frequency (ROCOF) method. U lity network Interconnected P sys system Q sys rc Flash detection (FD) with FD inputs and high-speed outputs available depending on model. 79 protection function (Recloser) allows up to attempts of reclosing which can be programmed by the user. SIL-G has metallic box with high electromagnetic compatibility level (EMC) and wide range of operating temperature. Direct signaling/control of the circuit breaker (5 function), of the recloser (79 function) and the communications local/remote control. P gen Q gen To allow the communication locally, relays have a front US port. Depending on model, WiFi local communication is available. For remote communications several rear ports are available with the following protocols (depending on model): Serial rear port RS85: Modbus RTU, DNP3. Serial or IEC Ethernet rear port RJ5: Modbus TCP/IP, DNP3. TCP/IP or IEC 685 Fiber Optic: redundant communication (HSR IEC 685) larms panel is available. SIL-G can show different measurements like: Phase currents, neutral (measured and calculated), maximum current, positive sequence current and negative sequence current. Second harmonic current per phase Phase to neutral, phase to phase voltages, neutral voltage (calculated and measured), maximum voltage, phase line voltage (optional for the model with NSI 5), positive sequence voltage and negative sequence voltage. Current angle for each phase and neutral (referred to V). Voltage angle per each phase and neutral (referred to V-). Phase Line voltage angle (optional for the model with NSI 5). Generator network P load Q load OPEN ProtecTions 5 Phase instantaneous overcurrent 5N Neutral instantaneous overcurrent 5G Ground instantaneous overcurrent 67 Inverse time directional phase overcurrent 67N Inverse time directional neutral overcurrent 67G Inverse time directional ground overcurrent 6 Phase balance current 6C roken conductor detection 9 Thermal image 37 Phase instantaneous overcurrent 59 Instantaneous phase overvoltage 59N/G Instantaneous neutral overvoltage (measured/calculated) 59L Instantaneous line phase L overvoltage 7 Instantaneous phase undervoltage 7L Instantaneous line phase L undervoltage 7V Positive sequence undervoltage 7 Phase balance voltage 3 Directional Power 8U/O Under/Over frequency 8R Rate of change of frequency (ROCOF) 78 Vector shift (Out of step) CLP Cold Load Pick-up SH Second harmonic blocking 5F reaker failure monitoring 79 Recloser 5 reaker wear monitoring 86 Trip output lockout with PLC 9T External trip 7CT CT Supervision 6 Voltage Circuit supervision 7TCS Trip circuit supervision 5 Synchro check Overflux FD rc Flash detection

2 ctive, reactive and apparent powers (3- phase and per phase) Thermal image Line frequency and busbar frequency Rate of change of frequency The SIL-G is provided with (depending on model): 8 configurable inputs and 7 configurable outputs. 6 configurable inputs and configurable outputs. 8 configurable inputs, 7 configurable outputs, FD inputs and High-Speed outputs. Up to oscillographic records and fault reports (5 cycles in total considering the number of cycles configurable to 5, 3 or 6 cycles), load data profiling with up to 6 records and 8 events can be recorded in non-volatile RM memory maintaining the date and time thanks to its internal RTC (Real Time Clock). Synchronization through IRIG- and SNTP optional depending on model. Technical specifications SIL-G us Functions diagram SIL-G 3/ 7 7V 59 59G/N 7 8 8R N 5N 6 6C 37 9 SH CNT RTC LRM Counters Real time Clock larm panel 7CT PGC HMI Programable Logic Control Human machine Interface 67G 5G 5F CLP SER DFR LDP MET Sequential Event recording Disturbance Fault Recorder Load Data Profiling Metering CMMD Setting Groups US US local port 5 FD* 86 9T 7TCS * RS85* ETH* WIFI* IRIG-* RS85 serial port Ethernet communication WIFI Communication IRIG- synchronization 7L* 59L* SNTP* Synchronization through SNTP CNT RTC LRM PGC HMI SER DFR LDP MET STTG CMMD Line US RS85* ETH* WIFI* IRIG-* SNTP* * optional

3 Technical specifications Technical parameters SIL-G Configuration depending on the number and type of voltage transformers: phase-ground, phase-phase 7V Positive sequence undervoltage Connection without VTs (directly to low power line) (Measurement up to volts) SER Sequential events recording 8 events 5 Phase instantaneous overcurrent DFR Disturbance fault recorder Up to records (data and oscillography) 5N Neutral instantaneous overcurrent 3 Directional Power 5G Ground instantaneous overcurrent 8U/O Under/Over frequency 67 Inverse time directional phase overcurrent 8R Rate of change of frequency (ROCOF) 67N Inverse time directional neutral overcurrent 78 Vector shift (Out of step) 67G Inverse time directional ground overcurrent CLP Cold Load Pick-up 6 Negative sequence over current / Phase balance current SH Second harmonic blocking 6C roken conductor detection 5F reaker failure monitoring 9 Thermal image 79 Recloser Up to attempts 37 Phase instantaneous undercurrent 5 reaker wear monitoring 59 Phase instantaneous overvoltage 86 Trip output lockout with PLC 59N/G Neutral instantaneous overvoltage (measured/ calculated) 9T External trip 59L Instantaneous line overvoltage Optional 7CT CT Circuit Supervision 7 Phase instantaneous undervoltage 6 Voltage Circuit supervision 7L Instantaneous line undervoltage Optional 7TCS Trip circuit supervision 3

4 7 Negative sequence over voltage / Phase balance voltage Overflux 5 Synchronism Optional Counters Commands Settings groups Remote commmunications Outputs Signaling IRIG- and SNTP synchronization Rear Ports: Ethernet (RJ5) Serial (RS85), Fiber optic Protocols: Modbus RTU DNP3. Serial IEC Modbus TCP/IP DNP3. TCP/IP IEC 685 Redundant protocol: HSR- IEC configurable outputs configurable outputs 7 configurable outputs + High- Speed Outputs LEDs: 8 configurable LEDs + 3 nonconfigurable LEDs (5 status, 79 status and communication status) Inputs 8 configurable inputs 6 configurable inputs 8 configurable inputs + FD Inputs HMI LCD x + 3 keys Load Data profiling 6 records uxiliary supply - Vdc/8-3 Vac Self-powered through the VTs larms Panel 3 alarms Local communication Front micro-us WIFI (optional)

5 Technical specifications Connections diagram SIL-G 3 VT Phase-neutral + Vr VT for synchronism 3 CTs (*) Example of connections diagram 5

6 Technical specifications Dimensions and cutout pattern SIL-G Revisión ) Revision inicial. Dimensiones Vista Frontal Proyectado 7//8 Nº de Plano: Revisado 7//8 probado 7//8 SIL_CJ_SILxxxxxxxxxx_P3 Medidas sin tolerancia: Revisión ) Revision inicial. Dimensiones Vista Lateral Proyectado 7//8 Nº de Plano: Revisado probado 7//8 7//8 SIL_CJ_SILxxxxxxxxxx_ Medidas sin tolerancia: 6 n ) Revision inicial. Dimensiones Vista Trasera Proyectado Revisado probado 7//8 7//8 7//8 Nº de Plano: SIL_CJ_SILxxxxxxxxxx_P Revisión ) Revision inicial. Corte de chapa Proyectado 7//8 Revisado 7//8 probado 7//8 Medidas sin tolerancia: Nº de Plano: SIL_CJ_SILxxxxxxxxxx_P5

7 Selection & Ordering data SIL-G SIL-G Feeder & Generator Protection Relay PROTECTION FUNCTIONS 5 () + 67/5/5 () + 5N () + 5G () + 67N () + 67G () C () + 59N/G () () + 7V + 3 () + 8O/U () + 8R () CLP + SH + 5F T + 7CT TCS + () C D C D E F O P Q R S T 7 PHSE CURRENT MESUREMENT djustable In to or 5 NEUTRL CURRENT MESUREMENT djustable In to or 5 VOLTGE MESUREMENT Up to V or 5 V ( with VTs) POWER SUPPLY -8 Vdc 8-3 Vdc/ac - Vdc / 8-3 Vac Self-powered through Voltage Transformers DDITIONL FUNCTIONS L + 59L COMMUNICTIONS : RS85: Modbus RTU, IEC or DNP 3. Serial : RS85: Modbus RTU or IEC Ethernet - RJ5: Modbus TCP and DNP 3. TCP + IRIG- C: Ethernet - RJ5: IEC 685 D: Ethernet - RJ5: IEC Ethernet - RJ5: Modbus TCP and DNP 3. TCP + IRIG- E: HSR FO LC: IEC 685 F: HSR FO LC: IEC Ethernet - RJ5: Modbus TCP and DNP 3. TCP + IRIG- O: WiFi + RS85: Modbus RTU, IEC or DNP 3. Serial P: WiFi + RS85: Modbus RTU or IEC Ethernet - RJ5: Modbus TCP and DNP 3. TCP + IRIG- Q: WiFi + Ethernet - RJ5: IEC 685 R: WiFi + Ethernet - RJ5: IEC Ethernet - RJ5: Modbus TCP and DNP 3. TCP + IRIG- S: WiFi + HSR FO LC: IEC 685 T: WiFi + HSR FO LC: IEC Ethernet - RJ5: Modbus TCP and DNP 3. TCP + IRIG- INPUTS-OUTPUTS 8 Inputs + 7 Outputs 6 Inputs + Outputs 8 Inputs + 7 Outputs + FD Inputs + High-Speed Outputs MECHNICS Vertical ssembly Example of ordering code: LNGUGES English, Spanish, French and German English, Spanish, Turkish and Russian DPTTION Second generation SIL G S I L G 7