FANOX SIL-G User Manual Download Page 111

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Group

Status

Event

Cause

Measurement

Level 1: Rate of change of frequency

81R-1

81R-1 pickup

Activation/Deactivation

Frequency

81R-1 trip

Activation

Frequency

Level 2: Rate of change of frequency

81R-2

81R-2 pickup

Activation/Deactivation

Frequency

81R-2 trip

Activation

Frequency

Level 3: Rate of change of frequency

81R-3

81R-3 pickup

Activation/Deactivation

Frequency

81R-3 trip

Activation

Frequency

Level 4: Rate of change of frequency

81R-4

81R-4 pickup

Activation/Deactivation

Frequency

81R-4 trip

Activation

Frequency

Vector shift

78 Trip

Activation

Frequency

Level 1: Overflux. Volts per Hertz

24-1

24-1 Pickup

Activation/Deactivation

Un/Fn

24-1 Trip

Activation

Un/Fn

Level 2: Overflux. Volts per Hertz

24-2

24-2 Pickup

Activation/Deactivation

24-2 Trip

Activation

Recloser

Standby

Activation/Deactivation

Reclose Time

Activation

Auto-reclosing Nº.

Is 52 Open?

Activation/Deactivation

Reclose Nº.

Hold Time

Activation/Deactivation

Auto-reclosing Nº.

Closing Time

Activation/Deactivation

Auto-reclosing Nº.

Reset Time

Activation/Deactivation

Reclose Nº.

Lockout

Activation/Deactivation

Reclose Nº.

Safe Time

Activation/Deactivation

Reclos Nº.

79 Blocked

Activation/Deactivation

Reclose No. 1

Activation/Deactivation

Reclose No. 2

Activation/Deactivation

Rclose No. 3

Activation/Deactivation

Reclose No. 4

Activation/Deactivation

Synchrocheck

Synchrocheck

Activation/Deactivation

Voltage

Dad L & Dead B

Activation/Deactivation

Voltage

Dead L & Live B

Activation/Deactivation

Voltage

Live L & Dead B

Activation/Deactivation

Voltage

Live L & Live B

Activation/Deactivation

Voltage

Voltage Differene

Activation/Deactivation

Voltage

Frequency difference

Activation/Deactivation

Voltage

Phase difference

Activation/Deactivation

Voltage

Summary of Contents for SIL-G

Page 1: ...USER S MANUAL USER S MANUAL SIL G Feeder Relay...

Page 2: ...NCTIONS 30 4 1 Function 50 Instantaneous phase overcurrent 30 4 2 Function SOTF Switch On To Fault 31 4 3 Function 67 Inverse time directional phase overcurrent 31 4 4 Function 50G Instantaneous measu...

Page 3: ...unction 79 AC Reclosing device 61 8 1 1 Counter to record the number of reclosings 64 8 2 Function 25 Synchronism check 64 8 2 1 Synchronism 25 and AC Reclosing Device 79 65 8 2 2 Synchronism 25 and C...

Page 4: ...ts 118 12 9 Function 86 Trip output lockout 118 12 10 Configurable Leds 118 12 11 Programmable Logic Control PGC 119 12 12 Self diagnosis 133 12 13 Test menu 134 12 14 Power Supply 135 13 TECHNICAL SP...

Page 5: ...electronic components can cause serious damage to electronic circuits It is possible that this damage may not be detected straight away but the electronic circuit reliability and life will be reduced...

Page 6: ...this connection allows high frequency noise to be evacuated directly to earth The following checks must be performed before the equipment is supplied The rated voltage and polarity The power rating of...

Page 7: ...www fanox com Rev 01 7 151 2 DIMENSIONS AND CONNECTION DIAGRAMS 2 1 Equipment front view 2 2 Equipment dimensions...

Page 8: ...www fanox com Rev 01 8 151 2 3 Connection diagrams 2 3 1 Analog current connections...

Page 9: ...e Phase configuration residual voltage 2VT Phase Phase configuration residual voltage Connecting the relay directly to Low Voltage line Un 200 480 V Phase to neutral configuration Phase to phase confi...

Page 10: ...www fanox com Rev 01 10 151 3 VT configuration phase neutral...

Page 11: ...www fanox com Rev 01 11 151 3 VT configuration phase neutral residual voltage...

Page 12: ...www fanox com Rev 01 12 151 3VT configuration phase phase residual voltage...

Page 13: ...www fanox com Rev 01 13 151 2VT configuration phase phase residual voltage...

Page 14: ...www fanox com Rev 01 14 151 3 VT configuration phase neutral phase B line voltage...

Page 15: ...www fanox com Rev 01 15 151 Connecting the relay directly to Low Voltage line Un 260 480 V Phase neutral connection...

Page 16: ...com Rev 01 16 151 Phase phase connection NOTE Voltage Neutral protections 50N 67N and 59N voltage ground protections 50G 67G and 59G and voltage sequence protection 47 are not available with this conf...

Page 17: ...Neutral voltage B10 Neutral voltage B11 Line Phase B voltage B12 Line Phase B voltage Depending on number of Inputs Outputs chosen by model following configurations are available 2 4 1 SILGxxxxxA0xxx...

Page 18: ...s 1 2 3 and 4 AFD1 Arc Flash Detector input 1 C6 Digital input 5 AFD2 Arc Flash Detector input 2 C7 Digital input 6 AFD3 Arc Flash Detector input 3 C8 Digital input 7 AFD4 Arc Flash Detector input 4 C...

Page 19: ...5 6 7 and 8 E10 NO contact output 4 D11 D12 Digital input 9 Common of digital input 9 E11 NC contact output 4 D13 D14 Digital input 10 Common of digital input 10 E12 Common point output 4 D15 D16 Digi...

Page 20: ...can be powered with an auxiliary voltage equal to depending on model 24 48 Vdc 48 230 Vac dc 24 230 Vac dc 48 230Vdc ac Self powered through VTs The following protection functions are available on the...

Page 21: ...ence current and negative sequence current Second harmonic current per phase Simple voltages phase to phase voltages neutral voltage calculated and measured maximum voltage line voltage positive seque...

Page 22: ...functions are Status of the circuit breaker Status of the recloser Status of the communication Local control or Remote control The remaining 8 LEDs can be configured to show alarms and states The equ...

Page 23: ...DNP 3 0 TCP selectable by general settings IRIG B WiFi 2 Ethernet ports RJ45 1 RJ45 port for IEC 61850 1 RJ45 port Modbus TCP and DNP 3 0 TCP selectable by general settings IRIG B WiFi 2 rear ports 1...

Page 24: ...ltage 1 27L Line Instantaneous undervoltage 1 Optional 59 Phase Instantaneous overvoltage 2 59N G Neutral Instantaneous overvoltage measured calculated 2 47 Negative sequence overvoltage Phase balance...

Page 25: ...ings IRIG B 2 Ethernet ports RJ45 1 RJ45 port for IEC 61850 1 RJ45 port Modbus TCP or DNP 3 0 TCP IRIG B 3 rear ports 2 Fiber Optic port HSR IEC61850 1 Ethernet port RJ45 Modbus TCP or DNP 3 0 TCP sel...

Page 26: ...Vac Self powered through VTs Monitoring and Recording Events stored in the non volatile RAM memory 3072 Oscillographic logs DFR in the non volatile FRAM memory 1500 cycles at 32 samples cycle Number o...

Page 27: ...www fanox com Rev 01 27 151 Dimensions 175x175x150 3 3 Functional diagram...

Page 28: ...www fanox com Rev 01 28 151...

Page 29: ...www fanox com Rev 01 29 151 3 4 Selection Ordering codes Not all combinations are possible Please confirm with Fanox chosen model...

Page 30: ...nic is the responsible of the pickup the trip is blocked 4 1 Function 50 Instantaneous phase overcurrent This protection function can be set by using the following parameters Function Description Mini...

Page 31: ...lowing through the relay so if the phase current exceeds its predetermined value for an equal or greater amount of time than this preset value the protection function activates trips and does not rese...

Page 32: ...s If the unit operates as defined time the function is activated at 100 of the set tap value and it deactivates at 95 If the unit operates with a curve the function is activated at 110 of the set tap...

Page 33: ...table shows the operating and polarization magnitudes used for each phase Those magnitudes are displayed graphically below the table Phase Operating magnitude Polarization magnitude Phase A IA Curren...

Page 34: ...delay is independent from the operating current flowing through the relay so if the phase current exceeds its predetermined value for an equal or greater amount of time than this preset value the prot...

Page 35: ...es at 100 of the preset input and deactivates at 95 The reset is instantaneous The accuracy of the Time Delay is equal to the set time delay 35ms or 0 5 whichever is greater 4 6 Function 67G Inverse t...

Page 36: ...the unit operates with a curve the function is activated at 110 of the set tap value and it deactivates at 100 The reset is instantaneous in both cases If the unit operates as defined time the accurac...

Page 37: ...nt higher than 3 of operating area limits is required The following table shows the operating and polarization magnitudes used for this function Those magnitudes are displayed graphically below the ta...

Page 38: ...www fanox com Rev 01 38 151 FORWARD REVERSE OPERATING ANGLE 90 HALF CONE ANGLE 60 V polarization OPERATING ANGLE 90 HALF CONE ANGLE 60 HALF CONE ANGLE 60 V polarization...

Page 39: ...90 Un will be Nominal V P P setting available in general settings regardless the VT connection type 1 Definite time and 8 curves are included to be selected by the user TYPE NAME DT Definite Time IEC...

Page 40: ...ent as an operating magnitude The intervention sector is defined in the following way the operating angle is rotated anticlockwise from the polarization voltage which gives us the maximum torque direc...

Page 41: ...www fanox com Rev 01 41 151 FORWARD REVERSE OPERATING ANGLE 90 HALF CONE ANGLE 60 V polarization OPERATING ANGLE 90 HALF CONE ANGLE 60 HALF CONE ANGLE 60 V polarization...

Page 42: ...Inverse 2 The range of the time Multiplier setting will depend on the curve The range of this setting for each curve family is as follows TIME DIAL TMS Description Minimum Maximum Step Unit Default I...

Page 43: ...age If the measured relation between I2 and I1 is higher in percentage than the setting in the function during the adjusted time the function will trip The function activates at 100 of the preset inpu...

Page 44: ...the adjusted tap cooling thermal constant is applied Overload function trips when thermal image reaches the value of 100 This value is got when the flow current is equal to the adjusted tap for the th...

Page 45: ...hermal image is getting cool based on the cooling constant Zone 4 Before getting totally cool nominal current is applied again and thermal balance is reached once passed the time determined by the hea...

Page 46: ...www fanox com Rev 01 46 151 4 10 4 Thermal protection curves This is the thermal curve for 3 minutes...

Page 47: ...function activates trips and does not reset itself until the average value of the phase exceeds the point of current pick up The function activates at 100 of the preset input and deactivates at 105 Th...

Page 48: ...3 HSO 4 AND_PULSE AFD Input 4 AFD TestOK 4 The accuracy of the trip time depends on the method used to supervise the arc flash Supervised by light maximum trip time will be 1 4ms Supervised by curren...

Page 49: ...Single phase current 1 2 2 4 6 8 10 Three phase current ms 4 3 5 3 5 3 4 3 4 3 4 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 4 4 1 Trip time ms AFD supervised by current 1 2 2 4 6 8 10 Single phase current 6...

Page 50: ...m level of voltage it is necessary to measure to work with the function This is if the measured voltage is lower than the Minimum Level setting the function will not trip although this voltage is lowe...

Page 51: ...01 xUn 0 50 Minimum Level 0 00 1 00 0 01 xUn 0 00 Time delay 0 060 300 000 0 001 s 0 200 Reset time 0 020 300 000 0 001 s 0 200 Un will be Nominal V P P setting available in general settings when the...

Page 52: ...not reset itself until the measured value of the phase voltage drops below the voltage pick up The function activates at 100 of the preset input and deactivates at 95 The reset time is configurable Th...

Page 53: ...phase neutral This function is only available for models provided with synchronism function Its working principle is the same as ANSI 59 but it considers the voltage measured in the line instead of t...

Page 54: ...gardless the connection type due to the negative sequence voltage is always calculated in a phase neutral system The time delay is independent from the negative sequence voltage if the negative sequen...

Page 55: ...time than this preset value the protection function activates trips and does not reset itself until the measured value of the phase apparent power drops below the activation level pick up The function...

Page 56: ...stic angle Description Address 0 Active overpower Direct 180 Active overpower Inverse 90 Reactive overpower Direct 270 Reactive overpower Inverse Note Q y P se consume P y Q Q y P Se consume P y se ge...

Page 57: ...ur functions can be independently configured as overfrequency or underfrequency units If the unit is set as overfrequency activation of the function occurs at 100 frequency level set and its reset whe...

Page 58: ...activation it takes a minimum of 20 volts P N 35 volts P P for 81R functions to be operational If the measured phase voltage is less than 15 volts P N 26 volts P P it activates a state bit Busbar Fre...

Page 59: ...1 degree or 10 whichever is greater The reset time is configurable 7 4 Function 24 Overfluxing This protection function detects overfluxing of transformer or generator magnetic circuits by calculating...

Page 60: ...fficiently quickly to reduce the overvoltage The device measures the Un fn ratio which is proportional to the excitation level of the generator or transformer The calculation is based on the ratio bet...

Page 61: ...e is initiated another permission logic signal 79Enable can be used to indicate that the recloser must wait another period of time Hold time before closure During this waiting time usually an external...

Page 62: ...ed with the next options From the HMI There are two specific keys marked 79 Block and Unblock plus a specific signal led allowing recloser operation blocking or unblocking it From the HMI This command...

Page 63: ...able conditions here Standby and Lockout the other conditions are transient On Standby the recloser can leave this mode via two conditions Manual or remote control opening of the circuit breaker In th...

Page 64: ...to record the number of reclosings SILG relay has a counter that registry the reclosing actions 8 2 Function 25 Synchronism check The synchro check function is designed to give a time window in which...

Page 65: ...e 79 To close the circuit breaker when the reclosing device 79 is permitted when both line bar are alive it is necessary to achieve sync conditions Only when these sync conditions are achieved the rec...

Page 66: ...tor the circuit breaker trip circuits This is performed verifying the continuity of the trip circuit in both circuit breaker positions open and closed To avoid spurious results it must be appropriatel...

Page 67: ...tion function can be set by using the following parameters Function Description Minimum Maximum Step Unit Default 60VTS Phase VT Supervision Function Enable Yes No No Time Delay 0 020 300 000 0 001 s...

Page 68: ...e following parameters Group Description Minimum Maximum Step Unit Default 50BF Circuit Breaker opening Failure Function Enable Yes No No Time Delay 0 020 1 000 0 001 s 0 2 When the logic signal 50BF...

Page 69: ...www fanox com Rev 01 69 151 General trip...

Page 70: ...setting allows to block this function if the fundamental current exceeds the value specified in the setting The SHB will only be applied in functions that have this feature When the Function Enable o...

Page 71: ...t breaker state open or closed If the current is less than 0 8 of the rated level it is understood that the line is open with an extremely low usage level operating at night or on weekends In one case...

Page 72: ...tartup These are the different statuses of the circuit breaker automatic control The function only is initialized on Start when the relay is switched on If the relay doesn t lose power supply the last...

Page 73: ...s open and if more than 0 8 of rated current is available it is considered the breaker is closed If only the circuit breaker 52a contact is available it should be wired to the corresponding physical i...

Page 74: ...ine If both circuit breaker contacts 52a and 52b are available they should be wired to the two physical inputs These physical inputs are then assigned to the corresponding logical inputs the circuit b...

Page 75: ...installing this protection with a circuit breaker which was already working 8 9 3 Accumulated amperes I2 t counter There is also an Accumulated amperes counter This counter accumulates broken amperes...

Page 76: ...www fanox com Rev 01 76 151 This alarm resets itself when the corresponding time is exceeded with less trips than those indicated...

Page 77: ...l Voltage 100 480 1 V 110 VT Phase Ratio 1 0 3000 0 0 1 100 0 VT Neutral Ratio 1 0 3000 0 0 1 100 0 For the standard model the neutral current can be set to 1 amp or 5 amps 1 3VTs P N 3VTs P N Vr 3VT...

Page 78: ...or position and this setting is used for said identification It is important to fill this field in correctly as the events and oscillography data is accompanied by this information This setting can on...

Page 79: ...35 1 3 Port 1 65535 1 502 IP Address 192 168 200 100 Subnet 255 255 255 0 Modbus Port is read only setting When the relay is connected through wifi connection and the IP address is changed the relay m...

Page 80: ...0 Modbus RTU Baudrate 4800 115200 4800 9600 19200 38400 57600 115200 bauds 19200 MODBUS RTU Function Description Minimum Maximum Step Unit Default MODBUS RTU Communications Slave address 1 247 1 2 DNP...

Page 81: ...defined 00 This situation is defined by the active settings group 01 Settings group 1 10 Settings group 2 11 Settings group 3 In the zero position the active item is defined by the active settings gro...

Page 82: ...al mathematical equation that defines the time in seconds as a function of the current K D B Q V D A t P Where adjusted I I V Parameters A P Q B K Long Time Inverse 120 1 1 0 0 Short Time Inverse 0 05...

Page 83: ...www fanox com Rev 01 83 151 0 01 0 10 1 00 10 00 100 00 1000 00 1 10 100 t s I It IEC Inverse Dial 0 05 Dial 0 1 Dial 0 2 Dial 0 3 Dial 0 4 Dial 0 5 Dial 0 6 Dial 0 7 Dial 0 8 Dial 1...

Page 84: ...www fanox com Rev 01 84 151 0 01 0 10 1 00 10 00 100 00 1000 00 1 10 100 t s I It IEC Very Inverse Dial 0 05 Dial 0 1 Dial 0 2 Dial 0 3 Dial 0 4 Dial 0 5 Dial 0 6 Dial 0 7 Dial 0 8 Dial 1...

Page 85: ...www fanox com Rev 01 85 151 0 00 0 01 0 10 1 00 10 00 100 00 1000 00 1 10 100 t s I It IEC Extremely Inverse Dial 0 05 Dial 0 1 Dial 0 2 Dial 0 3 Dial 0 4 Dial 0 5 Dial 0 6 Dial 0 7 Dial 0 8 Dial 1...

Page 86: ...ww fanox com Rev 01 86 151 0 01 0 10 1 00 10 00 100 00 1000 00 10000 00 1 10 100 t s I It IEC Long Time Inverse Dial 0 05 Dial 0 1 Dial 0 2 Dial 0 3 Dial 0 4 Dial 0 5 Dial 0 6 Dial 0 7 Dial 0 8 Dial 1...

Page 87: ...eral mathematical equation that defines the time in seconds as a function of the current B V A TD t P 1 Where adjusted I I V Parameters A P B Ext Inverse 28 2 2 00 0 1217 Very Inverse 19 61 2 00 0 491...

Page 88: ...www fanox com Rev 01 88 151...

Page 89: ...www fanox com Rev 01 89 151...

Page 90: ...www fanox com Rev 01 90 151...

Page 91: ...rrent I B Phase C Current I C Measured neutral Current I N Calculated neutral current 3I 0 Positive Sequence Current I 1 Negative sequence current I 2 Positive Sequence Current Negative sequence curre...

Page 92: ...Calculated neutral current 3 V0 Positive Sequence Current V 1 Negative sequence current V 2 Maximum Voltage V Max Phase A voltage angle Ang V A Phase B voltage angle Ang V B Phase C voltage angle Ang...

Page 93: ...Phase A Reactive power Q A Phase A Apparent power S A Phase B Active power P B Phase B Reactive power Q B Phase B Apparent power S B Phase C Active power P C Phase C Reactive power Q C Phase C Appare...

Page 94: ...n a circular memory buffer with a capacity for up to 3072 events The memory timestamp is accurate to 1 millisecond The events will be registered in non volatile FRAM memory and the events are conserve...

Page 95: ...www fanox com Rev 01 95 151 Time Minutes Seconds Milliseconds...

Page 96: ...Error WIFI ON Communication ON General Trip Trip Activation Deactivation Ready Ready Activation Deactivation Wrong Password Set date time Set date time Activation Local Control Local Control Activati...

Page 97: ...tral Pickup Neutral Pickup Activation Deactivation Phase A Trip Phase A Trip Activation Deactivation Phase B Trip Phase B Trip Activation Deactivation Phase C Trip Phase C Trip Activation Deactivation...

Page 98: ...on Opening Time 52 Closed 52 Closed Activation Deactivation Closing time 52 Closing Time 52 Closing time Activation 52 Closing Error 52 Closing error Activation Deactivation Closing time 52 Excessive...

Page 99: ...tivation Output 2 Output 2 Activation Deactivation Output 3 Output 3 Activation Deactivation Output 4 Output 4 Activation Deactivation Output 5 Output 5 Activation Deactivation Output 6 Output 6 Activ...

Page 100: ...tivation Deactivation Output 4 Output 4 Activation Deactivation Output 5 Output 5 Activation Deactivation Output 6 Output 6 Activation Deactivation Output 7 Output 7 Activation Deactivation Output 8 O...

Page 101: ...nal 26 Activation Deactivation Logic Signal 27 Logic Signal 27 Activation Deactivation Logic Signal 28 Logic Signal 28 Activation Deactivation Logic Signal 29 Logic Signal 29 Activation Deactivation L...

Page 102: ...ctivation Deactivation 79 N1 Start 79 N1 Start Activation Deactivation 79 N2 Start 79 N2 Start Activation Deactivation 79 N3 Start 79 N3 Start Activation Deactivation 79 N4 Start 79 N4 Start Activatio...

Page 103: ...Alarm 2 Alarm 3 Alarm 4 Alarm 5 Alarm 6 Alarm 7 Alarm 8 Alarm 9 Alarm 10 Alarm 11 Alarm 12 Alarm 13 Alarm 14 Alarm 15 Alarm 16 Alarm 17 Alarm 18 Alarm 19 Alarm 20 Alarm 20 Alarm 21 Alarm 22 Alarm 23...

Page 104: ...Level 1 Instantaneous phase overcurrent 50 1 50 1 Phase A pickup 50 1 Phase A pickup Activation Deactivation Phase A Current 50 1 Phase B pickup 50 1 Phase B pickup Activation Deactivation Phase B Cu...

Page 105: ...ckup Activation Deactivation Phase C current 67 2 pickup 67 2 pickup Activation Deactivation 67 2 Phase A trip 67 2 Phase A trip Activation Phase A current 67 2 Phase B trip 67 2 Phase B trip Activati...

Page 106: ...nstantaneous ground overcurrent 50N 50N Neutral pickup 50N Neutral pickup Activation Deactivation Neutral Current 50N Neutral Trip 50N Neutral Trip Activation Deactivation Neutral Current Level 1 inve...

Page 107: ...trip Activation Phase A current 37 Phase B trip 37 Phase B trip Activation Phase B current 37 Phase C trip 37 Phase C trip Activation Phase C current 37 Trip 37 Trip Activation Level 1 Definite time p...

Page 108: ...quence undervoltage 27V1 27V1 Pickup 27V1 Pickup Activation Deactivation Positive sequence voltage 27V1 Trip 27V1 Trip Activation Positice sequence voltage Definite time line undervoltage 27L 27L Pick...

Page 109: ...overvoltage 59N 1 59N 1 Neutral pickup 59N 1 Neutral pickup Activation Deactivation Neutral voltge 59N 1 Neutral Trip 59N 1 Neutral Trip Activation Neutral voltage Level 2 Definite time neutral overv...

Page 110: ...C trip 32 3 Phase C trip Activation 32 3 Phase trip 32 3 Phase trip Activation Level 4 directional overpower or underpower 32 4 32 4 Phase A pickup 32 4 Phase A pickup Activation Deactivation 32 4 Ph...

Page 111: ...tion Deactivation Reclose Time Reclose Time Activation Auto reclosing N Is 52 Open Is 52 Open Activation Deactivation Reclose N Hold Time Hold Time Activation Deactivation Auto reclosing N Closing Tim...

Page 112: ...tion Command identifier Closing Command Closing Command Activation Deactivation Command identifier 79Blck Command 79Blck Command Activation Deactivation Command identifier 79Unblock Command 79Unblock...

Page 113: ...sing Command Activation Deactivation Command identifier 79Block Command 79Block Command Activation Deactivation Command identifier 79Unblock Command 79Unblock Command Activation Deactivation Command i...

Page 114: ...nts in the relay However the user can mask and unmask the events distinguishing if the action applies to the activation or deactivation reasons A brief description of the general states is given below...

Page 115: ...IEEE C37 111 1991 It is possible to configure the reason of the start of the fault report through the DFR Start in the PGC It must be considered that if there is no trip of a protection function the...

Page 116: ...Trip 79 32 3 Pickup 16 37 Trip 48 60VTS Trip 80 32 4 Pickup 17 27 1 Trip 49 50BF Trip 81 General Pickup 18 27 2 Trip 50 SHB Block 82 AFD Input 1 19 27V1 Trip 51 CLP 83 AFD Input 2 20 27L Trip 52 Gener...

Page 117: ...ry to switch the relay off and to switch it on again to ensure that the new setting is recorded correctly 12 6 Counters The following counters are provided 1 Number of openings of the circuit breaker...

Page 118: ...be configured from the HMI or through the SICom program The inputs are configured by associating the logical inputs with the required physical or logical input or to none if the logical input is not u...

Page 119: ...odel These inputs are translated to internal binary states which later can be assigned to logical signal to get a specific operation SIL G is provided with 32 outputs Physical outputs are the real out...

Page 120: ...eactivated same time on off BLINKING Period Time up Period Repetitive time between each pulse Tme up Time during which each pulse is activated OR BL Period and Time up Period It is the period of the s...

Page 121: ...activated and deactivated same time on off BLINKING Period time up Period Repetitive time between each pulse Tme up Time during which each pulse is activated NOR BL Period and Time up Period It is the...

Page 122: ...activated and deactivated same time on off BLINKING Period time up Period Repetitive time between each pulse Tme up Time during which each pulse is activated AND BL Period and Time up Period It is the...

Page 123: ...activated and deactivated same time on off BLINKING Period time up Period Repetitive time between each pulse Tme up Time during which each pulse is activated NAND BL Period and Time up Period It is th...

Page 124: ...activated and deactivated same time on off BLINKING Period time up Period Repetitive time between each pulse Tme up Time during which each pulse is activated XOR BL Period and Time up Period It is the...

Page 125: ...th RSFF PS Time up The time the pulses are activated and deactivated same time on off BLINKING Period time up Period Repetitive time between each pulse Tme up Time during which each pulse is activated...

Page 126: ...th SRFF PS Time up The time the pulses are activated and deactivated same time on off BLINKING Period time up Period Repetitive time between each pulse Tme up Time during which each pulse is activated...

Page 127: ...h the pulse is activated R EDGE 1P Time up The time the pulse lasts LOGIC GATE OPERATION SETTABLE PARAMETERS HMI SYMBOL SICOM SYMBOL APPLICABLE EXTRA PARAMETERS F_EDGE4 F EDGE NA 1 PULSE Time up Time...

Page 128: ...UP The configured signal will make a pulse of the adjusted time in time up parameter once the input signal is activated The configured signal waits the adjusted time in time up parameter to activate...

Page 129: ...www fanox com Rev 01 129 151 TIMER DOWN Once the configured signal is activated it waits the adjusted time in time up parameter to deactivate itself...

Page 130: ...ority for set signals RS FLIP FLOP priority for reset signals The configured signal will be activated once the bits in s position are activated set position The signal is maintained activated until th...

Page 131: ...www fanox com Rev 01 131 151 PULSES Same time on and time off The configured signal will make pulses of the adjusted milliseconds while the input signal is activated Input Output T T T...

Page 132: ...132 151 BLINKING different time on T and time off T2 The configured signal will be activated the time set in time up parameter and will be switched off the time set in period parameter less the set i...

Page 133: ...finally pressing the right key the PGC signals will be placed Once the output is found press left key to find the correct operation press OK to assign the operation Then the configuration is finished...

Page 134: ...vate it if it is deactivated and to deactivate it if it is activated Press C to leave the test menu Once the relay is in test menu mode all the LEDs will be activated simultaneously In case of the out...

Page 135: ...upply The unit s power consumption is less than 4 watts SIL G is designed to be powered with an auxiliary voltage of 24 230 Vac dc Power supply is guaranteed between 20 10 of auxiliary voltage The rel...

Page 136: ...tantaneous deactivation Timing accuracy 0 5 or 35 ms greater of both Function 67 1 Function 67 2 Function 67 3 Function 67 4 Function enable No Alarm Trip SHB Trip Curve Type IEC 60255 151 and IEEE cu...

Page 137: ...vel 100 Voltage deactivation level 95 Instantaneous deactivation Timing accuracy for IEC and IEEE curves selection 30 ms or 5 greater of both Timing accuracy for de ned time curve selection 35 ms or 0...

Page 138: ...30 000xIn step 0 001xIn Activation level 100 Deactivation level 95 Temporized deactivation Function CLP Function enable Yes No Settings group 1 to 4 step 1 No load time 0 020 to 300 000 s step 0 001 s...

Page 139: ...ivation level 105 Temporized deactivation Timing accuracy 0 5 or 30 ms greater of both Function 27V1 Function enable No Alarm Trip Voltage tap 0 15 to 2 00 xUn step 0 01xUn Minimum level 0 00 to 1 00...

Page 140: ...of both Function 32 1 Function 32 2 Function 32 3 Function 32 4 Function enable No Alarm Trip Activation level 0 08 to 2 00 xSn step 0 01xSn Operating angle 0 to 359 step 1 Time delay 0 020 to 300 000...

Page 141: ...tep 0 001 s Reset Time 0 020 to 300 000 s step 0 001 s Curve current activation level 110 Curve current deactivation level 100 Defined time current activation level 100 Defined time current deactivati...

Page 142: ...ample Function 86 It allows to latch lock out the contact trip due to programmable logic PGC RSFF Function 68 Available through con gurable inputs and outputs thanks to the programmable logic PGC Prog...

Page 143: ...the range With VTs 3 250 V Direct connection Up to 1000 V Angle measurements Current Angles IA IB IC IN and 3I0 Voltage Angles VA VB VC VR VL 3V0 UAB UBC and UCA Accuracy 2 Power measurements Total an...

Page 144: ...in a system of menus A keypad is fitted to the relay front panel which can be used to access the information shown on the LCD screen and to navigate through the menu system This membrane keyboard has...

Page 145: ...Status reading Measurement reading Read and change settings Read and change configuration Read and delete events Read and delete DFR Configure and check the demand LDP Date time synchronisation Set Co...

Page 146: ...ecessary drivers depending on the operative system can be downloaded from this page The update of the software does not require any user s action this is if the computer is connected to Internet SICom...

Page 147: ...ssible to perform the operations shown on the table below HMI ACCESS LEVEL PASSWORD Permission to Change settings Set date Time Permission to Execute Commands Set Counters Delete Events Delete DFR Del...

Page 148: ...R Set Date Time Permission to Change user s Configuration Delete user s configuration Permission to Upgrade the FW flashing process Permission to Read and change access levels Permission to Change man...

Page 149: ...COM and up to 4 characters if HMI is used By default the equipment is programmed with the following passwords and their associated levels HMI PASSWORDS SICOM PASSWORDS ACCESS LEVEL Fanox 0000 0 1111 2...

Page 150: ...www fanox com Rev 01 150 151 NOTES...

Page 151: ...www fanox com Rev 01 151 151...

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