FANOX SIA D User Manual Download Page 3

Page: 3 / 117

www.fanox.com

SIA-D_

Rev. 07

3 / 117

ISO 9001:2008

4.10.

QUIPMENT SETTINGS

.......................................................................................................................... 32

4.11.

IEC255-4/BS142

URVES

.................................................................................................................. 35

MONITORING AND CONTROL ........................................................................................................ 39

5.1.

EASUREMENTS

.................................................................................................................................. 39

5.2.

TATUS AND

VENTS

........................................................................................................................... 39

5.3.

EAL

TIME CLOCK

(RTC) ..................................................................................................................... 44

5.4.

SCILLOGRAPHY AND

AULT REPORTS

................................................................................................. 44

5.5.

ATA DIAGRAM

ALLOCATION OF INPUTS AND OUTPUTS CONFIGURATION

................................................. 48

5.6.

ONFIGURABLE

NPUTS

........................................................................................................................ 49

5.7.

ONFIGURABLE OUTPUTS

..................................................................................................................... 50

5.8.

ELF

DIAGNOSIS

.................................................................................................................................. 50

5.9.

OMMUNICATION

................................................................................................................................. 51

5.10.

RONT

OMMUNICATION

RS232 ......................................................................................................... 51

5.11.

EAR

OMMUNICATION

RS485 ........................................................................................................... 52

5.12.

ODBUS

RTU

ROTOCOL

.................................................................................................................... 53

5.13.

EST

ROGRAM

................................................................................................................................... 53

TECHNICAL SPECIFICATIONS AND STANDARDS ...................................................................... 55

6.1.

ECHNICAL

PECIFICATIONS

................................................................................................................. 55

6.2.

TANDARDS

......................................................................................................................................... 59

USER INTERFACE ........................................................................................................................... 62

7.1.

ISTABLE MAGNETIC INDICATORS

.......................................................................................................... 62

7.2.

LED

NDICATORS

................................................................................................................................. 62

7.3.

RS232

OMMUNICATIONS PORT

........................................................................................................... 63

7.4.

LCD

AND KEYPAD

................................................................................................................................ 63

7.5.

SIC

OMMUNICATIONS PROGRAM

.................................................................................................... 63

7.6.

ETTING

UP THE SESSION

ASSWORD AND ACCESS LEVELS

ROTECTED

ETTINGS

.............................. 64

7.7.

MENUS .............................................................................................................................................. 65

7.7.1.

Standby mode screen ............................................................................................................... 65

7.7.2.

Accessing the menus ................................................................................................................ 65

7.7.3.

Date-time menu ........................................................................................................................ 65

7.7.4.

Versions .................................................................................................................................... 66

7.7.5.

Communication parameters ...................................................................................................... 66

7.7.6.

Fault report ................................................................................................................................ 67

7.7.7.

Test Menu ................................................................................................................................. 67

7.7.8.

Functions Menu ........................................................................................................................ 67

7.7.9.

Measurements Menu ................................................................................................................ 68

7.7.10.

Status Menu .............................................................................................................................. 68

7.7.11.

Settings Menu ........................................................................................................................... 70

7.7.12.

Events Menu ............................................................................................................................. 72

Summary of Contents for SIA D

Page 1: ...www fanox com SIA D_Rev 07 1 117 ISO 9001 2008 USER MANUAL SIA D Overcurrent relay...

Page 2: ...RIPTION 13 3 1 INTRODUCTION 13 3 2 EQUIPMENT DESCRIPTION 13 3 3 FUNCTIONS DIAGRAM 16 3 4 PHASE CT AND NEUTRAL CT SELECTION 16 3 5 MODEL LIST SIA D 18 3 6 REVISIONS HISTORIC 20 4 PROTECTION FUNCTIONS A...

Page 3: ...US RTU PROTOCOL 53 5 13 TEST PROGRAM 53 6 TECHNICAL SPECIFICATIONS AND STANDARDS 55 6 1 TECHNICAL SPECIFICATIONS 55 6 2 STANDARDS 59 7 USER INTERFACE 62 7 1 BISTABLE MAGNETIC INDICATORS 62 7 2 LED IND...

Page 4: ...CTION CODES 80 9 3 EXEMPTIONS AND ERROR ANSWERS 80 9 4 DATA TYPE 81 9 5 MEMORY MAP OF SIA D 82 9 6 GENERAL STATUS MAP 83 9 7 COUNTERS MAP 84 9 8 COMANDS MAP 85 9 9 MEASURES MAP 85 9 10 PROTECTION CRIT...

Page 5: ...008 10 4 3 50N 111 10 4 4 51P 112 10 4 5 51N 112 10 4 6 67N1 112 10 4 7 67N2 112 10 4 8 Breaker 112 10 4 9 Circuit breaker 113 10 4 10 Tripping Bus 113 10 5 INPUT CONFIGURATION 113 10 6 OUTPUT CONFIGU...

Page 6: ...the equipment is well protected by the metal housing which should not be removed as the equipment cannot be adjusted internally If it is necessary to disassemble the electronic component this must be...

Page 7: ...the connections The integrity of the earth connection The equipment must be used within the stipulated electrical and environmental limits Note Regarding the current transformer circuits Do not open a...

Page 8: ...www fanox com SIA D_Rev 07 8 117 ISO 9001 2008 2 DIMENSIONS AND CONNECTION DIAGRAMS 2 1 Case Dimensions mm...

Page 9: ...www fanox com SIA D_Rev 07 9 117 ISO 9001 2008 2 2 KITCOM Dimensions 2 3 Connection Diagrams 2 3 1 3 Phase CT and neutral CT Connection Revision A...

Page 10: ...www fanox com SIA D_Rev 07 10 117 ISO 9001 2008 2 3 2 3 Phase CT and residual neutral Connection Revision A 2 3 3 3 Phase CT and neutral CT Connection Revision B...

Page 11: ...Terminals 2 4 1 Terminals of Revision A models A1 A phase current input for metering D1 Input common A2 A phase current output for metering D2 Input 1 A3 B phase current input for metering D3 Input 2...

Page 12: ...put 3 B1 RS485 gnd E7 E8 Output 4 B2 RS485 B V1 Auxiliary voltage B3 RS485 A V2 Auxiliary voltage C1 Voltage neutral input Grounding bolt C2 Neutral voltage output 2 4 2 Terminals of Revision B models...

Page 13: ...l of the models have been designed to be supplied from an external battery This is aimed at facilitating event management and the commissioning of centres as well as allowing it to operate properly un...

Page 14: ...icate the causes of trips and continue to signal the indication even if the relay loses power It is also fitted with three LED indicators which blink to show the type of supply that is being used at a...

Page 15: ...trol of the circuit breaker 9 Number of breaks 9 Accumulated amps 9 Function Description SIA D Measurements Phase and neutral RMS measurement with 2 accuracy 9 Inputs and Outputs Configurable Inputs 4...

Page 16: ...M are deleted in the case of electrical power failure Events recorded in the FRAM are saved if there is a power failure as it is a non volatile memory A maximum of 500 events can be stored 2 The opera...

Page 17: ...CT 5 A CT 0 2 A 1 150 A 0 04 6 A SIAD1B CT 1 A CT 0 2 A 0 2 30 A 0 04 6 A In order to assure a correct running of the relay it is necessary to use the proper current transformer Therefore the load of...

Page 18: ...HASE MEASURE NEUTRAL MEASURE NET PREQUENCY SUPPLY EXTRA FUNCTION COMMUNICATIONS INPUTS OUPTUTS EVENTS LANGUAGE REVISION D 50P 51P 50N 51N 52 1 2 5 1 A 2 A 5 A A B 1 5 0 1 A 0 2 A 1 A 5 A 5 6 7 8 50 Hz...

Page 19: ...lated neutral 0 1 ModBus RS 232 ModBus RS 232 and RS 485 2 4O 4I 0 1 2 With volatile RAM memory With non volatile RAM memory With non volatile RAM events osc A B C English Spanish French English Spani...

Page 20: ...Revisions Hardware Software A All the models with RTC Multilanguage B Output 4 of revision A was normally open and in revision B provides the contact normally open and the contact normally closed All...

Page 21: ...does not inhibit the RS232 communications port as it can be used simultaneously When the equipment is being powered from a 12 V battery it is capable of operating for 2 hours 4 2 50P Function Phase i...

Page 22: ...unction is activated at 120 of the set tap value and it deactivates at 100 The reset is instantaneous in both cases The activation time is accurate to 5 or 30ms whichever is greater of the theoretical...

Page 23: ...it 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 120 of the set tap value and i...

Page 24: ...inputs 52a and or 52b to a physical input This function provides information about the circuit breaker status and if any maintenance alarm has been activated The following statuses are associated with...

Page 25: ...ated internally as the negative of 52b The circuit breaker automata is considered as having four statuses start open closed and error If both of the circuit breaker contacts 52a and 52b are available...

Page 26: ...just the phase CT transformation ratio The Maximum accumulated amps setting is associated with this counter When the number of accumulated amps exceeds this preset value the Excessive accumulated amps...

Page 27: ...rrent Permission Yes No No Tap 0 10 30 00 0 01 I nominal 5 00 Operating time 0 02 300 0 0 01 s 0 02 Directionality Yes No No Residual voltage 4 00 110 00 0 1 V 5 Operating angle 0 359 1 90 Half cone a...

Page 28: ...www fanox com SIA D_Rev 07 28 117 ISO 9001 2008 V0 angulo operaci n 90 angulo semicono 60 angulo semicono 60 4 9 Tripping Bus Since revision B all models include the possibility of tripping bus...

Page 29: ...and 67N2 when detect the activation of neutral blocking logical input Physical inputs must be assigned to logical inputs associated to the tripping bus using inputs configuration Physical connection i...

Page 30: ...this case the typical value of adjustement of this time is the feeder adjusted tripping time plus the opening failure time Phase and neutral blocking times are used by the supply application When the...

Page 31: ...se blocking signalling time 0 300 0 01 s 0 Neutral blocking signalling time 0 300 0 01 s 0 1 Not activated Feeder Supply Feeder and Supply States associated to tripping bus are the following Group Sta...

Page 32: ...2 51P Phase inverse time overcurrent Permission Yes No No Curve 1 Extremely inverse Dial 0 05 1 25 0 01 1 25 Tap 0 10 7 00 0 01 I nominal 1 00 Operating time 0 02 300 0 0 01 s 0 02 50N Neutral instant...

Page 33: ...00 300 0 0 01 min 9 00 67N1 Neutral directional overcurrent Permission Yes No No Tap 0 10 30 00 0 01 I nominal 5 00 Operating time 0 02 300 0 0 01 s 0 02 Directionality Yes No No Residual voltage 4 00...

Page 34: ...eutral blocking time 0 300 0 0 01 s 0 Phase signalling time 0 300 0 0 01 s 0 Neutral signalling time 0 300 0 0 01 s 0 General Equipment s identifier www fanox com 1 TI phase relation 1 2000 1 100 TI n...

Page 35: ...e Curve Extremely Inverse Curve There is a general mathematical equation that defines the time in seconds as a function of the current Using the following values for the parameters A P Q B K Ext Inver...

Page 36: ...www fanox com SIA D_Rev 07 36 117 ISO 9001 2008...

Page 37: ...www fanox com SIA D_Rev 07 37 117 ISO 9001 2008...

Page 38: ...www fanox com SIA D_Rev 07 38 117 ISO 9001 2008...

Page 39: ...M non volatile memory With FRAM non volatile memory and RTC With FRAM non volatile memory with events and oscillography With FRAM non volatile memory and RTC with events and oscillography With the opt...

Page 40: ...on Deactivation Instantaneous phase overcurrent 50P 50P Phase A pick up Activation Deactivation Phase A current 50P Phase B pick up Activation Deactivation Phase B current 50P Phase C pick up Activati...

Page 41: ...current Phase B breaker blocking Activation Deactivation Phase B current Phase C breaker blocking Activation Deactivation Phase C current Breaker blocking Activation Deactivation Circuit breaker 52 52...

Page 42: ...utral blocking Activation Deactivation External trip Activation Deactivation Start oscillography Activation Deactivation Input 1 Activation Deactivation Input 2 Activation Deactivation Input 3 Activat...

Page 43: ...voltage is 48 Vdc this voltage is monitored If the voltage varies a 15 alarm is activated Measurement error The self diagnosis algorithms have detected a problem in the measurement block Protection er...

Page 44: ...elay will synchronize the date and time and a new synchronization event is carried out 5 4 Oscillography and Fault reports The SIA D relay stores two oscillographic registers with a resolution of 16 s...

Page 45: ...9 Phase C 51P Pick up 10 Phase A 51P trip 11 Phase B 51P trip 12 Phase C 51P trip 13 50N Pick up 14 50N Trip 15 51N Pick up 16 51N Trip 17 67N1 Pick up 18 67N1 Trip 19 67N2 Pick up 20 67N2 Trip 21 Pha...

Page 46: ...g supply tripping bus 48 67N1 blocking supply tripping bus 49 67N2 blocking supply tripping bus 50 50P blocking feeder tripping bus 51 51P blocking feeder tripping bus 52 50N blocking feeder tripping...

Page 47: ...os prefalta 3 Ciclos totales 33 Canales anal gicos 8 Canales digitales 64 Oscilo 41458 Fecha Hora 2008 10 15 11 29 11 85 Fila de falta 15 Mascara 1 0 Mascara 2 4096 Mascara 3 0 Mascara 4 0 Mascara 3 0...

Page 48: ...alarm I2t Alarm Too many trips 52 A contact 52 B contact Phase A pickup Phase B pickup Phase C pickup Phase pickup Phase A trip Phase B trip Phase C trip Phase trip Phase A pickup Phase B pickup Phas...

Page 49: ...us External trip If it receives a pulse in excess of 20 ms to avoid spurious components it generates a 200 ms pulse to be used in the trip output Oscillograph start Oscillograph start The inputs are c...

Page 50: ...tput 2 Trip Output 3 Not assigned Output 4 Not assigned The process used to configure the outputs is described in the Output configuration menu section 5 8 Self diagnosis Diagnostic algorithms are run...

Page 51: ...under factory settings being all protection functions disabled 5 9 Communication The SIA C relay can communicate with a local computer through its front RS232 port or through a remote SCADA system thr...

Page 52: ...r SCADA system Up to 32 pieces of equipment can be connected to one bus each piece with a different modbus address The equipment modbus address can be configured using the SIcom program To minimise co...

Page 53: ...ery LED Deactivated Battery LED off Activated Battery LED blinking 50 51P magnetic indicator Deactivated 50 51P magnetic indicator deactivated black Activated 50 51P magnetic indicator activated orang...

Page 54: ...the different menu items Each item can be activated or deactivated by pressing OK on it if the item is deactivated it is activated by pressing OK if the item is activated it is deactivated by pressin...

Page 55: ...neous deactivation Function 51P Permission yes no Operating range 0 10 to 7 x In step 0 01 Curves IEC 255 4 BS 142 Operating time inverse curve very inverse curve extremely inverse curve Defined time...

Page 56: ...ent activation level 100 Current deactivation level 95 Voltage activation level 100 Voltage deactivation level 95 Operating angle 0 to 359 step 1 Semicone angle 0 to 170 step 1 Circuit breaker monitor...

Page 57: ...les The same voltage as auxiliary power supply 4 outputs configurables 250 Vac 8 A 30 Vdc 5 A Resistive load cos 1 Frequency 50 60Hz Current measure True RMS Sampling 16 samples cycle Accuracy of 2 in...

Page 58: ...www fanox com SIA D_Rev 07 58 117 ISO 9001 2008...

Page 59: ...3 contact 6 kV air 8 kV 21 IEC 61000 4 3 2006 ENV 50204 1995 Radiated Radio frequency Electro magnetic Fields Level 3 10 V m AM modulation 80 1KHz 1 80 1000MHz 2 1000MHz 2000MHz Level 3 10 V m PM mod...

Page 60: ...www fanox com SIA D_Rev 07 60 117 ISO 9001 2008...

Page 61: ...1000 4 9 1993 Pulsed Magnetic Fields Level 5 1000 A m 27 IEC61000 4 10 2001 Damped Oscillating Magnetic Fields Level 5 100 A m 29 IEC 61000 4 12 1995 ring wave Damped RF oscillatory waves Level 4 4 kV...

Page 62: ...p has been caused by neutral instantaneous overcurrent or neutral inverse time overcurrent or neutral directional according to model External trip magnetic indicator A trip has been caused by the acti...

Page 63: ...e used to access the information shown on the LCD screen and to navigate through the menu system This membrane keyboard has 6 keys that can be used to navigate through the different menus and to chang...

Page 64: ...to perform the operations shown on the table below ACCESS LEVEL Read only permission Status and measurements Settings Events Permission to Change settings Download and Delete the Events buffer Permiss...

Page 65: ...y password to read or view the parameters measurements or settings A 4 character password must be entered in order to modify any parameter After returning to the main screen the password must be enter...

Page 66: ...pressing the keys and This displays the software versions of the relay processors Press the C key to return to the standby mode screen 7 7 5 Communication parameters The communications parameters can...

Page 67: ...1 OK C C C C C C no activo Led Vaux activo Led self pow er activo Led battery activo Biestable50P 51P activo Biestable50N 51N activo Biestableexternal trip activo Salida1 activo no activo Led battery...

Page 68: ...0 OK C C C A A IC A A C V0 A C 7 7 10 Status Menu From the standby mode screen press the OK key to access the first line of menus Use the and keys to position the cursor over the STATUS screen and pre...

Page 69: ...C C C C C 50Hz C C EstadosENTRADAS Entrada52a Entrada52b Bloqueo 50P Bloqueo 50N OK C C C C Disparo externo C Inicio oscilo C Entrada1 C Entrada2 C Entrada3 C Entrada4 C EstadosSALIDAS Salida1 Salida...

Page 70: ...500 5 the setting would be 100 The frequency is selected for each model The value is read only It is necessary to enter a password to change a setting for the first time The settings can be changed a...

Page 71: ...ap Time Delay A s C C Settings50N Function Enable Yes No OK C C C Current Tap A Time Delay s Settings51N Function Enable CurveType Time Dial Yes No OK C C C Current Tap Time Delay A s C C C C C Genera...

Page 72: ...events menu and press and hold the RESET key until there is only one event shown This one event is Deleted events Each event contains the following information Date time Description of the event Size...

Page 73: ...key Use the and keys to move the cursor through the different screens until it is positioned over the COMMANDS screen Press OK and use the and keys to view the different possible commands Press the OK...

Page 74: ...ation is displayed on the screen the index of 1 to 16 associated to the instantaneous status within the physical output configuration is displayed Go up through the menu levels by pressing the C key S...

Page 75: ...s the OK key to replace this current status reading with the first instantaneous status that is associated with the output along with its index number from 1 to 16 The and keys can be used in this men...

Page 76: ...check this make sure that the equipment earth connection located on the reverse side of the relay is correctly connected to the facility local earth connection 8 6 Current transformers The high voltag...

Page 77: ...be monitored and the trip to function without the need for self power in any breakdown situation Once all of the connections have been made we recommend a check to make sure that they are correct safe...

Page 78: ...bit and 1 parity bit if this is how it is programmed Therefore the data has 10 or 11 bits depending on whether or not it includes parity When the equipment has a single front port the address can be c...

Page 79: ...e 3 to read and 16 to write When the slave has to reply with an exception one of these frames it is indicated by putting 1 in the most important bit of the correspondent function Thus an exception for...

Page 80: ...ted with the most important byte at first The maximum number of register to be written in a package is 60 9 3 Exemptions and error answers The error codes defined by the ModBus protocol are as follows...

Page 81: ...er without sign of 32 bits UINT 1 Integer without sign of 2 bytes INT 1 Integer with sign of 2 bytes LONG 2 Integer without sign of 4 bytes DWORD 2 Integer with sign of 4 bytes FLOAT 2 Number in float...

Page 82: ...d of Equipment State 160 2 BIT32 See general status map 03 Read of Access Level 162 4 UCHAR8 See Passwords and Access Levels 16 Write access code 168 2 UCHAR4 See Passwords and Access Levels 03 Read D...

Page 83: ...Read Primary Measure 1401 2 FLOAT See measures map 03 Read the characteristics of a measure 1801 8 CMED See measures map 16 Write the number of the Setting List 3000 1 UINT 03 Read of a Setting 3001...

Page 84: ...ange bit 19 RESERVED bit 20 Date and Time Synchronized bit 21 Local communication Active bit 22 Error Default Settings bit 23 E2prom Error bit 24 RESERVED bit 25 RESERVED bit 26 RESERVED bit 27 Change...

Page 85: ...Criteria Number Criteria Directory Criteria denomination 1 12805 50 256 5 50P 2 13061 51 256 5 51P 3 38405 150 256 5 50N 4 38661 151 256 5 51N 5 42753 167 256 1 67N1 6 42785 167 256 33 67N2 7 51202 20...

Page 86: ...www fanox com SIA D_Rev 07 86 117 ISO 9001 2008 11 65027 254 256 3 Outputs 12 13313 52 256 1 52 13 63745 249 256 1 Local Communication ModBus...

Page 87: ...rotection criteria status 50P bit 0 Phase A pick up bit 1 Phase B pick up bit 2 Phase C pick up bit 3 Pick up bit 4 RESERVED bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 Phase A trip bit 9 Phase...

Page 88: ...teria status 51P bit 0 Phase A pick up bit 1 Phase B pick up bit 2 Phase C pick up bit 3 Pick up bit 4 RESERVED bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 Phase A trip bit 9 Phase B trip bit 1...

Page 89: ...a Protection criteria status 50N bit 0 RESERVED bit 1 RESERVED bit 2 RESERVED bit 3 RESERVED bit 4 Pick up bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9 RESERVED bit 10 RESERVED bi...

Page 90: ...ia Protection criteria status 51N bit 0 RESERVED bit 1 RESERVED bit 2 RESERVED bit 3 RESERVED bit 4 Start bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9 RESERVED bit 10 RESERVED bit...

Page 91: ...tection criteria status 67N1 bit 0 I0 Active bit 1 V0 Active bit 2 Directionality bit 3 RESERVED bit 4 Start up bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9 RESERVED bit 10 RESERV...

Page 92: ...up bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9 RESERVED bit 10 RESERVED bit 11 RESERVED bit 12 Trip bit 13 RESERVED bit 14 RESERVED bit 15 RESERVED Tripping Bus bit 0 50P Block b...

Page 93: ...www fanox com SIA D_Rev 07 93 117 ISO 9001 2008 bit 10 67N1 Block Signalling bit 11 67N2 Block Signalling bit 12 RESERVED bit 13 RESERVED bit 14 RESERVED bit 15 RESERVED...

Page 94: ...it 11 RESERVED bit 12 RESERVED bit 13 48 Vdc power supply alarm bit 14 RESERVED bit 15 Measurement error bit 16 Equipment Start bit 17 Protection Error bit 18 Change Settings bit 19 RESERVED bit 20 Da...

Page 95: ...teria status Breaker bit 0 Phase A blocking bit 1 Phase B blocking bit 2 Phase C blocking bit 3 Blocking bit 4 RESERVED bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9 RESERVED bit 1...

Page 96: ...uts bit 0 Input 52a bit 1 Input 52b bit 2 Input Phase Blocking bit 3 Input Neutral Blocking bit 4 Input External Trip bit 5 Input Oscillography Start bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9...

Page 97: ...ection criteria status Outputs bit 0 Outputs 1 bit 1 Outputs 2 bit 2 Outputs 3 bit 3 Outputs 4 bit 4 RESERVED bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9 RESERVED bit 10 RESERVED...

Page 98: ...Local Communication bit 1 HMI Activity bit 2 RESERVED bit 3 RESERVED bit 4 RESERVED bit 5 RESERVED bit 6 RESERVED bit 7 RESERVED bit 8 RESERVED bit 9 RESERVED bit 10 RESERVED bit 11 RESERVED bit 12 RE...

Page 99: ...A trip 6 Phase B trip 7 Phase C trip 8 Trip 51P 13061 1 Phase A pick up 2 Phase B pick up 3 Phase C pick up 4 Pick up 5 Phase A trip 6 Phase B trip 7 Phase C trip 8 Trip 50N 38405 1 Pick up 2 Trip 51N...

Page 100: ...nalling 9 67N1 Block 10 67N2 Block 11 67N1 block signalling 12 67N2 block signalling General 51202 1 Trip 17 Equipment Start 18 Protection Error 19 Settings Change 21 Date and Time Synchronized 22 Loc...

Page 101: ...ory Function Minimu m Maximu m Step Unit 3001 5001 ASCII20 Generals Equipment identifier 3006 5006 DENUM 5060Hz Generals Phase CT Ratio 0 1 1 Hz 3007 5007 LONG Generals Neutral CT Ratio 1 2000 1 3008...

Page 102: ...00 0 01 xIn 3029 5029 LONG 52 Excessive Number of Openings 1 10000 1 3030 5030 LONG 52 Maximum Accumulated Amps 1 10000 1 KA2 3031 5031 FLOAT 52 Opening Time 0 02 300 0 0 01 S 3032 5032 FLOAT 52 Closi...

Page 103: ...permission 0 1 1 3052 5052 DENUM NOSI Tripping Bus 50N blocking permission 0 1 1 3053 5053 DENUM NOSI Tripping Bus 51N blocking permission 0 1 1 3054 5054 DENUM NOSI Tripping Bus 67N1 blocking permis...

Page 104: ...NOSI Tripping Bus 51N blocking permission 0 1 Si 1 3040 5040 FLOAT Tripping Bus Phase blocking time 0 300 0 0 01 s 3041 5041 FLOAT Tripping Bus Neutral blocking time 0 300 0 0 01 s 3042 5042 FLOAT Tr...

Page 105: ...um of Curve Value Curve 0 IEC 244 4 BS 142 inverse 1 IEC 244 4 BS 142 very inverse 2 IEC 244 4 BS 142 extremely inverse 3 Definite Time 2 Values of enum of application setting on tripping bus Value Ap...

Page 106: ...nction 10 H start address 00 L start address A8 Number of H registers 00 Number of L registers 02 Number of Bytes 04 Password 35 35 35 35 checksum H 4A checksum L 50 And the SIA will reply OK address...

Page 107: ...ress 05 L start address 79 Number of H registers 00 Number of L registers 08 checksum H 95 checksum L 19 And the SIA will reply with the IA IB IC and I0 measurements in FLOAT format address 01 functio...

Page 108: ...er of H registers 00 Number of L registers 3D checksum H 95 checksum L D5 And the SIA will reply with address 01 function 03 Number of Bytes 7A 50PStatus 00 09 51PStatus 00 00 50NStatus 00 00 51NStatu...

Page 109: ...www fanox com SIA D_Rev 07 109 117 ISO 9001 2008 10 APPENDIX 10 1 Identification Date Manager Substation Circuit Model Serial no Software Versions Model...

Page 110: ...2 110 230Vca 90 300Vdc 3 24 48Vdc 0 Without 67N 1 With 67N1 and 67N2 2 units 2 With 67NA isolated neutral 0 Modbus Local 1 Modbus Local and Scada 2 4O 4I 0 With volatil RAM memory 1 With non volatil...

Page 111: ...LED Bistable 50N 51N Battery LED External trip bistable Output 1 Output 2 Output 3 Output 4 10 4 Register of commissioning settings Password Identification 10 4 1 CT Ratio Phase CT Ratio Neutral CT Ra...

Page 112: ...abled Tap xIn IEC curve type Inverse Very Inverse Extrm Inverse Dial Operating Time s 10 4 6 67N1 Permission Enabled Disabled Tap xIn Operating Time s Directional Yes No Residual Voltage V Operating A...

Page 113: ...der and supply 50P tripping bus permission Yes No 51P tripping bus permission Yes No 50N tripping bus permission Yes No 51N tripping bus permission Yes No 67N1 tripping bus permission Yes No 67N2 trip...

Page 114: ...www fanox com SIA D_Rev 07 114 117 ISO 9001 2008 10 6 Output configuration Output 1 Output 2 Output 3 Output 4 N de OR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16...

Page 115: ...www fanox com SIA D_Rev 07 115 117 ISO 9001 2008 10 7 Comments Person in charge of commissioning Date Maintenance performed on the by...

Page 116: ...www fanox com SIA D_Rev 07 116 117 ISO 9001 2008 10 8 NOTES...

Page 117: ...ox com SIA D_Rev 07 117 117 ISO 9001 2008 FANOX ELECTRONIC S L Parque Tecnol gico de Bizkaia Astondo bidea Edif 604 48160 DERIO ESPA A Tel 34 94 471 14 09 Fax 34 94 471 05 92 power td fanox com www fa...

Search results

Summary of Contents for SIA D

Reviews:

FANOX SIA D, User Manual, Page: 3 / 117

Search results

Summary of Contents for SIA D

Reviews: