FANOX SIA-C User Manual
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FANOX SIA-C User Manual

Self & dual powered overcurrent & earth fault protection relay
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SIA-C
Self & Dual Powered
Overcurrent & Earth Fault
Protection Relay
USER´S MANUAL
EN_FANOXTD_MANU_SIA_Ocefsecondarydist_SIAC_R046.Docx

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Summary of Contents for FANOX SIA-C

  • Page 1 SIA-C Self & Dual Powered Overcurrent & Earth Fault Protection Relay USER´S MANUAL EN_FANOXTD_MANU_SIA_Ocefsecondarydist_SIAC_R046.Docx...

  • Page 2: Table Of Contents

    Recycling ........................... 7 DIMENSIONS AND CONNECTION DIAGRAMS ..........8 Case Dimensions mm of SIA-C with mechanics type B and C ..........8 Case Dimensions mm of SIA-C with mechanics type D ............. 10 Case Dimensions mm of SIA-C with mechanics type E and G .......... 11 Case Dimensions mm of SIA-C with mechanics type F (withdrawable) ......
  • Page 3 Self-diagnosis ........................111 Digital Inputs ......................... 112 Digital Outputs ........................113 5.10 Programmable Logic Control (PGC) ................113 5.11 Commands ........................122 5.12 Test program ........................123 5.13 Power supply ........................125 5.13.1 Self Powering ........................125 www.fanox.com Rev. 3/217...
  • Page 4 24 Vdc or 48 Vdc auxiliary power supply ................128 5.13.5 Internal commisioning battery ..................... 128 5.14 Switch on to fault (SOTF) characteristic................ 131 5.14.1 SIA-C for striker ........................132 5.14.2 SIA-C withdrawable model....................134 5.14.3 SIA-C for coil ........................136 5.15 Opening mechanism ......................
  • Page 5 RS232 Front communications port ..................210 Commissioning ........................210 APPENDIX ..................... 211 Identification ......................... 211 Checks ........................... 212 Test menu ..........................212 Register of commissioning settings .................. 212 Inputs ............................. 214 Outputs ..........................214 LEDs ............................214 Comments ..........................215 www.fanox.com Rev. 5/217...

  • Page 6: Reception, Handling, Installation

    It is necessary to inspect the device at the time it is delivered to ensure that the relays have not been damaged during transport. If any defect is found, the transport company and FANOX should be informed immediately. If the relays are not for immediate use, they should be returned to their original packaging.

  • Page 7: Installation, Commissioning And Service

    Fanox Electronic, S.L. adheres itself to the 1st additional disposal of the Spanish 11/97 Standard in which it is said that the final user of the containers should give them, properly segregated by materials, to an authorized recovery, recycler or valuer company.

  • Page 8: Dimensions And Connection Diagrams

    2. DIMENSIONS AND CONNECTION DIAGRAMS Vertical assembly Withdrawable Vertical assembly Horizontal assembly 2.1 Case Dimensions mm of SIA-C with mechanics type B and C www.fanox.com Rev. 8/217...
  • Page 9 Cut-out pattern www.fanox.com Rev. 9/217...

  • Page 10: Case Dimensions Mm Of Sia-C With Mechanics Type D

    2.2 Case Dimensions mm of SIA-C with mechanics type D Cut-out pattern www.fanox.com Rev. 10/217...

  • Page 11: Case Dimensions Mm Of Sia-C With Mechanics Type E And G

    2.3 Case Dimensions mm of SIA-C with mechanics type E and G Cut-out pattern www.fanox.com Rev. 11/217...

  • Page 12: Case Dimensions Mm Of Sia-C With Mechanics Type F (Withdrawable)

    2.4 Case Dimensions mm of SIA-C with mechanics type F (withdrawable) Cut-out pattern www.fanox.com Rev. 12/217...

  • Page 13: Kitcom Dimensions (In Mm)

    2.5 KITCOM Dimensions (in mm) www.fanox.com Rev. 13/217...

  • Page 14: Striker Dimensions (In Mm)

    2.6 Striker Dimensions (in mm) 2.6.1 PRT-15 www.fanox.com Rev. 14/217...

  • Page 15: Prt

    2.6.2 Dimension Value (mm) 44.5 49.5 56.5 64.5 42.5 www.fanox.com Rev. 15/217...

  • Page 16: Tcm Dimensions (In Mm)

    2.7 TCM Dimensions (in mm) www.fanox.com Rev. 16/217...

  • Page 17: Connection Diagrams

    2.8 Connection diagrams 2.8.1 Separated terminals connectors for measurement and power supply Connection diagram. 3 phase transformers: Power Supply and Measurement – Sensitive Neutral – Trip: Striker Neutral Sensitive Neutral Trip Striker Supply 230Vac (depending on model) www.fanox.com Rev. 17/217...
  • Page 18 Connection diagram. 3 phase transformers: Power Supply and Measurement – Sensitive Neutral – Trip: Coil + TCM Neutral Sensitive Neutral Trip Coil + TCM Supply 230Vac (depending on model) www.fanox.com Rev. 18/217...
  • Page 19 Connection diagram. 3 phase transformers: Power Supply and Measurement – Sensitive Neutral – Trip: ATC (free potential trip) Neutral Sensitive Neutral Trip Supply 230Vac (depending on model) www.fanox.com Rev. 19/217...
  • Page 20 Connection diagram. 3 phase transformers: Power Supply and Measurement – Solid Neutral – Trip: Striker Neutral Solid neutral Trip Striker Supply 230Vac (depending on model) www.fanox.com Rev. 20/217...
  • Page 21 Connection diagram. 3 phase transformers: Power Supply and Measurement – Solid Neutral – Trip: Coil + TCM Neutral Solid neutral Trip Supply 230Vac (depending on model) www.fanox.com Rev. 21/217...
  • Page 22 Connection diagram. 3 phase transformers: Power Supply and Measurement – Solid Neutral – Trip: ATC (free potential trip) Neutral Solid neutral Trip Supply 230Vac (depending on model) www.fanox.com Rev. 22/217...
  • Page 23 Connection diagram. 3 phase transformers: Power Supply – 3 phase transformers: Measurement – Solid Neutral – Trip: Striker Neutral Solid neutral Trip Striker Supply 230Vac (depending on model) www.fanox.com Rev. 23/217...
  • Page 24 Connection diagram. 3 phase transformers: Power Supply – 3 phase transformers: Measurement – Solid Neutral – Trip: Coil + TCM Neutral Solid neutral Trip Supply 230Vac (depending on model) www.fanox.com Rev. 24/217...
  • Page 25 Connection diagram. 3 phase transformers: Power Supply – 3 phase transformers: Measurement – Solid Neutral – Trip: ATC (Potential Free Trip) Neutral Solid neutral Trip Supply 230Vac (depending on model) www.fanox.com Rev. 25/217...
  • Page 26 Connection diagram. 3 phase transformers: Power Supply – 3 phase transformers: Measurement – Sensible Neutral – Trip: Striker Neutral Sensible neutral Trip Striker Supply 230Vac (depending on model) For Trip: Coil + TCM and Trip: ATC, diagrams as in previous examples www.fanox.com Rev. 26/217...
  • Page 27 In SIACxxxx4xxxxx, external trip is at 230 Vac. Connection diagrams are as follow: 3 phase transformers: Power supply and measurement - sensible neutral www.fanox.com Rev. 27/217...
  • Page 28 3 phase transformers: Power supply and measurement - solid neutral www.fanox.com Rev. 28/217...
  • Page 29 3 phase transformers: Measurement, 3 phase transformer: Power supply - solid neutral www.fanox.com Rev. 29/217...
  • Page 30 3 phase transformers: Measurement, 3 phase transformer: Power supply - sensible neutral www.fanox.com Rev. 30/217...

  • Page 31: Simple Terminals Connector (Measurement And Power Supply)

    2.8.2 Simple terminals connector (measurement and power supply) Connection diagram. 3 phase transformers: Power Supply and Measurement - Solid Neutral– Trip: Striker www.fanox.com Rev. 31/217...
  • Page 32 Connection diagram. 3 phase transformers: Power Supply and Measurement – Solid Neutral – Trip: Coil + TCM www.fanox.com Rev. 32/217...
  • Page 33 Connection diagram. 3 phase transformers: Power Supply and Measurement – Solid Neutral – Trip: ATC (free potential trip) www.fanox.com Rev. 33/217...
  • Page 34 Connection diagram. 3 phase transformers: Power Supply and Measurement - Solid Neutral - Trip: Striker and External Trip at 230 vac www.fanox.com Rev. 34/217...
  • Page 35 Mechanic G Three phase transformers: Power supply and measurement – Solid neutral www.fanox.com Rev. 35/217...
  • Page 36 Mechanic F Three phase transformers: Power supply and measurement – Solid neutral www.fanox.com Rev. 36/217...

  • Page 37: Terminals

    2.9 Terminals 2.9.1 Physical layout of SIA-C type D terminals www.fanox.com Rev. 37/217...
  • Page 38 Phase B current output for power supply Digital output 3 NO Phase C current input for power supply Trip output positive contact Phase C current output for power supply Trip output negative contact RS485 gnd RS485 - RS485 + ╧ Earthing screw www.fanox.com Rev. 38/217...
  • Page 39 Phase A current input for power supply Phase A current output for power supply Phase B current input for power supply Phase B current output for power supply Phase C current input for power supply Phase C current output for power supply www.fanox.com Rev. 39/217...
  • Page 40 Phase A current output for power supply Earthing screw Phase B current input for power supply Phase B current output for power supply Phase C current input for power supply Phase C current output for power supply www.fanox.com Rev. 40/217...

  • Page 41: Physical Layout Of Sia-C Types B And C Terminals

    2.9.2 Physical layout of SIA-C types B and C terminals www.fanox.com Rev. 41/217...
  • Page 42 Neutral current output for Digital 2 common output Measurement Digital output 2 NO Digital output 3 NC Digital 3 common output Digital output 3 NO Trip output positive Trip output gnd RS485 gnd RS485 – RS485 + ╧ Earthing screw www.fanox.com Rev. 42/217...
  • Page 43 Measurement & power supply Phase C current output for Digital 3 common output Measurement & power supply Neutral current input for Measurement Digital output 3 NO Neutral current output for Trip output positive Measurement Trip output negative ╧ Earthing screw www.fanox.com Rev. 43/217...
  • Page 44 Measurement & power supply Phase C current input for Trip output negative Measurement & power supply Phase C current output for Earthing screw ╧ Measurement & power supply Neutral current input for Measurement Neutral current output for Measurement www.fanox.com Rev. 44/217...

  • Page 45: Physical Layout Of Sia-C Type E Terminals

    2.9.3 Physical layout of SIA-C type E terminals www.fanox.com Rev. 45/217...
  • Page 46 Digital 2 common output Digital output 2 NO Digital output 3 NC Digital 3 common output Digital output 3 NO Trip output positive contact Trip output negative contact RS485 gnd RS485 - RS485 + ╧ Earthing screw www.fanox.com Rev. 46/217...
  • Page 47 Phase C current input for Measurement & Trip output negative contact power supply Phase C current output for Measurement & Earthing screw ╧ power supply Neutral current input for Measurement Neutral current output for Measurement www.fanox.com Rev. 47/217...
  • Page 48 Phase C current output for Measurement & Digital 3 common output power supply Neutral current input for Measurement Digital output 3 NO Neutral current output for Measurement Trip output positive Trip output negative ╧ Earthing screw www.fanox.com Rev. 48/217...

  • Page 49: Physical Layout Of Sia-C Type F Terminals (Withdrawable Model)

    2.9.4 Physical layout of SIA-C type F terminals (withdrawable model) Phase A current input for Measurement & power supply Phase A current output for Measurement & power supply Phase B current input for Measurement & power supply Phase B current output for Measurement & power supply Phase C current input for Measurement &...

  • Page 50: Physical Layout Of Sia-C Type G Terminals

    2.9.5 Physical layout of SIA-C type G terminals Phase A current input for Measurement & power supply Phase A current output for Measurement & power supply Phase B current input for Measurement & power supply Phase B current output for Measurement & power supply Phase C current input for Measurement &...

  • Page 51: Description

    SICom program, allowing a precise coordination with other devices. One of the most significant features of the SIA-C is that it eliminates the need for maintenance as it uses the operating current to power itself. Other additional benefit is that the models have been designed to be supplied from an external battery.
  • Page 52 There are up to three bistable magnetic indicators (depending on model) on the front of the SIA-C device. These indicate the causes of trips, and continue to give a signal even if the relay loses power. It is also fitted with up to three LED indicators. These LEDs are configurable thanks to the PGC.
  • Page 53 Due to the installation cubicle space of SIA-C devices, some different mechanics have been developed for the same devices. Mechanics D, E, G and F were developed with cubic size and mechanics type B and C have been designed with horizontal mechanic. In these last mechanics the flatness takes importance, being the depth of the device from the front to the border of the terminals 100,75 mm.
  • Page 54 Function Description SIA-C Measurements Phase and neutral RMS measurement with ±2% accuracy on a ✓ band of ±20% over the nominal current and ±4% over the rest of the range. Inputs and Outputs External trip input Optional Striker 24 Vdc - 135 mJ (Optional)
  • Page 55 Function Description SIA-C Monitoring and Records ✓(Up to1024) Events+ ✓(Up to 20) Disturbance fault recordin 10 COMTRADE RECORDS (Optional) ✓ Real-Time Clock (RTC) ✓ Test menu ✓ Self-diagnosis (*) NOTE 1: In SIACXXXXXXXXXXA are available two levels of function 50 (50_1 and 50_2) and two levels of 50N/G...

  • Page 56: Functional Diagram

    NOTE 2: SIACXXXXXXXXXXB model is provided with CLP protection function. NOTE 3: In SIACXXXXXXXXXXC there are two levels of 50 function (50_1, 50-2), two levels of 50N/G function (50N/G_1, 50N/G-2), 46, 50BF, 49, 79, 52 74CT, 46BC and SHB. www.fanox.com Rev. 56/217...

  • Page 57: Selection & Ordering Codes

    Trip + 2 Outputs + 2 Inputs Trip + 3 Outputs Memory Non-volatile RAM memory Non-volatile RAM memory + Fast start-up Languages English, Spanish and German English, Spanish and Turkish English, Spanish and French English , Spanish and Russian www.fanox.com Rev. 57/217...

  • Page 58: Phase Ct And Neutral Ct Selection

    + 50-2 + 50G-2 + 46 + 50BF+ 49 + 79 + 52 + 74CT + 46BC + SHB + 3 settings groups 3.5 Phase CT and neutral CT selection SIA-C relay requires current tranformers with the following specifications: SIAC/1: CT Burden 2.5 VA SIAC/5: CT Burden 5 VA The relay is able to mesure up to 30xIn, specifically, the range of measurement is from 0.1 till 30...

  • Page 59: Load Curve For Relay Sia-C/1

    3.5.1 Load curve for relay SIA-C/1 LOAD CURVE FOR RELAY SIA-C/1 SIAC/1 Circuito de Autoalimentacion y Medida SIAC/1 Circuito de Medida SIAC/1 Self-powering and measurement circuit SIAC/1 Measuarement circuit 3.5.2 Load curve for relay SIA-C/5 LOAD CURVE FOR RELAY SIA-C/5...

  • Page 60: Protection Functions

    4 PROTECTION FUNCTIONS 4.1 General settings Aditionally, it is necessary to define some previous parameters that will provide the SIA-C relay information about what and how it is going to protect. Group Description Minimum Maximum Step Unit Default Generales “free text”...

  • Page 61: Function 51. Phase Inverse Time Overcurrent

    Delay is equal to the pre-set time ±40ms or ±0.5%(whichever is greater). (**) When the fault current is near to the tap settting the maximum error in the tripping time will be ±30 ms or ± 0.5% (greater of both) www.fanox.com Rev. 61/217...

  • Page 62: Function 50G. Neutral Instantaneous Overcurrent

    In this case, the unit operating time is adjusted by using the parameter "Operating time". If a curve (inverse, very inverse or extremely inverse) is selected for the curve setting, the operating time depends on the curve, dial and pick-up settings. www.fanox.com Rev. 62/217...

  • Page 63: Function 46. Negative Sequence Inverse Time Overcurrent

    The curves used are IEC 60255-151 or IEEE, which are described in the "Curves" section. (**) If the function enable is set to “SHB” and the SHB is permited, the accuracy of the Time Delay is equal to the pre-set time ±40ms or ±0.5%(whichever is greater). www.fanox.com Rev. 63/217...

  • Page 64: Function 46Bc. Broken Conductor Detection

    θ’0: initial thermal status Tripping time is determined by next equation: t = ζ x ln { [(I/It) – (θ’0 / 100) ] / [(I/It) - 1] } Tripping time accuracy is the 5% over the theorical time. www.fanox.com Rev. 64/217...

  • Page 65: Thermal Image Measurement Evolution Graphic

    Zone 2: We supply the machine with the nominal current. Thermal image evolutions so as to get the value of the thermal balance corresponding to one time the nominal current Th = (I/It) = 82%. The time that it takes in getting the thermal balance depends on the adjusted heating constant. www.fanox.com Rev. 65/217...
  • Page 66 Thermal image measurement display. Reset TI. Thermal image measurement is displayed on Measurement menu. Thermal image value reset is possible in Commands menu (Reset TI). This command reset the value of the thermal image to the value set in the alarm level. www.fanox.com Rev. 66/217...
  • Page 67 4.8.4 Thermal protection curves This is the thermal curve for ζ = 3 minutes. www.fanox.com Rev. 67/217...

  • Page 68: Function 52. Circuit Breaker Monitoring

    " during the time set in " Time of excessive repeated time window alarm openings ". It works like a time accumulator, to be active it needs to detect openings within the range defined by these two settings. www.fanox.com Rev. 68/217...
  • Page 69 10% of rated current is available, it is considered the breaker is closed. Time > 200ms Opening Opening Time Error Self-powered Trip I<8% Time < 200ms I>10% I>10% Closed Open Startup I>10% I<8% I<8% www.fanox.com Rev. 69/217...
  • Page 70 52b. The circuit breaker performance is shown in the following finite state machine: Time > 200ms Opening Opening Time Error Self-powered Trip Time < 200ms 52a or 52a or Closed Open Startup 52a or 52b or 52b or www.fanox.com Rev. 70/217...
  • Page 71 The circuit breaker's automaton is considered as having eight statuses: Startup, open, closed, error, opening time, opening error, closing time and closing error. The circuit breaker performance is shown in the following finite state machine: www.fanox.com Rev. 71/217...

  • Page 72: Circuit Breaker Opening And Closing Commands

    4.9.4 Configured number of openings in a time frame exceeded alarm. As well as counting the number of times the circuit breaker opens, the SIA-C relay sets up a time window and the maximum number of openings allowed during this time. Both parameters can be adjusted.

  • Page 73: Function 50Bf. Breaker Failure Monitoring

    When the current via the three phases is less than 8% of the rated current, the circuit breaker is considered to be open. The user can configure the “50BF Start” logical signal. By default has the following configuration: • General Trip. www.fanox.com Rev. 73/217...

  • Page 74: Function 79. Recloser

    Reclose 4 time 0.02 300.00 0.01 180.00 Reclose 4 time 0.02 300.00 0.01 180.00 Reclose 5 time 0.02 300.00 0.01 180.00 Hold time 0.02 300.00 0.01 10.00 Reset Time 0.02 300.00 0.01 10.00 Safe Time 0.02 300.00 0.01 10.00 www.fanox.com Rev. 74/217...
  • Page 75 It must be possible to block the recloser, particularly if maintenance tasks are carried out on the substation. There are several SIA-C blocking and unblocking possibilities: ✓ From the HMI. There is a specific key marked 79, plus a specific signal led, allowing recloser operation, locking or unlocking it.
  • Page 76 Rev. 76/217...

  • Page 77: Counter To Record The Number Of Reclosings

    4.11.1 Counter to record the number of reclosings The SIA-C relay is fitted with a counter that records the number of reclosings. 4.12 Function CLP. Cold Load Pickup This protection function is only available depending on model.

  • Page 78: Function 74Ct. Current Transformers Supervision

    The reset is instantaneous when a current higher than 8% of nominal current is detected. The accuracy of the time delay is equal to the initial 40ms plus the preset time ±30ms or ±0.5% (whichever is greater). www.fanox.com Rev. 78/217...

  • Page 79: Function Shb. Second Harmonic Blocking

    0.35 times the single phase secondary nominal current (0.175xIn in 3- phase system). It allows the connection of a bimetallic free potential contact. When this contact closes, it activates the input. This input is especially protected against magnetic noise. www.fanox.com Rev. 79/217...

  • Page 80: Function 68. Zone Selection Interlocking (Zsi)

    PULSE operation. The adjusted time must be the time of feeder’s functions (time delay setting), plus the trip holding time (in SIA-C this time is approximately 200 ms), plus the security time (to ensure the signal has dropped off).
  • Page 81 The feeder and supply will trip their functions as they see the fault. Supply’s time of operation is shorter than feeder’s time, so the feeder will open its breaker, making the fault disappear, and it will block the supply trip output preventing the opening of the supply’s breaker. www.fanox.com Rev. 81/217...
  • Page 82 When the feeder trips, it is not able to open its breaker so the supply will trip once the block disappears since it can still see the fault. www.fanox.com Rev. 82/217...

  • Page 83: Function 74Tcs. Trip Voltage Supervision

    • By means of two inputs (only for model with 2 inputs). To this end four possibilities are defined: Input 1 Input 2 DESCRIPTION In this situation the relay Works with the active setting group Setting Group 1 Setting Group 2 Setting Group 3 www.fanox.com Rev. 83/217...

  • Page 84: Iec60255-151 Curves

    If the use of both inputs is not required, then one can be used, but depending on which is used, operation can be done with Settings group 1 or Settings group 2. 4.19 IEC60255-151 Curves The SIA-C relay complies with the curves shown in standard IEC60255-151: • Inverse Curve •...
  • Page 85 Long Time Inverse Ext. Inverse Very Inverse 13,5 Inverse 0,14 0,02 The curve can mode from its axis using the D time selection device, which the user can adjust. is the initial operating current, set by the user. adjusted www.fanox.com Rev. 85/217...
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  • Page 90: Ieee Curves

    4.20 IEEE Curves The SIA-C relay complies IEEE curves with the following mathematical equation:          −     Where: adjusted And we have the following curves: • Inverse Curve • Very Inverse Curve •...
  • Page 91 Rev. 91/217...
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  • Page 94: Application Examples

    Primary current: I =100 A 50/51 function settings • Curve type: IEC Inverse • Dial: 0.05 • Tap: 1xI 50 function settings • Tap: 11xI • Operating time: 0.05 s Figure 1. 50 and 50/51 IEC Inverse www.fanox.com Rev. 45 94/217...
  • Page 95 Transformation ratio of CT =500/1 • Primary current: I =500 A 50/51 function settings • Curve type: IEEE Extremely Inverse • Dial: 2.20 • Tap: 1xI 50 function settings • Tap: 14xI • Operating time: 0.1 s www.fanox.com Rev. 45 95/217...
  • Page 96 14xIn so definite time overcurrent function will trip when current fault is higher than 14xIn (50 function does not wait to reach 24xIn) The figure below (Figure 4), shows the tripping curve of the relay: Figure 4. Relay tripping curve www.fanox.com Rev. 45 96/217...
  • Page 97 =1500 Ap, Definite time curve defines a tripping value of 5 s (Figure 5) for 50/51 function. It is considered that this time is too high, so when current fault reaches 15xI definite time overcurrent function will be work function 50). www.fanox.com Rev. 45 97/217...
  • Page 98 The figure below (Figure 6), shows the tripping curve of the relay: Figure 6. Relay tripping curve www.fanox.com Rev. 45 98/217...

  • Page 99: Monitoring And Control

    Maximum second harmonic current (I2H Max) only for adaptation C • Maximum current (IMax) • Thermal Image (TI) only for adaptation C Below are shown the phase and neutral ranges of the SIA-C models: Model Phase range Neutral range I rated phase...

  • Page 100: Load Data Profiling (Ldp)

    5.2 Load Data Profiling (LDP) SIA-C relay provides the demand of current (Load Data Profiling) with the following characteristics: • Number of records: 168 • Recording mode circular • Sampling rate (interval): configurable through communications: 1 – 60 min •...
  • Page 101 External trip External trip Activation/Deactivation No Trip power Trip power error 50 Hz Activation/Deactivation Error Measure Error Measure Activation/Deactivation Ready Ready Activation/Deactivation Setting Changed Setting Changed Activation/Deactivation Set Date-time Set Date-time Activation/Deactivation Local Activity Local Activity www.fanox.com Rev. 45 101/217...
  • Page 102 Pickup Phase C Ground pickup Trip Phase A Trip Phase B Trip Phase C Ground trip 50 Trip 50G Trip Phase trip Auxiliary Power Self Powered Battery Activation Events deleted Activation/Deacti Fault report number New DFR vation www.fanox.com Rev. 45 102/217...
  • Page 103 Activation/Deactivation 50-1 A Trip 50-1 A Trip Activation/Deactivation Phase A current 50-1 B Trip 50-1 B Trip Activation/Deactivation Phase B current 50-1 C Trip 50-1 C Trip Activation/Deactivation Phase C current 50-1 Trip 50-1 Trip Activation/Deactivation www.fanox.com Rev. 45 103/217...
  • Page 104 50G-2 Trip 50G-2 Trip Activation/Deactivation Neutral current Cold Load pickup CLP Disable CLP (*) 52 Close 52 Open 52 definitive Open Close Cold Load Open Cold Load Cold Load pickup Cold load Pickup Activation/Deactivation Phase current www.fanox.com Rev. 45 104/217...
  • Page 105 79 Close time Activation/Deactivation Reclose No. 79 Reset time 79 Reset time Activation Reclose No. 79 Lockout 79 Lockout Activation/Deactivation Reclose No. 79 Security time 79 Security time Activation 79 Manual Open 79 Manual Open Activation 79 Enabled www.fanox.com Rev. 45 105/217...
  • Page 106 Ext trip Activation/Deactivation Input 1 Input 1 Activation/Deactivation Input 2 Input 2 Outputs Trip Output Trip Output Activation/Deactivation Output 2 (*) Output 2 Activation/Deactivation Output 3 (*) Output 3 Activation/Deactivation Activation/Deactivation Output 4 (*) Output 4 www.fanox.com Rev. 45 106/217...
  • Page 107 50 BF Start 50 BF Start Activation/Deactivation Local communication Local communication HMI Activity Open Breaker Open Breaker Activation Close Breaker Close Breaker Activation 79 Block 79 Block Activation 79 Unblock 79 Unblock Activation Reset TI Reset TI Activation www.fanox.com Rev. 45 107/217...
  • Page 108 "Local communication" status group • Factory setting: the device is set to default settings and does not execute the trip. • Error Eeprom: The self-diagnosis algorithms have detected a problem in the eeprom memory, which contains the settings. www.fanox.com Rev. 45 108/217...

  • Page 109: Disturbance Fault Recording

    File ‘.hdr’: This is the COMTRADE header file that includes: date-time of the record, number of COMTRADE record, pre-fault and post-fault cycles and analog/digital channels. The format of a COMTRADE header file can be shown below: www.fanox.com Rev. 45 109/217...
  • Page 110 46BC Trip 79 Standby 49 Trip 79 Lockout External trip Input 1 General trip Input 2 Phase Block No Trip power 50_1 Pickup Trip Output 50N/G_1 Pickup Output 2 50_2 Pickup Output 3 50N/G_2 Pickup Output 4 www.fanox.com Rev. 45 110/217...

  • Page 111: Self-Diagnosis

    5.7 Date and Time by Real Time Clock (RTC) All models of relay SIA-C are provided with a real time clock (RTC), which can be synchronized by HMI or by communications. The RTC keeps the data updated, the time that the RTC keeps the date/time depends on the operating temperature.

  • Page 112: Digital Inputs

    5.8 Digital Inputs The SIA-C (depending on model) is provided with 2 digital inputs that can be configured by the user. The inputs can be configured from the HMI or through the SICom program. Physical inputs are the device’s real inputs. The SIA-C has two physical inputs: Input 1 and Input 2.

  • Page 113: Digital Outputs

    Firstly, it is defined the concept of physical input, physical output and logical signal. Physical inputs are the real inputs of the device. SIA-C device has, depending on model, up to two physical inputs (Input 1 and Input 2). These inputs are translated to two internal binary states which later, can be assigned to logical signal to get a specific operation.
  • Page 114 LOGIC CONTROL which can be configured from HMI or from SICom software. For each output there is a LOGICAL GATE. It can perform a logical operation up to 4 binary states to obtain other binary result. www.fanox.com Rev. 45 114/217...
  • Page 115 In V3 of the PGC the LOGICAL GATES that are supported by SIA-C are: LOGICAL GATE HMI SYMBOL NOR4 OR4_LACTH Φ AND4_LACTH OR4_PULSES AND4 & NAND4 § AND4_PULSES OR4_TIMER_UP NOR4_TIMER_UP AND4_TIMER_UP NAND4_TIMER_UP OR4_PULSE NOR4_PULSE AND4_PULSE NAND4_PULSE NOR4_PULSES NOTE: As it is described above, the options NOR4_LATCH and NAND4_LATCH are not available in the relay.
  • Page 116 General Trip OUTPUTS • Output 4 NOR4 Ready TRIP OUTPUT • OR4_PULSES General Trip (NOT CONFIGURABLE) Block 50 Not configured ------ Block 50N Not configured ------ LOGICAL SIGNALS SettingsG1 Not configured ------ SettingsG2 Not configured ------ www.fanox.com Rev. 45 116/217...
  • Page 117 ------ Settings Group 2 Not configured ------ • 79 Start General Trip LOGICAL SIGNALS 79 Enable Not configured ------ 79 Level Block Not configured ------ Not configured ------ Not configured ------ • 50BF Start General Trip www.fanox.com Rev. 45 117/217...
  • Page 118 Not configured ------ Settings Group 2 Not configured ------ 79 Start General Trip LOGICAL SIGNALS 79 Enable Not configured ------ 79 Level Block Not configured ------ Not configured ------ Not configured ------ 50BF Start General Trip www.fanox.com Rev. 45 118/217...
  • Page 119 Function 86 (latch condition) can be implemented through signaling outputs configuration. It is necessary to configure one of the signaling outputs as trip output and after this configuration if OR4_LACTH is chosen the latch of this output is being permitted. www.fanox.com Rev. 45 119/217...
  • Page 120 In the SICom the logic is as follows: Logical gate selection guide The configured signal will make a pulse of the adjusted milliseconds once the input signal is activated. Input Output The configured signal waits the adjusted milliseconds to activate itself. Input Output www.fanox.com Rev. 45 120/217...
  • Page 121 The configured signal will be activated till it is externally reset (reset key, communications…), though the input signal drops off. Input Output The configured signal will make pulses of the adjusted milliseconds while the input signal is activated. Input Output www.fanox.com Rev. 45 121/217...

  • Page 122: Commands

    To carry out commands from the remote, the user needs to be without pressing any key from the HMI for 5 minutes. Once any key is pressed, the relay will be in local communication automatically and will not be possible to carry out the command for security. www.fanox.com Rev. 45 122/217...

  • Page 123: Test Program

    5.12 Test program The SIA-C device has a test menu that can be used to check the operation of the signalling components (LEDs and magnetic indicators), along with the trip output and the signalling outputs. This check is operative regardless of the type of power that is used. This means that the trip circuit and the signalling outputs can be tested with just a simple battery or a 12V battery in a facility without electricity supply.
  • Page 124 “OK”). Press the “C” key to exit the test menu. In order to obtain more detailed information, the method for navigating the menus is explained graphically in the keypad and display section. www.fanox.com Rev. 45 124/217...

  • Page 125: Power Supply

    5.13 Power supply The SIA-C device is designed to be self-powered using the cell current. It can also be powered by a 12V battery (KITCOM) and, optionally (which can be selected for each model) by an auxiliary power source (24 Vdc, 48 Vdc, 230 Vac or 100-230 Vac/dc).
  • Page 126 When the outputs are activated the consumption of the SIAC plus the KITCOM is 385 mA, so: With activated outputs (REGULAR TRIP)→1700 mAh/385 mA≈4hours To sum up, When the device is being powered from a KITCOM, it is capable of functioning for 4 hours. www.fanox.com Rev. 45 126/217...
  • Page 127 Besides, the possibility of using external battery power, together with the possibility of activating the trip contact from the test menu, allows the trip circuit to be tested before the transformation center is powered up. www.fanox.com Rev. 45 127/217...

  • Page 128: Vac, 50/60 Hz Auxiliary Power

    It is also available a wider range of power supply (100-230 Vac) if it is required. 5.13.4 24 Vdc or 48 Vdc auxiliary power supply The 24 Vdc auxiliary power is taken from the transformation centre RTU power supply. SIA-C consumes approximately 200 mW in normal operation and 300 mW if SCADA communication is active.
  • Page 129 1. Disconnect the relay. Switch the power supply off to avoid any dangerous situation. Unscrew the 4 screws on the front of the relay to extract it from the RMU. Access to the rear side of the relay. www.fanox.com Rev. 45 129/217...
  • Page 130 Model LS14500 from SAFT Do not use rechargeable batteries or other types of battery 80h of working time and more than 10 years of battery lifetime 6. Put on the battery cover and tighten the 2 screws. www.fanox.com Rev. 45 130/217...

  • Page 131: Switch On To Fault (Sotf) Characteristic

    The most critical case is produced when there is self-power (without auxiliary voltage or battery) and low current faults. In order to reduce to the maximum the SIA-C tripping time when there is a fault during the energization of the device, the model SIACXXXXXXX2XXX has been developed (with non- volatile RAM memory and fast startup).

  • Page 132: Sia-C For Striker

    5.14.1 SIA-C for striker SIA-C1 1200 1000 Time (ms) FAST (SIACxxxxxxx2xxx) & 3 PHASE Time (ms) FAST 1200 (SIACxxxxxxx2xxx) & 1 PHASE Time (ms) NORMAL (SIACxxxxxxx1xxx) & 3 PHASE Time (ms) NORMAL 1460 (SIACxxxxxxx1xxx) & 1 PHASE x In Without auxiliary voltage nor battery. Trip voltage level at 17 VDC.
  • Page 133 (SIACxxxxxxx2xxx) & 3 PHASE Time (ms) FAST (SIACxxxxxxx2xxx) & 1 PHASE Time (ms) NORMAL (SIACxxxxxxx1xxx) & 3 PHASE Time (ms) NORMAL 1060 (SIACxxxxxxx1xxx) & 1 PHASE x In Without auxiliary voltage nor battery. Trip voltage level at 17 VDC. www.fanox.com Rev. 45 133/217...

  • Page 134: Sia-C Withdrawable Model

    5.14.2 SIA-C withdrawable model In this item it is developed the situation of trip onto fault of SIAC11500032AFA (withdrawable model). This relay is operative with 0.2 times the secondary rated single-phase current and with 0.1 times the secondary rated three-phase current; in other words, the device powers itself with 200 mA of single-phase current and with 100 mA of three-phase current.
  • Page 135 970 ms. This time decreases with the current and it stabilizes at 5 amperes with a tripping time equal to 60 miliseconds. From this value onwards the tripping time will maintain equal to 60 miliseconds. www.fanox.com Rev. 45 135/217...

  • Page 136: Sia-C For Coil

    5.14.3 SIA-C for coil Without auxiliary voltage nor battery SIA-C1 Time (ms) FAST 96,1 75,8 64,2 61,6 60,8 60,5 (SIAcxxxxxxx2xxx) & 3 PHASE Time (ms) FAST 316,3 182,1 110,7 84,7 65,7 64,3 63,8 (SIAcxxxxxxx2xxx) & 1 PHASE Time (ms) NORMAL (SIAcxxxxxxx1xxx) &...
  • Page 137 62,9 Time (ms) FAST & 1 PHASE 221,9 124,2 71,9 65,2 65,2 Time(ms) NORMAL & 3 PHASE 215,3 174,2 156,4 152,8 151,7 150,8 Time (ms) NORMAL & 1 345,4 181,9 162,3 156,9 152,8 PHASE x In www.fanox.com Rev. 45 137/217...

  • Page 138: Opening Mechanism

    (Not used for relay power supply, only for the trip). The opening mechanism is activated by means of a striker or a coil. The activation of the trip generates a pulse train. The device SIA-C solves the next situations during the activation of the opening mechanism: •...

  • Page 139: Striker Activation

    It requires the use of SIA-C models with trip output for striker (SIACxxxx0xxxxx, SIACxxxx1xxxxx and SIACxxxx4xxxxx). The activation of the SIA-C trip output means that a capacitor has discharged on the output terminals. This discharge of energy is sufficient to activate a striker that mechanically acts on a mechanism to open the current circuit.

  • Page 140: Coil Activation By Means Of A Free Potential Contact

    5.15.3 Coil activation by means of TCM adapter This device is connected to the relay trip output and supplies the energy (30 J) that is necessary to energise coil-activated opening mechanisms. TCM adapter is combined with SIA-C models that provided...

  • Page 141: Technical Specifications And Standards

    IEEE Inverse curve, IEEE very inverse curve, IEEE extremely inverse curve. Time Delay: 0.02 to 300 s (step 0.01 s) Curve, deactivation level 100% Definite time, activation level 100% Definite time, deactivation level 95% Instantaneous deactivation www.fanox.com Rev. 45 141/217...
  • Page 142 IEEE Inverse curve, IEEE very inverse curve, IEEE extremely inverse curve. Time Delay: 0.02 to 300 s (step 0.01 s) Time Dial (TMS): 0.02 to 1.25 (step 0.01) Curve, activation level 110% Curve, deactivation level 100% Definite time, activation level 100% www.fanox.com Rev. 45 142/217...
  • Page 143 Block threshold: 0.1-30xIn (step 0.01xIn) Function Enable: yes/no CLP (*) Function Settings group: 1 to 4 (step 1) No load Time: 0.02 to 300 s (step 0.01 s) Cold load Time: 0.02 to 300 s (step 0.01 s) www.fanox.com Rev. 45 143/217...
  • Page 144 Settings groups (*) Adaptation A and C: 3 settings groups Activated by inputs or by general settings. Adaptation B: 4 settings groups Activated by inputs or by general settings 20 fault reports, 16 events in each www.fanox.com Rev. 45 144/217...
  • Page 145 Accuracy of ±2% on a band of ±20% over the nominal current and ±4% over the rest of the range. Communication RS232 port: Modbus RTU RS485 port: Modbus RTU (*) RS485 port: Modbus RTU or IEC 60870-5-103 (*) Auxiliary supply (*) 230 Vac -20 % and +10% 24 Vdc -20 % and +10% www.fanox.com Rev. 45 145/217...

  • Page 146: Thermal Resistance

    3 times rated current continously. 20 times rated current for 10 s. 70 times rated current for 1s. • For the withdrawable model (mechanic F), the thermal resistance of the shortcircuitable terminals 5 A continuously. 200 A for 1 s. www.fanox.com Rev. 45 146/217...

  • Page 147: Standards

    6.3 Standards www.fanox.com Rev. 45 147/217...
  • Page 148 Rev. 45 148/217...

  • Page 149: Communication And Hmi

    7 COMMUNICATION AND HMI 7.1 Communication The SIA-C relay can communicate with a local computer through its front RS232 port, or through a remote SCADA system through the rear RS485 port. The rear RS485 port is optional and must be specified on the list of models.

  • Page 150: Rear Communication. Rs485

    7.3 Rear communication. RS485 An option exists to fit the SIA-C with a rear communications port RS485, which must be specified when the model is selected. The RS485 port output has three terminals (+,- and GND), located on the rear of the device. The protocol that is used depends on model;...

  • Page 151: Bistable Magnetic Indicators

    There is a general trip without indicating the reason. Apart from this signaling, the LCD will show the text <<PICK-UP>> when any protection function is activated. 3 Bistable magnetic indicators Withdrawable model 1 Bistable magnetic indicator www.fanox.com Rev. 45 151/217...

  • Page 152: Led Indicators

    7.5 LED Indicators The SIA-C front panel has up to three configurable LED pilot lights. By default, they show the type of power being used: self-power, battery or auxiliary power (in model with mechanic G LED 1 shows, by default, if the relay is not Ready (watchdog ). The LEDs are switched off when the power type that they represent is not active, and they blink when the power type that they represent is active.
  • Page 153 Auxiliary power: Activated (LED blinking) if it detects the auxiliary voltage LED 2 Self power: Activated (LED blinking) if it detects the self-power current LED 3 Battery: Activated (LED blinking) if it detects voltage from an external battery www.fanox.com Rev. 45 153/217...

  • Page 154: Lcd And Keypad

    LEDs, they are instantaneously activated. 7.6 LCD and keypad The front of the SIA-C relay is fitted with an alphanumeric LCD screen, measuring 20x2. This screen provides the user with access to read information about the settings parameters, measurements, status and events. All of this information is arranged in a system of menus. In some models this LCD is fitted with backlight.

  • Page 155: Sicom Communications Program

    How to install SICOM Software To install the SICom it is necessary the following link: http://fanox.blob.core.windows.net/sicom/publish.htm The link will open the next screen, where key “install” must be pressed: The necessary drivers depending on the operative system can be downloaded from this page.

  • Page 156: Setting-Up The Session: Password And Access Levels

    By default, the device is programmed with the following passwords and their associated levels: PASSWORD ACCESS LEVEL 2222 3333 4444 5555 The SIA-C does not have a protected settings feature. www.fanox.com Rev. 45 156/217...

  • Page 157: Menus

    “▲” and “▼” keys. Once the date-time has been entered, press “OK” to change the device date. Press the “C” key to return to the standby mode screen. DATE AND TIME SIAC11531112AA ► 01/01/2000 01:43:25 0.00 0.00 0.00 0.00 ↓ 01/01/2000 01:43 www.fanox.com Rev. 45 157/217...

  • Page 158: Versions

    The contrast menu can be accessed from the standby mode screen by pressing the “◄” key. Contrast level can be changed using the “▲” and “▼” keys. Press the “C” key to return to the standby mode screen. ◄ CONTRAST SIAC11531112AA 0.00 0.00 0.00 0.00 hold www.fanox.com Rev. 45 158/217...

  • Page 159: Test Menu

    ◄ ▼ ► TEST MENU y/n? SIAC11531112AA without protection! 0.00 0.00 0.00 0.00 OK hold Set Password -> 0 Set Password ◄▼▲► -> 5555 TEST MENU Led 1: not activated Led 1: <<ACTIVATED>> Led 2: ▲▼ not activated www.fanox.com Rev. 45 159/217...
  • Page 160 Led 2: <<ACTIVATED>> Led 3: ▲▼ not activated Led 3: <<ACTIVATED>> Trip Output: ▲▼ not activated Trip Output: <<ACTIVATED>> Output 2: ▲▼ not activated Output 2:: <<ACTIVATED>> Output 3: ▲▼ not activated Output 3: <<ACTIVATED>> www.fanox.com Rev. 45 160/217...
  • Page 161 <<ACTIVATED>> HS-OC bistable: ▲▼ not activated HS-OC bistable: <<ACTIVATED>> E/F&HS-O/C bistable: ▲▼ not activated E/F&HS-O/C bistable: <<ACTIVATED>> REST OF THE MODELS ◄ ▼ ► TEST MENU y/n? SIAC11531112AA without protection! 0.00 0.00 0.00 0.00 OK hold www.fanox.com Rev. 45 161/217...
  • Page 162 Set Password -> 0 Set Password ◄▼▲► -> 5555 TEST MENU Led 1: not activated Led 1: <<ACTIVATED>> Led 2: ▲▼ not activated Led 2: <<ACTIVATED>> Led 3: ▲▼ not activated Led 3: <<ACTIVATED>> www.fanox.com Rev. 45 162/217...
  • Page 163 50/51 bistable: ▲▼ not activated 50/51 bistable: <<ACTIVATED>> 50N/51N bistable: ▲▼ not activated 50N/51N bistable: <<ACTIVATED>> Ext trip bistable: ▲▼ not activated www.fanox.com Rev. 45 163/217...
  • Page 164 Ext trip bistable: <<ACTIVATED>> Trip bistable: not activated Trip bistable: <<ACTIVATED>> Trip Output: ▲▼ not activated Trip Output: <<ACTIVATED>> Output 2: ▲▼ not activated Output 2: <<ACTIVATED>> Output 3: ▲▼ not activated Output 3: <<ACTIVATED>> www.fanox.com Rev. 45 164/217...

  • Page 165: Functions Menu

     NOTE: Be careful when activating the Trip Output. When the device is installed, this opens the circuit as if it were a trip. 7.9.8 Functions menu The SIA-C relay menu is split up into 6 main parts: • Measurements.
  • Page 166 Press the “OK” key to access the second level from the main screen. Use the ▲ and ▼ keys to move from one menu section to another in the second level. Use the “C” key to return to a higher level. www.fanox.com Rev. 45...

  • Page 167: Measurements Menu

    “OK”. Use the “▲” and “▼” keys to position the cursor over the measurement and to see its value. SIAC11531112AA ↑ MEASUREMENTS 0.00 0.00 0.00 0.00 ↓ 0.00 A ▲▼ 0.00 A ▲▼ 0.00 A ▲▼ 0.00 A C (*) ▲▼ 0.00 A C (*) ▲▼ 0.00 A www.fanox.com Rev. 45 167/217...
  • Page 168 I2H Max C (*) ▲▼ 0.00 A IMax ▲▼ 0.00 A ▲▼ C (*) 0.00 By default primary measurements are displayed. Press “OK”· to view secondary measurements. (*) Measurements available only in rev. C www.fanox.com Rev. 45 168/217...

  • Page 169: Status Menu

    0.00 0.00 0.00 0.00 ↓ Sta. GENERAL ↑ STATES ▲▼ >ACTIVATED ↓ Trip: Sta. GENERAL not activated >ACTIVATED External trip: ▲▼ not activated NO TripPower: ▲▼ not activated 50Hz: ▲▼ <<ACTIVATED>> TripBlck Enab: ▲▼ not activated www.fanox.com Rev. 45 169/217...
  • Page 170 Error Measure: ▲▼ not activated Ready: ▲▼ <<ACTIVATED>> Setting change: ▲▼ not activated Set Date/Time: ▲▼ not activated Local: ▲▼ <<ACTIVATED>> FactorySetting: ▲▼ not activated Error Eeprom: ▲▼ not activated Eeprom changed: ▲▼ not activated www.fanox.com Rev. 45 170/217...
  • Page 171 Phase B Pickup: ▲▼ not activated Phase C Pickup: ▲▼ not activated Ground Pickup: ▲▼ not activated Phase A Trip: ▲▼ not activated Phase B Trip: ▲▼ not activated Phase C Trip: ▲▼ not activated www.fanox.com Rev. 45 171/217...
  • Page 172 Ground Trip: ▲▼ not activated 50 Trip: ▲▼ not activated 50G Trip: ▲▼ not activated Phase Trip: ▲▼ not activated Aux. Power: ▲▼ not activated Self-Power: ▲▼ not activated Battery: ▲▼ <<ACTIVATED>> www.fanox.com Rev. 45 172/217...
  • Page 173 Phase C Pickup: ▲▼ not activated Phase Pickup: ▲▼ not activated Phase A Trip: ▲▼ not activated Phase B Trip: ▲▼ not activated Phase C Trip: ▲▼ not activated Phase Trip: ▲▼ not activated www.fanox.com Rev. 45 173/217...
  • Page 174 Phase B Pickup: ▲▼ not activated Phase C Pickup: ▲▼ not activated Phase Pickup: ▲▼ not activated Phase A Trip: ▲▼ not activated Phase B Trip: ▲▼ not activated Phase C Trip: ▲▼ not activated www.fanox.com Rev. 45 174/217...
  • Page 175 Ground Trip: ▲▼ not activated ↑ STATES Sta. 50G-2 (*) ↓ ▲▼ Ground Pickup: not activated Ground Trip: ▲▼ not activated ↑ STATES ▲▼ Sta. 51P ↓ Phase A Pickup: Sta. 51P not activated www.fanox.com Rev. 45 175/217...
  • Page 176 Phase Pickup: ▲▼ not activated Phase A Trip: ▲▼ not activated Phase B Trip: ▲▼ not activated Phase C Trip: ▲▼ not activated Phase Trip: ▲▼ not activated ↑ STATES Sta. 51G ▲▼ ↓ www.fanox.com Rev. 45 176/217...
  • Page 177 Sta. CLP ↑ STATES ▲▼ >CLP Disable ↓ Sta. CLP CLP Disable >CLP Disable <<ACTIVATED>> 52 Close: ▲▼ not activated 52 Open: ▲▼ not activated 52 Definite open: ▲▼ not activated Close Cold Load: ▲▼ not activated www.fanox.com Rev. 45 177/217...
  • Page 178 Sta. 46 not activated Trip: not activated Sta. 52 ↑ STATES ▲▼ ↓ >Activated Sta. 52 52 Startup: not activated >Activated 52 Error: ▲▼ not activated 52 Open: ▲▼ not activated 52 Open Time: ▲▼ not activated www.fanox.com Rev. 45 178/217...
  • Page 179 52 Close Error: ▲▼ not activated Open Num.Alarm: ▲▼ not activated I2t Alarm: ▲▼ not activated Open/Time Alarm: ▲▼ not activated Sta. 79 ↑ STATES ▲▼ ↓ >79 Lockout 79 Standby: ▲▼ not activated www.fanox.com Rev. 45 179/217...
  • Page 180 79 Hold Time: ▲▼ not activated 79 Close Time: ▲▼ not activated 79 Reset Time: ▲▼ not activated 79 Lockout: ▲▼ not activated 79 Safe Time: ▲▼ not activated 79 Manual Open: ▲▼ not activated www.fanox.com Rev. 45 180/217...
  • Page 181 ▲▼ ↓ Pickup: ▲▼ Sta. 50BF not activated Trip: ▲▼ not activated ↑ STATES Sta. 74CT (*) ▲▼ ↓ 74CT Pickup: ▲▼ not activated 74CT Alarm: ▲▼ not activated ↑ STATES Sta. 49 (*) ▲▼ ↓ www.fanox.com Rev. 45 181/217...
  • Page 182 ↑ STATES Sta. 46BC Sta. 46BC ↓ ▲▼ Pickup: ▲▼ not activated Trip: ▲▼ not activated ↑ STATES Sta. SHB Sta. SHB ▲▼ ↓ Phase Block: ▲▼ not activated Sta. INPUTS ↑ STATES ▲▼ ↓ www.fanox.com Rev. 45 182/217...
  • Page 183 Input 1: not activated ▲▼ Input 2: ▲▼ not activated Sta. OUTPUTS ↑ STATES ▲▼ ↓ TripOutput: Sta. OUTPUTS ▲▼ not activated Output 2: ▲▼ not activated Output 3: ▲▼ not activated Output 4: ▲▼ not activated www.fanox.com Rev. 45 183/217...
  • Page 184 >Activated Led 1 Sta. LEDS <<ACTIVATED>> Led 2: ▲▼ not activated Led 3: ▲▼ <<ACTIVATED>> Sta. LOGIC ↑ STATES ↓ ▲▼ Blck. 50/51: ▲▼ not activated Blck. 50/51G ▲▼ not activated Settings G1: ▲▼ not activated www.fanox.com Rev. 45 184/217...
  • Page 185 79 Start: ▲▼ not activated 79 Enable: ▲▼ not activated 79 L Block: ▲▼ not activated 52a: ▲▼ not activated 52b: ▲▼ not activated 50BF Start: ▲▼ not activated ↑ STATES ▲▼ Sta. LOCAL ↓ www.fanox.com Rev. 45 185/217...
  • Page 186 MMI Activity: ▲▼ <<ACTIVATED>> Open Breaker: ▲▼ not activated Close Breaker: ▲▼ not activated 79 Block: ▲▼ not activated 79 Unblock: ▲▼ not activated Reset TI: ▲▼ not activated Sta. MODBUS ↑ STATES ↓ Sta. IEC-103 www.fanox.com Rev. 45 186/217...
  • Page 187 Remote COM.: Sta. REMOTE not activated Open Breaker: not activated Close Breaker: not activated 79 Block: not activated 79 UnBlock: not activated Reset TI: not activated (*) Depending on model. www.fanox.com Rev. 45 187/217...

  • Page 188: Settings Menu

    The keys ▲, ▼, ◄ and ► are used to enter the password. ▲ and ▼ are used to introduce a value or a character, and the ◄ and ► keys are used to move from one character to another. If it is necessary to change one of the password characters or numbers due to an error, press "C" to delete it. Press "OK” to validate the password. www.fanox.com Rev. 45 188/217...
  • Page 189 -> 5555 Time Delay Function Enable ▲▼ 0.2 s NO -> NO Function Enable ▲▼ Sett(1) 51P NO -> YES ▲▼ Function Enable Function Enable NO > YES y/n Curve type SETTING CHANGED E.I. Function Enable ▲▼ www.fanox.com Rev. 45 189/217...
  • Page 190 Time Dial Function Enable 1.25 ▲▼ Current Tap 1.00 xIn(1.00) ▲▼ Time Delay 0.2 s ▲▼ ▲▼ Sett(1) 50G1 Function Enable Current Tap ▲▼ 1.00 xIn(1.00) Time Delay ▲▼ 0.2 s ▲▼ Sett(1) 51G Function Enable www.fanox.com Rev. 45 190/217...
  • Page 191 0.50 xIn(1.00) -> 5555 ▲▼ Time Delay Time Dial 0.2 s 1.25 -> 0 ▲▼ Time Dial ◄▼▲► 1.25 -> 0.5 Time Dial 1.25 > 0.5 y/n SETTING CHANGED Time Dial Time Dial 0.50 Sett(1) CLP www.fanox.com Rev. 45 191/217...
  • Page 192 Function Enable Active Settings G. ▲▼ No Load Time ▲▼ 15.00 s Cold Load time ▲▼ 15.00 s Sett(1) 46 ▲▼ Function Enable Curve type ▲▼ E.I. Time Dial (TMS) ▲▼ 1.25 www.fanox.com Rev. 45 192/217...
  • Page 193 0.2 s Sett(1) 52 ▲▼ Max Num. Openings ▲▼ Max Accuumulated Amp ▲▼ 1000M(A2) Max. Open Time ▲▼ 0.10 s Max. Close Time ▲▼ 0.10 s Repetitive Open Num ▲▼ Repetitive Open Time ▲▼ 9 min www.fanox.com Rev. 45 193/217...
  • Page 194 Hold Enable ▲▼ Reclose Number ▲▼ Reclose 1 Time ▲▼ 0.20s Reclose 2 Time ▲▼ 0.50s Reclose 3 Time ▲▼ 1.00s Reclose 4 Time ▲▼ 2.00s Reclose 5 Time ▲▼ 5.00s Hold Time ▲▼ 1.00 s www.fanox.com Rev. 45 194/217...
  • Page 195 ▲▼ 1.00 s Safe Time ▲▼ 1.00 s ▲▼ Sett(1) 50BF Function Enable ▲▼ Time Delay ▲▼ 0.20 s ▲▼ Sett(1) 74CT Function Enable ▲▼ Time Delay ▲▼ 2.00 s ▲▼ Sett(1) 49 Function Enable ▲▼ www.fanox.com Rev. 45 195/217...
  • Page 196 Heating constant ▲▼ 3 min Cooling constant ▲▼ ζ Alarm level ▲▼ 80 % ▲▼ Sett(1) 46BC Function Enable ▲▼ Current Tap ▲▼ 50 % Time Delay ▲▼ 50.00 s ▲▼ Sett(1) SHB Function Enable ▲▼ www.fanox.com Rev. 45 196/217...
  • Page 197 10 % Reset Time ▲▼ 0.00 s Block Threshold ▲▼ 10.00 xIn Identification ◄ Free text Frequency ▲▼ 50 Hz Serial Number ▲▼ Language ▲▼ ENG. Active Settings G. ▲▼ Trip Vol. Level ▲▼ 17 Vdc www.fanox.com Rev. 45 197/217...
  • Page 198 SIACxxxxxxxxxxC will show two 50 functions (50-1 and 50-2) and two 50G functions (50G-1 and 50G-2), 46, 50BF, 49, 79, 52, 74CT, 46BC, SHB and 3 setting groups. “Active settings G.” is only available in SIACxxxxxxxxxxA, SIACxxxxxxxxxxB and SIACxxxxxxxxxxC models. www.fanox.com Rev. 45...

  • Page 199: Events Menu

    To delete the events buffer, position the cursor over the events menu and press and hold the "RESET" key, until password is requested. Introduce the password and prees OK until there is only one event shown. This one event is "Deleted events". www.fanox.com Rev. 45...
  • Page 200 • Events generated by a status activation or reset • Associated measurement (if it has one) Time event/total events Associated measurement Date 01/01/00 00:54:18600 1/1023 measurement Events erased Events erased Activated or Not activated Event description www.fanox.com Rev. 45 200/217...

  • Page 201: Counters Menu

    Opening Number ↑ COUNTERS ↓ Set Password Accumulated Amps -> 0 Set Password ◄ ▼ ▲ ► -> 5555 0k(A2) ReclosingNumber Accumulated Amps -> 100 ◄ ▼ ▲ ► Accumulated Amps SIAC11532032AE 100k(A2) 0.00 0.00 0.00 0.00 www.fanox.com Rev. 45 201/217...

  • Page 202: Commands Menu

    EXECUTE COMMAND CONFIRM COMMAND y/n ↓ 79 UnBlock 79 Block EXECUTE COMMAND ↓ Reset TI ↑ SIAC11532032AE COMMANDS ↓ 0.00 0.00 0.00 0.00 (*) The commands 79 Block and 79 UnBlock only available on SIACxxxxxxxxxxC model. www.fanox.com Rev. 45 202/217...

  • Page 203: Demand Menu

    ↓ COMMANDS 12/02/19 13:23 5.05 5.01 5.06 0.00 Each Demand register contains the following information: • Date-time • 3 Phases current and neutral current Time Date 12/02/19 00:54:18600 5.05 5.01 5.06 0.00 Phase and neutral Current www.fanox.com Rev. 45 203/217...

  • Page 204: Fault Reports

    To delete the fault reports, position the cursor over the fault report menu and press and hold the "RESET" key, until password is requested. Introduce the password and prees OK until there is a massage informing “fault reports erased”." www.fanox.com Rev. 45...

  • Page 205: Pgc And Output Configuration Menu

    ▲▼ not activated Phase B Pickup: ► Sta. 50 > Led1 y/n? Phase B Pickup: Phase B Pickup: ▲▼ ◄ Sta. 50 > Led2 y/n? > Led2 y/n? Configuration Processing... Con 1/4 Led2 Phase B Pickup www.fanox.com Rev. 45 205/217...
  • Page 206 Phase B Pickup: & > Led2 y/n? ◄ Phase B Pickup: > Led2 y/n? ◄ Phase B Pickup: § > Led2 y/n? ◄ Phase B Pickup: ◄ > Led2 y/n? Phase B Pickup: ◄ > Led2 y/n? www.fanox.com Rev. 45 206/217...
  • Page 207 Phase B Pickup: > Led2 y/n? ◄ Phase B Pickup: ◄ > Led2 y/n? Phase B Pickup: ▲▼ > Led3 y/n? Phase B Pickup: > Trip Output y/n? Phase B Pickup ▲▼ > Output 2 y/n? www.fanox.com Rev. 45 207/217...
  • Page 208 1 to 4. The “▲” and “▼” keys can be used in this menu to browse all of the states (up to 4) that are associated with a physical output. Press and hold the “RESET” key while viewing any of the instantaneous states associated with the output and its index number from 1 to 4 to remove the association with the physical output www.fanox.com Rev. 45 208/217...

  • Page 209: Commissioning

    Therefore, the secondary circuits of current transformers should never be opened. 8.7 Auxiliary power If an SIA-C relay with auxiliary power is required, this must be specified on the order reference. The amount of auxiliary power required for the SIA-C relay should be checked. www.fanox.com Rev.

  • Page 210: Rs232 Front Communications Port

    8.8 RS232 Front communications port To perform this test, connect a PC with the SICom software program to the SIA-C relay, and check that there are no communication errors. If a laptop computer is used, the connector will probably be a USB. It is important to check the assigned communications port.

  • Page 211: Appendix

    APPENDIX 9.1 Identification Date:………….....……………………………………………………………………………… Manager: …….....…………………………………………………………………………………… Substation:..………………………………………………………………………………………… Circuit:..……………………………………………………………………………………....Model:..………………………………………………………………………………………....Serial no.: ....……………………………………………………………………………………… Software Versions:.....……………………………………………………………………………… www.fanox.com Rev. 45 211/217...

  • Page 212: Checks

    (Some of the LEDS, outputs and bistables depend on model) 9.4 Register of commissioning settings Password:……………….......………………………………………………………………… Identification:. ………………………………………………………………………………… CT Ratio: Phase CT Ratio: ………………………………………………………………………………… Neutral CT Ratio: ………………………………………………………………………………… 50-1  Enabled  Disabled Function Enable …………..… xIn Definite Time…………..s www.fanox.com Rev. 45 212/217...
  • Page 213  Extrm. Inverse LT Inverse IEC curve type IEEE curve type  Inverse  Very Inverse  Extrm. Inverse Def. Time Dial………………....Definite Time………………s Function Enable  Enabled  Disabled Settings group....……………… No Load Time……………… Cold Load Time……………… www.fanox.com Rev. 45 213/217...

  • Page 214: Inputs

    9.5 Inputs  External trip:  Input 1:  Input 2: 9.6 Outputs  Trip Output  Output 2:  Output 3:  Output 4: 9.7 LEDs  LED 1  LED 2:  LED 3: www.fanox.com Rev. 45 214/217...

  • Page 215: Comments

    ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… Person in charge of commissioning…………………………….. Date…………..............… Maintenance performed on the………………….. by …………………………………………….. www.fanox.com Rev. 45 215/217...
  • Page 216 ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… ……………………………………………………………………………………………………..…… www.fanox.com Rev. 45 216/217...
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