Arcteq Generator Commander Instruction Manual Download Page 5

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6.4 Others ............................................................................................................................... 471

6.4.1 Diagnostics ............................................................................................................. 471

6.4.2 Real-time trending ................................................................................................... 471

tion....................................................................................................................

.................................................................................................................... 472

472

7.1 Communication protocols .................................................................................................. 472

7.1.1 NTP......................................................................................................................... 472

7.1.2 PTP ......................................................................................................................... 472

7.1.3 Modbus/TCP and Modbus/RTU ............................................................................... 473

7.1.4 Modbus I/O ............................................................................................................. 474

7.1.5 IEC 61850............................................................................................................... 475

7.1.6 GOOSE................................................................................................................... 477

7.1.7 IEC 103................................................................................................................... 479

7.1.8 DNP3 ...................................................................................................................... 479

7.1.9 IEC 101/104............................................................................................................ 481

7.1.10 SPA....................................................................................................................... 483

7.2 Analog fault registers ......................................................................................................... 483

7.3 Real-time measurements to communication....................................................................... 484

7.4 Modbus Gateway............................................................................................................... 486

8 Connections and applic

8 Connections and applicaation examples

tion examples.....................................................................................

..................................................................................... 489

489

8.1 Connections of AQ-G257 .................................................................................................. 489

8.2 Application examples and their connections....................................................................... 491

8.3 Two-phase, three-wire ARON input connection .................................................................. 493

8.4 Trip circuit supervision (95) ................................................................................................ 494

9 Construction and installa

9 Construction and installation

tion ....................................................................................................

.................................................................................................... 499

499

9.1 Construction...................................................................................................................... 499

9.2 CPU module ...................................................................................................................... 502

9.3 Current measurement module ........................................................................................... 504

9.4 Voltage measurement module............................................................................................ 505

9.5 Digital input module (optional)............................................................................................ 506

9.6 Digital output module (optional) ......................................................................................... 509

9.7 Point sensor arc protection module (optional)..................................................................... 510

9.8 RTD input module (optional)............................................................................................... 511

9.9 Serial RS-232 communication module (optional) ................................................................ 512

9.10 LC or RJ45 100 Mbps Ethernet communication module (optional).................................... 513

9.11 Double ST 100 Mbps Ethernet communication module (optional) ..................................... 514

9.12 Double RJ45 10/100 Mbps Ethernet communication module (optional) ............................516

9.13 Milliampere (mA) I/O module (optional) ............................................................................ 517

9.14 Dimensions and installation.............................................................................................. 518

ta........................................................................................................................

........................................................................................................................ 521

521

10.1 Hardware......................................................................................................................... 521

10.1.1 Measurements ...................................................................................................... 521

10.1.1.1 Current measurement............................................................................... 521

10.1.1.2 Voltage measurement............................................................................... 522

10.1.1.3 Power and energy measurement............................................................... 523

10.1.1.4 Frequency measurement .......................................................................... 523

10.1.2 CPU & Power supply ............................................................................................. 523

10.1.2.1 Auxiliary voltage........................................................................................ 523

10.1.2.2 CPU communication ports........................................................................ 524

10.1.2.3 CPU digital inputs ..................................................................................... 525

10.1.2.4 CPU digital outputs................................................................................... 526

10.1.3 Option cards ......................................................................................................... 526

10.1.3.1 Digital input module .................................................................................. 526

10.1.3.2 Digital output module................................................................................ 527

10.1.3.3 Point sensor arc protection module........................................................... 527

10.1.3.4 Milliampere module (mA out & mA in) ....................................................... 528

10.1.3.5 RTD input module..................................................................................... 529

10.1.3.6 RS-232 & serial fiber communication module............................................ 529

10.1.3.7 Double LC 100 Mbps Ethernet communication module .............................529

10.1.3.8 Double ST 100 Mbps Ethernet communication module .............................530

Genera

Generattor Commander

or Commander

Instruction manual

Version: 2.07

Summary of Contents for Generator Commander

Page 1: ...Generator Commander Instruction manual...

Page 2: ......

Page 3: ...ailure protection CBFP 50BF 52BF 109 5 4 9 Overvoltage protection U 59 124 5 4 10 Undervoltage protection U 27 131 5 4 11 Neutral overvoltage protection U0 59N 139 5 4 12 Sequence voltage protection U...

Page 4: ...and supervision 422 6 2 1 1 Excitation setting parameters 422 6 2 1 2 Voltage supervision 428 6 2 1 3 Excitation control modes 431 6 2 1 3 1 Automatic voltage regulator 431 6 2 1 3 2 Field current reg...

Page 5: ...ional 511 9 9 Serial RS 232 communication module optional 512 9 10 LC or RJ45 100 Mbps Ethernet communication module optional 513 9 11 Double ST 100 Mbps Ethernet communication module optional 514 9 1...

Page 6: ...oltage restrained overcurrent protection Iv 51V 544 10 2 1 18 100 stator earth fault protection U03rd 64S 544 10 2 1 19 Resistance temperature detectors 545 10 2 1 20 Power factor protection PF 55 545...

Page 7: ...ligations of the manufacturer Arcteq Relays Ltd The manufacturer expressly disclaims any and all liability for any damages and or losses caused due to a failure to comply with the instructions contain...

Page 9: ...rent measurement side selection description to functions with such feature Added General menu description Revision 2 01 Date 6 11 2019 Changes Added description for LED test and button test Added disp...

Page 10: ...urbance recorder description Event read mode parameter added to Modbus description HSO1 and HSO2 connection swapped in arc protection card was way wrong before Updated I01 and I02 rated current range...

Page 11: ...Added LN mode parameters to all functions On Blocked Test Test Blocked Off Added color themes parameter description Improved color sleep mode description Improved alarm function color behavior descrip...

Page 12: ...nction descriptions Non standard delay curves added Event lists revised on several functions RTD mA card description improvements Ring lug CT card option description added Fault view description added...

Page 13: ...added Fault view description added New U and U function measurement modes documented Vector jump protection description added Power factor protection description added Over Under Reverse protection d...

Page 14: ...r supervision DG Distributed generation DHCP Dynamic Host Configuration Protocol DI Digital input DO Digital output DOL Direct on line DR Disturbance recorder DT Definite time FF Fundamental frequency...

Page 15: ...square RSTP Rapid Spanning Tree Protocol RTD Resistance temperature detector RTU Remote terminal unit SCADA Supervisory control and data acquisition SG Setting group SOTF Switch on to fault SW Softwar...

Page 16: ...adapted on a project to project basis and it can be used to form different excitation and control applications The IED s logic editor allow for the easy programming of additional functions such as var...

Page 17: ...mable legend texts 3 Three 3 object control buttons Choose the controllable object with the Ctrl Ctrl button and control the breaker or other object with the I I and the O O buttons 4 The L R L R butt...

Page 18: ...enu It displays all the physical buttons on the front panel Pressing any of the listed buttons marks them as tested When all buttons are marked as having been tested the device will return back to the...

Page 19: ...vided as follows User Can view any menus and settings but cannot change any settings nor operate breakers or other equipment Operator Can view any menus and settings but cannot change any settings BUT...

Page 20: ...ult protection DEF 4 I0dir I0dir I0dir I0dir 67N 32N Directional earth fault protection OV 4 U U U U 59 Overvoltage protection UV 4 U U U U 27 Undervoltage protection NOV 4 U0 U0 U0 U0 59N Neutral ove...

Page 21: ...V Hz 24 Volts per hertz overexcitation protection UPF 1 PF 55 Power factor protection VMEM 1 Voltage memory PGS 1 PGx 99 Programmable stage ARC 1 IArc I0Arc 50Arc 50NArc Arc fault protection optional...

Page 22: ...Figure 5 2 1 2 Current measurement terminology P PRI RI The primary current i e the current which flows in the primary circuit and through the primary side of the current transformer SEC SEC The secon...

Page 23: ...s primary current secondary current and machine nominal current are set Figure 5 2 1 3 Nominal current calculation in differential protection relays Normally the primary current ratings for phase cur...

Page 24: ...tion mode setting has to be set to Subtract Protection TrafoModule Idx 87T 87N Settings This way the direction of the measured currents are checked correctly from the relay s perspective The following...

Page 25: ...former are calculated based on the values set in the Transformer characteristics menu Protection TrafoModule TSTAT INFO The ratio between the CT modules 1 and 2 can be set in their respective tabs at...

Page 26: ...idual current CT is connected to the first CTM directly which requires the use of sensitive residual current measurement settings the Residual I02 CT scaling settings are set according to the residual...

Page 27: ...has to be set to Add Protection TrafoModule Idx 87T 87N Settings The difference with the first application is that here the CTs point towards the protected object instead of pointing through it The f...

Page 28: ...ng at each other The nominal currents on both the HV and the LV sides are the same as in Application 1 However the CTs secondary current levels have been changed to 2 A on the HV side and to 5 A on th...

Page 29: ...setting is for the positive current to flow from connector 5 to connector 6 with the secondary currents starpoint pointing towards the line CT scaling factor P S A relay feedback value the calculated...

Page 30: ...The peak to peak current measurement in p u from each of the phase current channels Table 5 2 1 13 Primary phase current measurements Name Unit Range Step Description Primary phase current ILx Pri Ph...

Page 31: ...current channel I0 Primary residual current I0x TRMS Res curr I01 TRMS Pri A 0 000 1000000 000 0 001 The TRMS current inc harmonics up to 31st measurement from the primary residual current channel I01...

Page 32: ...mary measurement from the calculated zero sequence current Table 5 2 1 22 Secondary sequence current measurements Name Unit Range Step Description Secondary positive sequence current Sec Positive sequ...

Page 33: ...ic A 0 000 1000000 000 0 001 Displays the selected harmonic from the current input ILx or I0x 5 2 2 Voltage measurement and scaling The voltage measurement module VT module or VTM is used for measurin...

Page 34: ...V 60 kV while the secondary voltage ratings are 100 V 210 V Non standard ratings can also be directly connected as the scaling settings are flexible and have large ranges Example of VT scaling The fol...

Page 35: ...se a 20 increase equals 4000 V Once the settings have been sent to the device relay calculates the scaling factors and displays them for the user The VT scaling factor P S describes the ratio between...

Page 36: ...ent If only two line to line voltages are measured the third one UL31 is calculated based on the UL12 and UL23 vectors When measuring line to line voltages the line to neutral voltages can also be cal...

Page 37: ...hich has the same ratio 20 000 100 V Figure 5 2 2 15 Relay behavior when nominal voltage injected The image collection below presents the relay s behavior when voltage is injected into the relay via s...

Page 38: ...or the VTs and the relay The measured voltage amplitudes are OK but the angles are strange The voltage unbalance protection trips immediately after activation The earth fault protection trips immediat...

Page 39: ...y 1 1000000V 0 1V 20000 0V The primary nominal voltage of the connected U0 or SS VT This setting is only valid if the 2LL U3 U4 mode is selected U3 Res SS VT secondary 0 2 400V 0 1V 100 0V The seconda...

Page 40: ...his setting is only valid if the 2LL U3 U4 mode is selected Measurements The following measurements are available in the measured voltage channels Table 5 2 2 27 Per unit voltage measurements Name Uni...

Page 41: ...secondary measurement from the calculated positive sequence voltage Secondary negative sequence voltage Neg seq Volt sec V 0 00 4800 0 0 01 The secondary measurement from the calculated negative seque...

Page 42: ...ystem volt UL3 mag V 0 00 1000000 00 0 01 The primary RMS line to neutral UL3 voltage measured or calculated You can also select the row where the unit for this is kV System voltage magnitude U0 Syste...

Page 43: ...ulated System voltage angle U0 System volt U0 ang deg 0 00 360 0 0 01 The primary zero sequence angle U0 measured or calculated System voltage angle U3 System volt U3 ang deg 0 00 360 0 0 01 The prima...

Page 44: ...lculations energy magnitudes are also calculated Power is divided into three magnitudes apparent power S active power P and reactive power Q Energy measurement calculates magnitudes for active and rea...

Page 45: ...reactive power is divided into four quadrants Reactive power may be inductive or capacitive on both forward and reverse directions Reactive power quadrant can be indicated with Tan tangent phi which i...

Page 46: ...rement 3ph reactive energy measurement 0 Disabled 1 Enabled 0 Disabled Enables disables the reactive and apparent energy measurement 3ph energy megas or kilos 0 Mega 1 Kilo 0 Mega Defines whether ener...

Page 47: ...nerally Clear pulse counter 0 1 Clear 0 Resets the DC 1 4 Pulses sent counters back to zero DC 1 4 enable 0 Disabled 1 Enabled 0 Disabled Enables disables the energy dose counter 1 4 individually DC 1...

Page 48: ...The apparent power of Phase Lx in kilo volt amperes Lx Active power P kW 1x106 1x106 0 01 The active power of Phase Lx in kilowatts Lx Reactive power Q kVar 1x106 1x106 0 01 The reactive power of Phas...

Page 49: ...gle phase energy calculations L1 L3 Name Range Step Description Export Active Energy Lx kWh or MWh 1x109 1x109 0 01 The exported active energy of the phase Import Active Energy kWh or MWh 1x109 1x109...

Page 50: ...ue L1 S L1 S 4 08 MVA L2 S L2 S 6 15 MVA L3 S L3 S 9 77 MVA 3P 3PH S H S 20 00 MVA L1 P L1 P 2 89 MW L2 P L2 P 4 72 MW L3 P L3 P 9 71 MW 3P 3PH P H P 17 32 MW L1 Q L1 Q 2 89 Mvar L2 Q L2 Q 3 94 Mvar L...

Page 51: ...t to the frequency tracking mode or to the fixed user defined frequency sampling mode The benefit of frequency tracking is that the measurements are within a pre defined accuracy range even when the f...

Page 52: ...alog channels against eight 8 system frequency points for both magnitude and angle This frequency dependent correction compensates the frequency dependencies in the used non linear measurement hardwar...

Page 53: ...nd cannot be used for frequency tracking If all channels magnitudes are below the threshold there are no trackable channels Frequency measurement in use 0 No track ch 1 Ref1 2 Ref2 3 Ref3 Indicates wh...

Page 54: ...1 meas frqs 0 000 75 000Hz 0 001Hz Displays frequency used by system set channel 1 and 2 SS2 meas frqs SS1f meas from 0 Not measurable 1 Fast Ref U3 2 Fast Ref U4 Displays which voltage channel freque...

Page 55: ...ss Brightness level 0 turns the display off Display sleep timeout 0 3600s 0s If no buttons are pressed after a set time the display changes the brightness to whatever is set on the Display sleep brigh...

Page 56: ...nit UTC time The UTC time value which the device s clock uses 5 4 Protection functions 5 4 1 General properties of a protection function The following flowchart describes the basic structure of any pr...

Page 57: ...letely digital environment with a protection CPU microprocessor which also processes the analog signals transformed into the digital form Genera Generat tor Commander or Commander Instruction manual V...

Page 58: ...efore the function takes action The function constantly calculates the ratio between the pick up parameter set by the user and the measured magnitude Xm The reset ratio of 97 is built into the functio...

Page 59: ...n HMI display event and a time stamped blocking event with information of the startup current values and its fault type to be issued The blocking signal can also be tested in the commissioning phase b...

Page 60: ...ounter The selection is made between dependent IDMT and independent DT characteristics Definite min operating time delay 0 000 1800 000s 0 005s 0 040s When the Delay type parameter is set to DT this p...

Page 61: ...ption allows the tuning of the constants A B and C which then allows the setting of characteristics following the same formula as the IEEE curves mentioned here This setting is active and visible when...

Page 62: ...ng parameters and their ranges are documented in the chapters of the respective function blocks Table 5 4 1 49 Inverse operating time formulas for nonstandard characteristics RI type RD type Used to g...

Page 63: ...r Op Time calculation reset after release time 0 No 1 Yes 1 Yes Operating timer resetting characteristics selection When active the operating time counter is reset after a set release time if the pick...

Page 64: ...e delay counter is reset at signal drop off Figure 5 4 1 27 Delayed pick up release delay counter value is held during the release time Genera Generat tor Commander or Commander Instruction manual Ver...

Page 65: ...tart Trip Blocked etc in the Info page of the function NO NOTE TE When Stage forcing is enabled protection functions will also change state through user input Injected currents voltages also affect th...

Page 66: ...is the three pole operation The inputs for the function are the following operating mode selections setting parameters digital inputs and logic signals measured and pre processed current magnitudes Th...

Page 67: ...ement of phase L3 C current 5ms The selection of the used AI channel is made with a setting parameter In all possible input channel variations the pre fault condition is presented with a 20 ms average...

Page 68: ...ode is active Table 5 4 2 54 Information displayed by the function Name Range Step Description I LN behaviour 1 On 2 Blocked 3 Test 4 Test Blocked 5 Off Displays the mode of NOC block This parameter i...

Page 69: ...tuation further If the START function has been activated before the blocking signal it resets and the release time characteristics are processed similarly to when the pick up signal is reset The block...

Page 70: ...independent stages the events are segregated for each stage operation The events triggered by the function are recorded with a time stamp and with process data values Table 5 4 2 56 Event messages Eve...

Page 71: ...OC2 Phase A Trip OFF NOC2 Phase B Trip ON NOC2 Phase B Trip OFF NOC2 Phase C Trip ON NOC2 Phase C Trip OFF NOC3 Start ON NOC3 Start OFF NOC3 Trip ON NOC3 Trip OFF NOC3 Block ON NOC3 Block OFF NOC3 Pha...

Page 72: ...rip current Start 200ms current 0 ms 1800s Setting group 1 8 active 5 4 3 Non directional earth fault protection I0 50N 51N The non directional earth fault function is used for instant and time delaye...

Page 73: ...etting parameters digital inputs and logic signals measured and pre processed current magnitudes The function s outputs are START TRIP and BLOCKED signals which can be used for direct I O controlling...

Page 74: ...I channel is made with a setting parameter In all possible input channel variations the pre fault condition is presented with a 20 ms averaged history value from 20 ms from a START or TRIP event Gener...

Page 75: ...3 Test 4 Test Blocked 5 Off Displays the mode of NEF block This parameter is visible only when Allow setting of individual LN mode is enabled in General menu I0 condition 0 Normal 1 Start 2 Trip 3 Blo...

Page 76: ...lues and its fault type to be issued The blocking signal can also be tested in the commissioning phase by a software switch signal when the relay s testing mode Enable stage forcing is activated Gener...

Page 77: ...group 1 8 active 5 4 4 Directional overcurrent protection Idir 67 The directional overcurrent function is used for instant and time delayed overcurrent and short circuits A device with both voltage an...

Page 78: ...following operating mode selections setting parameters digital inputs and logic signals measured and pre processed current magnitudes The function s outputs are START TRIP and BLOCKED signals which ca...

Page 79: ...ase L3 C current 5ms IL1TRMS TRMS measurement of phase L1 A current 5ms IL2TRMS TRMS measurement of phase L2 B current 5ms IL3TRMS TRMS measurement of phase L3 C current 5ms IL1PP Peak to peak measure...

Page 80: ...The reference angle is based on the calculated positive sequence voltage U1 angle If the U1voltage is not available and only line to line voltages are measured the reference angle is based on a healt...

Page 81: ...form a trip when the amplitude of IL1 IL2 or IL3 increases above the pick up limit If the 3LL mode is used without the U0 measurement in a single phase fault situation the voltage reference comes from...

Page 82: ...al LN mode is enabled in General menu Operating angle now 360 00 360 00deg 0 01deg The positive sequence current angle in relation to the positive sequence voltage Expected operating time 0 000 1800 0...

Page 83: ...he startup current values and its fault type to be issued The blocking signal can also be tested in the commissioning phase by a software switch signal when the relay s testing mode Enable stage forci...

Page 84: ...Measuring live angle ON DOC2 Measuring live angle OFF DOC2 Using voltmem ON DOC2 Using voltmem OFF DOC3 Start ON DOC3 Start OFF DOC3 Trip ON DOC3 Trip OFF DOC3 Block ON DOC3 Block OFF DOC3 No voltage...

Page 85: ...rrent and voltage magnitudes which the function constantly measures The available residual current magnitudes are RMS values TRMS values including harmonics up to 31st or peak to peak values that come...

Page 86: ...igure presents a simplified function block diagram of the directional earth fault function Figure 5 4 5 36 Simplified function block diagram of the I0dir function Measured input The function block use...

Page 87: ...neral behavior of the function These settings are static i e it is not possible to change them by editing the setting group Table 5 4 5 73 General settings of the function Name Range Default Descripti...

Page 88: ...Petersen coil GND 32N Watt 3 Grounded 67N 4 I0Cos I0Sin broad range with MCD 32N Var Watt 1 Unearthed Multi criteria detection Activation of detecting healthy or unhealthy feeder by analyzing symmetr...

Page 89: ...lty feeder Healthy feeders do not trip since capacitive current is floating to the opposite direction and selective tripping can be ensured The amplitude of the fault current depends on the capacitanc...

Page 90: ...earthed Compensated network 32N There are many benefits to a Petersen coil earthed network The amount of automatic reclosing is highly decreased and the maintenance of the breakers is therefore dimin...

Page 91: ...ated The network is overcompensated when the K factor is greater than 1 0 and undercompensated when the K factor is smaller than 1 0 The inductance connected to the star point of an incoming transform...

Page 92: ...le phase fault current is similar to the amplitude of a short circuit current Directly earthed or small impedance network schemes are normal in transmission distribution and industry The phase angle s...

Page 93: ...are used depending on the network status unearthed or compensated When changing between these two statuses the setting group must be changed and especially with distributed compensation the change ma...

Page 94: ...errors in compensated long healthy lines Figure 5 4 5 41 Effect of angle divider when in use and when disabled To receive a more accurate indication as to whether the fault was in a compensated or an...

Page 95: ...MT mode is used the expected operating time depends on the measured current value If the measured current changes during a fault the expected operating time changes accordingly Time remaining to trip...

Page 96: ...section Operating time characteristics for trip and reset Events and registers The directional overcurrent function abbreviated DEF in event block names generates events and registers from the status...

Page 97: ...I0Cosfi Start OFF DEF3 I0Sinfi Start ON DEF3 I0Sinfi Start OFF DEF3 I0Cosfi Trip ON DEF3 I0Cosfi Trip OFF DEF3 I0Sinfi Trip ON DEF3 I0Sinfi Trip OFF DEF4 Start ON DEF4 Start OFF DEF4 Trip ON DEF4 Tri...

Page 98: ...he function constantly measures In the broken conductor mode I2 I1 the minimum allowed loading current is also monitored in the phase current magnitudes There are two possible operating modes availabl...

Page 99: ...ified function block diagram of the current unbalance function Figure 5 4 6 42 Simplified function block diagram of the I2 function Measured input The function block uses analog current measurement va...

Page 100: ...nbalance Pick up The setting parameters I2set and I2 I1set control the the pick up of the I2 function They define the maximum allowed measured negative sequence current or the negative positive sequen...

Page 101: ...switch signal when the relay s testing mode Enable stage forcing is activated General Device The variables the user can set are binary signals from the system The blocking signal needs to reach the de...

Page 102: ...se delay option the operating time counter calculates the operating time during the release When using this option the function does not trip if the input signal is not re activated while the release...

Page 103: ...operation into the last twelve 12 time stamped registers The register of the function records the ON event process data for START TRIP or BLOCKED The table below presents the structure of the function...

Page 104: ...ts longer the TRIP signal can be used on other actions as time delayed The IDMT operation supports both IEC and ANSI standard time delays as well as custom parameters The operational logic consists of...

Page 105: ...onent or to the harmonic component percentage content compared to the RMS values A 20 ms averaged value of the selected magnitude is used for pre fault data registering Table 5 4 7 85 Measurement inpu...

Page 106: ...s Fundamental 2nd harmonic 3rd harmonic 4th harmonic 5th harmonic 6th harmonic 7th harmonic 9th harmonic 11th harmonic 13th harmonic 15th harmonic 17th harmonic 19th harmonic 5 ms I01FFT The magnitude...

Page 107: ...ent General settings The function can be set to monitor the ratio between the measured harmonic and either the measured fundamental component or the per unit value of the harmonic current The user mus...

Page 108: ...the Ih function This defines the maximum allowed measured current before action from the function The function constantly calculates the ratio between the Ihset per unitor Ih IL and the measured magni...

Page 109: ...ved from the blocking matrix in the function s dedicated input If the blocking signal is not activated when the pick up element activates a START signal is generated and the function proceeds to the t...

Page 110: ...me Event names HOC1 Start ON HOC1 Start OFF HOC1 Trip ON HOC1 Trip OFF HOC1 Block ON HOC1 Block OFF HOC2 Start ON HOC2 Start OFF HOC2 Trip ON HOC2 Trip OFF HOC2 Block ON HOC2 Block OFF HOC3 Start ON H...

Page 111: ...trol signal The blocking signal and the setting group selection control the operating characteristics of the function during normal operation i e the user or user defined logic can change function par...

Page 112: ...of phase L3 C current 5ms I01RMS RMS measurement of residual input I01 5ms I02RMS RMS measurement of residual input I02 5ms I0Calc Calculated residual current from the phase current inputs 5ms DOIN M...

Page 113: ...Side 1 2 Side 2 1 Side 1 Defines which current measurement module is used by the function Pick up The setting parameters Iset and I0set control the pick up and the activation of the current dependent...

Page 114: ...p activation of the function is not directly equal to the START signal generation of the function The START signal is allowed if the blocking condition is not active There is no delay between the acti...

Page 115: ...r for the blocking to activate in time Operating time characteristics The operating timers behavior during a function can be set depending on the application The same pick up signal starts both timers...

Page 116: ...TRIP signal is normally wired to the breaker s trip coil from the device s trip output The retrip is wired from its own device output contact in parallel with the circuit breaker s redundant trip coil...

Page 117: ...red in this configuration Therefore if the current is not reduced below the setting limit a RETRIP signal is sent to the redundant trip coil If the current is not reduced within the set time limit the...

Page 118: ...t is not reduced below the setting limit or the primary stage tripping signal is not reset a RETRIP signal is sent to the redundant trip coil If the retripping fails and the current is not reduced bel...

Page 119: ...the current is above the limit or the signal is active for the duration of the set RETRIP time delay a RETRIP signal is sent to the redundant trip coil If either of the conditions is active for the d...

Page 120: ...plication is when the device s trip output controls the circuit breaker trip coil while one dedicated CBFP contact controls the CBFP function Below are a few operational cases regarding the various ap...

Page 121: ...e tripping of the primary protection stage is not monitored in this configuration Therefore if the current is not reduced below the setting limit a CBFP signal is sent to the incomer breaker If the pr...

Page 122: ...me The tripping of the primary protection stage is constantly monitored in this configuration If the current is not reduced below the setting limit or the primary stage tripping signal is not reset a...

Page 123: ...the primary stage tripping signal is reset If either of these conditions is met i e the current is above the limit or the signal is active for the duration of the set CBFP time delay a CBFP signal is...

Page 124: ...on as a dedicated CBFP unit Figure 5 4 8 54 Wiring diagram when the device is configured as a dedicated CBFP unit Genera Generat tor Commander or Commander Instruction manual Version 2 07 122 Arcteq R...

Page 125: ...gnal Both current and output relay monitoring can be used The counter for the CBFP signal begins when the digital input is activated If the counter is active until the CBFP counter is used the device...

Page 126: ...le has four 4 available stages of the function U U U U The function constantly measures phase voltage magnitudes or line to line magnitudes Overvoltage protection is based on line to line RMS measurem...

Page 127: ...counter for the START TRIP and BLOCKED events The following figure presents a simplified function block diagram of the overvoltage function Figure 5 4 9 56 Simplified function block diagram of the U...

Page 128: ...The selection of the AI channel in use is made with a setting parameter In all possible input channel variations the pre fault condition is presented with a 20 ms averaged history value from 20 ms fr...

Page 129: ...mode of OV block This parameter is visible only when Allow setting of individual LN mode is enabled in General menu Pick up The Uset setting parameter controls the pick up of the U function This defin...

Page 130: ...time towards a trip this displays how much time is left before tripping occurs UA B meas Uset at the moment 0 00 1250 00Um Uset 0 01Um Uset The ratio between UA or UAB voltage and the pick up value UB...

Page 131: ...ge Uset and the measured voltage Um dependent time characteristics The IDMT function follows this formula Where t operating time k time dial setting Um measured voltage Us pick up setting a IDMT Multi...

Page 132: ...tinuing until a set release time has passed even if the pick up element is reset The user can reset characteristics through the application The default setting is a 60 ms delay the time calculation is...

Page 133: ...magnitudes Undervoltage protection is based on line to line voltages or to line to neutral voltages as the user selects If the protection is based on line to line voltage undervoltage protection is no...

Page 134: ...RT TRIP and BLOCKED events The following figure presents a simplified function block diagram of the undervoltage function Figure 5 4 10 60 Simplified function block diagram of the U function Measured...

Page 135: ...on of the AI channel in use is made with a setting parameter In all possible input channel variations the pre fault condition is presented with a 20 ms averaged history value from 20 ms from START or...

Page 136: ...rameter is visible only when Allow setting of individual LN mode is enabled in General menu Pick up The Uset setting parameter controls the pick up of the U function This defines the minimum allowed m...

Page 137: ...mation displayed by the function Name Range Step Description U LN behaviour 1 On 2 Blocked 3 Test 4 Test Blocked 5 Off Displays the mode of UV block This parameter is visible only when Allow setting o...

Page 138: ...stamped blocking event with information of the startup voltage values and its fault type to be issued The blocking signal can also be tested in the commissioning phase by a software switch signal whe...

Page 139: ...4 10 115 Setting parameters for reset time characteristics Name Range Step Default Description Release time delay 0 000 150 000s 0 005s 0 06s Resetting time The time allowed between pick ups if the p...

Page 140: ...re segregated for each stage operation The events triggered by the function are recorded with a time stamp and with process data values Table 5 4 10 116 Event messages Event block name Event names UV1...

Page 141: ...tive 5 4 11 Neutral overvoltage protection U0 59N The neutral overvoltage function is used for non directional instant and time delayed earth fault protection Each device with a voltage protection mod...

Page 142: ...e function can operate on instant or time delayed mode In the time delayed mode the operation can be selected for definite time DT or for inverse definite minimum time IDMT the IDMT operation supports...

Page 143: ...asurement values The function block uses RMS values A 20 ms averaged value of the selected magnitude is used for pre fault data registering Table 5 4 11 118 Measurement inputs of the U0 function Signa...

Page 144: ...20 00 Un The pick up activation of the function is not directly equal to the START signal generation of the function The START signal is allowed if the blocking condition is not active Read only param...

Page 145: ...on causes an HMI display event and a time stamped blocking event with information of the startup voltage values and its fault type to be issued The blocking signal can also be tested in the commission...

Page 146: ...0 005s 0 06s Resetting time Time allowed between pick ups if the pick up has not led to a trip operation During this time the START signal is held on for the timers if the delayed pick up release is a...

Page 147: ...tart OFF NOV1 Trip ON NOV1 Trip OFF NOV1 Block ON NOV1 Block OFF NOV2 Start ON NOV2 Start OFF NOV2 Trip ON NOV2 Trip OFF NOV2 Block ON NOV2 Block OFF NOV3 Start ON NOV3 Start OFF NOV3 Trip ON NOV3 Tri...

Page 148: ...magnitudes or line to line and neutral voltage magnitudes to calculate the positive or negative sequence voltage The user can select the voltage used Sequence voltage is based on the system s line to...

Page 149: ...on Below is the formula for symmetric component calculation and therefore to negative sequence voltage calculation In what follows are three examples of negative sequence calculation negative sequence...

Page 150: ...the following operating mode selections setting parameters digital inputs and logic signals measured and pre processed voltage magnitudes The function s outputs are START TRIP and BLOCKED signals whi...

Page 151: ...s In RMS values the pre fault condition is presented with 20 ms averaged history value from 20 ms of START or TRIP event General settings The following general settings define the general behavior of...

Page 152: ...on picks up when the monitored voltage is under or over the set pick up value Over Under Over Uset Pick up setting 5 00 150 00 Un 0 01 Un 105 Un Ublk Undervoltage blocking visible when the pick up ter...

Page 153: ...eceived from the blocking matrix in the function s dedicated input If the blocking signal is not activated when the pick up element activates a START signal is generated and the function proceeds to t...

Page 154: ...ded delay When the parameter is set to 0 005 1800 s the stage operates as independent delayed Time dial setting k 0 01 60 00s 0 01s 0 05s The setting is active and visible when IDMT is the selected de...

Page 155: ...voltage function abbreviated VUB in event block names generates events and registers from the status changes in START TRIP and BLOCKED The user can select which event messages are stored in the main e...

Page 156: ...or a malfunction in the power controller can cause the frequency to decrease Underfrequency causes damage to turbine wings through vibration as well as heating due to increased iron losses dropped coo...

Page 157: ...esolution is 1 ms The function also provides a resettable cumulative counter for the START TRIP and BLOCKED events The following figures present simplified function block diagrams of the frequency fun...

Page 158: ...No Enables or disables the stage Pick up and time delay The fset fset etc setting parameters control the pick up of each stage of the f function They define the maximum or minimum allowed measured fr...

Page 159: ...Table 5 4 13 136 Information displayed by the function Name Range Step Description f LN behaviour 1 On 2 Blocked 3 Test 4 Test Blocked 5 Off Displays the mode of FRQV block This parameter is visible o...

Page 160: ...e the set operating delay has passed in order for the blocking to activate in time Events and registers The frequency function abbreviated FRQV in event block names generates events and registers from...

Page 161: ...tion s register content Table 5 4 13 138 Register content Date and time Event f Pre trig Hz f Fault Hz Used SG dd mm yyyy hh mm ss mss Event name Start Trip 20ms frequency Fault frequency Setting grou...

Page 162: ...frequency decreases under the f limit tripping is allowed although the change of frequency is not yet fast enough for the function to trip Later the frequency makes a fast dip and as a result the chan...

Page 163: ...n Measured input The rate of change of frequency protection function compares the measured df dt ratio to the pick up setting given in Hz s The source of the measured frequency depends on the user def...

Page 164: ...function can trip only from increasing frequency In Falling mode df dt function can trip only from decreasing frequency Both allows df dt to trip from both 0 Rising 1 Falling 2 Both 0 Rising df dt 1...

Page 165: ...edicated input If the blocking signal is not activated when the pick up element activates a START signal is generated and the function proceeds to the time characteristics calculation If the blocking...

Page 166: ...DFT1 df dt 4 Trip OFF DFT1 df dt 5 Start ON DFT1 df dt 5 Start OFF DFT1 df dt 5 Trip ON DFT1 df dt 5 Trip OFF DFT1 df dt 6 Start ON DFT1 df dt 6 Start OFF DFT1 df dt 6 Trip ON DFT1 df dt 6 Trip OFF D...

Page 167: ...Date and time Event df dt Pre trig Hz s f Pre trig Hz df dt Fault Hz s f Fault Hz Used SG dd mm yyyy hh mm ss mss Event name Start Trip 20ms df dt Start Trip 20ms frequency Fault df dt Fault frequenc...

Page 168: ...c signals measured and pre processed power magnitudes The function s outputs are START TRIP and BLOCKED signals which can be used for direct I O controlling and user logic programming The function gen...

Page 169: ...hase reactive power 5ms 3PH apparent power Total three phase apparent power 5ms General settings The following general settings define the general behavior of the function These settings are static i...

Page 170: ...ivation of the function is not directly equal to the START signal generation of the function The START signal is allowed if the blocking condition is not active Read only parameters The relay s Info p...

Page 171: ...p signal is reset The blocking of the function causes an HMI display event and a time stamped blocking event with information of the startup voltage values and its fault type to be issued The blocking...

Page 172: ...ow presents the structure of the function s register content Table 5 4 15 150 Register content Date and time Event Pre trigger power Fault power Pre fault power Trip time remaining Used SG dd mm yyyy...

Page 173: ...following input magnitude selection input magnitude processing saturation check threshold comparator block signal check time delay characteristics output processing The inputs for the function are the...

Page 174: ...function block diagram of the PF function Measured input The function block uses power factor values A 20 ms averaged value of the selected magnitude is used for pre fault data registering Table 5 4 1...

Page 175: ...nal generation of the function The START signal is allowed if the blocking condition is not active Read only parameters The relay s Info page displays useful real time information on the state of the...

Page 176: ...g signal can also be tested in the commissioning phase by a software switch signal when the relay s testing mode Enable stage forcing is activated General Device The variables the user can set are bin...

Page 177: ...ltiple time constansts such as inductor chokes certain types of transformers and any other static units which do not have active cooling apart from cables and overhead lines The function constantly mo...

Page 178: ...t2 Figure 5 4 17 86 Short time constant thermal image calculation Where t 1 Thermal image status in a previous calculation cycle the memory of the function IEM see below IN Current for the 100 thermal...

Page 179: ...the thermal replica is based on the nominal temperature rise which is achieved when the protected object is loaded with a nominal load in a nominal ambient temperature When the object is loaded with...

Page 180: ...rature coefficient which is constantly calculated and changing when using RTD sensor for the measurement When the ambient temperature of the protected object is stable it can be set manually The ambie...

Page 181: ...on factor is 1 0 Figure 5 4 17 88 Ambient temperature coefficient calculation linear approximation three points This ambient temperature coefficient relates to a nominal reference temperature The defa...

Page 182: ...or increased instantly to minimum or maximum In practice this means that the thermal replica needs to have more settable time constants than one common constant for heating and cooling as is the case...

Page 183: ...he heat conduction from the cable into the surrounding ground is the same regardless whether the cable is heating or cooling The composition of the soil defines how well the ground conducts heat Howev...

Page 184: ...d are required for the overall motor protection as it can cause insulator damage in the stator and melt the rotor bars Both of these faults result in the malfunction of the motor When considering the...

Page 185: ...rotation and the rotor s magnetic field rotation decreases The rotor speeding up leads to the rotor current decreasing simultaneously decreasing the rotor heating This also makes the cooling fan star...

Page 186: ...windings conduct the heat generated in the rotor during starting and into the motor s body This heat transfer rotor to stator stator to body also depends on the masses of motor s components In big mo...

Page 187: ...topped The stopped motor cooling follows the same equation than heating with one exception when the surrounding air is not moving as the fan has stopped and the air temperature is increasing the cooli...

Page 188: ...al image needs to be adjusted and fine tuned for the application so that it matches the motor s actual temperature perfectly This is why the thermal replica needs to offer enough setting points for va...

Page 189: ...Figure 5 4 17 93 Measured motor temperature in heating cooling test Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Ltd IM00001 187...

Page 190: ...cally controlled cooling time constants the match is very accurate If this motor were used for cyclic loads with repeating cooling times the single time constant model would stretch into the next duty...

Page 191: ...nd in hot situation approximately 67 seconds When the thermal limit curves are available the operation of the thermal replica can be set very accurately for both overloading and stall conditions The c...

Page 192: ...17 96 Comparing single time constant thermal replica tripping curves to given motor thermal characteristics Genera Generat tor Commander or Commander Instruction manual Version 2 07 190 Arcteq Relays...

Page 193: ...n dual time constants and dynamic time constants are in use the relay automatically selects the correct tripping curves for the thermal replica according to the settings producing therefore an exact t...

Page 194: ...urves with single time constant pre load 0 cold Figure 5 4 17 99 Thermal tripping curves with single time constant pre load 90 hot Genera Generat tor Commander or Commander Instruction manual Version...

Page 195: ...constants and correction factor pre load 0 cold Figure 5 4 17 101 Thermal tripping curves with dual dynamic time constants and correction factor pre load 90 hot Genera Generat tor Commander or Command...

Page 196: ...rmal cooling curves single cooling time constant Figure 5 4 17 103 Thermal cooling curves dynamic dual time constant Genera Generat tor Commander or Commander Instruction manual Version 2 07 194 Arcte...

Page 197: ...constant motor is running without load in the first part with dedicated time constant Figure 5 4 17 105 NPS biased thermal trip curves with kNPS value of 1 Genera Generat tor Commander or Commander I...

Page 198: ...biased thermal trip curves with kNPS value of 3 Figure 5 4 17 107 NPS biased thermal trip curves with kNPS value of 7 Genera Generat tor Commander or Commander Instruction manual Version 2 07 196 Arct...

Page 199: ...replica comparator block signal check output processing The inputs for the function are the following setting parameters measured and pre processed current magnitudes The function s output signals can...

Page 200: ...asurement for the ambient correction 5ms Setting parameters Table 5 4 17 160 General settings not selectable under setting groups Name Range Default Description TM LN mode 1 On 2 Blocked 3 Test 4 Test...

Page 201: ...d rotor monitoring Ist 48 14 non directional undercurrent protection I 37 mechanical jam protection Im 51M The motor s nominal current in amperes Nominal starting current 0 1 40 0xIn 0 1xIn 6 0xIn mot...

Page 202: ...c curve selection and the control only short time constant stall are in use Max locked rotor current 0 1 40 0xIn 0 1xIn 7 5xIn motor status monitoring machine thermal overload protection TM 49M motor...

Page 203: ...urrent This setting defines the Stopped condition when the current is below this setting value Also when the current is below this value the undercurrent protection stage is locked No load current A 0...

Page 204: ...alue is used for the cold thermal stall curve selection in automatic control This parameter is also used in the motor start up and the number of starts calculations Safe stall time hot 0 1 600 0s 0 1s...

Page 205: ...ime constant is about 2 5 3 5 times the heating time constant Short heat T const cold 0 500 0min 1 0min 10 0min The setting for short heating time constant for cold motor status This time constant def...

Page 206: ...min The estimated setting for how long the short cooling time constant is used when the motor is stopped The cooling is typically faster right after the motor has stopped This setting value is visible...

Page 207: ...he user settable ambient temperature coefficient curve This setting is visible if Ambient lin or curve is set to Set curve Amb temp k1 k10 0 01 5 00 1 00 0 01 The coefficient value for the temperature...

Page 208: ...CKED signal is generated and the function does not process the situation further If the START function has been activated before the blocking signal it resets and processes the release time characteri...

Page 209: ...rong and actually used setting is 1 0 Visible only when there is a setting fault TM Setting alarm 0 Nominal current calc ok 1 Nominal current set fault Override to 1 0 Indicates if nominal current cal...

Page 210: ...imes the function has activated the Alarm 2 output Restart inhibits The number of times the function has activated the Restart inhibit output Trips The number of times the function has tripped Trips B...

Page 211: ...e underexcitation is by measuring reactive power When the generator induces capacitive power the value of reactive power is negative and thus the excitation current can be low enough for the synchrono...

Page 212: ...aneously with an equivalent time stamp The time stamp resolution is 1 ms The function also provides a resettable cumulative counter for the START TRIP and BLOCKED events The following figure presents...

Page 213: ...fault Description Qset mode 0 Fixed 1 P dependent 0 Fixed Decides whether the pick up area is defines only by the Qset parameter or by two points set in the PQ plane Qset 0 0 100 000kvar 0 01kvar 100k...

Page 214: ...when the pick up element activates a START signal is generated and the function proceeds to the time characteristics calculation If the blocking signal is active when the pick up element activates a...

Page 215: ...P or BLOCKED The table below presents the structure of the function s register content Table 5 4 18 175 Register content Date and time Event Pre trigger power P Q Fault power P Q Pre fault power P Q T...

Page 216: ...n s outputs are START TRIP and BLOCKED signals which can be used for direct I O controlling and user logic programming The function generates general time stamped ON OFF events to the common event buf...

Page 217: ...idual LN mode is enabled in General menu Operation mode 1 P E impedances 2 Pos Seq impedances 3 P P impedances 1 P E impedances Defines which available measurement is used by the function Pick up The...

Page 218: ...f the blocking signal is not activated when the pick up element activates a START signal is generated and the function proceeds to the time characteristics calculation If the blocking signal is active...

Page 219: ...rt Trip impedance Start 200ms impedance 0 ms 1800s Setting group 1 8 active 5 4 20 100 stator earth fault protection U03rd 64S When using conventional neutral overvoltage protection function U0 59N ev...

Page 220: ...hich can be used for direct I O controlling and user logic programming The function generates general time stamped ON OFF events to the common event buffer from each of the three 3 output signals In i...

Page 221: ...al settings define the general behavior of the function These settings are static i e it is not possible to change them by editing the setting group Table 5 4 20 183 General settings of the function N...

Page 222: ...able 5 4 20 185 Information displayed by the function Name Range Step Description U0 3rd LN behaviour 1 On 2 Blocked 3 Test 4 Test Blocked 5 Off Displays the mode of SEF block This parameter is visibl...

Page 223: ...er for the blocking to activate in time Operating time characteristics for trip and reset The operating timers behavior during a function can be set for TRIP signal and also for the release of the fun...

Page 224: ...ter the pick up element is released If activated the START signal is reset after a set release time delay Time calc reset after release time 1 No 2 Yes 2 Yes Operating timer resetting characteristics...

Page 225: ...rt circuit detection in generator protection applications When there is a short circuit near the generator the voltage decreases which in this function s case decreases the overcurrent s pick up level...

Page 226: ...e inputs for the function are the following operating mode selections setting parameters digital inputs and logic signals measured and pre processed current magnitudes The function s outputs are START...

Page 227: ...tic i e it is not possible to change them by editing the setting group Table 5 4 21 191 General settings of the function Name Range Default Description Iv LN mode 1 On 2 Blocked 3 Test 4 Test Blocked...

Page 228: ...is parameter is visible only when Allow setting of individual LN mode is enabled in General menu Iv condition 0 Normal 1 Start 2 Trip 3 Blocked Displays status of the protection function Expected oper...

Page 229: ...are binary signals from the system The blocking signal needs to reach the device minimum of 5 ms before the set operating delay has passed in order for the blocking to activate in time Operating time...

Page 230: ...aminated components which are not designed to carry flux caused currents In generators overexcitation typically occurs if the V Hz ratio goes five percent above the nominal V Hz ratio with any possibl...

Page 231: ...er from each of the three 3 output signal In the instant operating mode the function outputs START and TRIP events simultaneously with an equivalent time stamp The time stamp resolution is 1 ms The fu...

Page 232: ...relative to the Pick up V Hz of nominal value Table 5 4 22 198 Pick up settings Name Range Step Default Description Pick up V Hz of nominal 0 01 30 00 0 01 5 00 The maximum allowed increase in the mea...

Page 233: ...4 22 119 Inverse above and inverse and DT below time characteristics with the TimeDial k setting effect Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Ltd IM0...

Page 234: ...etting characteristics selection When active the operating time counter is reset after a set release time unless a pick up element is activated during this time When disabled the operating time counte...

Page 235: ...at the moment U f atm to nominal U f ratio 100 000 100 000V Hz 0 001V Hz Measured volts per hertz ratio divided by nominal volts per hertz ratio Function blocking The block signal is checked in the b...

Page 236: ...ame Event names VHZ1 1 Start ON VHZ1 1 Start OFF VHZ1 1 Alarm ON VHZ1 1 Alarm OFF VHZ1 1 Trip ON VHZ1 1 Trip OFF VHZ1 1 Block ON VHZ1 1 Block OFF VHZ1 2 Start ON VHZ1 2 Start OFF VHZ1 2 Alarm ON VHZ1...

Page 237: ...nderimpedance protection The underexcitation function uses a total of eight 8 separate setting groups which can be selected from one common source The function can operate on instant or time delayed m...

Page 238: ...l to either phase to earth impedance loops phase to phase impedance loops or the positive sequence impedance A 20ms averaged value of the selected magnitude is used for pre fault data registering Plea...

Page 239: ...eneration of the function The START signal is allowed if the blocking condition is not active Read only parameters The relay s Info page displays useful real time information on the state of the prote...

Page 240: ...signals from the system The blocking signal needs to reach the device minimum of 5 ms before the set operating delay has passed in order for the blocking to activate in time Events and registers The...

Page 241: ...the following operating mode selections setting parameters digital inputs and logic signals measured and pre processed power magnitudes The function s outputs are START TRIP and BLOCKED signals which...

Page 242: ...before releasing the start condition When voltage decreases under Voltage limit U the function will wait until duration set to Time delay for U activation has passed If the measured current rises ove...

Page 243: ...occurs Time remaining to trip 1800 000 1800 000s 0 005s When the function has detected a fault and counts down time towards a trip this displays how much time is left before tripping occurs Measured...

Page 244: ...he table below presents the structure of the function s register content Table 5 4 24 214 Register content Date and time Event Phase current Phase voltage Used SG dd mm yyyyhh mm ss mss Event name Pha...

Page 245: ...m phase voltages The monitored magnitudes are equal to RMS values Table 5 4 25 215 Measurement inputs of the Z function Signal Description Time base IL1RMS RMS measurement of phase L1 A current 5ms IL...

Page 246: ...delay for U activation 0 000 1800 000 s 0 005 s 5 000 s When the voltage drops under the Voltage limit U setting the function will wait for the duration of this parameter setting to activate start co...

Page 247: ...eristics calculation If the blocking signal is active when the pick up element activates a BLOCKED signal is generated and the function does not process the situation further If the START function has...

Page 248: ...causes stress on the generator and prime mover which can cause winding movement shaft fracture or worse The pole slip protection function uses a total of eight 8 separate setting groups which can be s...

Page 249: ...oltage UL3 V 5ms UL1RMS RMS measurement of voltage UL12 V 5ms UL2RMS RMS measurement of voltage UL23 V 5ms UL3RMS RMS measurement of voltage UL31 V 5ms Pos Seq Impedance Positive sequence impedance 5...

Page 250: ...ection circle offset from origo pri 50 000 00 50 000 00 Ohm 0 01 Ohm 0 00 Ohm Moves the midpoint of circle in the R axis resistance Detection circle r pri 0 01 50 000 00 Ohm 0 01 Ohm 50 00 Ohm Sets th...

Page 251: ...tection function It is accessed either through the relay s HMI display or through the setting tool software when it is connected to the relay and its Live Edit mode is active Table 5 4 26 224 Informat...

Page 252: ...s to reach the device minimum of 5 ms before the set operating delay has passed in order for the blocking to activate in time Events and registers The pole slip protection function abbreviated OOS in...

Page 253: ...o not have many moving parts apart from tap changers their electric and mechanical properties are far from being simple When designing transformer protection it is usual to consider the transformer s...

Page 254: ...s failure affects a wide area regardless of where it is installed transmission distribution generation Monitoring clearing faults quickly and limiting the device s internal fault time are all very imp...

Page 255: ...tarting criteria However this is not a significant issue with smaller transformers as the installation and maintenance of various differential protections is considered more expensive than not having...

Page 256: ...the Y and the low voltage side to the delta resulting in the LV side having a 30 degree lag in relation to the HV side Additionally the HV side s nominal voltage is 10 kV and its amperage is 116 A on...

Page 257: ...rrent on the high voltage side will be 3 85 A and the CT secondary current on the low voltage side will be 4 81 A The differential function uses these values to change them into measured currents in p...

Page 258: ...30 degree lag in relation to the HV side vectors The number 1 in the vector group s name comes from the angle in the phase current difference between the HV and the LV side If one imagines the HV sid...

Page 259: ...Figure 5 4 27 131 Yd1 transformer s internal connection in theory Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Ltd IM00001 257...

Page 260: ...h difference causes a pick up and a trip However as modern differential relays do this transformation by calculating the corrected vector internally this is also just nice to know information not rela...

Page 261: ...7 133 Subtract formula Figure 5 4 27 134 Add formula Figure 5 4 27 135 CTs starpoints requiring the Add mode Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Ltd...

Page 262: ...differential stage towards the measured currents Bias calculation can be sensitive or coarse see the following formulas Figure 5 4 27 137 Average mode sensitive biasing Figure 5 4 27 138 Max mode coa...

Page 263: ...racteristics parts One needs to understand what the various parts of the characteristics mean in order to set the characteristics for the transformer application D Diff iffbia bias TP1 s TP1 I Id pick...

Page 264: ...mal operation 1 Primary side CT measurement accuracy CTEpri In this example the primary side CTs are Class 10P which means the measurement error is 10 2 Secondary side CT measurement accuracy CTEsec I...

Page 265: ...timate of 3 as the TME value 6 Safety margin SME Conservative settings typically use a safety margin up to 5 7 Tap changer on load side TCE This example transformer has a tap changer with the rating o...

Page 266: ...from the various magnitudes inside the transformer In this example the transformer has a tap changer that affects the internal currents however its effects cannot be estimated reliably and the curren...

Page 267: ...l relay this point can be set by the user If the user wants a high sensitivity TP1 can be set to 1 In since the calculated base sensitivity already factors in the tap changer effect and all other diff...

Page 268: ...ing calculation Next we calculate the the currents that flow in the HV and LV sides when the loading of the transformer is e g 1 5 times its rated power Therefore the LV side currents are as follows T...

Page 269: ...in the measurements even though the transformer itself does not have a fault Please note that if there is a heavy end fault causing the biasing current to increase this setting should not be set to m...

Page 270: ...current flowing in the CTs when a bolted and symmetrical three phase fault occurs in the LV side of the transformer Based on the previous calculations we can see that the HV side maximum current is a...

Page 271: ...temperatures other than 20 C For example the resistivity of copper at 75 C is calculated like this With this value we can calculate the resistances per meter of the most commonly used copper wires gi...

Page 272: ...ire used in the winding Some CT manufacturers include the SCTRN value in their product documentation However as the value is only a small portion of the CT burden as a whole the wirings cause most of...

Page 273: ...al operations while keeping the settings sensitive enough for inrush currents especially in energiszing cases Thus the setting suggestion for this Idi Pick up stage is 6 0 In 10 In for sensitive and c...

Page 274: ...Figure 5 4 27 142 Example configuration for the transformer differential function Genera Generat tor Commander or Commander Instruction manual Version 2 07 272 Arcteq Relays Ltd IM00001...

Page 275: ...see the variations in Turnpoint 1 settings in Figures A and C it is set at 1 0 In whereas in Figures B and D it is set at 0 01 In Zero sequence compensation for external earth faults Our example prese...

Page 276: ...he fault The differential earthing requires the earthing to be known if not compensated any low impedance earth fault outside the differential zone causes a differential current and possibly trips the...

Page 277: ...e zero sequence effect with the following formulas No Not te e When you enable the zero sequence compensation by selecting the N or n in the transformer vector group the sensitivity to single phase on...

Page 278: ...n the average and the maximum bias current calculation as well as the option between the add and the subtract current calculation The use of these stages depends on the CTs installation directions and...

Page 279: ...ltage is in zero crossing the steady state value of the flux is in its negative or positive maximum value In energizing situations there is no flux available at the instant the winding is energized be...

Page 280: ...earlier the calculated FFT value is about 50 of the peak value the third graph depicts the 2nd harmonic absolute values in amperes the fourth graph depicts the fundamental 50 Hz FFT calculated current...

Page 281: ...ows In our previous example the transformer s nominal current on the HV primary side was 115 5 A with it we can count the following The graph below shows how the differential currents look like when u...

Page 282: ...g is reduced as well The blocking remains active until the setting is reached after which the blocking is released for each phase separately With our example transformer the harmonic blocking limit co...

Page 283: ...cited very quickly This may be caused by two things a fault in the LV side can throw off the loading and cause a temporary overvoltage or the frequency in the network decreases for some reason e g ove...

Page 284: ...imary side and the differential relay sees it as pure differential current From the third graph we can see that the differential pick up setting is reached when the voltage is approximately 125 of the...

Page 285: ...s when the overvoltage is too heavy and the differential current is most probably over the tripping limit However one should note that the behavior of this blocking is very unpredictable if the exact...

Page 286: ...re calculation Name Range Step Default Function Description Idx LN mode 1 On 2 Blocked 3 Test 4 Test Blocked 5 Off 1 On Set mode of DIF block This parameter is visible only when Allow setting of indiv...

Page 287: ...er status monitoring transformer differential The selection of the HV side connection Can be selected between star or zigzag and delta This selection is visible only if the option Manual set is select...

Page 288: ...monitoring transformer differential The selection of the starpoint measurement channel for the restricted earth fault protection on the HV side This setting is only visible if the option Enabled is se...

Page 289: ...ing is only visible if the Enable I0d REF HV side setting is enabled HV I0d Slope 1 0 01 250 00 0 01 10 00 Slope 1 of the HV side restricted earth fault differential characteristics This setting is on...

Page 290: ...gnals of the transformer differential function Name Description Idb Bias Trip The TRIP output signal from the biased differential stage Idi Nobias Trip The TRIP output signal from the non biased and n...

Page 291: ...OFF DIF1 L2 5th harmonic ON DIF1 L2 5th harmonic OFF DIF1 L3 5th harmonic ON DIF1 L3 5th harmonic OFF DIF1 HV I0d Block ON DIF1 HV I0d Block OFF DIF1 HV I0d Trip ON DIF1 HV I0d Trip OFF DIF1 LV I0d B...

Page 292: ...cs current LV side REF maximum differential current with bias Used SG Setting group in use Ftype Detected fault type faulty phases 5 4 28 Resistance temperature detectors RTD Resistance temperature de...

Page 293: ...annels are selected at Communication Protocols ModbusIO Then the user selects the measurement module from the three 3 available modules A B and C as well as the poll address Additionally both the modu...

Page 294: ...le and channel as well as the monitoring and alarm setting units C or F The alarms can be enabled given a setting value in degrees and be set to trigger either above or below the setting value There a...

Page 295: ...eg C 1 Deg F 0 Deg C Selects the measurement temperature scale Celsius or Fahrenheit S1 S16 Measurement Displays the measurement value in the selected temperature scale S1 S16 Sensor 0 Ok 1 Invalid Di...

Page 296: ...s sixteen 16 independent stages the events are segregated for each stage operation The events triggered by the function are recorded with a time stamp and with process data values The function registe...

Page 297: ...D1 S11 Alarm1 ON RTD1 S11 Alarm1 OFF RTD1 S11 Alarm2 ON RTD1 S11 Alarm2 OFF RTD1 S12 Alarm1 ON RTD1 S12 Alarm1 OFF RTD1 S12 Alarm2 ON RTD1 S12 Alarm2 OFF RTD1 S13 Alarm1 ON RTD1 S13 Alarm1 OFF RTD1 S1...

Page 298: ...RTD2 S7 Meas Ok RTD2 S7 Meas Invalid RTD2 S8 Meas Ok RTD2 S8 Meas Invalid RTD2 S9 Meas Ok RTD2 S9 Meas Invalid RTD2 S10 Meas Ok RTD2 S10 Meas Invalid RTD2 S11 Meas Ok RTD2 S11 Meas Invalid RTD2 S12 M...

Page 299: ...oided by using arc protection The arc protection card has a high speed output to trip signals faster as well as to extend the speed of arc protection Figure 5 4 29 155 IED equipped with arc protection...

Page 300: ...e are met light OR light and current but the tripping is blocked by an input I I0 Arc S1 Sensor fault I I0 Arc S2 Sensor fault I I0 Arc S3 Sensor fault I I0 Arc S4 Sensor fault The detected number of...

Page 301: ...or channels are sensing which zones in this case sensor channels S1 and S2 are protecting Zone 1 Enable Light 1 of Zone 1 as well as Light 2 of Zone 2 The sensor channel S3 deals with Zone 2 Enable Li...

Page 302: ...there are sensors connected to both Zone 2 and 3 starts Sensors connected to the channel S3 are in Zone 2 Then enable Light 3 of Zone 2 The sensor connected to the channel S2 is in Zone 3 Then enable...

Page 303: ...the number of sensors connected to the channel channels 1 2 3 4 Channel 2 sensors Channel 3 sensors Channel 4 sensors Channel 1 sensor status 0 Sensors OK 1 Configuration fault state Displays the sta...

Page 304: ...ps the zone 0 Disabled 1 Enabled 0 Disabled Zone1 2 3 4 Pres 2 Enabled Pressure detected in sensor channel 2 trips the zone 0 Disabled 1 Enabled 0 Disabled Zone1 2 3 4 Pres 3 Enabled Pressure detected...

Page 305: ...activates a TRIP signal is generated If the blocking signal is active when the pick up element activates a BLOCKED signal is generated and the function does not process the situation further The block...

Page 306: ...ent Blocked OFF ARC1 Phase current Start ON ARC1 Phase current Start OFF ARC1 Residual current Blocked ON ARC1 Residual current Blocked OFF ARC1 Residual current Start ON ARC1 Residual current Start O...

Page 307: ...etwork fault appears to be inside the protected area The determination is made by comparing the angle between the operating quantity zone tripping area and the actual measured quantity The function th...

Page 308: ...ro The angle used by this function is the one captured the moment before the fault occurred and voltage memory was activated When voltage memory is activated the output Voltage memory on signal is act...

Page 309: ...hase L3 C current 5ms U1RMS RMS measurement of voltage U1 V 5ms U2RMS RMS measurement of voltage U2 V 5ms U3RMS RMS measurement of voltage U3 V 5ms U4RMS RMS measurement of voltage U4 V 5ms Voltage me...

Page 310: ...set fixed frequency such as 50 Hz or 60 Hz When the frequency drops massively during a fault while angle memory is in use it is also possible that the frequency of the system starts to fluctuate In su...

Page 311: ...nals extra inputs Common signals function has all START and TRIP signals of protection functions internally connected to Common START and TRIP output signals But it is also possible to assign extra si...

Page 312: ...GNSIG Common Trip ON GNSIG Common Trip OFF 5 5 2 Setting group selection All relay types support up to eight 8 separate setting groups The Setting group selection function block controls the availabi...

Page 313: ...include the active setting group selection the forced setting group selection the enabling or disabling of the forced change the selection of the number of active setting groups in the application as...

Page 314: ...control is applied no requests with a lower priority than SG1 and SG2 will be processed Setting group 4 0 Not active 1 Active 0 Not active The selection of Setting group 4 SG4 Has the fourth highest...

Page 315: ...ontrol one wire connection from Petersen coil status Depending on the application s requirements the setting group control can be applied either with a one wire connection or with a two wire connectio...

Page 316: ...Figure 5 5 2 164 Setting group control two wire connection from Petersen coil status Genera Generat tor Commander or Commander Instruction manual Version 2 07 314 Arcteq Relays Ltd IM00001...

Page 317: ...ire connection the state of the Petersen coil can be monitored more securely The additional logic ensures that a single wire loss will not affect the correct setting group selection The application co...

Page 318: ...ed signal NOT as well as the use of logics in setting group control One could also have SG2 be the primary SG while the ON signal would be controlled by the higher priority SG1 this way the setting gr...

Page 319: ...est ON SGS SG8 Request OFF SGS Remote Change SG Request ON SGS Remote Change SG Request OFF SGS Local Change SG Request ON SGS Local Change SG Request OFF SGS Force Change SG ON SGS Force Change SG OF...

Page 320: ...e done by local control or by remote control Local manual control can be done by relays front panel HMI or by external push buttons connected to relays digital inputs Manual remote control can be done...

Page 321: ...and close commands while device is in Remote status The remote controls cannot override the open and close commands while device is in Local status OBJ LN mode 1 On 2 Blocked 3 Test 4 Test Blocked 5 O...

Page 322: ...ose circuit breaker Synchrocheck status can be either an internal signal generated by synchrocheck function or digital input activation with an external synchrocheck device Use Object ready 0 Ready Hi...

Page 323: ...If IEC 61850 is enabled GOOSE signals can be used for status indication Object Ready Objectx Ready status In A link to a physical digital input Indicates that status of the monitored object 1 means t...

Page 324: ...figurator 3 Super user Defines what level of access is required for MIMIC control The default is the Configurator level Objectx LOCAL Close control input Digital input or other logical signal selected...

Page 325: ...s and registers from the status changes in monitored signals as well as control command fails and operations The user can select which event messages are stored in the main event buffer ON OFF or both...

Page 326: ...mmand Off OBJ1 OBJ10 Open Blocked On OBJ1 OBJ10 Open Blocked Off OBJ1 OBJ10 Close Blocked On OBJ1 OBJ10 Close Blocked Off OBJ1 OBJ10 Object Ready OBJ1 OBJ10 Object Not Ready OBJ1 OBJ10 Sync Ok OBJ1 OB...

Page 327: ...monitored object usually requires two 2 digital inputs Alternatively object status monitoring can be performed with a single digital input the input s active state and its zero state switched to 1 wi...

Page 328: ...or If IEC 61850 is enabled GOOSE signals can be used for status indication Events The indicator object monitoring function abbreviated CIN in event block names generates events from the status changes...

Page 329: ...hroswitching is used the function automatically closes the breaker when both sides of the breaker are synchronized When only U3 or U4 voltage measurement channel has been set to SS mode SYN1 Supervise...

Page 330: ...U4 mode SYN1 in use UL1 as reference voltage Figure 5 5 5 170 Example connection of the synchrocheck function 2LL U0 U4 mode SYN1 in use UL12 as reference voltage Genera Generat tor Commander or Comm...

Page 331: ...tion 2LL U3 U4 mode SYN3 in use UL12 as reference voltage Figure 5 5 5 172 Example application synchrocheck over one breaker with 3LL and 3LN VT connections Genera Generat tor Commander or Commander I...

Page 332: ...Figure 5 5 5 173 Example application synchrocheck over one breaker with 2LL VT connection Genera Generat tor Commander or Commander Instruction manual Version 2 07 330 Arcteq Relays Ltd IM00001...

Page 333: ...Figure 5 5 5 174 Example application synchrocheck over two breakers with 2LL VT connection Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Ltd IM00001 331...

Page 334: ...r logic programming The function generates general time stamped ON OFF events to the common event buffer from each of the output signals The time stamp resolution is 1 ms The synchrocheck function use...

Page 335: ...esent simplified function block diagrams of the synchrocheck function Figure 5 5 5 177 Simplified function block diagram of the SYN1 and SYN2 function Genera Generat tor Commander or Commander Instruc...

Page 336: ...d only parameters The relay s Info page displays useful real time information on the state of the protection function It is accessed either through the relay s HMI display or through the setting tool...

Page 337: ...egrees Function blocking The block signal is checked in the beginning of each program cycle The blocking signal is received from the blocking matrix in the function s dedicated input If the blocking s...

Page 338: ...SynSW 0 Not in use Disables or enables synchroswitching Synchroswitching is available only for SYN1 When synchroswitching is used the function automatically closes the breaker when both sides of the b...

Page 339: ...etween the systems SYNx freq diff 0 05 0 50Hz 0 01Hz 0 1Hz The maximum allowed frequency difference between the systems Events and registers The synchrocheck function abbreviated SYN in event block na...

Page 340: ...YN1 SYN3 Ok ON SYN1 SYN3 Ok OFF SYN1 SYN3 Bypass ON SYN1 SYN3 Bypass OFF SYN1 SYN3 Volt condition OK SYN1 SYN3 Volt cond not match SYN1 SYN3 Volt diff Ok SYN1 SYN3 Volt diff out of setting SYN1 SYN3 A...

Page 341: ...st effective The benefits of 4 20 mA loops the dominant standard in many industries the simplest option to connect and configure uses less wiring and connections than other signals thus greatly reduci...

Page 342: ...category selection Defines the measurement magnitude used for mA output control The available measurements depend on the selection of the Magnitude selection for mA output channel parameter Input val...

Page 343: ...plays the input value of the selected mA output channel at that moment mA Out Channel Outputs now 0 0000 24 0000mA 0 0001mA Displays the output value of the selected mA output channel at that moment 5...

Page 344: ...nding on the difference between the two measured signals Settings can be adjusted to only allow positive slip to avoid reverse power at synchronizing When the amplitude the speed and the phase angle b...

Page 345: ...lculation mode 0 System is reference 1 U3 U4 input is reference 0 System is reference Synchronizer voltage reference 0 UL12 1 UL23 2 UL31 3 UL1 4 UL2 5 UL3 0 UL12 Synchronizer measurement settings 0 M...

Page 346: ...t of desired freq offset 0 5000 2 0000Hz 0 0001Hz 0 1000Hz Voltage adjustment slope 0 00 25 00 s 0 01 s 0 20 s Volt Max adjustment pulse length 0 000 1800 000s 0 005s 3 000s Volt Min adjustment pulse...

Page 347: ...and a time stamped blocking event with information of the startup voltage values and its fault type to be issued The blocking signal can also be tested in the commissioning phase by a software switch...

Page 348: ...called an isolated island operation or an islanded operation of the electrical distribution network The vector jump control function is suitable to detect most islanding situations and to switch off t...

Page 349: ...s The following figure presents a simplified function block diagram of the vector jump function Figure 5 5 8 181 Simplified function block diagram of the function Measured input The function block use...

Page 350: ...ower plant too Figure 5 5 8 182 Generator islanding As can be seen in the example above only phase to phase voltages L1 L2 and L3 L1 have been reduced while voltage L2 L3 remains the same This means t...

Page 351: ...P Voltage Defines the monitored voltage channel s Table 5 5 8 277 Pick up settings Name Range Step Default Description Pick up setting lead or lag Trip 0 05 30 00 0 01 5 Pick up setting for trip signa...

Page 352: ...nal is generated and the function proceeds to the time characteristics calculation If the blocking signal is active when the pick up element activates a BLOCKED signal is generated and the function do...

Page 353: ...name L1 2 L2 3 L3 1 and U4 Trip angle difference Alarm angle difference Setting group 1 8 active 5 5 9 Synchronizer V a f 25 The synchronizer function is used to automatically synchronize generators...

Page 354: ...nding on the difference between the two measured signals Settings can be adjusted to only allow positive slip to avoid reverse power at synchronizing When the amplitude the speed and the phase angle b...

Page 355: ...lculation mode 0 System is reference 1 U3 U4 input is reference 0 System is reference Synchronizer voltage reference 0 UL12 1 UL23 2 UL31 3 UL1 4 UL2 5 UL3 0 UL12 Synchronizer measurement settings 0 M...

Page 356: ...t of desired freq offset 0 5000 2 0000Hz 0 0001Hz 0 1000Hz Voltage adjustment slope 0 00 25 00 s 0 01 s 0 20 s Volt Max adjustment pulse length 0 000 1800 000s 0 005s 3 000s Volt Min adjustment pulse...

Page 357: ...and a time stamped blocking event with information of the startup voltage values and its fault type to be issued The blocking signal can also be tested in the commissioning phase by a software switch...

Page 358: ...can be used to take these inaccuracies into account Analog input scaling curve settings can be found at Measurement AI mA DI volt scaling menu Currently following measurements can be scaled with analo...

Page 359: ...of the disturbance process signal For example the value for the filter time constant is 2 seconds for a 1 second period time of a disturbance oscillation When the curve signal is out of range it activ...

Page 360: ...o a SCADA system 64 logical outputs are available The figure below presents a logic output example where a signal from the circuit breaker failure protection function controls the digital output relay...

Page 361: ...iven a control command to go to status 0 or until the device is rebooted When a logical input which has been set to Pulse mode is controlled to 1 the input will switch to status 1 and return back to 0...

Page 362: ...the instant values and the key calculated magnitudes of the phase currents Additionally the residual current circuit can be monitored if the residual current is measured from a dedicated residual cur...

Page 363: ...n is met until the set time delay for alarm The inputs of the function are the following setting parameters measured and pre processed current magnitudes The function s outputs are CTS ALARM and BLOCK...

Page 364: ...used for the residual current measurement nothing the I01 RMS measurement or the I02 RMS measurement Table 5 6 1 290 Measured inputs of the CTS function Signal Description Time base IL1RMS RMS measur...

Page 365: ...idual current If the residual current is measured with a separate CT the residual current circuit can be monitored with the CTS function as well However this does not apply to summing connections Holm...

Page 366: ...ealthy the sum of these two currents should be 0 Time delay for alarm 0 000 1800 000s 0 005s 0 5s Determines the delay between the activation of the function and the alarm The pick up activation of th...

Page 367: ...n HMI display event and a time stamped blocking event with information of the startup current values and its fault type to be issued The blocking signal can also be tested in the commissioning phase b...

Page 368: ...phase L1 wiring When a fault is detected and all conditions are met the CTS timer starts counting If the situation continues until the set time has passed the function issues an alarm Genera Generat...

Page 369: ...the function issues an alarm This means that the function supervises both the primary and the secondary circuit Figure 5 6 1 193 No wiring fault but heavy unbalance If any of the phases exceed the Ise...

Page 370: ...d according to the application s normal behavior the operation of the function can be set to be very sensitive for broken circuit and conductor faults Figure 5 6 1 195 Normal situation residual curren...

Page 371: ...in case if the situation continues until the set alarming time is met Figure 5 6 1 197 Broken primary phase current wiring In this example all other condition are met except the residual difference Th...

Page 372: ...user can select which event messages are stored in the main event buffer ON OFF or both The function offers two 2 independent stages The events triggered by the function are recorded with a time stam...

Page 373: ...be changed via setting group selection The operational logic consists of the following input magnitude processing threshold comparator block signal check time delay characteristics output processing...

Page 374: ...oltage UL12 V 5ms UL23RMS RMS measurement of voltage UL23 V 5ms UL31RMS RMS measurement of voltage UL31 V 5ms UL1RMS RMS measurement of voltage UL1 V 5ms UL2RMS RMS measurement of voltage UL2 V 5ms UL...

Page 375: ...le 5 6 2 298 Pick up settings Name Range Step Default Description Voltage low pickup 0 05 0 50 Un 0 01 Un 0 05 Un If one the measured voltages is below low pickup value and two of the measured voltage...

Page 376: ...Live VTS Ok SEQ Undef 4 Bus Live VTS problem Displays the status of bus voltages Expected operating time 0 000 1800 000s 0 005s Displays the expected operating time when a fault occurs Time remaining...

Page 377: ...function are recorded with a time stamp and with process data values Table 5 6 2 300 Event messages Event block name Event names VTS1 Bus VT fail Start ON VTS1 Bus VT fail Start OFF VTS1 Bus VT fail...

Page 378: ...m levels which are activated when the value of interrupting life operations is below the setting limit The Trip contact setting defines the output that triggers the current monitoring at the breaker s...

Page 379: ...is not possible to change them by switching the setting group Table 5 6 3 303 General settings Name Range Default Description CBW LN mode 1 On 2 Blocked 3 Test 4 Test Blocked 5 Off 1 On Set mode of CB...

Page 380: ...5 6 3 305 Pick up settings Name Range Step Default Description Alarm 1 0 Disabled 1 Enabled 0 Disabled Enable and disable the Alarm 1 stage Alarm 1 Set 0 200 000 1 1 000 Defines the pick up threshold...

Page 381: ...e Alarm 2 1 Enabled Alarm 2 Set 100 operations With these settings Alarm 1 is issued when the cumulative interruption counter for any of the three phases dips below the set 1000 remaining operations A...

Page 382: ...Operations left Operations left for phase L2 L3 Operations left Operations left for phase L3 Events and registers The circuit breaker wear function abbreviated CBW in event block names generates even...

Page 383: ...le for the mimic and the measurement views in the HMI carousel The user can also set the alarming limits for each measured channel if the application so requires The monitoring of the measured signals...

Page 384: ...le harmonic specter of 32 components from each measured current channel From these measurements the function calculates either the amplitude ratio or the power ratio A 20 ms averaged value of the sele...

Page 385: ...ed 1 Disabled 0 Enabled Enables and disables the THD alarm function from phase currents Enable I01 THD alarm 0 Enabled 1 Disabled 0 Enabled Enables and disables the THD alarm function from residual cu...

Page 386: ...nd a time stamped blocking event with information of the startup current values and its fault type to be issued The blocking signal can also be tested in the commissioning phase by a software switch s...

Page 387: ...The register of the function records the ON event process data for START ALARM and BLOCKED The table below presents the structure of the function s register content Table 5 6 4 315 Register content Da...

Page 388: ...are the START and ALARM ACT signals for the phase voltages THDV as well as BLOCKED signals The function uses a total of eight 8 separate setting groups which can be selected from one common source Th...

Page 389: ...FFT measurement of phase L2 B voltage 5ms UL3FFT FFT measurement of phase L3 C voltage 5ms The selection of the calculation method is made with a setting parameter common for all measurement channels...

Page 390: ...eal time information on the state of the protection function It is accessed either through the relay s HMI display or through the setting tool software when it is connected to the relay and its Live E...

Page 391: ...l as common BLOCKED signals The user can select which event messages are stored in the main event buffer ON OFF or both The events triggered by the function are recorded with a time stamp and with pro...

Page 392: ...IL1 Phase current IL1 CT card 2 IL2 Phase current IL2 CT card 2 IL3 Phase current IL3 CT card 2 I01 c Residual current I01 coarse CT card 2 I01 f Residual current I01 fine CT card 2 I02 c Residual cu...

Page 393: ...Measurements Signal Description Signal Description Currents Pri Pha curr ILx Primary phase current ILx IL1 IL2 IL3 Pha curr ILx TRMS Pri Primary phase current TRMS IL1 IL2 IL3 Pha angle ILx Phase ang...

Page 394: ...e U0 in percentages Ux Angle Ux angle U1 U2 U3 U4 System volt U0 ang Angle of the system voltage U0 Pos Neg Zero Seq volt Angle Positive Negative Zero sequence voltage angle Ux Angle difference Ux ang...

Page 395: ...not measurable is 0 Hz Frequency at the moment If the frequency is not measurable this will show 0 Hz Neutral susceptance B Pri Primary neutral susceptance f meas qlty Quality of tracked frequency Ne...

Page 396: ...matically by using the dedicated triggers Every signal listed in Digital recording channels can be selected to trigger the recorder The device has a maximum limit of 100 for the number of recordings E...

Page 397: ...boxes enable the selected triggers Table 5 6 6 329 Recorder settings Name Range Step Default Description Recording length 0 100 1800 000s 0 01s 1s Sets the length of a recording Recording mode 0 FIFO...

Page 398: ...least one trigger input has to be selected in the Recorder Trigger setting to fulfill this term Estimating the maximum length of total recording time Once the disturbance recorder s settings have bee...

Page 399: ...cording to the following specifications the recording length is 6 0 s the sample rate is 64 s c therefore with a 50 Hz system frequency a sample is taken every 312 5 s the analog channels 1 8 are used...

Page 400: ...AQviewer software instructions can be found in AQtivate 200 Instruction manual arcteq fi downloads Events The disturbance recorder function abbreviated DR in event block names generates events and reg...

Page 401: ...orded in the setting tool or in the relay If the recording is done in the setting tool both the setting tool software and its Live Edit mode have to be activated The user can change the recording file...

Page 402: ...s Seq Curr angle L2 Exp Imp Act E balance kWh Pri Pos Seq Curr I Neg Seq Curr angle L2 Exp React Cap E Mvarh Pri Neg Seq Curr I Zero Seq Curr angle L2 Exp React Cap E kvarh Pri Zero Seq Curr V Volta o...

Page 403: ...tive Energy MWh Res Curr I01 TRMS U3Volt p u Exp Active Energy kWh Res Curr I02 TRMS U4Volt p u Imp Active Energy MWh Pha L1 ampl THD Pos Seq Volt p u Imp Active Energy kWh Pha L2 ampl THD Neg Seq Vol...

Page 404: ...System Volt UL1 ang S4 Measurement Res Curr I 01 TRMS Pri System Volt UL2 ang S5 Measurement Res Curr I 02 TRMS Pri System Volt UL3 ang S6 Measurement Sec Pha Curr I L1 System Volt U0 ang S7 Measureme...

Page 405: ...rh Motor status P P Curr I L1 L1 Exp Imp React Cap E bal kvarh Active setting group P P Curr I L2 L1 Exp React Ind E Mvarh L1 Exp React Ind E kvarh 5 6 8 Measurement value recorder The measurement val...

Page 406: ...ents Fundamental 2nd harmonic 3rd harmonic 4th harmonic 5th harmonic 7th harmonic 9th harmonic 11th harmonic 13th harmonic 15th harmonic 17th harmonic 19th harmonic current I1 I2 I0Z The positive sequ...

Page 407: ...susceptances and admittances YL1angle YL2angle YL3angle Y0angle The admittance angles Others Others Descrip Description tion System f The tracking frequency in use at that moment Ref f1 The reference...

Page 408: ...23 I0Dir Trip 24 I0Dir Trip 25 f Trip 26 f Trip 27 f Trip 28 f Trip 29 f Trip 30 f Trip 31 f Trip 32 f Trip 33 P Trip 34 P Trip 35 Prev Trip 36 T Trip 37 I2 Trip 38 I2 Trip 39 I2 Trip 40 I2 Trip 41 U...

Page 409: ...1 Recorder triggered ON VREC1 Recorder triggered OFF 5 6 9 Running hour counter The running hour counter abbreviated RHC in event block names is capable of counting the running time of a motor a gener...

Page 410: ...eed to be enabled individually with the PSx Enabled parameter When enabled an active stage shows its current state condition the expected operating time and the time remaining to trip under the activa...

Page 411: ...comparison 4 Mag1 OR Mag2 Either of the chosen signals has to fulfill the pick up condition Both signals have their own pick up setting 5 Mag1 AND Mag2 Both of the chosen signals have to fulfill the...

Page 412: ...in p u ILx 11th h ILx 11nd harmonic value in p u ILx 13th h ILx 13nd harmonic value in p u ILx 15th h ILx 15nd harmonic value in p u ILx 17th h ILx 17nd harmonic value in p u ILx 19th h ILx 19nd harmo...

Page 413: ...le degrees U0CalcMag Calculated residual voltage U1 pos seq V Mag Positive sequence voltage U2 neg seq V Mag Negative sequence voltage U0CalcAng Calculated residual voltage angle degrees U1 pos seq V...

Page 414: ...tive Impedance Z primary ZSeqSec Positive Impedance Z secondary ZSeqAngle Positive Impedance Z angle Table 5 7 343 Conductances susceptances and admittances L1 L2 L3 Name Description GLxPri Conductanc...

Page 415: ...al voltage is 11 547 V primary which is then multiplied with the above calculated scaling factor inversing the final result to 100 This way a pre processed signal is easier to set although it is also...

Page 416: ...tudes The user can set the reset hysteresis in the function by default 3 It is always relative to the Pick up setting Mag value Table 5 7 347 Pick up settings Name Range Step Default Description PS Pi...

Page 417: ...user needs to take into account the modes in use as well as the desired action The pick up limit can be set either as positive or as negative Each pick up level has a separate hysteresis setting which...

Page 418: ...PGS1 PS3 Trip ON PGS1 PS3 Trip OFF PGS1 PS3 Block ON PGS1 PS3 Block OFF PGS1 PS4 Start ON PGS1 PS4 Start OFF PGS1 PS4 Trip ON PGS1 PS4 Trip OFF PGS1 PS4 Block ON PGS1 PS4 Block OFF PGS1 PS5 Start ON...

Page 419: ...PGS1 PS10 Block ON PGS1 PS10 Block OFF The function registers its operation into the last twelve 12 time stamped registers The register of the function records the ON event process data for START TRI...

Page 420: ...grated in an easy and user friendly configuration within the IED The two units communicate with an optical high speed bus The optical bus and the thermal design of the IGBT rectifier bridge make it su...

Page 421: ...following chapters and a more detailed description of the protection functions can be found in the chapter titled Functions and its subchapter Protection functions in this manual Some functions such...

Page 422: ...6 1 3 Exciter unit dimensions Figure 6 1 3 211 Exciter unit side view Genera Generat tor Commander or Commander Instruction manual Version 2 07 420 Arcteq Relays Ltd IM00001...

Page 423: ...able 6 1 4 351 Connector descriptions Connector Description X1 1 Power supply connector X1 2 Power supply connector X1 3 Voltage input 0 10 V X1 4 Earth for the voltage input and the mA input X1 5 mA...

Page 424: ...SCL V Hz Power system stabilizer This chapter gives a detailed description of the general settings The other settings can be found in their respective chapters please refer to Chapter Voltage supervi...

Page 425: ...n be used when the device has three 3 current measurement cards Full or single phase current measurement 0 Three phase current measurement 1 Single phase current measurement 0 Three phase current meas...

Page 426: ...bled 13 Rectifier trip 14 Bridge 1 temp high 15 Bridge 2 temp high 16 Excitation On 17 Excitation Off 19 Overcurrent on 0 None Forces the various control signals ON or OFF Please note that this parame...

Page 427: ...On 20 PF Bus On 21 Overriding control on 22 AVR Ref on Low limit 23 AVR Ref on High limit 24 FCR ref on Low limit 25 FCR ref on High limit 0 None Forces the various indicator signals ON or OFF Please...

Page 428: ...14 Order open Field breaker 15 Order close Field breaker 16 Q unloaded 17 MVAR ref on high limit 18 MVAR ref on low limit 19 PF ref on high limit 20 PF ref on low limit 21 AVR start reference 22 FCR...

Page 429: ...field current 0 10 3000 00A DC 0 01A DC 20 00A DC Displays the maximum allowed continuous field current This value can be attained from the generator type plate or from the data pages of the generator...

Page 430: ...ems that have excitation supply coming from the generator main circuit though an excitation transformer At field flashing the DC current with approximately 0 1 no load excitation current added to it i...

Page 431: ...es Current low ratio 0 000 10 0 0 005 0 3 Defines the ratio between the negative and positive phase currents Field current level 0 000 10 0 0 005 1 0 Defines the triggering level for the field current...

Page 432: ...ction is met Miscellaneous Alarm level for IGBT temperature 0 200 1 100 Determines the alarm level for the IGBT temperature This supervision protects the insulated gate bipolar transistor IGBT of the...

Page 433: ...ce value can be adjusted locally and remotely When the voltage is kept constant both the voltage of the external grid and the active power of the generator cause the field current and the reactive pow...

Page 434: ...er negative percentage makes the machine more unsensitive for grid voltage changes while a lower negative percentage increases the sensitivity for grid voltage support When using a block transformer w...

Page 435: ...ion is ON 1 Not synchronized 2 Synchronized 3 Grid voltage too low 4 Low measured voltage 5 Field breaker is open 6 Test mode is ON 7 Voltage matching enabled 8 Voltage matching commanded 9 Generator...

Page 436: ...11 Electrical brake ON Displays the status of the field current regulator FCR reference now 500 00 500 00p u p u 0 01p u p u Displays the FCR reference value at the moment Minimum FCR reference allow...

Page 437: ...d field current second 0 000 1 00p u s 0 001p u s 0 005p u s Defines the speed at which the adjustment pulses increase or decrease the FCR reference value when it is synchronized to a grid Adjustment...

Page 438: ...d by the operator and de activated by selecting another control mode or when going into island mode The reference value can be adjusted locally and remotely Figure 6 2 1 3 3 217 Generator capability c...

Page 439: ...active power automatic loading at synchronizing 0 Disabled 1 Enabled 0 Disabled Enables or disables the reactive power regulator as soon as the Generator commander gets the synchronized signal Automat...

Page 440: ...e for MVAR controller 0 200 1800 000s 0 005s 3 000s Defines the filtering time for the reactive power measurement for the MVAR controller Power factor control The power factor cos control is a functio...

Page 441: ...it of the PF controller 1 000 1 000 arctan 0 001 arctan 0 480 arctan Defines the minimum angle for the PF controller Maximum limit of the PF controller 1 000 1 000 arctan 0 001 arctan 1 000 arctan Def...

Page 442: ...Defines the proportional gain for the UEL UEL inverse time delay 0 instant 0 000 10 000 1 s 0 001 1 s 0 000 1 s Defines the inverse time delay for the UEL Therefore the bigger the set value the faste...

Page 443: ...d during grid disturbances If the active power is high the stator current cannot be lowered by changing the excitation In such a case an alarm signal is issued The diagram below depicts the transfer f...

Page 444: ...ster the limiter takes effect Field current limiter The fiel current limiter FCL has two steps one instantaneous and one time delayed The instantaneous field current limiter IFCL is used when the exci...

Page 445: ...6 2 1 4 3 364 DFCL setting parameters Name Range Step Default Description Delayed field current limiter DFCL status 0 Enabled 1 Blocked 2 Limiter active Displays the status of the delayed field curren...

Page 446: ...ed 1 Enabled 1 Enabled Enables and disables the volts per hertz limiter V Hz limit generator voltage generator frequency 0 00 10 00 1 s 0 01 1 s 1 10 1 s This parameter defines the limit at which the...

Page 447: ...00s 0 005s 1 000s T12 nominator time constant of fourth lead lag filter 0 000 10 000s 0 005s 1 000s T13 denominator time constant of fourth lead lag filter 0 000 10 000s 0 005s 1 000s M ramp track fil...

Page 448: ...OK Therefore the AC supply is selected GMAG PWM DC1 ON When using at least two bridges the AC supply MCBs of both Bridge 1 and Bridge 2 are tripped and the supply voltage is not OK Therefore the DC su...

Page 449: ...nd PF The PF command is on GMAG Excitation run order The excitation run order is on GMAG Increase The excitation reference value increase is on GMAG Decrease The excitation reference value decrease is...

Page 450: ...n the field breaker is open and the generator breaker is closed GMAG Disturbed mode Frequency change rate derivate is too high within the supervision time GMAG Disturbed mode pulse Frequency change ra...

Page 451: ...de This input is read only when the Control mode parameter under the Local control tab is set to DI control Command PF This input is used to enable PF control mode This input is read only when the Con...

Page 452: ...on This input is used to bring in external on island detection information to the excitation If either the MVAr or the PF control mode is active this signal controls the AVR mode ON Common trip This i...

Page 453: ...on This input is read only when the Control mode parameter under the Local control tab is set to PP control Decrease Defines the input that decreases the reference values of the selected regulator fun...

Page 454: ...The DI status of the local remote bridge Bridge A B DI status Name Range Step Default Description Bridge A B HW system OK 0 System OK 1 Failing 0 System OK Indicates that the hardware system of the l...

Page 455: ...DC link voltage measuring filter of local A bridge See also the parameter Bridge A B DC link voltage filter Please note that this setting is only available for the local A bridge Bridge A DC link vol...

Page 456: ...s setting is only visible when the Number of rectifiers parameters is no not t set to Single Bridge A DO3 0 Off 1 On 0 Off Forces the digital output 3 DO3 of the local A bridge to be ON or OFF Bridge...

Page 457: ...in use parameter is set to Redundant Remote excitation current measurement 3000 000 3000 000 0 001 Displays the excitation current measurement from another channel This setting is only visible when th...

Page 458: ...ccording to the user s requirements 6 2 3 Remote and local control Remote control Table 6 2 3 379 Control into excitation Name Range Step Default Description Require permission to remote control 0 No...

Page 459: ...s 0 No 1 Yes 0 No Selects whether or not the MVar reference is updated from the AI channel when the threshold value is exceeded This setting is only visible when Value from AI is the selected for the...

Page 460: ...e 500 00 500 00 0 01 Displays the actual PF reference value Mode AVR remote 0 Off 1 On 0 Off Indicates whether or not the AVR control mode can be directed remotely Mode FCR remote 0 Off 1 On 0 Off Ind...

Page 461: ...ed mode Stator current level defining synchronized mode 0 100 25 000 0 001 0 025 When Current and BRK statuses is selected for the Use current to define sync unsync modes parameter above this defines...

Page 462: ...control signal s zero point Force PWM control signal 0 Disabled 1 Forced value 2 Open loop reference 0 Disabled Enables and disables the forcing of PWM control signal values If enabled there are two w...

Page 463: ...sequence measurement filtered Active power measurement internal GMAG 500 00 500 00 0 01 50 00 Displays the active power measurement Reactive power measurement internal GMAG 500 00 500 00 0 01 50 00 D...

Page 464: ...imit of the AVR reference value when idle AVR ref H2 500 00 500 00 0 01 50 00 Displays the maximum limit of the AVR reference value when connected to the grid FCR ref ramp 500 00 500 00 0 01 50 00 Dis...

Page 465: ...50 000 000 0 001 50 00 Displays the reference value of the PF control mode at the moment PF measured atm 500 000 50 000 000 0 001 50 00 Dislays the measured value of the PF control mode at the moment...

Page 466: ...enable OFF The bridge is not in the run mode GMAG 24 PWM DO1 ON The bridge digital output 1 is ON GMAG 25 PWM DO1 OFF The bridge digital output 1 is OFF GMAG 26 PWM DO2 ON The bridge digital output 2...

Page 467: ...status GMAG 52 PWM DI6 ON Indicates the bridge s running online status GMAG 53 PWM DI6 OFF Indicates the bridge s running online status GMAG 54 PWM DI7 ON Indicates the bridge s running online status...

Page 468: ...MVar command is OFF GMAG1 24 Command PF ON The PF command is ON GMAG1 25 Command PF OFF The PF command is OFF GMAG1 26 Excitation run order ON The excitation run order is ON GMAG1 27 Excitation run o...

Page 469: ...error is OFF GMAG1 48 AVR ref on lowlim ON The AVR reference value on the low limit is ON GMAG1 49 AVR ref on lowlim OFF The AVR reference value on the low limit is OFF GMAG1 50 AVR ref on highlim ON...

Page 470: ...New ref start written to the reference value is OFF GMAG2 6 GB is closed ON The indication Generator breaker is closed is ON GMAG2 7 GB is closed OFF The indication Generator breaker is closed is OFF...

Page 471: ...The PF reference on the high limit indication is OFF GMAG2 30 PF ref on low ON The PF reference on the low limit indication is ON GMAG2 31 PF ref on low OFF The PF reference on the low limit indicatio...

Page 472: ...id voltage can be measured the level follows the grid voltage and thus makes the generator s synchronization easier During a normal stop of the generator the command Unload reactive powers can be sent...

Page 473: ...e redundant one and it takes over the operation In the n 1 redundancy configuration there are at least three rectifiers in parallel operation at the same time If one of them fails the operations conti...

Page 474: ...lay can be set by connecting to the relay and the selecting the time zone at Commands Set time zone in AQtivate setting tool 7 1 2 PTP PTP Precision Time Protocol is a higher accuracy synchronization...

Page 475: ...nt Diagnostic message counter Message receive Diagnostic message counter PTP timesource Diagnostic number describing the current time source 7 1 3 Modbus TCP and Modbus RTU The device supports both Mo...

Page 476: ...ng can be found from Event list Tools Events ang Logs Event list in setting tool The event code in HR17 is 0 if no new events can be found in the device event buffer Every time HR17 is read from clien...

Page 477: ...ontrol Direct operate with normal security Select before operate with normal security Direct with enhanced security and Select before operate with enhanced sequrity control sequences Disturbance recor...

Page 478: ...Var 0 1 kVar 2 kVar Determines the data reporting deadband settings for this measurement Apparent power deadband 0 1 1000 0 kVA 0 1 kVA 2 kVA Determines the data reporting deadband settings for this m...

Page 479: ...ublisher will publish frames with simulation bit active if enabled For GOOSE simulation testing purposes GOOSE control block 2 simulation bit The table below presents general settings for GOOSE subscr...

Page 480: ...lock settings etc Table 7 1 6 397 GOOSE input user description Name Range Default Description User editable description GI x 1 31 characters GOOSE IN x Description of the GOOSE input This description...

Page 481: ...ies of the higher levels For detailed information please refer to the DNP3 Device Profile document www arcteq fi downloads AQ 200 series Resources Settings The following table describes the DNP3 setti...

Page 482: ...1 8 401 Analog change deadband settings Name Range Step Default Description General deadband 0 1 10 0 0 1 2 Determines the general data reporting deadband settings Active energy deadband 0 1 1000 0kWh...

Page 483: ...teq fi downloads AQ 200 series Resources AQ 200 IEC101 IEC104 interoperability IEC 101 settings Table 7 1 9 402 IEC 101 settings Name Range Step Default Description Common address of ASDU 0 65 534 1 1...

Page 484: ...gy deadband 0 1 1000 0kWh 0 1kWh 2kWh Determines the data reporting deadband settings for this measurement Reactive energy deadband 0 1 1000 0kVar 0 1kVar 2kVar Determines the data reporting deadband...

Page 485: ...s As a slave the device sends data on demand or by sequenced polling The available data can be measurements circuit breaker states function starts function trips etc The full SPA signal map can be fou...

Page 486: ...sidual currents IL1 TRMS IL2 TRMS IL3 TRMS I01 TRMS I02 TRMS TRMS current measurement values of phase currents and residual currents IL1 IL2 IL3 I01 I02 2nd h 3rd h 4th h 5th h 7th h 9th h 11th h 13th...

Page 487: ...tem f Used tracking frequency at the moment Ref f1 Reference frequency 1 Ref f2 Reference frequency 2 M thermal T Motor thermal temperature F thermal T Feeder thermal temperature T thermal T Transform...

Page 488: ...munication port Up to 32 sub units can be connected to an AQ 200 master unit These messages can then be used for controlling logic in the master device display the status in user created mimic Binary...

Page 489: ...nstruction manual arcteq fi downloads All imported signals can be given a description The description will be displayed in most of menus with the signal logic editor matrix block settings etc Table 7...

Page 490: ...Bit 96 ON OFF MGWB4 Bit 97 Bit 128 ON OFF MGWD1 Double Bit 1 Double bit 16 ON ON OFF OFF ON OFF OFF ON MGWD2 Double Bit 17 Double bit 32 ON ON OFF OFF ON OFF OFF ON Genera Generat tor Commander or Com...

Page 491: ...s and application examples 8 1 Connections of AQ G257 Figure 8 1 225 AQ G257 variant without add on modules Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Ltd...

Page 492: ...Figure 8 1 226 AQ G257 variant with digital input and output modules Genera Generat tor Commander or Commander Instruction manual Version 2 07 490 Arcteq Relays Ltd IM00001...

Page 493: ...Arc 50Arc 51NArc U1 2 47 27P 59PN 4 4 P Q S 32 78 1 1 PF 55 1 Idb Idi 87T 87N 87G PS 78G 1 Generator protection module Iv 51V OPTIONAL 8 2 Application examples and their connections This chapter prese...

Page 494: ...rent transformers Since three line to neutral voltages are connected this application uses the voltage measurement mode 3LN see the image below Additionally both of the current transformers have the t...

Page 495: ...phase three wire ARON input connection for any AQ 200 series IED with a current transformer The example is for applications with protection CTs for just two phases The connection is suitable for both...

Page 496: ...digital output and all the way to the open coil of the breaker It is recommended to supervise the health of the trip circuit when breaker is closed Trip circuit supervision with one digital input and...

Page 497: ...the digital input An activation delay that is slightly longer than the circuit breaker s operations time should be enough When circuit breaker failure protection CBFP is used adding its operation time...

Page 498: ...relay contact opens in under 50 ms or after a set release delay that takes place after the breaker is opened This means that the open coil is energized for a while after the breaker has already opene...

Page 499: ...he following logic scheme or similar blocks the supervision alarm when the circuit breaker is open The alarm is issued whenever the breaker is closed and whenever the inverted digital input signal TCS...

Page 500: ...Figure 8 4 235 Example block scheme Genera Generat tor Commander or Commander Instruction manual Version 2 07 498 Arcteq Relays Ltd IM00001...

Page 501: ...f inputs and outputs and the power supply as well as two separate current measurement modules and one separate voltage measurement module The images below present the modules of both the non optioned...

Page 502: ...Relays Ltd or its representative who can then provide the module with its corresponding unlocking code to allow the device to operate correctly once the hardware configuration has been upgraded This...

Page 503: ...evice issues an alarm 6 Scan Scans Slot E and finds the four channels of the VT module fixed for AQ 257 If the VTM is not found the device issues an alarm 7 Scan Scans Slot F and moves to the next slo...

Page 504: ...explained the installation of I O add on cards to the option module slots This is because all other module types are treated in a same way For example when an additional communication port is installe...

Page 505: ...ion ports and the relay s basic digital I O The current consumption of the digital inputs is 2 mA when activated while the range of the operating voltage is 24 V 110 V 220 V depending on the ordered h...

Page 506: ...cycle All digital inputs are scanned in a 5 ms cycle meaning that the state of an input is updated every 0 5 milliseconds When an input is used internally in the device either in group change or logic...

Page 507: ...naccuracy when the range is 0 005 4 In The measurement ranges are as follows Phase currents 25 mA 250 A RMS Coarse residual current 5 mA 150 A RMS Fine residual current 1 mA 75 A RMS The characteristi...

Page 508: ...t range is 0 5 480 0 V per channel The angle measurement inaccuracy is less than 0 5 degrees within the nominal range The frequency measurement range of the voltage inputs is 6 1800 Hz with standard h...

Page 509: ...s The settings described in the table below can be found at Control Device I O Digital input settings in the relay settings Table 9 5 414 Digital input settings of DI8 module Name Range Step Default D...

Page 510: ...al input state when energizing and de energizing the digital input channels Digital input descriptions Option card inputs can be given a description The user defined description are displayed in most...

Page 511: ...tputs are scanned in 5 ms program cycles and their contacts are mechanical in type The rated voltage of the NO NC outputs is 250 VAC DC For the naming convention of the digital inputs provided by this...

Page 512: ...light sensors serially connected to it The user can choose how many of the channels are in use The high speed outputs HSO1 and HSO2 operate only with a DC power supply The battery s positive terminal...

Page 513: ...9 8 RTD input module optional Figure 9 8 246 RTD input module connectors The RTD input module is an add on module with eight 8 RTD input channels Each input supports 2 wire 3 wire and 4 wire RTD senso...

Page 514: ...ectors Connector Name Description COM E Serial fiber GG PP GP PG Serial based communications Wavelength 660 nm Compatible with 50 125 m 62 5 125 m 100 140 m and 200 m Plastic Clad Silica PCS fiber Com...

Page 515: ...OM F Pin 8 RS 232 RX Serial based communications COM F Pin 9 COM F Pin 10 3 3 V output spare Spare power source for external equipment 45 mA COM F Pin 11 COM F Pin 12 The option card includes two seri...

Page 516: ...and 100BASE TX Both cards support both HSR and PRP protocols 9 11 Double ST 100 Mbps Ethernet communication module optional Figure 9 11 250 Double ST 100 Mbps Ethernet communication module connectors...

Page 517: ...ions please refer to the option card LC 100 Mbps Ethernet communication module The images below present two example configurations the first displays a ring configuration note how the third party devi...

Page 518: ...00 Mbps Ethernet communication module optional Figure 9 12 253 Double RJ 45 10 100 Mbps Ethernet communication module Connector Description Two pin connector IRIG B input Genera Generat tor Commander...

Page 519: ...r other redundancy options please refer to the option card LC 100 Mbps Ethernet communication module Figure 9 12 254 Example of a multidrop configuration 9 13 Milliampere mA I O module optional Figure...

Page 520: ...y or it can be upgraded in the field after the device s original installation when required The user sets the mA I O with the mA outputs control function This can be done at Control Device I O mA outp...

Page 521: ...Figure 9 14 257 Device installation Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Ltd IM00001 519...

Page 522: ...Figure 9 14 258 Panel cut out and spacing of the IED Genera Generat tor Commander or Commander Instruction manual Version 2 07 520 Arcteq Relays Ltd IM00001...

Page 523: ...surement range From 6 75Hz fundamental up to the 31st harmonic current Current measurement range 25 mA 250 A RMS Current measurement inaccuracy 0 005 4 000 IN 0 5 or 15 mA 4 20 IN 0 5 20 50 IN 1 0 Ang...

Page 524: ...al block connection Terminal block Phoenix Contact FRONT 4 H 6 35 Solid or stranded wire Maximum wire diameter 4 mm2 NO NOTE TE Current measurement accuracy has been verified with 50 60 Hz The amplitu...

Page 525: ...measurement accuracy Power measurement P Q S Frequency range 6 75 Hz Inaccuracy 0 3 1 2 IN or 3 VA secondary 1 0 1 2 IN or 3 VA secondary Energy measurement Frequency range 6 75 Hz Energy and power m...

Page 526: ...hoenix Contact MSTB 2 5 5 ST 5 08 Solid or stranded wire Maximum wire diameter 2 5 mm2 Other Minimum recommended fuse rating MCB C2 10 1 2 2 CPU communication ports Table 10 1 2 2 425 Front panel loca...

Page 527: ...3 428 CPU model isolated digital inputs with thresholds defined by order code Rated values Rated auxiliary voltage 265 V AC DC Nominal voltage Order code defined 24 110 220 V AC DC Pick up threshold...

Page 528: ...utputs Change Over Rated values Rated auxiliary voltage 265 V AC DC Continuous carry 5 A Make and carry 0 5 s Make and carry 3 s 30 A 15 A Breaking capacity DC L R 40 ms at 48 VDC at 110 VDC at 220 VD...

Page 529: ...y DC L R 40 ms at 48 VDC at 110 VDC at 220 VDC 1 A 0 4 A 0 2 A Control rate 5 ms Settings Polarity Software settable Normally On Normally Off Terminal block connection Terminal block Phoenix Contact M...

Page 530: ...ithstand 265 VDC Nominal voltage Pick up threshold Release threshold 24 VDC 16 VDC 15 VDC Scanning rate 5 ms Polarity Normally Off Current drain 3 mA Terminal block connection Terminal block Phoenix C...

Page 531: ...TD input module Channels 1 8 2 3 4 wire RTD Pt100 or Pt1000 10 1 3 6 RS 232 serial fiber communication module Table 10 1 3 6 438 Technical data for the RS 232 serial fiber communication module Ports R...

Page 532: ...0 1 4 441 Technical data for the HMI TFT display Dimensions and resolution Number of dots resolution 800 x 480 Size 154 08 85 92 mm 6 06 3 38 in Display Type of display TFT Color RGB color 10 2 Functi...

Page 533: ...00 s step 0 005 s 1 0 or 50 ms Instant reset time and start up reset 50 ms No Not te e The release delay does not apply to phase specific tripping 10 2 1 2 Non directional earth fault protection I0 50...

Page 534: ...es not apply when the measured secondary current in I02 is 1 20 mA The pick up is tuned to be more sensitive and the operation times vary because of this 10 2 1 3 Directional overcurrent protection Id...

Page 535: ...he voltage drops below 1 0 V 10 2 1 4 Directional earth fault protection I0dir 67N 32N Table 10 2 1 4 445 Technical data for the directional earth fault function Measurement inputs Current input selec...

Page 536: ...97 of the pick up current and voltage setting 2 0 Reset time setting Inaccuracy Reset time 0 000 150 000 s step 0 005 s 1 0 or 45 ms Instant reset time and start up reset 50 ms 10 2 1 5 Negative sequ...

Page 537: ...ase current inputs IL1 A IL2 B IL3 C Residual current channel I01 Coarse Residual current channel I02 Fine Pick up Harmonic selection 2nd 3rd 4th 5th 6th 7th 9th 11th 13th 15th 17th or 19th Used magni...

Page 538: ...eaker failure protection CBFP 50BF 52BF Table 10 2 1 7 448 Technical data for the circuit breaker failure protection function Measurement inputs Current inputs Phase current inputs IL1 A IL2 B IL3 C R...

Page 539: ...0000 step 0 0001 0 250 0000 step 0 0001 Inaccuracy IDMT operating time IDMT minimum operating time 1 5 or 20 ms 20 ms Instant operation time Start time and instant operation time trip UM USET ratio 1...

Page 540: ...up reset 50 ms No Not te e The low voltage block is not in use when its pick up setting is set to 0 The undervoltage function is in trip stage when the LV block is disabled and the device has no volta...

Page 541: ...e inputs UL1 UL2 UL3 UL12 UL23 UL31 U0 Voltage input calculations Positive sequence voltage I1 Negative sequence voltage I2 Pick up Pick up setting 5 00 150 00 UN setting step 0 01 UN Inaccuracy Volta...

Page 542: ...0 ms max step size 100 mHz Instant operation time Start time and instant operation time trip IM ISET ratio 50 mHz Fixed IM ISET ratio 50 mHz Tracking 70 ms max step size 100 mHz 3 cycles or 60 ms max...

Page 543: ...df dt 10 0 of pick up or 50 mHz s Instant reset time and start up reset fM fSET ratio 50 mHz 325 ms max step size 100 mHz No Not te e Frequency is measured two seconds after a signal is received 10 2...

Page 544: ...set curve 0 01 5 00 IN setting step 0 01 IN 60 500 deg setting step 1 deg Thermal model biasing ambient Set ambient temperature RTD 60 500 deg setting step 1 deg Used measured ambient value 10 2 1 15...

Page 545: ...pedance calculation Typically 1 0 ZSET Operation time Definite time function operating time setting 0 00 1800 00 s setting step 0 005 s Inaccuracy Definite time ZM ZSET ratio 0 95 1 0 or 25 ms Instant...

Page 546: ...nt C IDMT constant 0 01 25 00 step 0 01 0 250 0000 step 0 0001 0 5 0000 step 0 0001 0 250 0000 step 0 0001 Inaccuracy IDMT operating time IDMT minimum operating time 1 5 or 20 ms 20 ms Instant operati...

Page 547: ...urpose When using the device under normal conditions always use the value 0 01 IN or greater 10 2 1 19 Resistance temperature detectors Table 10 2 1 19 460 Technical data of the resistance temperature...

Page 548: ...21 462 Technical data for the volts per hertz overexcitation protection function Measurement inputs Voltage input UL1 UL2 UL3 UL12 UL23 UL31 Voltage input magnitude Maximum line to line voltage Freque...

Page 549: ...1 05 1 0 or 35 ms Instant operation time Start time and instant operation time trip QM QSET ratio 0 95 50 ms Reset Reset ratio 97 of the set pick up value Reset time setting Inaccuracy Reset time 0 00...

Page 550: ...tant operation time 3 00 ISET 30 ms Harmonic blocking active Reset Reset ratio differential current 97 of the differential current setting typically Reset time 45 ms 10 2 1 24 Arc fault protection IAr...

Page 551: ...IL3 C Pick up Pick up voltage setting Pick up current setting optional 2 00 50 00 UN setting step 0 01 x UN 0 01 50 00 IN setting step 0 01 IN Inaccuracy Voltage Current 1 5 USET or 30 mV 0 5 ISET or...

Page 552: ...Breaker traverse time setting 0 02 500 00 s setting step 0 02 s Max close open command pulse length 0 02 500 00 s setting step 0 02 s Control termination time out setting 0 02 500 00 s setting step 0...

Page 553: ...25 mHz U 30 V secondary 1 5 U 30 V secondary Reset Reset ratio Voltage Frequency Angle 99 of the pick up voltage setting 20 mHz 2 0 Activation time Activation to LD DL DD Activation to Live Live 35 ms...

Page 554: ...005 25 0 ISET Time delay for alarm Definite time function operating time setting 0 00 1800 00 s setting step 0 005 s Inaccuracy_ Definite time IM ISET ratio 1 05 2 0 or 80 ms Instant operation time a...

Page 555: ...nt 0 00 100 00 kA setting step 0 001 kA 0 00 100 00 kA setting step 0 001 kA 0 200 000 operations setting step 1 operation 0 200 000 operations setting step 1 operation Pick up setting for Alarm 1 and...

Page 556: ...cle Recording length 0 000 1800 000 s setting step 0 001 s The maximum length is determined by the chosen signals Number of recordings 0 100 60 MB of shared flash memory reserved The maximum number of...

Page 557: ...1 2 kV 50 Hz 1 min Impulse voltage test EN 60255 27 IEC 60255 5 5 kV 1 2 50 s 0 5 J Physical environment compatibility Table 10 3 479 Mechanical tests Vibration test EN 60255 1 EN 60255 27 IEC 60255 2...

Page 558: ...gree 2 Casing and package Table 10 3 482 Dimensions and weight Without packaging net Dimensions Height 208 mm Width 257 mm rack Depth 165 mm no cards or connectors Weight 1 5 kg With packaging gross D...

Page 559: ...formation Accessories Or Order code der code Descrip Description tion No Not te e Manufact Manufactur urer er Genera Generat tor Commander or Commander Instruction manual Version 2 07 Arcteq Relays Lt...

Page 560: ...teq Ltd AQ 01A Light point sensor unit 8 000 lux threshold Max cable length 200 m Arcteq Ltd AQ 01B Light point sensor unit 25 000 lux threshold Max cable length 200 m Arcteq Ltd AQ 01C Light point se...

Page 561: ...ress Kvartsikatu 2 A 1 65300 Vaasa Finland Contacts Phone 358 10 3221 370 Website arcteq fi Technical support support arcteq fi 358 10 3221 388 EET 9 00 17 00 E mail sales sales arcteq fi Genera Gener...

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