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ABB REF 541, Product Manual

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ABB REF 541 Product Manual Download Page 27

Feeder Terminal

REF 541, REF 543, REF 545.

1MRS750443-MBG

27

Three-phase thermal overload protection for motors, generators and transformers, TOL3Dev, 

3Ithdev> (49M/G/T)

BASIC SETTINGS
Starting current of the motor
Max. starting time permitted for the motor
Number of starts allowed from cold state
Type of device to be protected

Trip temperature
Prior alarm temperature
Restart inhibit (temperature limit for 
successful restarting)
Ambient temperature
Cooling time-constant
Heating time-constant for generator or 
transformer

0.10...10.00 x In
0.1...120.0 s
1...3
Motor; through-ventilated, rated power < 1500 kW
Motor; through-ventilated, rated power > 1500 kW
Motor; surface cooling, rated power < 500 kW
Motor; surface cooling, rated power > 500 kW
Generator; hydro or small air-cooled turbine generators
Generator; large turbine generators
Transformer
80.0…120.0%
40.0…100.0%

40.0…100.0%
-50.0…100.0

C

1.0...10.0 x time constant

1...999 min

ADVANCED SETTINGS
Short time-constant for stator
Long time-constant for stator
Weighting factor of the short time-constant for 
stator
Temperature rise of stator at rated current
Maximum temperature of stator
Short time-constant for rotor
Long time-constant for rotor
Weighting factor of the short time-constant for 
rotor
Temperature rise of rotor at rated current
Maximum temperature of rotor

0.0...999.0 min
0.0...999.0 min

0.00...1.00

0.0...350.0 

C

0.0...350.0 

C

0.0...999.0 min
0.0...999.0 min

0.00...1.00

0.0...350.0 

C

0.0...350.0 

C

Operation mode (principle of ambient 
temperature compensation)

Waiting time for a successful restart (Read-
only parameter)
Predicted time to the trip (Read-only 
parameter)

Not in use
No sensors; the set ambient temperature
1 sensor used
2 sensors used

0...99999 s

0...99999 s 

Operation accuracy
Reset ratio

Note! The values below apply when f/fn = 0.95...1.05
±1.0%, I = 0.1...10.0 x In
Trip: (Calculated temp. rise - 0.1) / Trip temperature
Start: (Calculated temp. rise - 0.1) / Prior alarm 
temperature
Restart: (Calculated temp. rise - 0.1) / Restart inhibit 
temperature limit

Summary of Contents for REF 541

Page 1: ...Feeder Terminal Product Guide REF 541 REF 543 REF 545 ...

Page 2: ......

Page 3: ...urement for short duration voltage variations like sags swells and short interruptions Condition monitoring including circuit breaker condition monitoring trip circuit supervision and internal self supervision of the feeder terminal Time synchronization via binary input Syn chronization pulse once per second or once per minute Fault locator for short circuits in all kinds of network and for earth ...

Page 4: ...otection functions Measurement functions Disturbance recorder Power quality functions Control functions Fault locator Condition monitoring functions General functions Communication functions Standard functions The function blocks are documented on the CD ROM Technical Descriptions of Func tions 1MRS 750889 MCD Protection functions Protection is one of the most important func tions of the REF 54_ f...

Page 5: ...tion The control functions configured using the Relay Configuration Tool can be associated with position indicators that are part of the MIMIC configuration picture displayed on the HMI Position indicators are used to indi cate the position of switching devices via the MIMIC picture and to control them locally The status of different objects e g open close undefined displayed in the MIMIC view can...

Page 6: ...sensor input Please see the connection diagram for details When ordering please note the type of analogue inputs Each analog channel is separately configured with the Relay Configuration Tool Both the measuring unit for each analog channel and the type of signal to be measured are to be configured A separate scaling factor can be set for each analogue channel The factors enable differ ences betwee...

Page 7: ... and from each other Analogue outputs can be utilized for transfer ring any measured or calculated information to panel meters or e g PLCs Alarm LED indicators The feeder terminal offers eight alarm LED indicators to be configured with the Relay Mimic Editor The LED colours green yel low red their use and the ON and OFF state texts can be freely defined Three basic oper ation modes are supported n...

Page 8: ...ion Module The interface between the feeder terminal and an optical bus can be made through the RER 123 Bus Connection Module IEC 61850 communication using SPA ZC 400 on the rear connector X3 2 The 9 pin D type subminiature male connec tor RS 232 connection on the rear panel connects the feeder terminal to the distribu tion automation system via the IEC 61850 protocol In the IEC 61850 mode the SPA...

Page 9: ...dy latched flashing Interlocking LED texts can also be defined in the same alarm view but the colour of the interlocking LED cannot be changed Lon network configuration The LON Network Tool is used for binding network variables between RED 500 termi nals Typically LON is used for transferring object status data open close undefined between units for interlocking sequences run ning in the units DNP...

Page 10: ...16 18 17 3 4 11 10 12 13 15 14 16 17 18 8 9 X4 2 X2 1 X2 2 X2 3 X2 4 X2 5 X2 6 X2 7 DIFF DIFF DIFF DIFF DIFF DIFF DIFF X3 3 X4 1 1 2 PS1_4_HSPO3 PS1_4_HSPO1 PS1_4_TCS1 PS1_4_HSPO2 PS1_4_HSPO5 PS1_4_SO1 PS1_4_TCS2 PS1_4_HSPO4 PS1_4_TempAlarm X2 9 DIFF 1 2 4 5 6 7 X4 2 PS1_4_BI1 PS1_4_BI3 PS1_4_BI2 3 4 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 X5 1 5 6 7 9 8 10 12 11 13 15 14 16 18 17 1 2 X5 2 RE...

Page 11: ...1_4_BI3 PS1_4_BI2 PS1_4_TempAlarm REF 543 1MRS 090127 AABA BABA CABA BIO2_7_BI9 BIO2_7_BI8 BIO2_7_BI7 BIO2_7_BI6 BIO2_7_BI5 BIO2_7_BI4 BIO2_7_BI3 BIO2_7_BI2 BIO2_7_BI10 BIO2_7_BI1 BIO2_7_PO1 BIO2_7_PO2 BIO2_7_PO3 BIO2_7_PO4 BIO2_7_PO5 BIO2_7_PO6 BIO1_5_BI1 BIO1_5_BI11 BIO1_5_BI9 BIO1_5_BI8 BIO1_5_BI7 BIO1_5_BI6 BIO1_5_BI5 BIO1_5_BI4 BIO1_5_BI3 BIO1_5_BI2 BIO1_5_BI10 BIO1_5_BI12 BIO1_5_SO1 BIO1_5_S...

Page 12: ...I9 BIO1_5_BI8 BIO1_5_BI7 BIO1_5_BI6 BIO1_5_BI5 BIO1_5_BI4 BIO1_5_BI3 BIO1_5_BI2 BIO1_5_BI10 BIO1_5_BI12 BIO1_6_BI1 BIO1_6_BI11 BIO1_6_BI9 BIO1_6_BI8 BIO1_6_BI7 BIO1_6_BI6 BIO1_6_BI5 BIO1_6_BI4 BIO1_6_BI3 BIO1_6_BI2 BIO1_6_BI10 BIO1_6_BI12 BIO2_7_PO1 BIO2_7_PO2 BIO2_7_PO3 BIO2_7_PO4 BIO2_7_PO5 BIO2_7_PO6 BIO1_5_SO1 BIO1_5_SO2 BIO1_5_SO3 BIO1_5_SO4 BIO1_5_SO5 BIO1_5_SO6 BIO1_6_SO1 BIO1_6_SO2 BIO1_6_...

Page 13: ...ly module is a galvanically isolated fly back type dc dc converter A green protection LED indicator on the front panel is lit when the power supply module is in operation The feeder terminal is provided with a 48 hour capacitor back up protection that enables the internal clock to keep time in case of an auxiliary power failure Power supply There are two basic types of power supply modules availab...

Page 14: ...2INT Type conversion from BOOL inputs to INT output BYTE_TO_ Type conversion from BYTE to WORD DWORD COMH Hysteresis comparator COS Cosine in radians CTD Down counter CTUD Up down counter CTU Up counter DATE_TO_UDINT Type conversion from DATE to UDINT DINT_TO_ Type conversion from DINT to SINT REAL INT DIV Divider DWORD_TO_ Type conversion from DWORD to WORD BYTE EQ Extensible comparison to equal ...

Page 15: ... UDINT_TO_ Type conversion from UDINT to USINT UINT REAL UINT_TO_ Type conversion from UINT to USINT UDINT REAL BOOL USINT_TO_ Type conversion from USINT to UINT UDINT REAL WORD_TO_ Type conversion from WORD to DWORD BYTE Table 3 Condition monitoring functions Function ANSI device no IEC symbol Description CMBWEAR1 CB wear1 CB wear1 Circuit breaker electric wear 1 CMBWEAR2 CB wear2 CB wear2 Circui...

Page 16: ... I O IND4 Switching device 4 indication COIND5 COIND5 I O IND5 Switching device 5 indication COIND6 COIND6 I O IND6 Switching device 6 indication COIND7 COIND7 I O IND7 Switching device 7 indication COIND8 COIND8 I O IND8 Switching device 8 indication COLOCAT COLOCAT I O POS Logic controlled control position selector COPFC 1 55 COPFC Power factor controller COSW1 COSW1 SW1 On off switch 1 COSW2 CO...

Page 17: ...ock By setting Not activated Remove one step Add one step Disconnect all Recorded data Number of switching operations per day Number of switching operations per week 0 65535 0 65535 Operation accuracies Accuracy class of operation 2 0 of set value or 0 02 x rated value 2 0 Table 5 Measurement functions Function ANSI device no IEC symbol Description MEAI1 2 AI1 AI1 General measurement 1 analog inpu...

Page 18: ... input 10000 00000 10000 00000 10000 00000 10000 00000 Neutral current measurement MECU1A and MECU1B Io Io_B Io A Io 0 0 20000 0 A 0 0 80 0 In Three phase current measurement MECU3A and MECU3B 3I 3I_B IL1 IL2 IL3 IL1 IL2 IL3 IL1 demand IL2 demand IL3 demand IL1 demand IL2 demand IL3 demand 0 0 20000 0 A 0 0 20000 0 A 0 0 20000 0 A 0 0 1000 0 In 0 0 1000 0 In 0 0 1000 0 In 0 0 20000 0 A 0 0 20000 0...

Page 19: ...uts is available at 50 Hz recordings inputs 1 3 10 1 1163 cyc 23 2 s 412 cyc 8 2 s 126 cyc 2 5 s 5 232 cyc 4 6 s 82 cyc 1 6 s 25 cyc 0 5 s 10 115 cyc 2 3 s 41 cyc 0 8 s 12 cyc 0 24 s System frequency measurement MEFR1 f Frequency Average Freq Voltage U 10 00 75 00 Hz 10 00 75 00 Hz 0 0 2 0 x Un Three phase power and energy measurement MEPE7 PQE P3 kW Q3 kvar Power factor DPF Power factor PF P3 dem...

Page 20: ...overfrequency protection stage 4 Freq1St5 1 81 5 f5 Underfrequency or overfrequency protection stage 5 FuseFail 3 60 FUSEF Fuse failure supervision Inrush3 68 3I2f Three phase transformer inrush and motor start up current detector MotStart 2 48 Is2t n Three phase start up supervision for motors NEF1Low 51N 1 Io Non directional earth fault protection low set stage NEF1High 51N 2 Io Non directional ...

Page 21: ...DMT mode Note The values below apply when f fn 0 95 1 05 2 5 of set value or 0 01 x In Injected currents 2 0 x start current internal time 32 ms total time 40 ms 40 1000 ms depends on the minimum pulse width set for the trip output 0 95 45 ms 2 of set value or 20 ms Class index E 5 0 or 20 ms Three phase non directional overcurrent protection high set stage NOC3High 3I 51 2 and instantaneous stage...

Page 22: ... IDMT mode Note The values below apply when f fn 0 95 1 05 0 1 10 x In 2 5 of set value or 0 01 x In 10 40 x In 5 0 of set value 2 5 of measured voltage or 0 01 x Un 2 Injected currents 2 0 x start current internal time 42 ms total time 50 ms 40 1000 ms depends on the minimum pulse width set for the trip output 0 95 45 ms 2 of set value or 20 ms Class index E 5 0 or 20 ms Three phase directional O...

Page 23: ... time inverse RI type inverse RD type inverse IEEE Extremely inverse IEEE Very inverse IEEE Short time inverse IEEE Short time extremely inverse IEEE Long time extremely inverse IEEE Long time very inverse IEEE Long time inverse Peak to peak Fundamental frequency 0 1000 ms Operation accuracy Start time Reset time Reset ratio typically Retardation time Operate time accuracy at DT mode Accuracy clas...

Page 24: ...ode Drop off time of the operate time counter 1 0 500 0 of In 2 0 100 0 of Un 0 1 300 0 s 0 05 1 00 Not in use Definite time Extremely inverse Very inverse Normal inverse Long time inverse Basic angle Uo Basic angle IoSin Cos Uo IoSin Cos Non directional Io Non directional Uo Forward Reverse 90 60 IoSin IoCos Not active Active Peak to peak Fundamental frequency 0 1000 ms Operation accuracy Start t...

Page 25: ...pply when f fn 0 95 1 05 2 5 of set value 0 0005 x In 2 5 of set value or 0 01 x Un Phase angle 2 Injected neutral current 2 0 x start current and residual voltage 2 0 x start voltage internal time 72 ms total time 80 ms 40 1000 ms depends on the minimum pulse width set for the trip output 0 95 50 ms 2 of set value or 20 ms Residual overvoltage protection low set stage ROV1Low Uo 59N 1 Start volta...

Page 26: ...he trip output 0 95 Total time for blocking 25 ms Total time when voltage drops below start value 50 ms 2 of set value or 20 ms Three phase thermal overload protection for cables TOL3Cab 3Ith 49F Time constant for the cable Maximum load current for the cable Maximum temperature of conductor Reference temperature Trip temperature Prior alarm temperature Reclosure temperature Ambient temperature Ope...

Page 27: ... x time constant 1 999 min ADVANCED SETTINGS Short time constant for stator Long time constant for stator Weighting factor of the short time constant for stator Temperature rise of stator at rated current Maximum temperature of stator Short time constant for rotor Long time constant for rotor Weighting factor of the short time constant for rotor Temperature rise of rotor at rated current Maximum t...

Page 28: ...rotection high set stage OV3High 3U 59 2 Start voltage Operate time Operation mode Measuring mode Operation hysteresis 0 10 1 60 x Un 0 05 300 00 s Not in use Definite time Phase to phase voltages peak to peak measurement Phase to phase voltages fundamental freq measurement Phase to earth voltages fundamental freq measurement 1 0 5 0 Operation accuracy Start time Reset time Reset ratio Retardation...

Page 29: ...voltages peak to peak measurement Phase to phase voltages fundamental freq measurement Phase to earth voltages fundamental freq measurement 1 0 5 0 Operation accuracy Start time Reset time Reset ratio Retardation time Operate time accuracy at DT mode Note The values below apply when f fn 0 95 1 05 2 5 of set value Injected voltages 0 5 x start voltage internal time 32 ms total time 40 ms 40 1000 m...

Page 30: ...ns 2 of set value or 20 ms Underfrequency or overfrequency protection 5 stages Freq1St1 Freq1St5 f1 f5 81 1 81 5 Operation mode Undervoltage limit for blocking Start value for under overfrequency prot Operate time for under overfrequency prot Start value for df dt protection Operate time for df dt protection Not in use f f 1 timer f f 2 timers f f OR df dt f f AND df dt f f OR df dt f f AND df dt ...

Page 31: ...13 5 0 9 0 29 0 1 1800 300 60 15 1 0 3 0 12 IEC 60871 1 IEC 60871 1 ANSI IEEE 37 99 IEC 60871 1 ANSI IEEE 37 99 ANSI IEEE 37 99 ANSI IEEE 37 99 ANSI IEEE 37 99 Note The minimum operate time is 100 ms Start current of trip stage Time multiplier k for trip stage Start current of alarm stage Operate time of alarm stage Start current of undercurrent stage Operate time of undercurrent stage Setting of ...

Page 32: ... 0 0 20 0 dIn Do not activate Activate External Internal Faulty elements counter Amount of faulty elements in branch 1 of phase IL1 Amount of faulty elements in branch 2 of phase IL1 Amount of faulty elements in branch 1 of phase IL2 Amount of faulty elements in branch 2 of phase IL2 Amount of faulty elements in branch 1 of phase IL3 Amount of faulty elements in branch 2 of phase IL3 0 100 0 100 0...

Page 33: ... 1 05 2 5 of set value 0 0005 x dIn Phase angle measurement 2 Injected currents 2 0 x start current internal time 32 ms total time 40 ms 40 1000 ms depends on the minimum pulse width set for the TRIP output 0 95 45 ms 2 5 of set value or 0 1 dIn 2 5 of set value or 0 1 dIn Auto reclosure function AR5Func O I 79 Number of reclosures Initiation mode AR1 AR2 AR3 AR4 starting line operation mode AR1 A...

Page 34: ...settings Ratio U2 U1 and Ratio I2 I1 When f fn 0 95 1 05 4 0 percentage units of settings Ratio U2 U1 and Ratio I2 I1 BSOUT activation time when the task interval is 10 ms Injected negative sequence voltage 2 00 x Ratio U2 U1 f fn 0 98 1 02 35 ms within the same task Reset time 20 ms within the same task Reset ratio for Ratio U2 U1 0 8 0 96 for Ratio I2 I1 1 04 1 2 Fault locator FLOC 21FL The faul...

Page 35: ...ach harmonic and THD Recorded data 1 hour 12 hours 1 day 2 days 3 days 4 days 5 days 6 days 1 week 90 0 99 5 0 0 1000 0 In 0 0 1000 0 In 0 0 1000 0 In One data set for updating One data set from the previous observation period Harmonic limit supervision Limit for THD Limits for each harmonic Recorded data 0 0 60 0 0 0 40 0 In If any limit should be exceeded the whole harmonic set will be recorded ...

Page 36: ... second 0 7 Un Measurement accuracy Measured harmonic Um 1st 10th Measured harmonic Um 11th 13th In accordance with IEC 61000 4 7 0 3 Un if Um 3 Un 10 Um if Um 3 Un Short duration voltage variation measurement PQVO3Sd PQ3U PQ3U The PQVO3Sd function block is used for measuring short duration voltage variations Power quality is being evaluated in the voltage waveform by measuring voltage swells sags...

Page 37: ...uts Table 9 Auxiliary power supplies Type PS1 240V REF 541 REF 543 PS2 240V REF 545 only External display module PS1 48V REF 541 REF 543 PS2 48V REF 545 only Input voltage ac 110 120 220 240 V Input voltage dc 110 125 220 V 24 48 60 V Voltage variation ac 85 110 dc 80 120 of rated value dc 80 120 of rated value Burden 50 W Ripple in dc auxiliary voltage max 12 of the dc value Interruption time in ...

Page 38: ...m TCR 0 00385 1000 Platinum TCR 0 00385 100 Nickel TCR 0 00618 DIN 43760 120 Nickel TCR 0 00618 250 Nickel TCR 0 00618 1000 Nickel TCR 0 00618 10 Copper TCR 0 00427 120 Nickel TCR 0 00672 MIL T 24388C Max lead resistance three wire measurement 200 per lead Accuracy 0 5 of full scale 1 0 of full scale for 10 Copper RTD Isolation 2 kV inputs to outputs and inputs to protective earth Sampling frequen...

Page 39: ...earth Response time 85 ms Table 15 Environmental conditions Specified service temperature range 10 55 C Transport and storage temperature range 40 70 C Degree of protection by enclosure Front side flush mounted IP 54 Rear side connection terminals IP 20 Dry heat test according to IEC 60068 2 2 Dry cold test according to IEC 60068 2 1 Damp heat test cyclic according to IEC 60068 2 30 r h 95 T 20 55...

Page 40: ...z radiated pulse modulated ENV 50204 10 V m f 900 MHz radiated test with a portable transmitter IEC 60255 22 3 method C f 77 2 MHz P 6 W f 172 25 MHz P 5 W Fast transient disturbance test IEC 60255 22 4 and IEC 61000 4 4 power supply 4 kV I O ports 2 kV Surge immunity test IEC 61000 4 5 power supply 4 kV common mode 2 kV differential mode I O ports 2 kV common mode 1 kV differential mode Power fre...

Page 41: ...Rear interface connector X3 3 RS 485 connection protocol SPA LON the fibre optic interface module RER 103 is needed for galvanic isolation data transfer rates SPA 4 8 9 6 19 2 kbps selectable LON 78 0 kbps 1 2 Mbps selectable Rear interface connector X3 4 RJ45 connection galvanically isolated RJ45 connection for an external display panel protocol CAN communication cable 1MRS 120511 001 1 m 1MRS 12...

Page 42: ...ition monitoring functions Measurement functions Power quality functions see Technical Descriptions of Functions CD ROM 1MRS 750889 MCD Self supervision RAMs ROMs EEPROMs all analogue reference voltages automatic test sequences for I Os and HMI modules output contact condition monitoring all contacts Mechanical dimensions Width 223 7 mm 1 2 of a 19 rack Height frame 265 9 mm 6U Height box 249 8 mm...

Page 43: ...r terminal e g Software 1MRS110028 0__ REF54_KC127AAAA Software revision A B C D E F G H K Feeder terminal type REF 541 REF 543 REF 545 Hardware number 115 118 127 129 133 A fixed display B external display module Auxiliary voltage range of a power supply module and voltage range of digital inputs A power supply PS1 240 V Medium or PS2 240 V Ur 110 120 220 240 V ac 110 125 220 V dc digital inputs ...

Page 44: ...on Code REF541 3 5 CONTROL REF541 3 5 BASIC REF541 3 5 MULTI SHORT CIRCUITS 51 1 3I Three phase non directional overcurrent low set stage NOC3Low X X 51 2 3I Three phase non dir overcurrent high set stage blockable overcurrent NOC3High X X 51 3 3I Three phase non dir overcurrent inst stage blockable overcurrent NOC3Inst X X 67 1 3I Three phase directional o c low set stage DOC6Low X X 67 2 3I Thre...

Page 45: ... OVER UNDERVOLTAGE 59 1 3U Three phase overvoltage low set stage OV3Low X 59 2 3U Three phase overvoltage high set stage OV3High X 27 1 3U Three phase undervoltage low set stage UV3Low X 27 2 3U Three phase undervoltage high set stage UV3High X Functionality levels protection functions FUNCTIONALITY LEVELS ANSI Code IEC Symbol Function Code REF541 3 5 CONTROL REF541 3 5 BASIC REF541 3 5 MULTI ...

Page 46: ...pervision FuseFail X X X 46 Iub Phase discontinuity CUB3Low X X 62BF CBFP Circuit breaker failure X X X 49M G T 3Ithdev Three phase thermal overload protection for devices TOL3Dev X 48 Is2t n Start up supervision for motors MotStart X 47 1 U1U2 _ 1 Three phase phase sequency voltage protection stage 1 PSV3St1 X 47 2 U1U2 _ 2 Three phase phase sequency voltage protection stage 2 PSV3St2 X Functiona...

Page 47: ...2 TIME2 Operate Time Counter 2 e g motors CMTIME2 X X X CMGAS1 GAS1 Gas pressure supervision CMGAS1 X X X CMGAS3 GAS3 Gas pressure supervision for three poles CMGAS3 X X X CMSPRC1 SPRC1 Spring charging control 1 CMSPRC1 X X X CMTRAV1 TRAV1 Breaker travel time 1 CMTRAV1 X X X CMSCHED SCHED Scheduled maintenance CMSCHED X X X TRIP CIRCUIT TCS1 TCS1 Trip Circuit Supervision 1 CMTCS1 X X X TCS2 TCS2 T...

Page 48: ...S Interlocking X X X Command control X X X STANDARD FUNCTIONS Operation indication relay and register reset INDRESET X X X Activation of HMI backlight MMIWAKE X X X Switchgroups SWGRP1 SWGRP20 SWGRP 1 20 X X X PLC logics AND OR timers etc acc to IEC 61131 3 X X X DATA COMMUNICATION Event to be defined by the customer E0 E63 EVENT230 X X X SPA bus X X X LON bus X X X IEC_103 X X X GENERAL FUNCTIONS...

Page 49: ...I C CUB1Cap 1MRS100117 Three phase current unbalance protection for H bridge connected shunt capacitor banks 51NC 2 3dI C CUB3Cap 1MRS100052 CAPACITOR BANK CONTROL Power factor controller 55 COPFC COPFC 1MRS100143 POWER QUALITY Current waveform distortion measurement PQ 3Inf PQ 3Inf PQCU3H 1MRS100512 Voltage waveform distortion measurement PQ 3Unf PQ 3Unf PQVO3H 1MRS100513 Short duration voltage v...

Page 50: ... Main processor boards CPU module 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Power supply boards PS1 80 265 Vdc ac High 1 1 1 1 1 1 1 1 PS1 80 265 Vdc ac Medium 1 1 1 1 1 1 1 1 PS1 18 80 Vdc Low 1 1 1 1 PS2 80 265 Vdc ac PS2 18 80 Vdc Digital I O boards BIO1 threshold voltage 155 Vdc 1 1 1 1 1 1 1 1 BIO1 threshold voltage 80 Vdc 1 1 1 1 1 1 1 1 BIO1 threshold voltage 18 Vdc 1 1 1 1 BIO2 threshold vol...

Page 51: ...1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 Power supply boards PS1 80 246 Vdc ac High 1 1 1 1 1 1 1 1 PS1 80 265 Vdc ac Medium 1 1 1 1 1 1 1 1 PS1 18 80 Vdc Low 1 1 1 1 PS2 80 265 Vdc ac PS2 18 80 Vdc Digital I O boards BIO1 threshold voltage 155 Vdc 1 1 1 1 1 1 1 1 BIO1 threshold voltage 80 Vdc 1 1 1 1 1 1 1 1 BIO1 threshold voltage 18 Vdc 1 1 1 1 BIO2 threshold voltage 155 Vdc 1 1 1 1 1 1 1 1 BIO2 thre...

Page 52: ...BA REF545K_133AAAB REF545K_133BAAB REF545K_133AABB REF545K_133BABB Analogue interface Sensor channels current or voltage 9 9 9 9 9 Current transformer 1 5 A 4 4 4 4 4 4 4 4 4 4 Current transformer 0 2 1 A 1 1 1 1 1 1 1 1 1 1 Voltage transformer 100 V 4 4 4 4 4 4 4 4 4 4 Main processor boards CPU module 1 1 1 1 1 1 1 1 1 1 Power supply boards PS1 80 265 Vdc ac High PS1 80 265 Vdc ac Medium PS1 18 8...

Page 53: ...descriptions To achieve the best possible operation accu racy all parts of a REF 54_ product have been calibrated together Thus each product forms a whole for which no separate spare parts can be supplied In the event of mal function please consult your feeder terminal supplier ...

Page 54: ...monitoring system and SPACOM differential relay and volt age regulator main single line diagram presentation The neutral point of the MV network sup plied by the infeeder is isolated M M MF MF q q p 3I 50 51 CBFP 62 MCS R CBCM TCS 000 0 I I0 50N 51N R 000 U 90V 3DI 87T CBFP 62 R 000 MCS R Q P E CBCM TCS 000 0 I 3I 3U EXINFDR1 3U 59 U 3I 50 51 51B CBFP 62 3I REF 54_ SPAU 341 SPAD 346C REF 54_ 3I ha...

Page 55: ...differential relay and volt age regulator main single line diagram presentation The neutral point of the MV network sup plied by the infeeder is earthed via the Petersen coil MF MF q q p EXINFDR3 3I 3I 50 51 CBFP 62 MCS R CBCM TCS 000 0 I I0 50N 51N R 000 U 90V U 3D I 87T R 000 CBFP 62 MCS R Q P E CBCM TCS 000 0 I 3I 3U U0 59N 3U 59 CBFP 62 3I 50 51 51B U0 I0 M M q REF 54_ SPAU 341 SPAD 346C REA 1...

Page 56: ...ility feeder main single line diagram presentation The neutral point of the supplying network is isolated The scheme is also fully applicable in high impedance earthed networks where the neutral point is earthed via a high resistance or a Petersen coil M M MF 3I 50 51 I0 0 51N 3I2f 68 I0 67N CBFP 62 0 I 79 f 81U DI 46 MCS R I0 P E CBCM TCS 000 0 I 3I 3U EXFDR1 REF 54_ ...

Page 57: ...ial measurement cubicle main single line diagram presentation The neutral point of the supplying network is isolated The scheme is also fully applicable in high impedance earthed networks where the neutral point is earthed via a high resistance or a Petersen coil EXMEAS1 3U 59 f 81U MCS U0 TCS 000 3U f U0 59N R 3U 27 3U 59 f 81U MCS U0 TCS 000 3U f U0 59N R 3U 27 REF 54_ REF 54_ ...

Page 58: ...fferential relay and voltage regulator main single line diagram presentation The neutral point of the MV network supplied by the infeeder is earthed via a high resistance MF q q p EXINFDR4 3I 3I 50 51 CBFP 62 MCS R CBCM TCS 000 0 I I0 50N 51N R 000 U 90V U 3D I 87T R 000 CBFP 62 MCS R P E CBCM TCS 000 0 I 3I 3U 3U 59 CBFP 62 3I 50 51 51B Q I0 MF MF U0 59N SYNC 25 I0 50N 51N 3I 67 REF 54_ SPAU 341 ...

Page 59: ...iagram presen tation used for the protection control measurement and supervision functions of a utility industrial ring meshed network cable feeder The earthing of the supplying network can be of low or high impedance type 3I 67 I0 67N 49F 3 SYNC 25 f 81U 3U 27 3U 59 CBFP 62 MCS TCS CBCM 000 R E 0 I Q P 3I 3U pf f EXFDR3 3I MF REA 101 REF 54_ ...

Page 60: ...protection control measurement and supervision func tions of a utility light industrial cable feeder main single line diagram presentation The earthing of the supplying network can be of low or high impedance type 3I 50 51 DI 46 I0 50N 51N MCS P E CBCM TCS 000 0 I 3I 3U MF 3I2f 68 R EXFDR4 CBFP 62 REF 54_ ...

Page 61: ...point of the MV network sup plied by the infeeder is earthed via a low resistance The scheme is also fully applicable to other types of low impedance earthed networks where the neutral point is earthed effectively or via a low reactance MF MF q q p MCS R pf P E CBCM TCS 000 0 I 3I 3U EXINFDR2 3I f 3I 67 I0 50N 51N SEF 51N 3U 59 3U 27 CBFP 62 3D I 87T R 000 DI0 87N DI0 87N CBFP 62 3I 50 51 CBFP 62 ...

Page 62: ...r main single line diagram presentation The neutral point of the supplying network is earthed via a low resistance The scheme is also fully applicable to other types of low impedance earthed networks where the neutral point is earthed effectively or via a low reactance MF 3I 50 51 3I2f 68 CBFP 62 0 I 79 f 81U DI 46 MCS R P E CBCM TCS 000 0 I 3I 3U I0 50N 51N 51N SEF EXFDR2 REF 54_ ...

Page 63: ...EF 545 1MRS750443 MBG 63 Fig 16 REF 54_ used for the protection of a double Y connected capacitor bank REF 54_ TCS MCS 27 3U 59 3U f U0 3U REF 54_ asynmot1REFa TCS MCS CBCM DI I 3I 51C 37C 68C 3I 3I CBFP 62BF 50 51 3I 51N I 0 0 DI 51NC ...

Page 64: ...3 MBG 64 Fig 17 REF 54_ used for the protection of a motor with direct on line starting REF 54_ TCS MCS 27 3U 59 3U f U0 3U M REF 54_ asynmot1REFb TCS MCS CBCM E P Q pf f 3I U 48 14 66 I t n s 2 46 I 49 3 CBFP 62BF 50 51 3I 51N I 0 D U1 U2 U1 27 47 59 ...

Page 65: ...ultiple stage three phase overcurrent protection one stage dedicated for blockable busbar overcurrent protection three phase overvoltage protection low set and high set stage available three phase undervoltage protection low set and high set stage available multiple stage residual overvoltage protection low set high set and instantaneous stage available inrush detection based on the 2nd harmonic c...

Page 66: ...BCM U 90V U Q P 3I 3U I0 f pf U0 arc protection measuring circuit supervision trip circuit supervision circuit breaker condition monitoring automatic voltage regulation manual voltage regulation active power measurement indication and supervision reactive power measurement indication and supervision 3 phase current measurement indication and supervision 3 phase voltage or phase to phase voltage me...

Page 67: ...d or reverse active reactive energy annunciating event generating and value recording functions disturbance recorder digital value indication MMI MIMIC display local and remote control interface bay oriented interlocking logic SYMNOT3 3I harm 3U harm current waveform distortion measurement voltage waveform distortion measurement ...

Page 68: ...Freq1St4 1 81 4 f4 Underfrequency or overfrequency protection stage 4 Freq1St5 1 81 5 f5 Underfrequency or overfrequency protection stage 5 FuseFail 3 60 FUSEF Fuse failure supervision Inrush3 68 3I2f Three phase transformer inrush and motor start up current detector MotStart 2 48 Is2t n Three phase start up supervision for motors NEF1Low 51N 1 Io Non directional earth fault protection low set sta...

Page 69: ...ement stage A MECU1B Io_B Io_B Neutral current measurement stage B MECU3A 3I 3I Three phase current measurement stage A MECU3B 2 3I_B 3I_B Three phase current measurement stage B MEDREC16 1 DREC DREC Transient disturbance recorder MEFR1 f f System frequency measurement MEPE7 PQE PQE Three phase power and energy measurement MEVO1A Uo Uo Residual voltage measurement stage A MEVO1B 2 Uo_B Uo_B Residu...

Page 70: ...RM7 Alarm channel 7 LED indicator MMIALAR8 ALARM8 ALARM8 Alarm channel 8 LED indicator MMIDATA1 MMIDATA1 MMIDATA1 MIMIC data monitoring point 1 MMIDATA2 MMIDATA2 MMIDATA2 MIMIC data monitoring point 2 MMIDATA3 MMIDATA3 MMIDATA3 MIMIC data monitoring point 3 MMIDATA4 MMIDATA4 MMIDATA4 MIMIC data monitoring point 4 MMIDATA5 MMIDATA5 MMIDATA5 MIMIC data monitoring point 5 Table 23 Control functions F...

Page 71: ...tor s Manual 1MR 750500 MUM Technical Reference Manual RER 103 1MRS750532 MUM Technical Reference Manual RER 123 1MRS751143 MUM Protection Control Terminals REF 54_ REM 54_ REC 523 Configuration Guideline 1MRS750745 MUM Bus Connection Module RER 133 Technical Description 1MRS755163 Echelon LON and LonTalk are registered trademarks of Echelon Corporation All other product names or brands are tradem...

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Page 76: ...ABB Oy Distribution Automation P O Box 699 FI 65101 Vaasa FINLAND Tel 358 10 22 11 Fax 358 10 224 1094 www abb com substationautomation ...

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