MicroElektronika MC30-X/10-4 Operation Manual Download Page 2

 

 

MC30-X/10-4 

Doc. N°

 

MO-0350-ING

 

 

Copyright 2016 

 

 

FW: 1211.37.06.x 

Date 

17.06.2022 

Rev. 

 

Pag. 

of 

43 

 
 
 

 

 

 

1. General Utilization and Commissioning Directions _________________________________________________________ 4

 

1.1 - Storage and Transportation ______________________________________________________________________ 4

 

1.2 - Installation  __________________________________________________________________________________ 4

 

1.3 - Electrical Connection ___________________________________________________________________________ 4

 

1.4 - Measuring Inputs and Power Supply _______________________________________________________________ 4

 

1.5 - Outputs Loading ______________________________________________________________________________ 4

 

1.6 - Protection Earthing ____________________________________________________________________________ 4

 

1.7 - Setting and Calibration _________________________________________________________________________ 4

 

1.8 - Safety Protection ______________________________________________________________________________ 4

 

1.9 - Handling ____________________________________________________________________________________ 4

 

1.10 - Maintenance ________________________________________________________________________________ 5

 

1.11 - Waste Disposal of Electrical & Electronic Equipment __________________________________________________ 5

 

1.12 - Fault detection and repair ______________________________________________________________________ 5

 

2. General Characteristics _____________________________________________________________________________ 6

 

2.1 - Power Supply  ________________________________________________________________________________ 6

 

2.2 - Operation and Algorithms _______________________________________________________________________ 7

 

2.2.1 - Reference Input Values  _____________________________________________________________________ 7

 

2.2.2 - Input quantities ___________________________________________________________________________ 7

 

2.2.3 - Time Current Curves IEC (TU1029 Rev.0) _______________________________________________________ 9

 

2.2.4 - Time Current Curves IEEE (TU1028 Rev.0) _____________________________________________________ 10

 

3. Functions and Settings (Function) ____________________________________________________________________ 11

 

3.1 - T> (F49) - Thermal Image protection level _________________________________________________________ 11

 

3.1.1 - Thermal Image Curves (TU0445 Rev.0) ________________________________________________________ 12

 

3.2 - I> (1F51) - First overcurrent protection level _______________________________________________________ 13

 

3.3 - I>> (2F51) - Second overcurrent protection level  ___________________________________________________ 14

 

3.4 - IH (3F51) - Third overcurrent protection level  ______________________________________________________ 15

 

3.4.2 

 Automatic doubling or Overcurrent thresholds on current inrush  ____________________________________ 15

 

3.5 - Io> (1F51N) - First Earth Fault protection level  _____________________________________________________ 16

 

3.6 - Io>> (2F51N) - Second Earth Fault protection level __________________________________________________ 17

 

3.7 - IoH (3F51N) - Third Earth Fault protection level _____________________________________________________ 17

 

3.8 - BF (F51BF) - Breaker Failure ____________________________________________________________________ 18

 

3.9 - I.R.F. - Internal Relay Failure ___________________________________________________________________ 18

 

3.10 - Osc - Oscillographic Recording  _________________________________________________________________ 19

 

3.11 - Comm 

 Communication Parameters  ____________________________________________________________ 20

 

3.12 - LCD 

 Display and Buzzer operation _____________________________________________________________ 20

 

4. Logic Blocking of Functions _________________________________________________________________________ 21

 

4.1 - Blocking Outputs _____________________________________________________________________________ 21

 

4.2 

 Blocking Inputs ______________________________________________________________________________ 21

 

5. Output Relays ___________________________________________________________________________________ 22

 

5.1 - RelayCfg 

(Relay Configuration only via Software “MSCom”)

 ____________________________________________ 22

 

5.1.1 

 Output Relay ____________________________________________________________________________ 22

 

5.1.2 

 

“OutCfg” Outputs Configuration 

- via MSCom2 software ___________________________________________ 22

 

5.2 - 

Example: Change settings for “0.R1”

  _____________________________________________________________ 25

 

5.2.1 - 

“Output Config”

  __________________________________________________________________________ 25

 

5.2.2 - 

“Functions”

 ______________________________________________________________________________ 25

 

5.2.3 - 

“OpLogic”

 _______________________________________________________________________________ 26

 

5.2.4 - 

“Output config”

 ___________________________________________________________________________ 26

 

5.2.5 - 

“Timer”

 _________________________________________________________________________________ 27

 

6. Digital Inputs ____________________________________________________________________________________ 28

 

6.1 

 Digital Input on Main Module (Only via MSCom Software) _____________________________________________ 28

 

6.2 

 Digital Input on Expansion Module (Optional and configured via MSCom Software) __________________________ 28

 

7. Self-diagnostic ___________________________________________________________________________________ 28

 

8. Relay Management  _______________________________________________________________________________ 29

 

9. Signalizations  ___________________________________________________________________________________ 30

 

10. Keyboard Buttons  _______________________________________________________________________________ 30

 

11. Serial Communication Port  ________________________________________________________________________ 31

 

11.1 - Main RS485 Serial Communication Port  __________________________________________________________ 31

 

11.2 - Communication Port on Front Face Panel  _________________________________________________________ 32

 

12. Menu and Variables ______________________________________________________________________________ 33

 

12.1 - Real Time Measurements  _____________________________________________________________________ 33

 

12.2 - Measure (Instantaneous Measurements)  _________________________________________________________ 33

 

12.3 - Counter (Operation Counters) __________________________________________________________________ 33

 

12.4 - LastTrip (Event Recording) ____________________________________________________________________ 34

 

12.5 - R/W Set (Programming / Reading the Relay Settings) _______________________________________________ 35

 

12.5.1 - CommAdd (Communication Address) _________________________________________________________ 35

 

12.5.2 - Time/Date (Time/Date)  ___________________________________________________________________ 35

 

12.5.3 - RatedVal (Rated Input Values) ______________________________________________________________ 35

 

11.5.4 - Function (Functions) ______________________________________________________________________ 36

 

12.6 - Commands  ________________________________________________________________________________ 37

 

12.7 - Info&Ver (Firmware - Info&Version) _____________________________________________________________ 37

 

13. Keyboard Operational Diagram _____________________________________________________________________ 38

 

14. Password ______________________________________________________________________________________ 39

 

Summary of Contents for MC30-X/10-4

Page 1: ...MC30 X 10 4 Doc N MO 0350 ING Copyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 1 of 43 MICROPROCESSOR OVERCURRENT and EARTH FAULT RELAY TYPE Expansion Board OPERATION MANUAL...

Page 2: ...ion _____________________________________________________________20 4 Logic Blocking of Functions _________________________________________________________________________21 4 1 Blocking Outputs______...

Page 3: ...________________________________________40 17 1 Connection Diagram Expansion Module UX10 4 _________________________________________________40 18 Overall Dimensions ___________________________________...

Page 4: ...afety Protection Carefully check that all safety means are correctly mounted apply proper seals where required and periodically check their integrity 1 9 Handling Notwithstanding the highest practicab...

Page 5: ...e when you wish dispose of it Instead it should be handed over to an applicable collection point for the recycling of electrical and electronic equipment By ensuring this product is disposed of correc...

Page 6: ...e RS232 port on front panel Totally draw out execution with automatic C T shorting device Input currents are supplied to 3 current transformers measuring phase currents An additional internal CT direc...

Page 7: ...s 2 2 2 1 Mains Frequency Freq The relay can operate either in 50Hz or 60Hz systems The rated Mains Frequency Freq must be set accordingly 2 2 2 2 Phase Current inputs I1 The relay directly displays t...

Page 8: ...time delay t I Ts when tr Operation time of the output relay on pick up 7ms The parameters A and a have different values for the different Time Current Curves Curve Name Curve Identifier A B a IEC A...

Page 9: ...MC30 X 10 4 Doc N MO 0350 ING Copyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 9 of 43 2 2 3 Time Current Curves IEC TU1029 Rev 0...

Page 10: ...MC30 X 10 4 Doc N MO 0350 ING Copyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 10 of 43 2 2 4 Time Current Curves IEEE TU1028 Rev 0...

Page 11: ...the largest phase current I Allowed overloading time See Curve The trip time delay t of the thermal element depends on the warming up time constant tw on the previous thermal status Ip In 2 on the adm...

Page 12: ...MC30 X 10 4 Doc N MO 0350 ING Copyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 12 of 43 3 1 1 Thermal Image Curves TU0445 Rev 0...

Page 13: ...IEC A Inverse B IEC B Very Inverse C IEC C Extremely Inverse MI IEEE Moderate Inverse Curve VI IEEE Very Inverse Curve I IEEE Inverse Curve EI IEEE Extremely Inverse Curve SI IEEE Short Inverse Curve...

Page 14: ...variables FuncEnab If disable the function is disactivated BI Operation controlled by Blocking Digital Input 2xI Automatic threshold doubling on inrush Trg Function operation triggers the oscillograp...

Page 15: ...exceeded for time tIH When the function is tripped Signalization Led Trip is illuminated Last Trip Is recorded Function reset when The current drop below 95 IH Led reset when push button is pressed 3...

Page 16: ...ime A IEC A Inverse B IEC B Very Inverse C IEC C Extremely Inverse MI IEEE Moderate Inverse Curve VI IEEE Very Inverse Curve I IEEE Inverse Curve EI IEEE Extremely Inverse Curve SI IEEE Short Inverse...

Page 17: ...gnalization Led Trip is illuminated Last Trip Is recorded Function reset when The current drop below 95 Io Led reset when push button is pressed 3 7 IoH 3F51N Third Earth Fault protection level FuncEn...

Page 18: ...ed still exceeds 5 In the output relay associated to the BF function is operated relay another than TrR 3 9 I R F Internal Relay Failure FuncEnab No Param No Parameters Options Opl NoTrip NoTrip Trip...

Page 19: ...p Trigger from the Digital Input D3 tPre Recording time before Trigger tPost Recording time after Trigger When the option Start or Trip is selected The oscillographic recording is started respectively...

Page 20: ...nal blocks RS485 communication speed Mod Remote mode communication parameters Note Any change of this setting becomes valid at the next power on RPr Remote Protocol 3 12 LCD Display and Buzzer operati...

Page 21: ...ocking Input of another Protection Relay to implement a logic selectivity system As above explained in case of Breaker Failure the blocking output is released and the back up protection enabled 4 2 Bl...

Page 22: ...led from the relay UX10 4 Module Board 1 10 Digital Inputs 4 Outputs Relay The interfacing software MSCom2 also allows to program the operation of the output relays Physical Output 5 1 1 Output Relay...

Page 23: ...Trip IoH IoH Start Third Earth Fault element tIoH Trip BF BF Trip Breaker Failure IRF IRF Trip Internal Relay Failure CBopen CBopen Trip C B open command CBclose CBclose Trip C B close command HwRecov...

Page 24: ...Manual In this mode the output relay is operated when the controlling Functional Output is activated and remains in the operated condition until a manual reset command is issued by the relay keyboard...

Page 25: ...utput Config Select Output Config related to 0 R1 and press right button on mouse select Value change Select Normally Energized from combo box and press OK if Password is request see Password 5 2 2 Fu...

Page 26: ...lated to 0 R1 and press right button on mouse select Value change Select None from combo box and press OK if Password is request see Password 5 2 4 Output config Select Output config related to 0 R1 a...

Page 27: ...pyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 27 of 43 5 2 5 Timer Select Timer related to 0 R1 and press right button on mouse select Value change Select 0 5 from combo box and press OK if P...

Page 28: ...ping the output relay In this list are show the functions that can be associated with digital inputs or output relay Any of the Digital Inputs can be programmed to control one or more of the following...

Page 29: ...can be totally managed locally either by the RS232 communication port or by the 4 key buttons and the LCD display or remotely via the communication bus RS485 connected to the rear terminal blocks The...

Page 30: ...when any function is tripped reset takes places by pressing the reset button d PWR I R F Illuminated during normal operation when Power Supply is ON Flashing when a Relay Internal Fault is detected W...

Page 31: ...e Communication Protocol is MODBUS RTU IEC60870 5 103 The configuration of transmission parameters is selectable Baud Rate 9600 19200 bps 9600 19200 bps 9600 19200 bps Start bit 1 1 1 Data bit 8 8 8 P...

Page 32: ...unication Port on Front Face Panel This port is used for communication through the Front Face Panel between a local Lap top PC The physical link is RS232 by the standard female 9 pin D sub connector a...

Page 33: ...t other measurements to go back to Measure Display Description I 0 65535 In Largest of the 3 phase currents of rated current IA 0 65535 A RMS value of Phase A current Primary Amps IB 0 65535 A RMS val...

Page 34: ...d the relay tripping For indication of the TRIP Cause the following acronyms are used T Thermal Image I 1st Overcurrent Short Circuit I 2nd Overcurrent Short Circuit IH 3rd Overcurrent Short Circuit I...

Page 35: ...Current time YY to set year XX MM to set month XX XX DD to set day XX XX XX hh mm to set hour XX mm to set minutes To validate Set Done Exit 12 5 3 RatedVal Rated Input Values RatedVal 1st Variable t...

Page 36: ...99 0 01 IH 3F51 FuncEnab Enable Enable of the protection function Enable Disable Options BI Disable Operation controlled by Blocking Digital Input Enable Disable 2xI Enable Automatic threshold doublin...

Page 37: ...ication parameters Note any change of this setting became valid at the next power on 8 n 1 8 o 1 8 e 1 RPr Modbus Remote Protocol Iec103 Modbus TripLev No Parameters Timers No Parameters LCD FuncEnab...

Page 38: ...MC30 X 10 4 Doc N MO 0350 ING Copyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 38 of 43 13 Keyboard Operational Diagram...

Page 39: ...dification or to issue a command through the relay itself using the managing software MSCom The user can decide whether inserting his own password see MS Com Operational Manual or keeping the password...

Page 40: ...MC30 X 10 4 Doc N MO 0350 ING Copyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 40 of 43 17 Connection Diagram 17 1 Connection Diagram Expansion Module UX10 4...

Page 41: ...MC30 X 10 4 Doc N MO 0350 ING Copyright 2016 FW 1211 37 06 x Date 17 06 2022 Rev 3 Pag 41 of 43 18 Overall Dimensions Protection Degree IP44 On Request IP54...

Page 42: ...ontal position of the screws driver mark Draw out the PCB by pulling on the handle 19 2 Plug In Rotate clockwise the screws in the horizontal position of the screws driver mark Slide in the card on th...

Page 43: ...400pps 2 5kV m c 1kV d m Oscillatory waves Ring waves IEC61000 4 12 level 4 4kV c m 2kV d m Surge immunity test IEC61000 4 5 level 4 2kV c m 1kV d m Voltage interruptions IEC60255 4 11 Resistance to...

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