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MC3V-X/10-4

Doc. N°

 MO-0355-ING

 

Microe

ner

 - Copyright 20

11

  

 

FW

940.09.01.x 

Date

06

.0

1

.20

11

Rev. 

4

 

  Pag.

12

  of

32

 
 

 

2.2.3.9 - 

Osc

 - Oscillographic Recording 

 

FuncEnab 

 

Enable 

 

[Disable / Enable] 

 

Options

 

Trg 

Trip 

 

[Disable / Start / Trip / Ext.Inp.] 

 

TripLev

 

 

No Param 

 

No Parameters 

 

Timers

 

tPre 

0.30 

(0.10 

÷

 0.50) 

step 

0.1 

 

tPost 

0.30 

(0.10 

÷

 1.50) 

step 

0.1 

 

 

 

 

FuncEnab

 

:  If disable the function is disactivated 

 

 

Trg

 

Disab 

=  Function Disable (no recording) 

 

Start. 

=  Trigger on time start of protection functions 

 

Trip 

=  Trigger on trip (time delay end) of protection functions 

 

Ext.Inp. 

=  Trigger from the Digital Input D3 

 

 

tPre 

:  Recording time before Trigger (Pre-trigger) 

 

 

 

tPost 

:  Recording time after Trigger (Post-trigger) 

 

 
When the option “Start” or “Trip” is selected: 
 
The oscillographic recording is started respectively by the “Time Start” or by the “Trip at time end” of 
any of the functions that have been programmed to Trigger the Wave Form Capture (V>, V>>, V<, 
V<<, f>, f<, Vo>, V1<, V2>). 
 
The “Osc” Function includes the wave Form Capture of the input quantities (U, f) and can totally store 
a record of 3 seconds. 
 
The number of events recorded depends on the duration of each individual recording (tPre + tPost). 
In any case the number of event stored can not exceed ten (10 x 0.3 sec). 
Any new event beyond the 3 sec capacity of the memory, cancel and overwrites the former records 
(FIFO Memory). 

Summary of Contents for MC3V-X/10-4

Page 1: ...X 10 4 Doc N MO 0355 ING Microener Copyright 2011 FW 940 09 01 x Date 06 01 2011 Rev 4 THREE PHASE Over Under VOLTAGE Over Under FREQUENCY MICROPROCESSOR RELAY TYPE MC3V X 10 4 I O Boards OPERATION MA...

Page 2: ...________ 12 2 2 3 10 Comm Communication Parameters ___________________________________________________________________ 13 2 2 3 11 LCD Display and Buzzer operation ____________________________________...

Page 3: ...s Loading must be compatible with their declared performance 1 6 Protection Earthing When earthing is required carefully check its effectiveness 1 7 Setting and Calibration Carefully check the proper...

Page 4: ...truction manual of the Manufacturer maintenance must be carried out by specially trained people and in strict conformity with the safety regulations 1 11 Waste Disposal of Electrical Electronic Equipm...

Page 5: ...of the Output Relays can be replaced by a Can Bus port for control of additional I O modules Three optoisolated self powered Digital Inputs RS485 communication port independent from the RS232 port on...

Page 6: ...0 01 V Freq 50 Hz System rated frequency 50 60 10 Hz 2 2 2 Input quantities 2 2 2 1 Mains Frequency Freq The relay can operate either in 50Hz or 60Hz systems The rated Mains Frequency Freq must be se...

Page 7: ...y Blocking Digital Input Trg Function operation triggers the oscillographic wave form capture see Oscillographic V Trip level of overvoltage protection tV Trip time delay 2 2 3 2 V 2F59 Second overvol...

Page 8: ...nput Trg Function operation triggers the oscillographic wave form capture see Oscillographic V Trip level of undervoltage protection tV Trip time delay 2 2 3 4 V 2F27 Second undervoltage protection le...

Page 9: ...sable Enable Trg Enable Disable Enable TripLev f 49 50 Hz 40 00 70 00 step 0 01 Hz Timers tf 1 00 s 0 05 60 00 step 0 01 s FuncEnab If disable the function is disactivated BI Operation controlled by B...

Page 10: ...operation triggers the oscillographic wave form capture see Oscillographic V1 Trip level of positive sequence overvoltage protection tV1 Trip time delay 2 2 3 9 V2 F59V2 Negative sequence overvoltage...

Page 11: ...Param No Parameters Timers No Param No Parameters FuncEnab If disable the function is disactivated 2 2 3 11 I R F Internal Relay Failure FuncEnab No Param No Parameters Options Opz Trip NoTrip Trip Tr...

Page 12: ...Digital Input D3 tPre Recording time before Trigger Pre trigger tPost Recording time after Trigger Post trigger When the option Start or Trip is selected The oscillographic recording is started respec...

Page 13: ...anel RS232 communication speed RBd Remote Baud Rate Rear panel terminal blocks RS485 communication speed Mod Communication mode communication parameters Note Any change of this setting becomes valid a...

Page 14: ...y time delayed protection function tF59 tF27 fF81 tF81 tF59Vo can be blocked by activating the Digital Input D1 BI Enable 4 Output Relays Three user programmable Output Relays are normally available o...

Page 15: ...ital Input 1 D3 D4 Digital Input 1 D4 D5 Digital Input 1 D5 D6 Digital Input 1 D6 D7 Digital Input 1 D7 D8 Digital Input 1 D8 D9 Digital Input 1 D9 D10 Digital Input 1 D10 By the interface program MSC...

Page 16: ...elay 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...

Page 17: ...timed function starts to operate Illuminated when any function is tripped reset takes places by pressing the reset button d Yellow LED PWR I R F Illuminated during normal operation when Power Supply i...

Page 18: ...d the 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...

Page 19: ...Communication 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 connect...

Page 20: ...EA 0 999999 V RMS value of primary phase to neutral voltage of phase A EB 0 999999 V RMS value of primary phase to neutral voltage of phase B EC 0 999999 V RMS value of primary phase to neutral voltag...

Page 21: ...function which caused the relay tripping For indication of the TRIP Cause the following acronyms are used V 1 st Overvoltage V 2 nd Overvoltage V 1 st Undervoltage V 2 nd Overvoltage f Overfrequency...

Page 22: ...ion on serial communication bus 1 250 1 11 5 2 Time Date Time Date Time Date Date Current Date Time 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...

Page 23: ...V 0 30 s Trip time delay 0 05 60 00 0 01 FuncEnab Enable Enable of the protection function Enable Disable BI Disable Operation controlled by Blocking Digital Input Enable Disable Options Trg Enable Fu...

Page 24: ...delay 0 05 60 00 0 01 FuncEnab Disable Enable of the protection function Enable Disable Options No Param No Parameters TripLev No Param No Parameters RTD Timers No Param No Parameters FuncEnab Enable...

Page 25: ...D10 Canstatus Relay2 R2 OpMode N D N D Normally Deenergized N E Normally Energized N D N E Link V V V V Vo Association of functions to output relay R3 V tV V tV V tV V tV f tf f tf Vo tVo V1 tV1 V2 t...

Page 26: ...operate selected control Display Description Clear Erase memory of Trip Counters Event Records Test Starts a relay diagnostic test Reset Reset after trip 11 8 Info Ver Firmware Info Version The menu d...

Page 27: ...MC3V X 10 4 Doc N MO 0355 ING Microener Copyright 2011 FW 940 09 01 x Date 06 01 2011 Rev 4 Pag 27 of 32 12 Keyboard Operational Diagram...

Page 28: ...rs modification 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 pas...

Page 29: ...3V X 10 4 Doc N MO 0355 ING Microener Copyright 2011 FW 940 09 01 x Date 06 01 2011 Rev 4 Pag 29 of 32 16 Connection Diagram 16 1 UX10 4 Expansion Module Wiring Diagram 10 Digital Inputs 4 Output Rela...

Page 30: ...MC3V X 10 4 Doc N MO 0355 ING Microener Copyright 2011 FW 940 09 01 x Date 06 01 2011 Rev 4 Pag 30 of 32 17 Overall Dimensions PROTECTION DEGREE IP44 IP54 on request...

Page 31: ...horizontal position of the screws driver mark Draw out the PCB by pulling on the handle 18 2 Plug In Rotate clockwise the screws in the horizontal position of the screws driver mark Slide in the card...

Page 32: ...gnetic field IEC61000 4 9 1000A m 8 20 s Damped oscillatory magnetic field IEC61000 4 10 100A m 0 1 1MHz Immunity to conducted common mode disturbance 0Hz 150KHz IEC61000 4 16 level 4 Electrical fast...

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