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MICROENER MM30-W Operation Manual

Microprocessor motor protection relay
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MICROPROCESSOR
MOTOR PROTECTION RELAY
MM30-W
OPERATION MANUAL
MICROELETTRICA
SCIENTIFICA
MILANO
ITALY
MULTIFUNCTION
MOTOR PROTECTION
RELAY TYPE
MM30-W
Copyright - 2010 - Microener
MM30-W
TYPE
T>
St.N°
I>,O>
I
>,1
2
PROG/
I<
ROTOR
U,f,
I.R.F.
STALL
MODE SELECT
PROG.
ENTER/RESET
Doc. N° MO-0117-ING
Rev.
1
Pag.
1 of 29
+
-

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Summary of Contents for MICROENER MM30-W

  • Page 1 1 of 29 MICROPROCESSOR MOTOR PROTECTION RELAY TYPE MM30-W OPERATION MANUAL T> St.N° I>,O> >,1  PROG/ I< ROTOR U,f, I.R.F. STALL MICROELETTRICA SCIENTIFICA MILANO ITALY MODE SELECT MULTIFUNCTION MOTOR PROTECTION RELAY TYPE MM30-W PROG. ENTER/RESET Copyright - 2010 - Microener...

  • Page 2: Table Of Contents

    21 Inverse time unbalance protection element________________________________________________ 22 22 Direction for pcb’s draw-out and plug-in__________________________________________________ 23 22.1 Draw-out____________________________________________________________________ 23 22.2 Plug-in______________________________________________________________________ 23 23 Overall dimensions / Mounting__________________________________________________________ 24 24 Keyboard operational diagram__________________________________________________________ 25 25 Setting’s form________________________________________________________________________ 26 Copyright - 2010 - Microener...

  • Page 3: General Utilization And Commissioning Directions

    The electronic circuits reduced by M.S. are completely safe from electrostatic discharge (8 KV IEC 255.22.2) when housed in their case; withdrawing the modules without proper cautions expose them to the risk of damage. Copyright - 2010 - Microener...

  • Page 4: Maintenance

    24V(-20%) / 110V(+15%) a.c. 80V(-20%) / 220V(+15%) a.c. a) -   b) - 24V(-20%) / 125V(+20%) d.c. 90V(-20%) / 250V(+20%) d.c. Before energising the unit check that supply voltage is within the allowed limits. Copyright - 2010 - Microener...

  • Page 5: Clock And Calendar

    During power on, time tolerance depends on the on board crystal (+/-50ppm typ, +/-100ppm max. over full temperature range). During power off, time tolerance depends on the RTC’s oscillator (+65 –270 ppm max over full temperature range). Copyright - 2010 - Microener...

  • Page 6: Controls And Measurements

    If not tripped, this button altered. restores the default display. Copyright - 2010 - Microener...

  • Page 7: Signalization

    STALL The leds reset takes place as follows: From flashing to off, automatically when the flashing cause disappears.  From Steady light to off by Enter/Reset push button (if the lit-on cause is cleared)  Copyright - 2010 - Microener...

  • Page 8: Output Relays

    (only four user programmable outputs with double number of available contacts) MASTER RELAY Any of the functions featured by the MM30-W can be programmed to control up to four out of the sixteen user programmable output relays Copyright - 2010 - Microener...

  • Page 9: Serial Communication

    The relays R5, R DIAG are not user programmable; they are normally energized and get deenergized on : - internal fault of MM30-W - Internal fault of REX-8 R5 - MM30-W power supply failure - REX-8 power supply failure R DIAG - during the programming - Interruption/fault on the serial...

  • Page 10: Digital Inputs

    10 ms). If any internal fault is detected, the display shows a fault message, the Led "PROG/IRF" illuminates and the relay R5 is deenergized. Complete test activated by the keyboard or via the communication bus either with or without tripping  of the output relays. Copyright - 2010 - Microener...

  • Page 11: Keyboard And Display Operation

    - Yellow key ENTER/RESET : It allows the validation of the programmed settings the actuation of test programs  the forcing of the default display indication  the reset of signal Leds.   e) - Indirect key : Enables access to the programming. Copyright - 2010 - Microener...

  • Page 12: Reading Of Measurements And Recorded Parameters

    SBxxxxxA As above, phase C. SCxxxxxA SoxxxxxA As above, earth fault current. S1/mxxx% Positive sequence current component during starting time. S2/mxxx% Negative sequence current component during starting time. Measurement of the Motor Starting time. tStxxxxs Copyright - 2010 - Microener...

  • Page 13: Trip Num

    Enter the mode "SET DISP", select the menu "SETTINGS" or "F RELAY", scroll information available in the menu by keys "+" or "-". SETTINGS= values of relay's operation parameters as programmed  RELAY= output relays associated to the different functions as programmed. Copyright - 2010 - Microener...

  • Page 14: Programming

    Motor starting time Switch-over current of motor starter Dis – 0.1 – 1 ITr0.5Ist (p.u. of motor starting current) Max switch-over time from reduced to full voltage operation 0.5 – 50 tTr 6s during motor starting. Copyright - 2010 - Microener...
  • Page 15 Minimum restart voltage (Reset level of the element U<) 0.01 Clock synchronisation Time 5-10 Expected time interval between sync. signal. 5 - 60 - Dis 15-30 Tsyn Dis m 60-Dis The setting Dis indicates that the function is disactivated. Copyright - 2010 - Microener...

  • Page 16: Programming The Configuration Of Output Relay

    Time delayed overvoltage tripping operates relay R1, R2, R3, R4 RA,RBRL Time delayed undervoltage tripping operates relay R1, R2, R3, R4 tU< ---4 RA,RBRL Time delayed Phase loss tripping operates relay R1, R2, R3, R4 1 ---1 RA,RBRL Copyright - 2010 - Microener...

  • Page 17: Mode "Testprog" Subprogram "W/O Trip

    This is extremely important as discharges eventually tacking place in other parts or components of the board can severely damage the relays or cause damages, not immediately evident to the electronic components. Copyright - 2010 - Microener...
  • Page 18 Doc. N° MO-0117-ING MM30-W Rev. Pag. 18 of 29 Copyright - 2010 - Microener...

  • Page 19: Electrical Characteristics

    = 0.3 A, 110 Vcc, L/R = 40 ms (100.000 op.) Microelettrica Scientifica S.p.A. - 20089 Rozzano (MI) - Italy - Via Alberelle, 56/68 Tel. (##39) 02 575731 - Fax (##39) 02 57510940 http://www.microelettrica.com ute@microelettrica.com e-mail : Copyright - 2010 - Microener...
  • Page 20 Doc. N° MO-0117-ING MM30-W Rev. Pag. 20 of 29 The performances and the characteristics reported in this manual are not binding and can modified at any moment without notice Copyright - 2010 - Microener...

  • Page 21: Connection Diagram (Standard Output)

    Doc. N° MO-0117-ING MM30-W Rev. Pag. 21 of 29 17. CONNECTION DIAGRAM (SCE1630 Rev.0 Standard Output) 17.1 - CONNECTION DIAGRAM (SCE1667 Rev.0 Double Output) Copyright - 2010 - Microener...

  • Page 22: Wiring The Serial Communication Bus

    22 of 29 18. WIRING THE SERIAL COMMUNICATION BUS (SCE1309 Rev.0) 19. CHANGE PHASE CURRENT RATED INPUT 1 OR 5A Connector Jumper Rated Input Phase A Current Input Rated Current Phase C Rated Input Current Neutral Copyright - 2010 - Microener...

  • Page 23: Thermal Image Curves

    Doc. N° MO-0117-ING MM30-W Rev. Pag. 23 of 29 20. THERMAL IMAGE CURVES (TU0249 Rev.1) Copyright - 2010 - Microener...

  • Page 24: Inverse Time Unbalance Protection Element

    = Comp. sequenza neg Negative sequence comp. [I2>/Im] = Soglia minima di funzionamento Minimum operation level [tI2>] = Ritardo intervento @ I2=Im Trip time delay @ I2=Im = Ritardo di intervento Trip time delay [tI2>] I2/Im Copyright - 2010 - Microener...

  • Page 25: Direction For Pcb's Draw-Out And Plug-In

    Slide-in the card on the rails provided inside the enclosure. Plug-in the card completely and by pressing the handle to the closed position. Rotate anticlockwise the screws  and  with the mark in the vertical position (locked). Copyright - 2010 - Microener...

  • Page 26: Overall Dimensions / Mounting

    Doc. N° MO-0117-ING MM30-W Rev. Pag. 26 of 29 23. OVERALL DIMENSIONS / MOUNTING PANEL CUT-OUT 113x142 (LxH) View of Rear Terminal Connection Copyright - 2010 - Microener...

  • Page 27: Keyboard Operational Diagram

    Doc. N° MO-0117-ING MM30-W Rev. Pag. 27 of 29 24. KEYBOARD OPERATIONAL DIAGRAM Copyright - 2010 - Microener...

  • Page 28: Setting's Form

    Trip level of under-voltage element Dis - 1 0.85 0.1 – 99.9 tU< Trip time delay of the under-voltage element 0.3 – 1.0 Minimum restart voltage Tsyn Clock synchronisation Time 5 - 60 - Dis Copyright - 2010 - Microener...
  • Page 29 Time delayed overvoltage tripping operates relay tU> tU> Time delayed undervoltage tripping operates relay tU< tU< Time delayed Phase loss tripping operates ready 1 1 Commissioning Engineer : Date : Customer Witness : Date : Copyright - 2010 - Microener...

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