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IM30-SA 

Doc. N° MO-0089-ING 

Rev. 

1

   FW: 

1.01

  

Pag. 

17  

of 

25

 

 

Copyright 2010 -  Microener

 

 

 

16. ELECTRICAL CHARACTERISTICS 

 

APPROVAL: CE 

– RINA 

REFERENCE STANDARDS          IEC 60255  -  EN50263  -  CE Directive  -  EN/IEC61000  -  IEEE C37 

 

 

 

 Dielectric test voltage 

IEC 60255-5  

2kV, 50/60Hz, 1 min. 

 

 

 Impulse test voltage 

IEC 60255-5 

5kV (c.m.), 2 kV (d.m.) - 1,2/50

5kV (c.m.), 2kV (d.m.) 

– 1,2/50

 

 

 Insulation resistance 

> 100M

 

 

 

Environmental Std. Ref. (IEC 68-2-1   -  68-2-2   -   68-2-33) 

 

 

 

Operation ambient temperature 

-10°C / +55°C 

 

 

 Storage temperature 

-25°C / +70°C 

 

 

 Humidity 

IEC68-2-3 RH 93% Without Condensing AT 40°C 

 

 

CE EMC Compatibility (EN50081-2  -  EN50082-2  -  EN50263) 

 

 

 Electromagnetic emission 

EN55022   

industrial environment 

 

 

 Radiated electromagnetic field immunity test 

IEC61000-4-3     level 3   

80-1000MHz 

10V/m 

 

ENV50204    

 

900MHz/200Hz  

10V/m 

 

 

 Conducted disturbances immunity test 

IEC61000-4-6 

level 3 

0.15-80MHz 

10V 

 

 

 Electrostatic discharge test 

IEC61000-4-2 

level 4 

6kV contact / 8kV air 

 

 

 Power frequency magnetic test 

IEC61000-4-8 

 

1000A/m 

50/60Hz 

 

 

 Pulse magnetic field 

IEC61000-4-9 

 

1000A/m, 8/20

 

 

 Damped oscillatory magnetic field 

IEC61000-4-10   

100A/m, 0.1-1MHz 

 

 

 Electrical fast transient/burst 

IEC61000-4-4 

level 3 

2kV, 5kHz 

 

 

 HF disturbance test with damped oscillatory wave (1MHz 

burst test) 

IEC60255-22-1  class 3 

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 vibration and shocks 

IEC60255-21-1  -  IEC60255-21-2  10-500Hz  1g 

 

 

CHARACTERISTICS 

 

 

 Accuracy at reference value of influencing factors 

2% Rated Input   -  0,1% On 

for measure 

 

2%  +/- 10ms 

for times 

 

 

 Rated Current 

In = 1 or 5A  -  On = 1 or 5A 

 

 

 Current overload 

200 A for 1 sec; 10A continuos 

 

 

 Burden on current inputs 

Phase : 0.01VA at In = 1A; 0.2VA at In = 5A 
Neutral : 0.03VA at On =1A ; 0.2VA at On = 5A 

 

 

 Average power supply consumption 

8.5  VA 

 

 

 Output relays 

rating 5 A; Vn = 380 V 
A.C. resistive switching = 1100W (380V max) 
make = 30 A (peak) 0,5 sec. 
break = 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

  e-mail : 

[email protected]

 

 

The performances and the characteristics reported in this manual are not binding and can modified at any moment without notice

 

Summary of Contents for IM30-SA

Page 1: ...ROPROCESSOR OVERCURRENT AND EARTH FAULT PROTECTION RELAY TYPE IM30 SA OPERATION MANUAL MULTIFUNCTION 3ph O C E F Sensitive E F Neg Seq O C RELAY TYPE IM30 SA MODE SELECT I I Io Io PROG I R F S E F I2...

Page 2: ...____________________________ 11 10 1 ACT MEAS Actual measure _________________________________________________________ 11 10 2 MAX VAL Max values ______________________________________________________...

Page 3: ...t be compatible with their declared performance 1 6 PROTECTION EARTHING When earthing is required carefully check its efficiency 1 7 SETTING AND CALIBRATION Carefully check the proper setting of the d...

Page 4: ...n strict conformity with the safety regulations 1 11 FAULT DETECTION AND REPAIR Internal calibrations and components should not be alterated or replaced For repair please ask the Manufacturer or its a...

Page 5: ...er A B a K IEC A Inverse A 0 14 0 0 02 0 3366 IEC B Very Inverse B 13 5 0 1 0 6667 IEC C Extr Inverse C 80 0 2 1 2375 IEEE Moderate Inverse MI 0 0104 0 0226 0 02 4 1106 IEEE Short Inverse SI 0 00342 0...

Page 6: ...anning by the key SELECT Parameter modification by the key Set validation by the key ENTER Scanning of the menus by the key MODE SELECT ENTER Enabled only if input current is zero ENTER RESET MODE SEL...

Page 7: ...rip after expiry of the set trip time delay tI g Red LED I2 Flashing when measured current overcomes the set trip level I Illuminated on trip after expiry of the set trip time delay tI h Yellow LED BL...

Page 8: ...not allow to associate the same relay at the same time to instantaneous and delayed elements Therefore any relay already associated to any time delayed element cannot be associated to any instantaneo...

Page 9: ...al time 2tBF tBf 2tBO tBo 2tBO By proper interconnection of the blocking inputs and outputs of different relays it is possible to configurate very efficient arrangements of logic fault discrimination...

Page 10: ...the memory SET DISP Reading of the settings and of the configuration of the output relays as programmed PROG Access to the programming of the settings and of relay configuration TEST PROG Access to th...

Page 11: ...phase A displayed as primary Amps 0 99999 IBxxxxxA As above phase B ICxxxxxA As above phase C IoxxxxxA As above earth fault current I2xxxxxIn Negative Sequence component of the 3 phase current system...

Page 12: ...xxxxIn Current of phase A value recorded at the moment of tipping IBxxxxIn Current of phase B as above ICxxxxIn Current of phase C as above IoxxxxOn Earth fault current as above I2xxxxxIn Negative Seq...

Page 13: ...out relay R5 is deenergized Enter MODE PROG and SELECT either SETTINGS for programming of parameters or F RELAY for programming of output relays configuration enable programming by the indirect operat...

Page 14: ...s O 0 02On Trip level of high set earth fault element p u of the rated current of the C Ts for zero sequence detection 0 02 4 Dis 0 01 On tO 0 05s Trip time delay of the high set earth fault element 0...

Page 15: ...4 So 4 Instantaneous element of Sensitive earth fault element operates relay R1 R2 R3 R4 tSo 2 As above time delayed element operates relay R1 R2 R3 R4 I2 3 Instantaneous element of Negative Sequence...

Page 16: ...est environment or after all dangerous output connections are removed 14 MAINTENANCE No maintenance is required Periodically a functional check out can be made with the test procedures described under...

Page 17: ...d IEC61000 4 10 100A m 0 1 1MHz Electrical fast transient burst IEC61000 4 4 level 3 2kV 5kHz HF disturbance test with damped oscillatory wave 1MHz burst test IEC60255 22 1 class 3 400pps 2 5kV m c 1k...

Page 18: ...IM30 SA Doc N MO 0089 ING Rev 1 FW 1 01 Pag 18 of 25 Copyright 2010 Microener 17 CONNECTION DIAGRAM STANDARD OUTPUT SCE1575 Rev 0 17 1 CONNECTION DIAGRAM DOUBLE OUTPUT SCE1576 Rev 0...

Page 19: ...g 19 of 25 Copyright 2010 Microener 18 WIRING THE SERIAL COMMUNICATION BUS SCE1309 Rev 0 19 CHANGE PHASE CURRENT RATED INPUT 1 OR 5A J1 Phase A J2 Phase B J3 Phase C Rated Input Current Rated Input Cu...

Page 20: ...IM30 SA Doc N MO 0089 ING Rev 1 FW 1 01 Pag 20 of 25 Copyright 2010 Microener 20 TIME CURRENT CURVES IEC TU0353 Rev 0 1 2...

Page 21: ...IM30 SA Doc N MO 0089 ING Rev 1 FW 1 01 Pag 21 of 25 Copyright 2010 Microener 21 TIME CURRENT CURVES IEEE TU0353 Rev 0 2 2...

Page 22: ...ion of the screws driver mark Draw out the PCB by pulling on the handle 22 2 PLUG IN Rotate clockwise the screws and in the horizontal position of the screws driver mark Slide in the card on the rails...

Page 23: ...IM30 SA Doc N MO 0089 ING Rev 1 FW 1 01 Pag 23 of 25 Copyright 2010 Microener 23 OVERALL DIMENSIONS PANEL CUT OUT 113x142 LxH View of Rear Terminal Connection...

Page 24: ...IM30 SA Doc N MO 0089 ING Rev 1 FW 1 01 Pag 24 of 25 Copyright 2010 Microener 24 KEYBOARD OPERATIONAL DIAGRAM...

Page 25: ...earth fault 0 01 0 05 Dis On 0 05 tSo Time delay of sensitive earth fault 0 01 30 s 0 05 F I2 Operation characteristic of the Negative Sequence element D A B C MI SI VI I EI D I2 Tap of the negative...

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