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IM3G-VX 

Doc. N° MO-0068-ING 

Rev. 

1

 

Pag. 

20  

of 

36

 

 

Copyright 2010 -  Microener

 

 

12. PROGRAMMING 

 

The relay is supplied with the standard default programming used for factory test. [ Values here below 
reported in the “ Display “ column ]. 
All parameters can be modified as needed in the mode PROG and displayed in the mode SET DISP 

Local Programming by the front face key board is enabled only if no input current is detected 
(main switch open). Programming via the serial port is always enabled but a password is 
required to access the programming mode. The default password is the null string; in the 
standard application program for communication “MS-COM” it is also provided an emergency 
password which can be disclosed on request only. 

As soon as programming is enabled, the Led  PRG/IRF flashes and the reclosing lock-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 operation key PROG. 
The key SELECT now scrolls the available parameters. By the key  (+) , (-)  the displayed values can be 
modified; to speed up parameter's variation press the key SELECT while "+" or "-" are pressed.    
Press key "ENTER/RESET" to validate the set values. 

 

12. 1 - PROGRAMMING OF FUNCTIONS SETTINGS 

 

Mode PROG menu SETTINGS.  (Production standard settings here under shown). 

 

Display 

Description 

Setting Range 

Step 

Unit 

NodAd  

1  Identification number for connection on serial communication bus 

1 - 250 

Fn

 50 

Hz

 

Mains frequency 

50 - 60  

10 

Hz 

In

 500

Ap

 

Rated primary current of the phase C.Ts. 

0 - 9999 

UnS 

100

V

  Rated secondary voltage of Vts (phase to phase) 

100 - 125 

Ib  

0.5

In

 

Generator’s rated current as p.u. of C.Ts rated current 

0.5 - 1.1 

0.1 

In 

F(I>)

    D 

Operation characteristic of the low-set overcurrent element 
D  = Independent definite time. 
SI  = Dependent normal inverse time 

D - SI 

D - SI 

U/I> 

ON 

Voltage control on level I> 

ON - OFF 

ON-OFF 

I> 

1.0

Ib

 

Trip level of  low-set overcurrent element (p.u. of Ib) 

1 - 2.5 - Dis 

0.01 

Ib 

tI>  

0.05

s

 

Trip time delay of the low-set overcurrent element 
In the inverse time operation [tI>] is the trip time delay at I = 5x[I>] 

0.05 - 30 

0.01 

U/I>> 

ON  Voltage control on level I>> 

ON - OFF 

ON-OFF 

I>>   

3

Ib

 

Trip level of  high-set overcurrent element (p.u. of Ib) 

1 - 9.9 - Dis 

0.1 

Ib 

tI>> 

0.05

s

  Trip time delay of  the high-set overcurrent element 

0.05 - 3 

0.01 

1Is 

0.05

Ib

 

Generator’s max. continuos negative sequence current rating 
(p.u. of Ib) 

0.05 - 0.5 - Dis 

0.01 

Ib 

Ks    

5

s

 

Time multiplier of the I

2

t time-current curve 

5 - 80 

tcs   

10

s

 

Cooling time from trip level to the state corresponding to I2=1Is 

10 - 1800 

In

  500  

Ap

 

Ap

 is the unit of measure, 

Amps primary. 

500

 is the 

setting default 

In 

is the name 

of the

 

variable 

Содержание IM3G-VX

Страница 1: ...P Brasca D Ciminaghi REV DESCRIPTION DATE PREP CONTR APPR MULTIFUNCTION MICROPROCESSOR PROTECTION RELAY TYPE IM3G VX OPERATION MANUAL Copyright 2010 Microener GENERATOR PROTECTION RELAY TYPE IM3G V E...

Страница 2: ...ded parameters________________________________________18 10 1 ACT MEAS Actual measure ___________________________________________________ 18 10 2 MAX VAL Max values ___________________________________...

Страница 3: ...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 setting of the dif...

Страница 4: ...librations and components should not be altered or replaced For repair please ask the Manufacturer or its authorised Dealers Misapplication of the above warnings and instruction relieves the Manufactu...

Страница 5: ...s 0 12 In from 0 to 1 3In and 1 2 In from 1 3 through 13In The actual absolute error on each measurement M can be 1 0 02 M 0 002 In from 0 to 1 3 In 2 0 02 M 0 02 In from 1 3 to 13 In 2 2 2 Phase to n...

Страница 6: ...hermal image of the machine based on the ratio I Ib of the RMS of the current flowing in each phase to the rated full load current of the generator Warming up time constant Tc 2 400 m step 1m Maximum...

Страница 7: ...Minimum operation time of instantaneous output 30ms Trip time delay in the definite time operation mode F I D t tI 0 05 30 s step 0 01s Trip time delay in the inverse time operation mode F I SI t 0 03...

Страница 8: ...the values is used in the algorithm Practically in the zone between 0 2 and 0 8 Uns the relay operates as underimpedance protection when Zx Ex Ix Uns 3 I Uns 3 I 2 3 5 F46 Current unbalance Measuremen...

Страница 9: ...t level W Pick up operation level W 0 05 1 00 Wb step 0 05Wb Setting W Dis blocks function s operation Independent trip time delay tW 0 1 60 s step 0 1s 2 3 8 F40 Loss of excitation capacitive underim...

Страница 10: ...y if all the 3 impedances of phase A B C are within the trip zone 2 3 11 F27 59 Dual level 3 phase over under voltage F1 27 59 First voltage element 1U Pick up operation level of voltage difference 1u...

Страница 11: ...1 60 s step 0 1s Operation mode Fn 1f The function can be programmed to operate as Overfrequency Fn 1f operates when the frequency rises above the rated value Fn by more than 1f Hz f Fn 1f Hz Underfr...

Страница 12: ...ing 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 SELECT...

Страница 13: ...ng the trip time delay of the function Zc Illuminated on trip at the end of time delay f Yellow LED Z Flashing during the programming of the parameters Illuminated in case of Internal Relay Fault g Re...

Страница 14: ...le REX 8 includes eight RA RB RC RD RE RF RG RH user programmable plus one R Diag diagnostic output relays The master module IM3G VX can control all together up to sixteen output relays 4 internal R1...

Страница 15: ...ed on internal fault of IM3G VX Internal fault of REX 8 R5 IM3G VX power supply failure R DIAG REX 8 power supply failure during the programming Interruption fault on the serial control communication...

Страница 16: ...r the expiry of the set trip time delay of the function involved plus additional time 2tBF t2 2tBF By proper interconnection of the blocking inputs and blocking outputs of different relays it is possi...

Страница 17: ...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 the ma...

Страница 18: ...ve phase C axxxxx Phase displacement of IA on EA 0 360 anticlockwise bxxxxx Phase displacement of IB on EB 0 360 anticlockwise cxxxxx Phase displacement of IC on EC 0 360 anticlockwise Wxxxx Wb Three...

Страница 19: ...rent 10 4 TRIP NUM Counters of the number of operations for each of the relay functions The memory is non volatile and can be cancelled only with a secret procedure Display Description T xxxxxx Therma...

Страница 20: ...PROGRAMMING OF FUNCTIONS SETTINGS Mode PROG menu SETTINGS Production standard settings here under shown Display Description Setting Range Step Unit NodAd 1 Identification number for connection on ser...

Страница 21: ...age element 1 50 1 t1u 1 00s Trip time delay of the first voltage element 0 10 60 0 1 s Un 2u Operation mode of second voltage element overvoltage undervoltage over under voltage Dis disactivated Dis...

Страница 22: ...es relays R1 R2 R3 R4 RA RB RL 1U 4 Time delayed element 1U operates relays R1 R2 R3 R4 RA RB RL 2U 23 Time delayed element 2U operates relays R1 R2 R3 R4 RA RB RL 1f 4 Time delayed element 1f operate...

Страница 23: ...al fault is detected during the auto test the relay R5 is deenergized the relevant led is activated and the fault code is displayed WARNING Running the WithTRIP test will operate all of the output rel...

Страница 24: ...t 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...

Страница 25: ...IM3G VX Doc N MO 0068 ING Rev 1 Pag 25 of 36 Copyright 2010 Microener The performances and the characteristics reported in this manual are not binding and can modified at any moment without notice...

Страница 26: ...IM3G VX Doc N MO 0068 ING Rev 1 Pag 26 of 36 Copyright 2010 Microener 16 CONNECTION DIAGRAM SCE1564 Rev 1 Standard Output 16 1 CONNECTION DIAGRAM SCE1565 Rev 1 Double Output...

Страница 27: ...IM3G VX Doc N MO 0068 ING Rev 1 Pag 27 of 36 Copyright 2010 Microener 17 WIRING THE SERIAL COMMUNICATION BUS SCE1309 Rev 0...

Страница 28: ...1 Pag 28 of 36 Copyright 2010 Microener 18 CHANGE PHASE CURRENT RATED INPUT 1 OR 5A J3 Phase C Rated input Current 5A 1A J2 Phase B Rated input Current 5A 1A J1 Phase A Rated input Current 5A 1A Jump...

Страница 29: ...IM3G VX Doc N MO 0068 ING Rev 1 Pag 29 of 36 Copyright 2010 Microener 19 TIME CURRENT CURVES F51 TU0311 Rev 0...

Страница 30: ...IM3G VX Doc N MO 0068 ING Rev 1 Pag 30 of 36 Copyright 2010 Microener 20 I2 t CONSTANT ELEMENT F46 TU0312 Rev 0...

Страница 31: ...IM3G VX Doc N MO 0068 ING Rev 1 Pag 31 of 36 Copyright 2010 Microener 21 THERMAL IMAGE CURVES TU0325 Rev 0...

Страница 32: ...of the screws driver mark Draw out the PCB by pulling on the handle 21 2 Plug in Rotate clockwise the screws and in the horizontal position of the screws driver mark Slide in the card on the rails pro...

Страница 33: ...IM3G VX Doc N MO 0068 ING Rev 1 Pag 33 of 36 Copyright 2010 Microener 23 OVERALL DIMENSIONS PANEL CUT OUT 113x142 LxH View of Rear Terminal Connection...

Страница 34: ...Ib 16 t2Isxxxs 17 Ir xxxIb 18 tIr xxxs 19 K1xxx Zb 20 K2 xx Zb 21 tz xxxs 22 ti xxxs 23 Un xxx1u 24 1u xx Un 25 t1uxxxxs 26 Un xxx2u 27 2u xx Un 28 t2uxxxxs 29 Fn xxx1f 30 1f xxxHz 31 t1f xxs 32 Fn xx...

Страница 35: ...t alarm level 2Is Ib t2Is 1 s Independent trip time delay of alarm element t2Is s Ir 0 02 Ib Trip level of the reverse power element Ir Ib tIr 0 1 s Independent trip time delay of reverse power elemen...

Страница 36: ...ce element time delayed 1Is 2Is As above second unbalance element 2Is tIr 2 3 Reverse power time delayed element tIr Z 2 Underimpedance time delayed element Z tW 4 Underpower time delayed element tW 1...

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