m01-ing-r5- ultra - fmr - enertelindo.com - fmr.pdf4 leds for: power on/internal relay fault, trip /...

Three levels for phase overcurrent independentely programmable asdirectional or non directionalThree levels for Earth Fault independentely programmable as directionalor non directionalSelectable Time current curves according to IEC and IEEE standardsTwo over/under voltage levelsTwo over/under frequency levelsZero sequence overvoltage levelTwo Negative Sequence current levelsOne Positive Sequence overvoltage levelOne Negative Sequence undervoltage levelFour shot autoreclosing (optional)Two Reactive Power (VAR) control levels(optional)

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Three-phase Current, Voltage and Earth Fault multifunction relay for protection and management of MV/HV distribution lines.Real time measurement of the primary value of the input quantities are continuously available from relay's display and from the serial communication port.Relay's programming and setting can be made directly by the front face keyboard or via the serial communication ports.Setting, event recording and oscillography are stored into non volatile memory (E2prom).The relay is fitted with a multivoltage, autoranging power supply unit self protected and trasformer isolated

Besides the normal Watchdog and Powerfail functions, a comprehensive program of self-test and self diagnostic provides:

Diagnostic an functional test with checking of program routines and memory contents, running every time the auxiliary power supply is switched on.Dynamic functional test running during continuously normal operation.Complete Test (including or not including output relays) activated by the keyboard or via the communication bus.

Any internal fault detected is indicated by a fault message on the display and by de-energization of associated I.R.F. output relay.The relay is available in three different executions: Flush mounting, Surface mounting or 19” Rack mounting.

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246,49,50/51,67,50N/51N,67N,27/59,59Uo,74,79,81,86,I t

FEEDER MANAGER RELAY

M01-R5

FMR

ULTRALINE

Auxiliary Power Supply

Type 1 : 24 ¸ 110V A.C.(±20%) - 24 ¸ 125V D.C. (±20%) Type 2 : 80 ¸ 220V A.C.(±20%) - 90 ¸ 250V D.C. (±20%)

Graphical display 128x64 dots Multilanguage Display (English, Italian, French, Turkish, available - other on request)4 LEDS for: Power on/internal relay fault, Trip / alarm, Trip circuit fault , 6 Output relays totally user programmable4 Digital inputs user programmable IP44 Protection degree (IP54 on request)Totally draw-out execution.

mm

mmmmm

Trip circuit supervisionAssociated Circuit Breaker control (OPEN / CLOSE)Breaker failure protection

2Breaker interruption energy Si t

mmmm

Two complete setting programs switchable locally or remotely.Blocking input and Blocking output for pilot wire selectivity coordinationEvent Recording (last 100 events) Trip Recording (last 10 trips) complete with cause of tripping and values ofthe input quantities at the moment of trip Oscillographic recording of input quantities (8 channels, 32 sample/cycle, 2 sec each)Time tagging resolution 1ms.

mmmm

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m

Modbus RTU or IEC60870-5-103 communication protocolsRS232 serial communication port on Front Face RS485 serial communication port on Back PanelSynchronisation with other relays (resolution 1ms)

mmmm

1/10

FMRRS232

OPEN

POWER

TRIP

CLOSED

FMR-R

X

U 30.00 kVf 50.01 HzP 5190 kW Q 2514 kVAr

I 100 A

<Menu>

ULTRA-M RELAYULTRA-M RELAY

I

O

1F - 67/50/51 (1I>): 1st Overcurrent Element

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Function enabling : = ON - OFFTime current curves : f(t) = Indep.Definite Time (D), IEC (A/B/C), IEEE (MI/VI/I/EI/SI)Operation Mode : f(a) = Non Directional - Directional Supervision - Total Directional

: f(U) = ON - OFFCurrent setting range : Is = (0.1 - 4)In, step 0.01InCharacteristic sensitivity direction : a = (0 - 359)°, step 1°Instantaneous output : = £ 0.03sIndependent time delay : ts = (0.02 - 100)s, step 0.01s

Voltage restraint

FMR ULTRA M01-R5

2F & 3F - 67/50/51 (2I> & 3I>): 2nd & 3rd Overcurrent Element - Individually Programmable

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Function enabling : = ON - OFFOperation Mode : f(a) = Non Directional - Directional Supervision - Total Directional

: f(U) = ON - OFFCurrent setting range : Is = (0.1 - 40) In, step 0.01 InCharacteristic sensitivity direction : a = (0 - 359)°, step 1° Instantaneous output : = £ 0.03sIndependent time delay : ts = (0.02 - 100)s, step 0.01s

Voltage restraint

Stabilization on Inrush current

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Automatic doubling of the operation levels I>> and/or IH : 2xI> = ON/OFFActivation level : di/dt = ³ 25 In/sRevert level : : I< 1.25In

1F - 67N/50N/51N (1Io>): 1st Earth Fault Element

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Function enabling : = ON - OFFOperation Mode : f(ao) = Non Directional - Total Directional Time current curves : f(t) = Indep.Definite Time (D), IEC (A/B/C), IEEE (MI/VI/I/EI/SI)Current setting range : Is = (0.01 - 4)On, step 0.01OnMinumum level of residual voltage

for directional element : Vo = (0 - 20)%Un, step 0.1%UnCharacteristic sensitivity direction : ao = (0 - 359)°, step 1°

: az = (0 - 359)°, step 1°Instantaneous output : = £ 0.03sIndependent time delay : ts = (0.02 - 100)s, step 0.01s

Trip sector amplitude

2F & 3F - 67N/50N/51N (2Io> & 3Io>): 2nd & 3rd Earth Fault Elements - Individually programmable

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Function enabling : = ON - OFFOperation Mode : f(ao) = Non Directional - Total Directional Characteristic sensitivity direction : ao = (0 - 359)°, step 1°

: az = (0 - 359)°, step 1°Current setting range : Is = (0.01 - 9.99)On, step 0.01OnInstantaneous output : = £ 0.03sIndependent time delay : ts = (0.02 - 100)s, step 0.01s

Trip sector amplitude

F49 (T>): Thermal Image element with prealarm

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Function enabling : = ON - OFFOperation Mode : Opmod = (I1 I2 / Imax) Temperature prealarm : Tal = (10 - 100)%Tn, step 1 %Tn

etting range : Is = (0.5 - 1.5), step 0.01Time constant : Kt = (1 - 600)min, step 0.01minS

Real Time Measurements

Ia = current of phase A Va = Voltage of phase A Pa, Qa = Active, Reactive Power of phase A Ib = current of phase B Vb = Voltage of phase B Pb, Qb = Active, Reactive Power of phase BIc = current of phase C Vc = Voltage of phase C Pc, Qc = Active, Reactive Power of phase CIo = neutral current cosj = Power Factor A,B,C P, Q = Average of Active, Reactive Power+Wh,+Rh = Active, Reactive Exported Energy Wh,-Rh = Active, Reactive Imported Energy

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1F & 2F - 59 (1U> & 2U>): 1st & 2nd Maximum Voltage Element - Individually programmable

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Function enabling : = ON - OFFetting range : Us = (10 - 190)%Un, step 1%Un

Instantaneous output : = £ 0.03sIndependent time delay : ts = (0.02 - 100)s, step 0.01s

S

1F & 2F - 27 (1U< & 2U<): 1st & 2nd Minimum Voltage Element - Individually programmable

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1F & 2F - 81> (1f> & 2f>): 1st & 2nd Maximum Frequency Element - Individually programmable

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Function enabling : = ON - OFFetting range : fs = (40 - 70)Hz, step 0.01Hz


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1F & 2F - 81< (1f< & 2f<): 1st & 2nd Minimum Frequency Element - Individually programmable

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Function enabling : = ON - OFFetting range : fs = (40 - 70)Hz, step 0.01Hz


S

1F & 2F - 59Uo (1Uo> & 2Uo>): 1st & 2nd Maximum Zero Sequence Overvoltage Element - Individually programmable

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1F - 27U1 (U1<): Positive Sequence Undervoltage Element

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S

1F - 59U2/47 (U2>): Negative Sequence Overvoltage Element

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S

2F - 46 (2Is>): 2nd Negative Zero Sequence Element

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Function enabling : = ON - OFFetting range : Is = (0.1 - 4)In, step 0.01In


S

1F - 46 (1Is>): 1st Negative Zero Sequence Element

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Function enabling : = ON - OFFTime current curves : f(t) = Indep.Definite Time (D), IEC (A/B/C), IEEE (MI/VI/I/EI/SI)

etting range : Is = (0.1 - 4)In, step 0.01InInstantaneous output : = £ 0.03sIndependent time delay : ts = (0.02 - 100)s, step 0.01s

S

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FMR ULTRA M01-R5

1F - (Wi): Circuit Breaker Energy Maintenance

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Function enabling : = ON - OFF: Ii = (0.1 - 99)In, step 0.1In: Wi = (1 - 9990), step 1

Conventional interruption currentMax Energy before maintenance

Breaker Failure Element

¤ Alarm time delay : tBF = (0.05 - 0.75)s, step 0.01s

Trip Circuit Supervision Element

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Function enabling : = ON - OFFIndependent time delay : ts = (0.1 - 100)s, step 0.01sTrip circuit voltage : = (24 - 250)Vdc

F79 : Autoreclose

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Selection of function “initiating” the autoreclose shot (t1I> - t2I> - t3I> - t4I> - t1Io> - t2Io> - t3Io> - t4Io>):

First shot Sh1:(t1I> - t2I> - t3I> - t4I> - t1Io> - t2Io> - t3Io> - t4Io>); any combinationSecond shot Sh2:(t1I> - t2I> - t3I> - t4I> - t1Io> - t2Io> - t3Io> - t4Io>); any combinationThird shot Sh3:(t1I> - t2I> - t3I> - t4I> - t1Io> - t2Io> - t3Io> - t4Io>); any combinationFourth shot Sh4:(t1I> - t2I> - t3I> - t4I> - t1Io> - t2Io> - t3Io> - t4Io>); any combination

Reclosing time delay for each shot:

First shot Sht1: (0.1 - 300)s, step 0.1sSecond shot Sht2: (0.1 - 300)s, step 0.1sThird shot Sht3: (0.1 - 300)s, step 0.1sFourth shot Sht4: (0.1 - 300)s, step 0.1s

Reset (Reclaim) time : tr = (0.1 - 300)s, step 1s

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FMR ULTRA M01-R5

Reactive Power Control : Two Independently Programmable Elements

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Function enabling : = ON - OFFOperation mode : Over - Under - Over/UnderOperation direction : Export - Import - Export/ImportTrip level : xQ = (2 - 200)%Sn, step 1%SnTrip time delay : txQ = (0.0 - 99.9)s, step 0.1sReset differential : RxQ = (1 - 20)%Sn, step 1%Sn

RS485 6Output Relays

4DigitalInputs

CANBUS

EX/IO Expansion Modules

FMRRS232

OPEN

POWER

TRIP

CLOSED

X

U 30.00 kVf 50.01 HzP 5190 kW Q 2514 kVAr

I 100 A

<Menu>


I

O

CHIUDI

APRI

6+4OutputRelays

4+10DigitalInputs

RS485

ULTRA 19"

Variablecompositionup to 100 I/O+ 3 Analogue

Outputs

RS485

FMR

DCS

FMRRS232

OPEN

POWER

TRIP

CLOSED

X

U 30.00 kVf 50.01 HzP 5190 kW Q 2514 kVAr

I 100 A

<Menu>


I

O

FMRRS232

OPEN

POWER

TRIP

CLOSED

X

U 30.00 kVf 50.01 HzP 5190 kW Q 2514 kVAr

I 100 A

<Menu>


I

O

UX10-4

ULTRA-SRELAY

ULTRA-SRELAY

FMR + 1 Expansion Modules

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FMR ULTRA M01-R5

FMR - Connection Diagram

UX10-4 - Expansion Module (10 Digital Input + 4 Output Relays)

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FMR ULTRA M01-R5

14DO - Expansion Module (14 Output Relays

14DI - Expansion Module (14 Digital Input)

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FMR ULTRA M01-R5

Basic Relay - Overall Dimensions (mm)

(1 Expansion Module) & (2 Expansion Module) - Overall Dimensions (mm)

PROTECTIONDEGREE IP44

(IP54 on request)

PANEL CUT-OUT115x137 (LxH)

FMRRS232

OPEN

POWER

TRIP

CLOSED

FMR

X

U 30.00 kVf 50.01 HzP 5190 kW Q 2514 kVAr

I 100 A

<Menu>


I

O

ULTRA-SRELAY

ULTRA-SRELAY

185

16

4


195

213

232

13

516

4

FMRRS232

OPEN

POWER

TRIP

CLOSED

FMR

X

U 30.00 kVf 50.01 HzP 5190 kW Q 2514 kVAr

I 100 A

<Menu>


I

O

134

FMRRS232

OPEN

POWER

TRIP

CLOSED

FMR

X

U 30.00 kVf 50.01 HzP 5190 kW Q 2514 kVAr

I 100 A

<Menu>


I

O

ULTRA-SRELAY

ULTRA-SRELAY


236

(1 Expansion Module) (2 Expansion Module)


(IP54 on request)

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FMR ULTRA M01-R5

Rack 19”- 3U - Overall Dimensions (mm)

Multi-Module - Overall Dimension (mm)

PANEL CUT-OUT(11+(n x 51)) x 137 (LxH)

32 + (n x 51)

16

4

51

4 + (n x 51)9

195

213

232

13

5

42+(n+51)

51

10.5

57

7

206232

13

3

75+(n+51)


(IP54 on request)

19" Panel can be house upto 8 modules 51mm wideEach ULTRA relay is 2 modulewide (102mm)

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FMR ULTRA M01-R5

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

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Dielectric test voltage IEC 60255-5 2kV, 50/60Hz, 1 min.

Impulse test voltage IEC 60255-5 5kV (c.m.), 2 kV (d.m.) - 1,2/50msInsulation resistance >100 M

Operation ambient temperature -10°C / +55°CStorage temperature -25°C / +70°CEnvironmental testing (Cold) IEC60068-2-1

(Dry heat) IEC60068-2-2(Change of temperature) IEC60068-2-14(Damp heat, steady state) IEC60068-2-78 IEC68-2-3 RH 93% Without Condensing 40°C

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Accuracy at reference value of influencing factors 1% In - 0.1% On for measure2% + to (to=20¸30ms @ 2xIs) for times

Rated Current In = 1 or 5A - On = 1 or 5ACurrent overload 80 In for 1 sec; 4 In continuousBurden on current inputs Phase : 0.01VA at In = 1A; 0.2VA at In = 5A

Neutral : 0.01VA at In = 1A ; 0.2VA at In = 5ARated Voltage Un = 100¸125VVoltage Overload 2Un continuousBurden on voltage input 0.1 VA at UnAverange power supply consumption <10 VAOutput Relays rating 5 A; Vn = 380 V

A.C. resistive swictching = 1100W (380V max)make= 30 A (peak) 0.5 sec.break = 0.3 A, 110 Vcc, L/R = 40 ms (100.000 op.)

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APPROVAL : CEREFERENCE STANDARDS IEC 60255 - EN50263 - CE Directive - EN/IEC61000 - IEEE C37 - BSI

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

Typical Characteristics

Electromagnetic radiated and conducted emission EN55022 Industrial EnviromentRadiated electromagnetic field immunity test IEC61000-4-3 level 3 80-2000MHz10V/m

ENV50204 900MHz/200Hz 10V/mConducted disturbances immunity test IEC61000-4-6 level 3 0.15-80MHz10VElectrostatic discharge test IEC61000-4-2 level 4 6kV contact / 8kV airPower frequency magnetic test IEC61000-4-8 1000A/m, 50/60HzPulse magnetic field IEC61000-4-9 1000A/m, 8/20msDamped oscillatory magnetic field IEC61000-4-10 100A/m, 0.1-1MHzImmunity to conducted common mode disturbance 0/150KHz IEC61000-4-16 level 4Electrical fast transient/burst IEC61000-4-4 level 4 2kV, 5kHzHF disturbance test with damped oscillatory wave IEC60255-22-1 class 3 400pps, 2.5kV (m.c.), 1kV (d.m.)(1MHz burst test)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 50msResistance to vibration and shocks IEC60255-21-1 - IEC60255-21-2

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Order Code - Example : FMR-2-2-1

FMR

PowerSupply

1 = 1A2 = 5A

PhaseCurrent

1 = Type 12 = Type 2

1 = 1A2 = 5A

NeutralCurrent

Digital Inputs supply Expansion modules : Type 1 = 110Vcc - Type 2 = 24¸48Vcc

Expansion modulesConfiguration

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

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FMR ULTRA M01-R5

m01-ing-r5- ultra - fmr - enertelindo.com - fmr.pdf4 leds for: power on/internal relay fault, trip /...

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