P220.pdf

MiCOM P220Integrated Protection

& ControlSolutions for Motors

MiCOM P220 Integrated Protection & Control

Solutions for Motors

MiCOM P220Integrated Protection & Control Solutions for Motors

Setting and control software enablesthe user to access all the internalvalues of the relay, to download thesettings of all parameters andfacilitates commissioning. Thesoftware can be addressed via theRS232 communication port locatedon the frontplate, or via thecommunication network.

An optional analogue output makes it possible to send informationto a PLC (measurement or informationrelated to the motor process).

The MiCOM P220 relay is built intoa compact, shallow, 4U case andcan be withdrawn with its supplyswitched on. Its phase current inputsand earth are dual rating1 and 5 Ampere.

Protections and ControlThermal overload (49)

The thermal image of the MiCOMP220 relay allows for simultaneousprotection of the rotor and stator

DescriptionThe MiCOM P220 relay ofALSTOM T&D P&C is made formotor application. It is designed tooffer a wider range of functions andmore user related possibilities formotor protection, supervision andcontrol.

Its multi-functionality allows it toadapt easily to different types ofmotor, different kinds of driven loadand to the process related to useractivity.

The MiCOM P220 relay has beendeveloped to protect and controlmotors associated with pumps, fans,mills, compressors, crushers,conveyors, etc.

It can be used in all branches ofindustry: oil refinery, chemical plant,metallurgy, glass and cementmanufacturing, paper mills,electrical and mechanicalengineering, food production,mining etc. It is also used for watertreatment and in pumping stationsas well as in steam power plants.

The MiCOM P220 relay performs afull range of motor protectionfunctions based on load current suchas thermal overload, short-circuit,excessive start time, locked rotor,unbalance, earth fault, loss of load,

etc. In addition to these basicfunctions the relay accomplishesmany other functions which providemore effective control and protectionof the motor.

The optional monitoring of6 temperature sensors or of twothermistors provides continuousmonitoring of the temperature insidethe motor.A temperature sensor can be usedin order to adapt the thermal imageto the ambient temperature.

The MiCOM P220 relay containsprogrammed logic controls whichmakes it possible to limit the numberof starts, restart the motor in anemergency or latch the outputcontact after a tripping signal.A speed switch input detects alocked rotor condition during thestart-up phase.

Several communication protocolsare available (MODBUSTM, IEC 60870-5-103, Courier) via a rear communication port. Allinternal information such as,measurements, adjustments andsettings or event logging of theMiCOM P220 relay are availablevia the communication network.Commands from the upper level areimmediately taken into account bythe relay. These commands can beused to control the switchgear.

The MiCOM P220 relay has aneasy user-friendly Human MachineInterface (HMI). The relay's frontplateLEDs can be configured by the user.A LCD screen shows all the valuesmeasured by the relay as well asthe pre-set parameters.

The MiCOM P220 relay records amaximum amount of informationvery accurately. Therefore, thephase current measurements aregiven in true RMS values.

2

Thermal constant times

0

1

10

100

1 000

10 000

0,1 1 10Thermal equivalent current Ieq in terms of the current thermal theshold I>

Ope

ratin

g tim

e (s

econ

ds)

Cold curveThermal status = 0 %

Hot curveThermal status = 90 %

- overload condition : Te1 = 12 minutes- Startup condition : Te2 = 6 minutes

Figure 1 :Thermal image characterisic curves.

windings of the motor, whatever theoperating conditions of themachine: under and over-loadoperating conditions, during start-up, with locked rotor, or with themotor off.

Classic thermal images under I2tafford protection to stator windings,but do not take into account theover-heating that occurs in the rotorduring a current unbalance. TheP220 relay calculates the effects ofoverheating by separating thepositive and negative componentsof the line current which is absorbedby the motor.The result is better protection fromoverloads resulting in a markeddecrease of the risks of damagingthe motor.

The thermal image can be correctedby a RTD measuring the ambienttemperature.

The thermal image provides alarmthreshold, tripping threshold and athermal threshold beyond which are-start of the motor can be forbidden.

Short-circuit (50/51)

A phase overcurrent element allowsfor the detection of faults betweenphases.In addition to this short-circuitthreshold, a time-delayed signal andan instantaneous signal areavailable to provide betterselectivity.

Excessive start time (48/51)

Whether the motor is unloaded orcoupled to a heavy load, thisfunction monitors the duration of themotor start-up phase.

The choice of the motor's start-updetection criteria makes it possibleto use this function whatever thestart-up mode of the motor: e.g.

direct-on-line, star-delta, auto-transformer, electrolytic solution,and primary resistor insertion.

Locked rotor while runningor at start-up(50S/51LR)

During normal motor operation, anover current threshold detects rotorstalling. During motor start-up, alocked rotor is detected with thehelp of a speed switch input.

Unbalance, loss of phase andsingle phasing (46)

Two overcurrent elements based onthe negative sequence component ofthe current are available. One isassociated with an IDMTcharacteristic, while the other has adefinite time characteristic. Thesetwo elements make it possible todifferentiate a short or a smallamplitude unbalance from a moremarked phenomenon such as a lossof phase or single phasing.

Earth fault (50N/51N)

Two overcurrent elements for zerophase sequences are available.Each threshold disposes ofinstantaneous and delayedinformation. The adjustment rangeof the earth current threshold variesfrom 0.002 to 1 Ion, which permitsmaximum sensitivity for earth faultdetection.

The earth current input of the relaycan be wired to a core balanced CTas well as to a summation of thethree phase CTs.

Loss of load (37)

A loss of load, produced by a shaftrupture or the unpriming of a pump,is detected by virtue of a minimumelement of phase current, which canbe timed. This function can bedeactivated during the start-upphase in order to permit the motorto increase its load.

Temperature supervision

Optionally, 6 RTDs can beconnected to the P220 relay, tosupervise the motor's temperature.For each of the 6 RTDs channels,two temperature thresholds withindividual time-delay settings areavailable. These 6 temperaturesensors allow separate monitoring

3

0.21n

Trip statistics

The MiCOM P220 relay providesthe user with trip statistics for everyprotection function. The user canthus keep track of the number oftrips, which have taken place aswell as their origin.

Switchgear monitoring

The safety maintenance of theswitchgear is provided bymonitoring the summated contactbreaking duty, the number ofswitching operations as well as bycontrolling the opening time.

In the case of an abnormality or theoverflow of a pre-settable threshold,the P220 relay will generate analarm signal.

Event records

The last 75 status changes arerecorded by the MiCOM P220relay in a non-volatile memory.This covers all the status changes onthe logic inputs and outputs, themodification of one or moreparameters, the alarm signals or theoperation of one of the outputcontacts. Event logging is recordedwith a time tag accuracy of 1 ms.

Fault records

The MiCOM P220 relay records thelast 5 faults. For every fault, therelay records and indicates: A fault number The date and the time The active setting group The phase or phases in fault The function which gave the

tripping order The magnitude of the value which

gave the tripping order The values of every phase current

and of the earth current.

The recording of the fault valuesassociated with oscillographyfunctions and trip statistics, willenable the user to understand theorigin of faults and to eliminatethem.

Oscillography

5 oscillographic recordings, of threeseconds each, can be stored.Oscillography is performed by theMiCOM P220 relay with asampling frequency of 1600 Hz.

The oscillography data can beuploaded via the communicationnetwork or via the RS232 port onthe frontplate.

Shape of the startup current

The MiCOM P220 relay records theshape of the start-up current with aresolution of one sample for everyperiod. This recording can beuploaded to a PC via thecommunication network or via theRS232 port on the frontplate.

Visualising the shape of the start-upcurrent is very useful duringcommissioning. This functionality ofthe MiCOM P220 relay eliminatesthe need for a plotter.

Backup battery

In case of loss of auxiliary power,the safeguard in the memory of allevent records, fault records,oscillography and startup currentwaveform is ensured thanks to a3.6V battery.

User interfaceFrontplate and menus

All the relay's parameters, i.e.protection functions, logic controls,communication, LEDs, inputs andoutputs, can be programmed andmodified by pushbuttons located onthe front panel.

An alphanumeric, backlit,32-character LCD screen displays allthe data of the relay (settings,measurements, etc.).

The menus are designed for easymoving around and comfortableuse, without confusion. The user willquickly be at ease with the HumanMachine Interface.

Programmable scheme logics

The MiCOM P220 relay can achieveup to 4 logical equations bycombining the protection relay'sinternal and external information.These equations make it possible todefine logical AND/OR expressionswhich can be associated with time-delays.

These logical schemes result insavings in external relaying and inrelay/process interactivity.

MeasurementsThe MICOM P220 relay providescontinuous measurements of a largeamount of electrical data. Phase current magnitude in true

RMS value : IA, IB, IC Neutral current magnitude in true

RMS value : IN Positive sequence current : I1 Negative sequence current I2 Zero sequence current = I0 Frequency Peak current value

To provide the user with moreaccurate information on the motorsstatus and availability, the P220relay keeps tracks of: Thermal status of the motor Load value in relation to the full

load value Time to thermal trip Temperature of each RTD Authorised start number Time before another start-up

authorisation Last start time value Last start current magnitude Motor starts number Emergency starts number Total motor running hours

All this information allows the userto keep track permanently of thestatus of the motors process.

All the value measured by the relayare available on the front panel LCDscreen, via the communicationnetwork or via the front RS232 port.

Analogue output

An optional analogue output isavailable. Certain information andmeasurement values can be driventhrough a current loop towards aPLC.

4

Figure 3 : Disturbance recordanalysis by Win DRmanager for optimise results

Fixed LEDs

All products in the MiCOMprotection range have 4 indicator-lights in common, showing the statusof the relay. They respectivelyindicate if the relay is powered, ifan internal failure is detected, if atripping order has been given and ifan alarm is active.

Programmable LEDs

MICOM P220 relay offers freeprogramming of 4 LEDs. Eachindicator light can be assigned toone or more functions or logicstates, e.g.: "motor running" or "successfully started".

These programmable LEDs eliminatethe need for external signal-lights.

Push buttons

The operator menu is addressedthrough 7 touch-sensitive buttons.

Communication

The MiCOM P220 relay isequipped with a RS485 port on itsrear plate. Communication via theMODBUSTM, Courier or IEC 60870-5-103 protocols is thus available.

The range of MiCOM relays make itpossible to transmit adjustmentvalues, measurement data, alarmsignals, fault values, event-records,oscillography and start-up currentshape, to the Substation ControlSystem (e.g. MiCOM S10) or to aSCADA (Supervisory Control andData Acquisition System).Commands coming from the upperlevel can be sent to the relay,e.g. a stop motor command.

Communication parameters(equipment number, data rate,parity, etc.) can be adjusted by thepush buttons on the front panel.

5

Setting and control software

Configuration software makes itpossible to pre-set all theparameters of the P220 relay froma PC. The relay is then addressedvia the RS232 port located on thefrontplate.

Totally compatible with all theWindowsTM systems (95,98, NT), the configuration software candownload and upload the relaysettings and pull up measurementvalues, diagnostics, faultrecordings, oscillographies, start-upcurrent shape, and event-logging.

Mechanical featuresThe MiCOM P220 relay is entirelydigital.

Housing

The MiCOM P220 relay is housedin a compact 4U case. The caseincluding the connector, is only

Busbars

Logicalinputs

Logic outputs

phasesCT

Optional6 RTD/2 thermistorinputs

Optional analogoutput

Remote control

Setting and controlsoftware

Motor

86 66

46 37

50 51

48 50S 51LR

50N 51N

30

74

38

1449

P220

terreCT

3

52 Trip

RS 485Communication

RS 232Communication

WD

File Edit Equipment Network Options Help

ALSTOM - Setting Software SS07 - Version V1.C

Network : Transmission OK

San Pellegrino 9 P123 Feeder

Name Address Family Type

Lattes 30 P122 CableStafford 3 P220 MotorFrankfurt 6 MODN Source

Stafford 12/06/98 - 05 : 36 : 24

Figure 4 : Setting and controlsoftware SS07.

140mm deep. This enables it to beused in any kind of panel. The relaycan be withdrawn from its casewith the supply voltage on due tothe presence of internal shortinglinks protecting the current circuits.

The MiCOM P220 relay can beeither rack or flush mounted.

Connector technology

The connectors are of the same typeas used in MiDOS relays. Eachterminal has:

1) A 4mm screw outlet for Lshaped, pre-insulated crimpterminals.

2) Two blades (4.8mm x 0.8mmcross section) to accept snap-onconnectors as defined in BS5057.

Only the temperature sensors,thermistors and the analogue outputare connected by terminal screws.

S 10S 10

Figure 5 : MICOM S10 Control System

Userinterface

Printer

6MiCOMP220

33

34+-

30

32

34

36

38

40

42

44

46

48

50

52

54

56

29

31

33

35

37

39

41

43

45

47

49

51

53

55

4

6

8

10

18

20

1

3

5

7

9

1413

17

19

22

24

26

28

21

23

25

27

A

B

C

P2 P1

S2 S1

C B

A

Notes :(1)

(2)

(3)

(a)

1615

1211

2

49

5051

5253

5455

5641

4243

4445

4647

48

5 A

5 A

5 A

5 A

1 A

1 A

1 A

S2 S1

-

- 22+24 --26+

28 --

1 A

15 --

13+

17+

19 --

23 --

21+

WD

353736

RL1

642

RL2

12108

RL3

181614

RL4

531

RL5

1197

29

31

32

-30*

+

_

CT connection are typical only

Earth connection are typical only

(4) The MiCOM P220 relay is shown with power supply off

Phase rotation

Case earth

Module terminal blocksviewed from rear

(with integralcase earth link)

CT shorting links make before (b) and (c) disconnect

(b) Short terminals break before (c)

(c) Long terminals

(d) Pins terminals (p c b type)

Switchgear status 52aInput L1

Speed switch signalInput L2

Programmable input L3



Auxiliaryvoltage Watch dog (4)

Programmabletrippingoutput relay

Programmableoutputrelay




Optionnal connector(refer sheet 7)

Case earthconnection

RS 485Communication

port

*

(Link terminals 30 and 32 if the relayis connected at the end of the RS 485 bus)

A

B

C

P2 P1

S2 S1

49

5051

5253

5455

5641

4243

4445

4647

48

5 A

5 A

5 A

5 A

1 A

1 A

1 A

-

1 A

A

B

C

P2 P1

S2 S1

49

5051

5253

5455

5641

4243

4445

4647

48

5 A

5 A

5 A

5 A

1 A

1 A

1 A

S2 S1

-

-

1 A

Alternative : The earth current input is connected to the summation of the three phase CTs.

Alternative : Connection to 2 phase CTs + a core balanced CT

Figure 6 : Typical connection diagram of the MiCOM P220. The earth current input is connected to a core balanced CT.

7AFuse

B

C

Motor

Contactor coil

OnOff

52a

Contactorstatus 52 a

Input L1Programmable

trippingoutput relay

CT phase ACore balanced CT

CT phase B

CT phase C14

Auxiliary power

ProgrammableOutput

RL2 relay

ProgrammableOutput

RL4 relay

ProgrammableInput L3



Klaxon

Emergencystartup

External reset

ProgrammableOutput

RL5 relay

ProgrammableOutput

RL3 relay

Watchdog

Signalling lamp

Signalling

Signalling

SignallingFuse blown

CommunicationRS485

Statortemperature

55 56 49 50 51 52 53 54 1A47 48 41 42 43 44 45 46 5A

MiCOM P220

3132

30 a/c

2628

32 a/c

3735361816141197

+

-

+

-

3334

2224

642

12108

5

31

13

1517

1921

23

+-

Auxiliaryvoltage

Emergencystop

Analogue output(orange connector)

Speed switchsignal

Input L2

6 RTD inputs(orange connector)

Bearingstemperature

Ambienttemperature

PC/PLCsupervisor

PLC

Vaux

Vaux

Vaux

2 c 4 c 6 c 8 c10 c12 c14 c16 c18 c20 c22 c24 c26 c28 c

(Orange connector)

(Orange connector)

(Orange connector)

Analogue outputPassive source mode

RTD 2

RTD 4

RTD 6

Common

Common

Common

Common

Common

Common

RTD 1

RTD 3

RTD 5

+ -

Analogue outputActive source mode {

30 c32 c

2 a 4 a 6 a 8 a

10 a12 a14 a16 a18 a20 a22 a24 a26 a28 a

30 a32 a

Thermistor 1 Thermistor 22c 2a

4c 4a

30 a

32 a -+

2 - 24 Volt

Note : The shielding is bonded to the earth point located next to the connector. Important, the analogue output option shall be used either in active source mode or in passive source mode.

Figure 7 : RTD sensor, thermistor and analogue output connections (optional).

Typical application diagram: The MiCOM P220 relay is shown with power supply off

Technical specifications

InputsPhase current In 1 and 5 AmpereEarth current Ion 1 and 5 AmpereFrequency 50/60 Hz

Auxiliary voltage supply Vaux3 ranges 2460 Vdc, 48150 Vdc, 130250 Vdc /100-250 VacVariation -20% / +20%Residual peak to peak ripple 12 %Power off withstand 50 ms

BurdensPhase currents < 0.3 VA at In (5A) and < 0.025 VA at In (1A)Earth current < 0.01 VA at 0.1 Ion (5A) and < 0.004 VA at 0.1 Ion (1A)Auxiliary voltage supply < 3 W + 0.25 for each output relay energized in Vdc

< 6 VA in VacLogic inputs 10 mA for each input

Thermal withstandPhase current and earth current inputs 100 In 1 s

40 In 2 s4 In - continuous

AccuracyProtection thresholds 2%Time-delays 2% with a minimum of 10 msMeasurements 2% at In for currents

2C for temperaturesPass band for measurements of true RMS values 500Hz

CT dataPhases CT primary 1 to 3000 by steps of 1Earth CT primary 1 to 3000 by steps of 1Phases CT secondary 1 or 5Earth CT secondary 1 or 5Recommended phases CT 5P10 - 5VA (typical)Recommended earth CT Residual connection or core balanced CT (preferred in isolated neutral systems)

Optional analogue outputRating 0-20 mA, 4-20 mAInsulation 2 kVMaximum load with active source mode 500 for ratings 0-20 mA, 4-20 mAMaximum voltage with passive source mode 24 VoltAccuracy 1% full scale

Optional 6 RTD inputsRTD type PT100, Ni120, Ni100, Cu10Connection type 3 wires + 1 shieldingInsulation 2 kV, active supply Setting of thresholds 0 to 200C by steps of 1CSettings of timings 0 to 100 s by steps of 0.1 sInfluence of thermal image Yes/No

Optional 2 thermistors inputsThermistor type PTC or NTCSetting of thresholds 100 to 30 000 by steps of 100Time-delay Set to 2 seconds

Thermal image settings Thermal current threshold I> 0.2 to 1.5 In by steps of 0.01 InOverload time-constant Te1 1 to 180 min by steps of 1minStart-up time-constant Te2 1 to 360 min by steps of 1minCooling time-constant Tr 1 to 999 min by steps of 1minNegative sequence current recognition factor Ke 0 to 10 by steps of 1Thermal alarm threshold 20 to 100% by steps of 1% Start-up inhibition 20 to 100% by steps of 1%

Short-circuit protection Current threshold I>> 1 to 12 In by steps of 0.1 InTime-delays tI>> 0 to 100 s by steps of 0.01 sOperating time < 30 msDrop-off time < 30 ms

Too long start-up protectionStart-up detection criteria (Closing 52) or (closing 52 + current threshold) optionalCurrent threshold Istart 1 to 5 I by steps of 0.5 ITime-delays T Istart 1 to 200 s by steps of 1 s

Locked rotor protectionCurrent threshold Istall 1 to 5 I by steps of 0.5 ITime-delays T Istall 0.1 to 60 s by steps of 0.1 sLocked rotor at start-up detection Yes/No

Unbalance protectionNegative sequence current threshold Ii> 0.05 to 0.8 In by steps of 0.025 InTime-delays tIi> 0.04 to 200 s by steps of 0.01 sNegative sequence current threshold Ii>> 0.2 to 0.8 In by steps of 0.05 InIDMT time-delay operating time t = 1.2 / (I2/In)

8

9Earth fault protectionCurrent thresholds Io>, Io>> 0.002 to 1 Ion by steps of 0.001 IonTime-delays tIo>, tIo>> 0 to 100 s by steps of 0.01 sOperating time < 30 msDrop-off time < 30 ms

Under current protectionCurrent threshold I< 0.01 to 1 In by steps of 0.01 InTime-delays tI< 0.2 to 100 s by steps of 0.1 sInhibition time at start-up Tinhib 0.05 to 300 s by steps of 0.1 s

Limitation of the number of start-upsReference period Treference 10 to 120 min by steps of 5 minNumber of cold starts 0 to 5 by steps of 1Number of hot starts 0 to 5 by steps of 1Restart inhibition time Tinterdiction 1 to 120 min by steps of 5 min

Time between two start-upsInhibition time Tbetw 2 start 1 to 120 min by steps of 5 min

Re-acceleration authorizationVoltage collapse duration Treacc 0.2 to 10 s by steps of 0.05 s

Programmable scheme logics4 AND logic schemesPick up time delay 0 to 60 min by steps of 0.1 sReset time 0 to 60 min by steps of 0.1 s

Latching of the output relaysLatching of the output relay on: Short-circuit, earth fault, unbalance, AND logical gates

Controlling and monitoring of the switchgearClose command hold 0.1 to 5 s by steps of 0.1 sOpen command hold 0.1 to 5 s by steps of 0.1 sNumber of operations alarm 0 to 50 000 operations by steps of 1Summated contact breaking duty 106 to 4 000.106 by steps of 106Adjustment of the exponent n 1 or 2Opening time alarm 0.05 to 1 s by steps of 0.05 s

Output relayNumber of output relays 6 (5 programmable + 1 watchdog)Commutation capacity Make and carry : 30 A for 3 s

Carry continuously : 5 ABreak : 0.3 A at 135 Vdc (L/R = 30 ms) ; 50W resistive at 250 Vdc5 A at 220 Vac (50/60Hz - cos = 0.6) ; 25W inductive at 250 Vdc (L/R=40 ms)

Operation time < 7 msDurability > 100000 operations

OscillographyPre-time setting 0.1 to 3 s by steps of 0.1 sPost-time setting 0.1 to 3 s by steps of 0.1 s

MODBUS communicationMode RTU (standard)Transmission mode SynchronousInterface RS 485Data rate 300 to 38 400 baud (programmable)Relay address 1 to 255Connection Multi-point (32 connections)Cable type Half duplex (screened twisted wire pair)Maximum cable length 1000 metresConnector Connector screws or snap-onInsulation 2 kV RMS

High voltage withstandDielectric withstand (50/60Hz) IEC 60255-5 2 kV in common mode

BS 142 1 kV in differential modeANSI C37.90

Impulse voltage (1.2/50 s) IEC 60255-5 5 kV in common modeBS 142 1 kV in differential mode

Insulation resistance IEC 60255-5 > 100 M

Electrical environment High frequency disturbance IEC 61000-4-1 2.5 kV in common mode, class 3

1 kV in differential mode, class 3Fast transient disturbance IEC 61000-4-4 4 kV auxiliary supply, class 4

ANSI C37.90.1 2 kV other, class 4Electrostatic discharge IEC 61000-4-2 8 kV, class 4Radio frequency impulse ANSI C37.90.2 35 V/m

IEC 61000-4-3 10 V/m

Environmental withstandTemperature IEC 60255-6 Storing and transportation -40C to +70C

Operation -25C to + 55CHumidity IEC 60068-2-3 56 days at 93% RH and 40CEnclosure protection IEC 60529 IP 52, IK 07Vibration IEC 60255-21-1 Response and endurance, class 2Shock and bump IEC 60255-21-11 Response and withstand, class 1Seismic withstand IEC 60255-21-3 Class 2

CE conformity to IEC 947-1 (EMC and LV directives) Lloyds and DNV approvals.

10

Time tag 1 ms

Fault records (5 faults)

Integrated oscillography (5 recordings)

Start-up current shape recording

Analog output (optional)

2 setting groups

Programmable logic inputs andoutputs

Programmable LEDs

Withdrawable relay with supplyvoltage on, reduced depth(140 mm)

Communication protocol :MODBUS TM, Courier and IEC 60870-5-103

Port RS232 on frontplate

Setting and control softwareoperating under WindowsTM

Commissioning aid tools

Minimum time between two start-ups

Thermal criteria for start-upinhibition

Monitoring of 6 RTDs: PT100,Ni100, Ni120 or Cu10 type(optional)

Monitoring of 2 thermistors PTCor NTC type (optional)

Speed switch input

Emergency start-up

Re-acceleration permission

Latching of the output relays (86)

External reset

Integrated programmable schemelogics

True RMS measurements, 10 th

harmonic (50 Hz network)

Control and command of theswitchgear

Event records (75 events)

Earth current input

Auxiliary supply voltage

Optional temperature monitoring

Optional analogue output

0.002-1 Ion C

AFM

123

012345678A

Communication protocol

HMI language

MOBDUSK-BUS/Courrier

24-60Vdc48-150 Vdc130-250 Vdc/100-250 Vca

FrenchEnglish/AmericanSpanishGermanItalianRussianPolishPortugueseDutchCzech

No2 thermistors monitoring6 RTDs monitoring

IEC 60870-5-103/VDEW

01

026

NoYes

MiCOMP 2 2 0

22 0 0 0C

MiCOM

1CORTEC P220: Purchase-order information

General descriptionNumerical motor protection:

Thermal image for both statorand rotor protection, 2 thresholds(49)

Thermal image controlled byexternal temperature

Short-circuit protection (50/51)

Excessive start time protection(48/51)

Locked rotor while running or atstart-up (50S/51LR)

Unbalance protection, loss ofphase, single phase, 2 thresholds(46)

Earth fault protection, 2 thresholds (50N/51N)

Under current protection, loss ofload (37)

Temperature protection (49/38)

Limitation of number of start-ups(66)

11

150 - 0 (5.92)(Top view)

Front panel

148.1 (5.83)4 holes 3.4 (0,134)

168(6.61)

(Panel cut-out)

158(6.22)

Flush mounting

139.8 (5.51)25.1 (0.99)30 TE

155 (6.10)

(Frontal view)

177(6.97)

(Right side view)10 (0.39)

Flush mounting

155.2(6.11)

129.6 (5.10)

103.6 (4.08)

11.2 (0.44)

24.2 (0.95)

Dclench

Alarme

Dfauquip

Alim.Aux.

Dc.1

Dc.2

Dc.3

Dc.4

MiCOM P220

4 holes 4.4 (0,173)

+0,8

TempratureRTD1= 113C

Dimensions are in mm.

Dimensions inside brackets are in inch.

Figure 8 : Case size, P220

Your contact:

Protection & Control, HQ, 60 Route de Sartrouville, BP58, 78230 Le Pecq Cedex. FranceTel: +33 (0) 134 80 79 00 Fax: +33 (0) 134 80 79 13 Email: [email protected] Internet: www.tde.alstom.com

2000 ALSTOM. ALSTOM, the ALSTOM logo and any alternative version thereof are trademarks and service marks of ALSTOM.Other names mentioned, registered or not, are the property of their respective companies.

Our policy is one of continuous development. Accordingly the design of our products may change at any time. Whilst every effort is made to produce up to date literature, this brochure should onlybe regarded as a guide and is intended for information purposes only. Its contents do not constitute an offer for sale or advice on the application of any product referred to in it.

We cannot be held responsible for any reliance on any decisions taken on its contents without specific advice.

Publication: N1.1550 B 05 00 02 - ARCEAUX 49 Imp. - 04 99 23 25 20 - Printed in France

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