ABB V-Contact VSC 12/F Installation And Service Instructions Manual

Brand: ABB

Model: V-Contact VSC 12/F

Type: Installation And Service Instructions Manual

Medium voltage products

V-Contact VSC

Installation and service instructions

7.2/12 kV - 400 A

For your safety! 1

I. Introduction 2

II. Programme for environmental protection 2

III. Application of the standards for X-ray emission 3

IV. Safety information 3

V. Qualiﬁed personnel 3

VI. Interventions in the ﬁeld 3

1. Description 4

1.1. “MAC” magnetic drive 4

1.2. Versions available 5

1.3. Characteristics 6

1.4. Weights and overall dimensions 6

1.5. Performances 8

1.6. Contactor auxiliary contacts 8

1.7. Compliance with Standards 9

1.8. Protection against short-circuit 9

2. Checking on receipt 10

3. Handling 11

3.1. Handling and lifting using a crane 12

4. Storage 13

5. Installation 14

5.1. General 14

5.2. Installation and operating conditions 14

5.3. Normal conditions 14

5.4. Special conditions 14

5.5. Overall dimensions 15

5.6. Assembly and making the connections 21

5.7. Description of the closing and opening operations 30

5.8. Manual emergency opening operation 33

6. Putting into service 34

6.1. General procedures 34

6.2. Racking the VSC/P contactor in and out 35

7. Maintenance 36

7.1. General 36

7.2. Handling the MAC-R2 electronic card 36

7.3. Inspection 37

7.4. Servicing 38

7.5. Servicing following a short-circuit or overload 38

7.6. Repairs 38

7.7. Instructions for dismantling or replacing fuses 39

7.8. Replacement of the contactor fuses 40

7.9. Mounting and dismantling the short-circuit busbar 43

7.10. Putting the contactor back into service 43

7.11. Checking the degree of vacuum of the interrupter 43

8. Spare parts and accessories 44

8.1. List of spare parts 44

9. Product quality and environmental protection 44

This instruction booklet refers to the following models:

VSC/F-VSC/FN-VSC/P-VSC/PG-VSC/PN-VSC/PNG

VSC-S/F-VSC-S/G-VSC-S/PG-VSC-S/PNG

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For your safety!

• Makesurethattheinstallationroom(spaces,divisionsand

ambient) is suitable for the electrical apparatus.

• Checkthatalltheinstallation,puttingintoserviceand

maintenance operations are carried out by qualified

personnel with suitable knowledge of the apparatus.

• Makesurethatthestandardandlegalprescriptions

arecompliedwithduringinstallation,operationand

maintenance,sothatinstallationsaccordingtotherules

of good working practice and safety in the work place are

constructed.

• Strictlyfollowtheinformationgiveninthisinstruction

manual.

• Checkthattheratedperformanceoftheapparatusisnot

exceeded during service.

• Checkthatthepersonneloperatingtheapparatushave

this instruction manual to hand as well as the necessary

information for correct intervention.

• Payspecialattentiontothedangernotesindicatedinthe

manual by the following symbol:

Responsible behaviour safeguards your own

and others’ safety!

For any requests, please contact the ABB

Assistance Service.

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I. Introduction

The instructions in this manual refer to the ﬁxed and withdrawable

versions of the VSC series of contactors. For correct use of the

product,pleasereaditcarefully.

For the electrical and construction characteristics and the overall

dimensionsoftheV-ContactVSCcontactors,pleasealsosee

technical catalogue 1VCP000165.

Likealltheapparatuswemanufacture,theV-Contactvacuum

contactors are designed for different installation conﬁgurations.

Furthermore,thisapparatusallowsfurthertechnicaland

constructionmodications(atthecustomer’srequest)toadaptto

specialinstallationrequirements.Consequently,thismanualmay

not provide information concerning special conﬁgurations of the

apparatus.

Apartfromthismanual,itisthereforealwaysnecessarytoconsult

thelatesttechnicaldocumentation(circuitandwiringdiagrams,

assemblyandinstallationdrawings,anyprotectioncoordination

studies,etc.),especiallyregardinganyvariantsrequestedin

relation to the standardised conﬁgurations.

Only use original spare parts for maintenance operations. The use

of non-original spare parts can cause hazardous malfunctions

and the apparatus warranty will no longer be valid.

Please refer to the technical sheets of the Kits for correct

assembly of the accessories and/or spare parts. For further

information,alsoseethe1VCP000165technicalcatalogueofthe

contactor and the spare parts catalogue.

This manual and all the enclosed drawings must be considered

an integral part of the apparatus. They must be easily to hand at

all times for revision and reference.

Theseinstructionsdonotintendtocoverallthedetails,

configurationsorvariantsoftheapparatus,storageor

installation.Forthisreason,theinformationgivenbelowmay

sometimes not contain the instructions regarding special

configurations. This does not relieve the user from their

responsibility for using good technical working practices

inapplication,installation,serviceandmaintenanceofthe

apparatuspurchased.Shouldfurtherinformationberequired,

please contact ABB.

WARNING

Dangerous voltages. Risk of death, serious

injury to people, damage to the apparatus or

other objects.

Before carrying out any maintenance

operations, turn the power supply off and

earth the apparatus.

Read and understand this instruction manual

before installation, service or maintenance of

the apparatus.

Maintenance must only be carried out by

skilled personnel.

The use of unauthorized spare parts for

repairs to the apparatus, modification of the

apparatus itself, or tampering by unskilled

personnel creates hazardous conditions

which may cause death or serious injury

to people, or damage to the apparatus or

other objects. Carefully follow all the safety

instructions given in this manual.

II. Environmental protection

programme

The V-Contact VSC vacuum contactors are manufactured

inaccordancewiththeISO14000Standards(Guidelines

for environmental management). The production processes

are carried out in compliance with the Standards for

environmental protection in terms of reduction in energy

consumption as well as in raw materials and production of

waste materials.

All this is thanks to the medium voltage apparatus

manufacturing facility environmental management system.

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III. Application of the X-ray emission

Standards

One of the physical properties of vacuum insulation is the

possibility of X-ray emission when the interrupter contacts

are open. The tests carried out at the PTB laboratories

(Physikalisch-TechnischeBundesanstalt,inBrunswick-

Germany) show that local emission at a distance of 10 cm

fromtheinterrupterorpolesurface,doesnotexceed

1 µSv/h. It follows that:

– at the rated service voltage the use of vacuum interrupters

is absolutely safe;

–applicationofthewithstandvoltageatpowerfrequency,

accordingtotheIEC62271-1Standard,issafe;

– application of a voltage higher than the withstand voltage

atpowerfrequencyorofadirectcurrenttestvoltage,

specifiedintheIECStandard,cannotbeused;

–limitationoftheabove-mentionedlocalphenomena,on

interrupterswithopencontacts,dependsonkeepingthe

specified distance between the contacts. This condition is

intrinsically guaranteed by correct operation of the drive and

by transmission system adjustments.

IV. Safety information

Alltheinstallation,puttingintoservice,runningand

maintenance operations must be carried out by suitably

qualified personnel with in-depth knowledge of the apparatus.

Make sure that the personnel working on the apparatus

have this manual to hand and all the information required for

correct intervention.

Strictly follow the information given in this instruction manual.

Makesurethatduringtheinstallation,serviceand

maintenance stages the standard and legal requirements

for constructing the installations in accordance with the

regulations for safety in the workplace are respected.

Check that the rated performance of the apparatus is not

exceeded during service.

V. Qualified personnel

Forthepurposesofthismanualandtheproductratingplates,

a qualified person is intended as a person who:

1) carefully reads the instruction manual all the way through.

2)hasin-depthknowledgeoftheinstallation,construction

and service of the apparatus and knows about the risks

connected with any interventions.

3)isqualifiedandauthorisedtoenergise,de-energise,earth

and identify the circuits according to the safety procedures

and the local regulations in force.

4) is qualified and authorised to put this apparatus into

service,andtocarryoutmaintenanceandrepairoperations

on it.

5)istrainedincorrectuseofprotectiveequipment,suchas

rubbergloves,hardhats,protectivegoggles,faceshields,

flameproofclothing,etc.accordingtothesafetyprocedures

and the local regulations in force.

6) is trained in first-aid procedures.

VI. Interventions in the field

ABB can provide competent and well-trained personnel for assis-

tance in the ﬁeld to give technical guidance and consultancy

regardinginstallation,fullservicing,repairandmaintenanceof

apparatus.

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1. Description

The medium voltage V-Contact VSC contactors are pieces

of apparatus suitable for operating in alternating current and

are normally used to control users requiring a high number of

hourly operations.

The basic contactors consist of:

•mouldedpolyesterresinmonobloccontainingthevacuum

interrupters

•bistableelectromagnetactuator

•multi-voltagefeeders

•auxiliarycontacts

•mechanicalstatusindicator(open/closed)

•manualemergencyopeningdevice.

Apartfromwhatisspecifiedforthefixedcontactors,the

withdrawable contactors also consist of:

•fuseholderspresetforDINorBSfuses(accordingtothe

customer’srequirements)

•automaticopeningdeviceforinterventionofevenasingle

fuse

•truck

•lockwhichpreventsclosingduringtheracking-in/out

operation.

The V-Contact VSC contactor introduces the drive with

permanentmagnets-alreadywidelyused,experimented

and appreciated in medium voltage circuit-breakers - into the

worldwide panorama of medium voltage contactors.

The experience acquired by ABB in the field of medium

voltage circuit-breakers fitted with drives with “MABS”

permanentmagnets,hasmadeitpossibletodevelopan

optimisedversionoftheactuator(BistableMACdrive)for

medium voltage contactors.

The drive is operated by means of an electronic feeder able

to cover all the power supply voltages required by the major

international Standards.

Fig. A

Magnetic circuit in the closed position.

Fig. B

Magnetic circuit with opening coil supplied.

Fig. C

Magnetic circuit in the open position.

1.1. “MAC” magnetic drive

Based on the experience gained in the field of circuit-breakers

withmagneticdrive,ABBhasimplementedthistechnologyin

the field of contactors.

The magnetic drive adapts perfectly to this type of apparatus

thanks to its precise and linear travel.

This means that a simple and direct axial transmission of the

movement to the moving contacts of the vacuum interrupter

canberealised,withbothelectricalandmechanicalbenefits.

Thedrive,whichisofbistabletype,isfittedwithanopening

and a closing coil.

The two coils - individually energised - allow the drive core to

be moved from one of the two stable positions to the other.

The drive shaft is solid with an iron core which is immersed

and held in position in a field generated by two permanent

magnets(fig.A).

Energising the coil opposite to the magnetic latching position

(fig.A)ofthecore,themagneticfield(fig.B)isgenerated,

which attracts and moves the core into the opposite position

(fig.C).

Every opening and closing operation creates a magnetic

field concordant with the one generated by the permanent

magnets,withtheadvantage,duringservice,ofkeeping

the intensity of the field itself constant as the number of

operations carried out increases.

The energy needed for operation is not supplied directly

bytheauxiliarypowersupply,butisalways“stored”inthe

capacitorwhichactsasanenergyaccumulator,andtherefore

operationalwaystakesplacewithconstantspeedsandtimes,

regardless of the divergence of the power supply voltage from

the rated value.

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The auxiliary power supply only has the aim of keeping the

capacitor charged.

Consumption is therefore minimal.

The power required by the electronic device is indicated in the table below:

Power supply voltage

Starting(

) After closing After opening

Continuous power

consumption

Inrush for

2 ms

Inrush for

6 sec

Inrush for

1.2 sec

Inrush for

1.2 sec

24...60 V cc

110...250 V cc

42A(

) 35 W 25 W 30 W 5 W

110...250 V ac

SupplyfromvoltagetransformerorfromUPS(Uninterrupted

Power System) not available.

Use the ABB S282UC-C3 thermal-magnetic circuit-breaker or

an equivalent type to protect the secondary circuits.

Afterpowering,theelectronicboardtakes15seconds

to perform self-diagnosis and then prepares for normal

operation,dependingontheconfiguration.Donotoperatethe

contactorduringthisphase.ContactDO1willremainopen,

signal “not ready” and will only close after self-diagnosis has

terminated(“ready”state).

Careful selection of the components and a precise design

maketheelectronicmulti-voltagefeederextremelyreliable,

unaffected by electromagnetic interference generated by the

surrounding environment and free of any emissions which may

affect other apparatus placed in the vicinity.

These characteristics have made it possible for the V-Contact

VSC contactors to pass the electromagnetic compatibility

tests(EMC).

1.2. Versions available

The V-Contact VSC are available in:

– fixed version without fuseholder

– fixed versions with fuseholder: VSC/F e VSC/FN.

– four withdrawable versions with fuseholder:

 -VSC/P(IEC)andVSC/PGorVSC-S/PG(IEC/GB-DL)

withdrawableversionsforUniGear,PowerCube,CBEand

PowerBloc with manual or motorized truck

 -VSC/PN(IEC)andVSC/PGorVSC-S/PNG(IEC/GB-DL)

both versions withdrawable for UniGear MCC with manual

truck.

(1)Thisvaluereferstoadischargedcapacitor.

(2)Thevaluedropsto8Aforvoltagevaluesbetween24...30V

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1.4. Weights and overall dimensions

Contactor VSC7

VSC12

VSC-S/G

VSC7/F VSC7/FN

VSC12/F

VSC-S/F

VSC7/P

VSC12/P - VSC12/PG

VSC-S/PG

VSC7/PN VSC7/PNG VSC12/PN

VSC12/PNG

VSC-S/PNG

Weight [Kg] 23 23 35

(1)

Overall

dimensions

[mm] H 371 424 494 598 532

636 636 653 653 653 653

[mm] W 350 350 466 466 466 531 531 350 350 350 350

[mm] D

215 215 622 623 702 657 657 673 673 673 673

(1)Withoutfuses

1.3. Characteristics

Contactor

Reference

IEC 62271-106

VSC7

VSC7/F (

)

VSC7/P (

)

VSC7/PN (

)

VSC7/FN

VSC12

VSC12/F (

)

VSC12/P (

)

VSC12/PN (

)

Reference VSC7/PNG (

) VSC12/PNG (

) VSC-S/G

VSC-S/F (

)

VSC-S/PG (

)

VSC-S/PNG (

)

GB/T

14808-2001

DL/T

593-2006

Rated voltage [kV] 4.1 7.2 12 4.1 7.2 12 12

Rated insulation voltage

Withstand voltage at 50 Hz [kV]

6.2 23 28 6.2

•

32 42 28(

)

Impulse withstand voltage

[kVbil] 6.2 60 75

6.2 60 75 75

Rated frequency [Hz] 4.3 50-60 50-60 4.3 50-60 50-60 50-60

Rated service current [A] 4.101

400 400 4.101 400 400 250

Short-time withstand current

Short-time withstand current for 1 s [A] 6.6 6,000 6,000 6,000 600

Short-time withstand current for 2 s [A] 6.6 4,000 4,000

Short-time withstand current for 4 s [A]

•

4,000 4,000

Short-time withstand current for 30 s [A] 6.6 2,500 2,500 6.6 2,500 2,500 2,500

Rated peak current [kA] 6.6 15 15 6.6 15 15 15

Rated values

Operations/hour(SCO-DCO) [Nr.] 4.102.4 1.200 1,200 4.102.2 1,200 1,200 1,200

Rated voltage of the voltage characteristics in category of use

(CategoryAC4)100closingoperations [kA] 6.102.4 4,000 4,000 6.102.4 4,000 4,000

(CategoryAC4)25openingoperations [kA] 6.102.5 4,000 4,000 6.102.5 4,000 4,000

Switching devices and auxiliary circuits

4.8,4.9

Feeder 1 24÷60 V dc basic

• • • • •

Feeder 2 24÷60 V dc full option

• • • • •

Feeder 3 110÷250 V dc/ac basic

• • • • •

Feeder 4 110÷250 V dc/ac full option

• • • • •

Normal current [A] 6.4.6.5 400 400 6.4,6.5 400 400 400

Mechanical life [Nr.] 6.101 1,000,000(

) 1,000,000(

) 6.101 1,000,000(

) 1,000,000(

) 200,000

Short-circuitbreakingcapacity(O-3min-CO-3min-CO) [A] 6.104 5,000 5,000 6.104 5,000 5,000 -

Short-circuitmakingcapacity(O-3min-CO-3min-CO) [A] 6.104 13,000 13,000 6.104 13,000 13,000 -

Opening time [ms] 35...60 35...60 35...60 35...60 35...60

Closing time [ms] 60...90 60...90 60...90 60...90 60...90

Tropicalisation IEC 721-2-1

• • • • • •

(1)Itispossibletocombinecurrentlimitingfuseswithbreakingcapacityupto50kA(IEC62271-106-4.107)-Damageclassification“C”(IEC62271-106-4.107.3).

(2)Withreplacementofauxiliarycontactsevery250,000closing-openingoperations.

(3)42kVforfixedversionsandindedicatedUnigearswitchgear

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1.4. Weights and overall dimensions

Contactor VSC7

VSC12

VSC-S/G

VSC7/F VSC7/FN

VSC12/F

VSC-S/F

VSC7/P

VSC12/P - VSC12/PG

VSC-S/PG

VSC7/PN VSC7/PNG VSC12/PN

VSC12/PNG

VSC-S/PNG

Weight [Kg] 23 23 35

(1)

Overall

dimensions

[mm] H 371 424 494 598 532

636 636 653 653 653 653

[mm] W 350 350 466 466 466 531 531 350 350 350 350

[mm] D

215 215 622 623 702 657 657 673 673 673 673

(1)Withoutfuses

1.3. Characteristics

Contactor

Reference

IEC 62271-106

VSC7

VSC7/F (

)

VSC7/P (

)

VSC7/PN (

)

VSC7/FN

VSC12

VSC12/F (

)

VSC12/P (

)

VSC12/PN (

)

Reference VSC7/PNG (

) VSC12/PNG (

) VSC-S/G

VSC-S/F (

)

VSC-S/PG (

)

VSC-S/PNG (

)

GB/T

14808-2001

DL/T

593-2006

Rated voltage [kV] 4.1 7.2 12 4.1 7.2 12 12

Rated insulation voltage

Withstand voltage at 50 Hz [kV]

6.2 23 28 6.2

•

32 42 28(

)

Impulse withstand voltage

[kVbil] 6.2 60 75

6.2 60 75 75

Rated frequency [Hz] 4.3 50-60 50-60 4.3 50-60 50-60 50-60

Rated service current [A] 4.101

400 400 4.101 400 400 250

Short-time withstand current

Short-time withstand current for 1 s [A] 6.6 6,000 6,000 6,000 600

Short-time withstand current for 2 s [A] 6.6 4,000 4,000

Short-time withstand current for 4 s [A]

•

4,000 4,000

Short-time withstand current for 30 s [A] 6.6 2,500 2,500 6.6 2,500 2,500 2,500

Rated peak current [kA] 6.6 15 15 6.6 15 15 15

Rated values

Operations/hour(SCO-DCO) [Nr.] 4.102.4 1.200 1,200 4.102.2 1,200 1,200 1,200

Rated voltage of the voltage characteristics in category of use

(CategoryAC4)100closingoperations [kA] 6.102.4 4,000 4,000 6.102.4 4,000 4,000

(CategoryAC4)25openingoperations [kA] 6.102.5 4,000 4,000 6.102.5 4,000 4,000

Switching devices and auxiliary circuits

4.8,4.9

Feeder 1 24÷60 V dc basic

• • • • •

Feeder 2 24÷60 V dc full option

• • • • •

Feeder 3 110÷250 V dc/ac basic

• • • • •

Feeder 4 110÷250 V dc/ac full option

• • • • •

Normal current [A] 6.4.6.5 400 400 6.4,6.5 400 400 400

Mechanical life [Nr.] 6.101 1,000,000(

) 1,000,000(

) 6.101 1,000,000(

) 1,000,000(

) 200,000

Short-circuitbreakingcapacity(O-3min-CO-3min-CO) [A] 6.104 5,000 5,000 6.104 5,000 5,000 -

Short-circuitmakingcapacity(O-3min-CO-3min-CO) [A] 6.104 13,000 13,000 6.104 13,000 13,000 -

Opening time [ms] 35...60 35...60 35...60 35...60 35...60

Closing time [ms] 60...90 60...90 60...90 60...90 60...90

Tropicalisation IEC 721-2-1

• • • • • •

(2)Withreplacementofauxiliarycontactsevery250,000closing-openingoperations.

(3)42kVforfixedversionsandindedicatedUnigearswitchgear

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1.6. Contactor auxiliary circuits

10auxiliarycontacts(5normallyopenand5normallyclosed)

areavailableonthecontactorforthecustomer’suse,withthe

following characteristics.

Auxiliary contacts characteristics

Rated voltage 24 … 660 V

Rated normal current 10 A

Ratedshorttimecurrent(30ms,20times) 100 A

Ratedfrequency(forAConly) 50 Hz

Ratedinsulationvoltage(DC) 800 V

Ratedinsulationvoltage(AC) 660 V

Insulation test voltage 2500 V

Number of contacts 5 -

Stroke 6 … 7 mm

Maximum contact resistance 10 mΩ

Storage temperature range -20 … +120 °C

Operating temperature range -20 … +70 °C

Emperature rise of contacts 30 K

Breaking capacity

(singlecontactτ=20ms,250Vdc)

250 W

Breaking capacity

(singlecontactτ=20ms,110Vdc)

440 W

Breaking capacity

(twocontactsinseriesτ=20ms,250Vdc)

440 W

1.5. Performances

Contactor VSC7

VSC7/F

VSC7/P

VSC7/PN

VSC7/PNG

VSC7/FN

VSC12

VSC12/F

VSC12/P

VSC12/PN

VSC12/PNG

Rated voltage [kV] 2.2/2.5 3.6 3.6/7.2 6.2/7.2 12

Ultimate performances for:

Motors [kW] 1,000 1,500 1,500 3,000 5,000

Transformers [kVA] 1,100 1,000 2,000 4,000 5,000

Capacitors [kVAR] 1,000 1,500 1,500 3,000 4,800(

)

Contactor VSC-S/G

VSC-S/F

VSC-S/PG

VSC-S/PNG

Rated voltage [kV] 2.2/2.5 3.6 3.6/7.2 6.2/7.2 12

Ultimate performances for back-to-back capacitors banks

Rated current [A] 250 250 250 250 250

Max. transient current of the capacitor [kA] 8 8 8 8 8

Max. transient frequency of the capacitor [kHz] 2.5 2.5 2.5 2.5 2.5

(1)Overvoltagesurgearrestersarecompulsorybetweenphasesandbetweenphaseandearth.

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1.7. Compliance with Standards

V-Contact contactors comply with the Standards of the major

industrialised countries and in particular with the following

Standards:

–IEC62271-106(2011);

–IEC62271-1(2007);

– GB/T 14808-2001;

– DL/T 593-2006;

– IEC 60278 replaced by IEC 62271-200;

–IEC60694(2002)replacedbyIEC62271-1;

–IEC60056(4.104)replacedbyIEC62271-100;

– IEC 60470 replaced by IEC 62271-106.

Characteristics of the contacts of the “Coil Continuity Control” and “Capacity Survey” devices

Technology

Relay with air-insulated contacts

Breaking characteristics:

Maximum breaking power 1200VA(onresistiveload)

Maximum breaking voltage 277VAC,30VDC

Maximum breaking current 3 A

Rated current 5 A @ 4 s

Contact characteristics:

Maximum resistance with contact open 150mohm(measureofvoltagedrop6VDC1)

Maximum capacity 1.5 pF

Trip times:

During closing 5.0 ms

During release 2.0 ms

Insulation:

Between contacts and coil 3000Vrms(50Hz/1min.)

Between open contacts 750Vrms(50Hz/1min.)

Resistance with contacts open

Min. 103 Mohm at 500 V DC

1.8. Protection against short-circuit

The value of the installation short-circuit current could exceed

the breaking capacity of the contactor. The contactor must

therefore have adequate protection against short-circuit.

Fuse replacement must only be carried out

by qualified personnel.

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During handling, take great care not to

stress the insulating parts of the apparatus

and the terminals of the contactor.

Any operation carried out on the contactor

must be done without the presence of

voltage and with the main protection device

open: danger of electrocution and/or severe

burns.

Make sure that operations are carried out

with the main and auxiliary power off.

Onreceipt,immediatelycheckintegrityofthepackingandthe

colourofthe“SHOCKWATCH”indicator(Fig.1)placedonit.

Ifthe“SHOCKWATCH”impactindicatorisWHITE,itmeans

that the packing has not received any notable shocks during

transport.Openthepacking,removethecontactoras

indicatedbelow,andcheckthestateoftheapparatusand

itscorrespondencewiththenameplatedata(seefig.2)with

what is specified in the accompanying shipping note and in

the order confirmation sent by ABB.

Ifthe“SHOCKWATCH”impactindicatorisRED,followthe

instructions indicated on the plate.

Opening the packing does not damage its components and it

can therefore be re-instated using the original material.

Thecontactorisshippedinspecialpacking,intheopen

position.

Each piece of apparatus is protected by a plastic cover

to prevent any infiltration of water during the loading and

unloading stages and to keep the dust off during storage.

Toremovethecontactorfromthepacking,proceedas

follows:

– open the plastic bag

– removethecontactor,avoidinganystresstothefunctional

insulating parts and the terminals of the apparatus.

– use the special lifting plates for the withdrawable version

– check the rating plate characteristics to make sure that the

performances are suitable for the destined application and

that they are those indicated in the order confirmation.

Should any damage or irregularity be noted in the supply

onunpacking,notifyABB(directlyorthroughtheagentor

supplier) as soon as possible and in any case within five days

of receipt.

The apparatus is only supplied with the accessories specified

at the time of ordering and validated in the order confirmation

sent by ABB.

The accompanying documents inserted in the shipping

packing are:

– instructionmanual(thisdocument)

– test certification

– identification label

– fiscal copy of the shipping advice note

– electric wiring diagram.

Shock indicator

Fig. 1

Ur VOLTAGE ... kV

Up LIGHTING IMPULSE WITHSTAND VOLTAGE ... kV

Ud POWER FREQUENCY WITHSTAND VOLTAGE ... kV

fr FREQUENCY ... Hz

Ie RATED OPERATING CURRENT ... A

M MASS ... kg

ALTITUDE CLASS < 1000 m

ELECTRICAL DIAGRAM 1VCD4 . . . . . . . . . . (. . . . .)

FIG. 01 . . . . . .

ALXXXXXXXXXXXXX

VACUUM CONTACTOR

V-Contact VSC/P IEC 62271-106

SN 1VC1 AL . . . . . . . . . . . . . . . . PR. YEAR ......

A Trademark

B Type of apparatus

C Serial number

D Characteristics of the apparatus

E Characteristics of the control auxiliaries

F Reference standards

Ua AUXILIARY VOLTAGE . . . . . . . . . . . .

Fig. 2

Made by ABB, Italy

2. Checking on receipt

Other documents which are sent prior to shipment of the

apparatus are:

– order confirmation

– original shipping advice note

– any drawings or documents referring to special

configurations/conditions.

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3. Handling

The contactor can be lifted using a lifting truck or a fork-lift

truck.

The following precautions must be taken during contactor

handling:

1. Keep the contactor in the upright position.

2. Make sure that the load is balanced on the truck or on the

transport plate/pallet.

3. Interpose protective material between the contactor and

the truck to avoid any damage or scratches.

4. Fix the contactor onto the truck or onto the transport

plate/pallet to prevent it moving or tilting over.

5. Avoidexcessivespeed,suddenstartsandstopsorsharp

changes in direction during contactor handling.

6. Only lift the contactor enough to avoid any obstacles on

the floor.

7. Takecaretoavoidanyimpactswithstructures,other

apparatus or with personnel when handling the contactor.

8. Never lift a contactor over an area where there are people.

9. Duringhandlingoftheapparatus,donotstressthe

insulating parts and the contactor terminals.

Fig. 3a - Handling using a lifting or fork-lift truck.

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3.1. Handling and lifting using a crane

– Insert the lifting plates

– Lift

– Aftertheunpackingandliftingoperations,removetheliftingaccessories.

Fig. 3c - Fixed contactor with fuses

Fig. 3d - Withdrawable contactor

Fig. 3b - Removal of the contactor from the packing and dismantling the

lifting tools.

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4. Storage

Whenaperiodofstorageisforeseen,theoriginalpacking

must be put back. Store the contactor in a dry dust-free

area. It must not be left outside or in adverse micro-climatic

conditions:ifitisleftwithoutprotection,rustanddeterioration

of the insulation can occur.

Insertspecialhygroscopicpacketsinsidethepacking,with

at least one standard packet per piece of apparatus. Replace

the packets approximately every 6 months.

Should the original packing no longer be available and

immediateinstallationisnotpossible,storeinacovered,

well-ventilated,dry,dust-free,non-corrosiveambient,witha

dryatmosphere,awayfromanyflammablematerialsandata

temperature between – 5 °C and + 40 °C.

Inanycase,avoidanyaccidentalimpactsorpositioning

which stresses the structure of the apparatus.

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5.3. Normal conditions

Follow the recommendations in the IEC 62271-1 and 62271-106

Standards. In more detail:

Ambient temperature

Maximum + 40 °C

Average maximum over 24 hours + 35 °C

Minimum(accordingtoclass–5),

apparatus for indoor installation

– 5 °C

Humidity

Theaveragevalueoftherelativehumidity,measuredfora

periodlongerthan24hours,mustnotexceed95%.

Theaveragevalueofthewatervapourpressure,measuredfor

aperiodlongerthan24hours,mustnotexceed2.2kPa.

Theaveragevalueoftherelativehumidity,measuredfora

periodlongerthan1month,mustnotexceed90%.

Theaveragevalueofthewatervapourpressure,measuredfor

aperiodlongerthan1month,mustnotexceed1.8kPa

Altitude

< 1000 m above sea level.

5.4. Special conditions

Installations above 1000 m a.s.l.

Possible within the limits allowed by reduction of the dielectric

resistance of air.

For altitudes over 2000 m ask ABB.

Climate - Increase in temperature

In order to avoid the risk of corrosion or other damage in

areas with high humidity and/or rapid large fluctuations

intemperature,takeappropriatemeasures(forexample,

using suitable electric heaters) to prevent any condensation

phenomena.

For special installation requirements or other operating

conditions,pleasecontactABB.

5. Installation

5.1. General

Correct installation is of primary importance. The

manufacturer’sinstructionsmustbecarefullystudiedand

followed. It is good practice to use gloves for handling the

pieces during installation.

The areas involved in the passage of power

conductors or conductors of auxiliary

circuits must be protected against access of

any animals which might cause damage or

disservices.

Thecontactorenclosuremustbeinstalledinaclean,dry

and heated place with good ventilation. It must be easily

accessibleforcleaningandinspection,andmustbelevelled,

placed on the supporting foundations and securely fixed into

position.

Whenthecontactorisconnectedtoacapacitiveload,make

sure that there is a heating element to keep the humidity

down and of suitable size for the compartment where the

contactor is installed. The contactor must always be installed

associatedwithasuitableprotectiondevice(e.g.:fuses).

The fixed version of the V-Contact VSC

contactors must be installed by the customer

so as to guarantee a minimum degree of

protection of IP2X.

5.2. Installation and operating

conditions

The following Standards must be taken into particular

consideration during installation and service:

– IEC62271-1/DIN VDE 0101

– VDE 0105: Operation of electrical plants

– DIN VDE 0141: Earthing systems for electrical installations

with rated voltage higher than 1 kV

– All the accident prevention regulations in force in the relative

countries.

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VSC7

VSC12

5.5. Overall dimensions

5.5.1. VSC fixed contactor

Fortheoveralldimensionsanddistancesbetweenfixingholes,refertofigure4a.

Inanycase,avoidstressingthesupportingstructureofthecontactor:ifnecessary,arrangeslotsinthefixingareatofacilitate

correct positioning of the apparatus.

The assembly positions can be selected between the two shown in ﬁgure 4b.

Fig. 4a

(1) Thewidthofthecontactorvariesbasedonthepresenceoftheinterfacing

shafts.

(2) Holeforearthingthecontactor

(3) Themaximum

torquewhichcanbeappliedtotheinterfacingshafts(right

and left) is 2 Nm. The rotation angle is approximately 10°.

(1) Thewidthofthecontactorvariesbasedonthepresenceoftheinterfacing

shafts.

(2) Holeforearthingthecontactor

(3) Themaximum

torquewhichcanbeappliedtotheinterfacingshafts(right

and left) is 2 Nm. The rotation angle is approximately 10°.

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VSC 7 - VSC 12

Fig. 4b

5.5.2. VSC/F contactor in fixed version with fuses

Please refer to figures 5a - 5b for the overall dimensions and the distances between the fixing holes.

Inanycase,avoidstressingthesupportingstructureofthecontactor:ifnecessary,prepareslotsinthefixingareatofacilitate

correct positioning of the apparatus.

Thecontactormustbeinstalledonthefloorwithmovingcontactsatthebottom(figure5c).

Installation of fixed contactors

The performance of the contactor remains unaltered in the installation positions indicated below:

VSC 7 - VSC 12

A) Floor-mounted with moving contacts at the bottom.

B) Wall-mounted with horizontal moving contacts and

terminals at the bottom.

C) Wall-mounted with horizontal moving contacts and

terminals at the top.

D) Wall-mounted with horizontal moving contacts with

interruptersonthefront(orrear)withverticalterminals.

E) Ceiling-mounted with moving contacts at the top.

VSC 7/F - VSC 12/F - VSC 7/FN

A) Floor-mounted with moving contacts at the bottom.

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VSC7/F

195

332

115 115

338

350

374

578

598

/36/70

22/36/

450

466

132

8.5

215

291

220 216

319

615

623

VSC7/FN

(1) Thewidthofthecontactorvariesaccordingtothepresenceofthe

interfacing shafts

(2) Holeforgroundingthecontactor

(3) Themaximumtorquewhichcanbeappliedtotheinterfacingshafts(right

and left) is 2 Nm. The rotation angle is about 10°.

Fig. 5a

Fig. 5b

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VSC12/F

(1) Thewidthofthecontactorvariesaccordingtothepresenceofthe

interfacing shafts

(2) Holeforgroundingthecontactor

(3) Themaximumtorquewhichcanbeappliedtotheinterfacingshafts(right

and left) is 2 Nm. The rotation angle is about 10°.

Fig. 5c

Fig. 5d

Installation of the fixed contactor with VSC/F - VSC/FN fuses

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ABB V-Contact VSC 12/F Installation And Service Instructions Manual

ABB V-Contact VSC 12/F Installation And Service Instructions Manual

ABB V-Contact VSC 12/F Installation And Service Instructions Manual

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