Toshiba HVK-6M40A, VK-6P32A, HVK-6P40A, VK-8M40A, VK-8P40A Installation Operation & Maintenance

lvlav.

31, 2012 9:lSAlVl

TOSHIBA

No

1530

P,

2

Document; GF0776{'I-B

INSTRUGTION$

IilSTALLATION

.

OPEFATION

.

MAINTENANCE

Type

VK

&

HVK

Series

Vacuum

Circuit

Breakers 5-15kV

APPLICABLE TYPE FORMS

(1200A) (20004)

(30004)

VK.6M32A VK.6P32A

I.IVK.6M32A

HVK-6P32A

VK.6M4OA VK.BP4OA

HVK-6M4OA HVK'6P4OA

VK"8M4OA

VK-8P4OA VK-8O40

HVK-8M4OA HVK-8P4OA

,VK.1OM25A2

VK-1OF25A2

HVK-lOM25A2

HVK-I0P26A2

VK-10M40A VK-10P40A VK-10040

HVK-1OM4OA HVK.IOP4OA

vK-6M50

vK-6P50 VK-6050

vK-10M50 VK-10P50 VK-10()50

NOTES:

t) The

designation of

H

before

vK

(i€.

HVKI

dsnot€s that the circuit braaker unit

was assembled

in the USA using domestic

and

foreigri

components.

All

'

relErgnces to modal numbere in thie manual will

be by the numbets following

the VK- and

HVK-.

2l Thi! manuel waB writtan

lor tha Toshiba typ€ form circuit

brsakers listed on

thi$

page

used in coniunction

with Toshiba

cells.

For

circuit

brsek6rs

utilized in

the convereion

of

othsr

equipment, a supplemental

i struction manu8l Should

be obEain6d

from lhe conversion manufacturer.

lssued 2/95.

Supemedee GF077401-A Deted 12194.

N4av.

31 2012

9: l5AlVl

t0, )tu

r,

1

INTRODUCTION

Page i

READ THIS MANUAL carefully

for imponant information about

safety, handling,

installation,

operation,

maintenrnce, and

parts

replacements for

spring-operation-type.

VK

and

HVK

series

vacuum

circuit breake6.

This manual

and all accompanying

drawhg$ should

b6 consid€r€d a

pgrmanent paft

of the equlpmgnt.

They should

be

readily

available

for /eview

and

reference

at all timos.

DIMENSIONS

shown in th€ manual are

metric and/or their 1,.S. equivalgnt.

INOUIRIES

should be addressed to;

Field

$ervice

Department

Toshiba lnternational Corporation

13.l31

West Littls York Road

Houston, Texas 77041

USA

Telephone:

1713't

466"0277

(800)

231-1412

(800)

527-12O4

(Cenada)

Fax:

|'7131

466"8773

ll[ffiFiliilC-l

uaa only Torhtba-authodzad

rBptacamont

padr.

nWiF-MiEl

tiris

equipment

is

de3igned and buitt

in

accordance

with

opptioable

sttetl

etandqrds

in 6l{sct on ttle date of manutactu.c. Unautho.hed

modElcadonr wlll

vold wattalty

and cEn ra:uh ln rwera lnJury, daath and

propsrty

dnmag6, Do not

mak6 nny moditicadons to

thi8

ecpipmefi without

tho

written

tpproval of

Toshiba.

6

TOSHIBA INTEFNATIONAL

CORPORATION,

1 995

t!1ay.31.2012

9:15Att1

No.

1510

P,

4

TABLE OF CONTENTS

Page ii

SAFETY

RECEIVING,STORAGEANDHANDLING

,........,,4

Receiving and Unpacking

.........4

Acc€pl6nca lnspection

,...4

Lifting for Handling and Moving

" "

'

5

Stotage,

..'.". t,

lnspection During Stolage

........-

6

GENERALDESCRIPTION

.,..,...7

gafety

Deviceg

........' I

lnterlock Lever , ,

........9

Sell Coupling Type Secondary

(Csntrol

Circuit)

Disconngcts

, .

'

. . 10

INSTALLATION

.,...,

11

Service Conditions

....

..'...... 11

Bating..

...... 11

Lifting tor lnstellation

',.'

13

Using the

Portable Lifter

...'.'.'. 13

Moving the Circuit Breaker in the Cell

.-.....15

PRE-ENERGIZATION

CHECK

..,, 18

General ,

.. ... .

18

Elactrical Checks .

...... t8

oPERATtoN

..,,"..,

19

Manual Operation.....

.'..'.". 19

Electrical Op€ration

.

'

... 20

Controf Ckcult

Oparation

..,.

'., , '

ZO

Closing Sequence.....

..'.20

Charging Sequence

'.......20

Tripping

(Oponing)

Saquanca

....."' 20

Mechanism Operation

....25

Closing .

,.......

25

Charging

.......' 25

Tripping ,

.......

25

Trip Frae

.""...25

MAINTENANCE

...,,, 26

Maintenance Progtam

.... 26

Maintgnanca R€cord

,

.,"

26

Servioing

Equipment

..... ?7

lnspaction

and Maintenance

Type3..

'..'.'.2e

lnspgction and

Mainlenanc€

lnterv8ls

'.

', ',.

30

Wipe Measutement

...

......

'..

36

Vacuum

Chack

,

..-...'

37

Troubleshoothg Guidelines

.,"".41

Replacement of

Parts .

... 44

Auxiliary Switch,

"'.'....45

Closing Coil

and Trip Coil

,

..

....

' ' '

47

Control Citcuit

Board .

..'..4S

Control Circuit Board Fuse

'."'

. . .. .

51

Feplacement

Pans List

...

53

CoNVERS|ONS

.

^....

54

WARBANTYandLIMITATIONOFLIABILITY

..'..'' 57

tvlav

31

2012 9:

l5Al!1

[1o

1530

P5

SAFETY

Page

1

IITJIPO

RTAI{T MESSAG

ES

R€ad

thls manual and follow

lt3 Instruotlons.

Signal

words

such as DANGER'

WAFNING

enrf CAUTION

will bB lollowsd

by imponam

safety information

that

must be catafullv

reviewed.

lndjcates a

situation which

will tesult

in

death,

serious iniury,

and

s€vsrB

propeny

damage

if

you

do

not follow

instructions'

|[mmiilG"l

M66n3 that

you

might be seriouslv

iniured

or

killod

if

you

do

not lollow

r-:'-J

instructions, S€vste

property

demage

tflight

also

occur.

A CAlmOil

: Mean3

that

you

might be

injured if

vou

do

not follow

instructions.

Equipment

damage

might elso occur.

NOTE:

Gives

you

nelpful

informallon'

SAFETY

CODE$

Comply

with all applicable

state and

local codes' Unless $upsrssdad

by etate and

local

codei, adhere

to all appliceble

ANSI, OSHA, IEEE,

NEMA and

National

Eteclrical

Cods

{NFPA

70) and'Maintenance

ProcEdures

in NFPA 708

standarde.

This includes sl6ndards

penalnlng

to

the manufaetu.e,

a88embly, installation,

grounding,

maintananca, conversion,

lating and ope€tion

of:

1

)

Metehclad switchgear

2) Power swltchge8r

3) MetaFclad

snd stEtion

typg cubiclE switchgsar

4) AC hiqh voltagB

circuit braakers

llav.

3I 2012

0,

15AM

No. 1530

P6

Page 2

SAFETY

READ ALL SAFETY SIGNS

Safety

slgns are

placed

on ths circuit

breaker

for

your

safety

and imtruction.

BeEd and follow tha

instructions in this

manual

and on tho safety

signs locatod

on rhe equipment.

Keep

the sefsty

sign viaible

and in

good

shape,

Never removg, damag6, or covat

any

safety sign.

ElDltagr|rtnfilrlclElrltr

ictllim.

eemre

orlanrrr

lta

E[Et

H^TNHEH'IE

r ArN.irfit'

m,tla

tFGaHtE

. tt clal tFq-llll

i-HirdE

. DEEdtgqt

trLrd

arqrc(ilt* Hlf,ln*f

a

irll

trdrlecEtd

hrb

. ffi lrrildr,iq

ntt

!.ltffilr

*flm

rrrlt

r[ ffiEF]a

!!

cltlrdhLilriFtLE

. btuhht!5ttrttll

dy-tCrttlUEl*'E

trf

rrE t&r'ClUfiFa

'd.aEr,

.

orF

tFtt cF#tbr

tdfr

FEAD tt€tnrJdflol{

t&lluAl BEFoRE ATTElptlE

THE

FoUOlltttt

pfiQOEltJfiES

uAr{rAl oFEE

s PmcEDt'Ae

To $lA*E

stf,Negl n

.g chlrliE f5t*

toqrl cevst

crd hE

(t1.

ii!

;htd. bro Soqbr

OF..fte.

BtEa

-l}

t& tlF fd

Dcttt

unfl a cH b tLtlll

erd sEtla

rr&or R.le ofiAndD

g.lqr).

Rd€ ldt{e

Fdt r'

ilttHr

l5t rtd

R€tbat 8o.ld

Csnr'

1rO.La!!FSREAIGRT

Fllhdlrat,(!

G eJfllll

Ctqi Es'b.lre

\irf, Tllql

R€rd

ctoeED

(is0

{td OlSCt{AffiED

0rn'}

7o OPB{ BRE

xE t h.lr

A. TflrP

gJftSL

Ch * hdr..li*dor

lr

Thrl h

@sl

(Glifit

rd ol8C+lrhOED

$nr.!

lfiftE

fhe Folci'rn C||t

R€sa

h Ef,+trsr Olttqg.

o.dgidl

*

rlE cLodta

gt

tTct{

lllfi 1'lr€ drEi

Er*. clllg4r'

aj-r!+*n Oa

The

cr.CElcc BUTllll

Yflt llro wTEH.rffi

lE\rEB Br*rr

D.i.doi Cl Tlta

dr6

E

gufltil

!\{l

lltelilP Jtlofi

D'F t'c5'

NsnLLAfn chElaol/^l.j

ITFEATOB t{$i FFd

OtSfi

RaED

(!lt{t}

Atld OpBl

GlE€o)

8.aort

lttc

gr*.

Cfi tf mH

lllo cjr Fentle<t

lErnn Tll. Ocl

(ffi).

N4av.

3I 2012

9: l5AlV

No

1530

P,

1

gAFETY

Page

3

OUALIFIED

OPERATORS

OilLY

only

quslified

persons

are to

lnstall, op€rate

or service

this €qulpmefi

accordjng

to all

applicabls

codes and established

safgty

practic6s.

A

quallfle

d

person

must:

1

)

Getelully

tead th6 entlte

iGtruction

tnanual.

2) Be $killed

in the

installation, construction

or opgration

of the Equipment

and awa/e Ol

the hazards involved.

3l

Be lrainad

and suthorized to $sf€ly

energizB,

de-enetgize,

clear,

ground,

lockout

8nd

tag circuits

ln accordEnce

wilh estSbli$hed

sefsty

practice.

4) Be trained ahd

Suthorized

to

parform

the service,

maiftenancs or

rspair of this

aquipment.

5)

Be

trained

in the

proper

care

and use of

protectiva

equipment

such as

rubber

glove$,

hsrd hat, safety

glassos,

face shield'

flash clothing, etc.

in

accordance

with

astabllshBd

practlces.

6)

Bp

tr9ln6d

in rendering

first aid.

Nlav

31. 2012 9:15AN4

No.

1530

P.

I

Page 4

RECEIVING, HANDLING

AND $TORAGE

RECEIVIIIo AND UIUPACKING

The

clrcuh breqker

unite

are aubjected to

fEctory

production

testlng

prlor

to

being

packed

and shipped.

ACCSPTAilCE IiI$PECNON

Confirm that

the

circuil breake, unit

is

oompleta,

conect as :pecified and undamaged

trom shipment 6nd

handling.

Upon

recelpt

of the

equipmBnt, do the

following:

1) Make

an

lmm€diat€ ircpeclion

for damag€

which miotx

have

occurred

durlng

Ehipment

(Fig.

1

).

lf

damage

is

discove.ed,

it

should

be notad with th€ carrier

prior

to

accepting

the

shipment

if

p+asibla.

2)

Carelully

unpack tha aquipmant sufficiently

to cheok

for missing

pens

or concealed

damage-

3l Keep the equipmefi

upright

(Flg.

2).

A

CAltflOil

r ltl.vat

hy th6

esripmam on lia

elde or upslde dwn. Tlf$

may

cause

equhmrm

drmrge to occur.

4) File

a

claim with the

csrrier

for

$ny

damaggd

or missing itsms €nd immediately

notily the

neaiest Toshlbe lnternational

Corporation representative.

IZffil

oo nor i6ral or en€rllze

eqrlpmEnt trat

has

bcan *rflagsd.

Drmegod

iquipmilt can fdl drdng operadon, tctultidg

in fire snd

exploEion.

5) lf the cucuit

braikor

haa

baen

utilized

for

rhe conveFion of olher equipmert, see the

CONVERSIONS

S6etion ot this manual.

Cofifirm th€t

yo{lr

conver8ion

msnufecturer

is in compliance with

thi$ section.

Flg. t lnspedl for Damaga

Fi!. Z Thb Circuit Brdsk8r Bhould

Uprighr

kept

llav.31

2012

9:16AM

No

1530

P9

RECEIVING,

HANDLING

AND STORAGE

Page 5

LIFTINd

FOR HANDLING

AND MOVING

When

handllng

and

movlng

the

circuit braskdr,

rhe suspension

technlques shown

ln this

saction

may b6 used. When installing

or

removing

th6 circuit braaker

from the csll

above

floor

level, refer

to the

"Lifting For

I nstaltation"

instructions

id the

I N$TALLATIO

N

Sgction

of thie mpnual,

ffmnlGl Do nor atbmpr instattation

of

the clrouit bteaker

above

floot leyel u3ing the

lifting

m€thod8 d€scdbed

ln thls section.

Alway$ u$e

e Tolhibe

Portsbla Llfter

for

lnstalladon,

Care and

csution

should ba

usad when

handling

the circuit

breaker units

to avoid

damage to tha aquipment

and

personal

injury.

Always

keep the circuit bf€aker

in e

genBrally

upright

position.

ACAUflON

!

when

littlng,

the oircuit

breekar

vvlll tllt rllghtly backwards.

Stand clear

of

the bteake.

whon

lifting or

you

may be

inlured,

Always use

lifting

equipmant

suilable for

handling ths weight of the

unit.

The

capability

of the

llfting equipment to

handle the size and

weight

of the ciicuit

br6aker should

be

confirmed

prior

to lifting,

A

CAlmON

I

Attempting

to

menually lift

the

circull bruakar

csn caure ledous injury

or

equiprro

t damtge.

Alwey: u:a

eultoHe llftlng

equJpmerTt,

FlE.

3

Lifting

the Cirouit

Hooks.

Breaker

with Lifting

Fig. 4 Circuit

Br6ehsr Tihing Beckward

whils

Lifting.

WHEN

LIFTING:

6M32A

6P32A
6M4OA

6P4OA

8M4OA

8P4OA

10M25A2
10P25A2
10M40A
10P40A

Lift ihe

circuit breaker as

shown

ih Fig. 3 end

Fig. 4.

li1av

31 2012 9:

l6AlVl

Itlo,

1 13 0

P

t0

WHEN LIFTING:

6M50

6P50

6050
8040

Lift the circuil

breaker

as shown in

Fig. 5.

The

circuit

braak€r

ha,B a eet of

lifting

plates

as accessories.

Ufting

pletes

must be

removed before

atterfiptlng

to lnstall into c6ll.

WHEN LIFTING FOR

INSTALLATION:

The VK & HVK Gircuit Breaker

Types listed ln

thi$

manual

us€ the

procedure

described

in the

INSTALLATION

section-

STORAGE

lf the

circuit breaker

is

to be

stored

lor any

length of

timB

prior

to installation,

the

following

precautiotar

should

be taken:

The original

packing

should be

restor€d, lf

possibl6.

Do

not

subject

th€

€quipmBnt

to moisturB

or aun

rays. srote in oool,

cl6an, and dry

locetlon.

Place a dust cover over

the circuit

br€ak6r

packaging

to

prot€ct

against dift

and

moisture.

$tote

in an upright

Position.

INSPECTION

OURING STORAGE

Rouine

scheduled

inspection ls nec6s34ry

if

storage

iE lor En extended

period.

The

dlit

should b€ checked

for condensation,

moi$ure,

cottogion,

and vermin,

ftior to instEllation,

the circuit breaker

should

be crrefully

6xamined

lor ovidence of

phy$ical

damage. cotto$ion,

or othsr

doteaioration.

Hof6r

to thc PRE-ENERGIZATION

ssctlon of

this

menual.

The MAINTENANCE

sEction of this

manual

describes

vatious typ$

of

impsc.tiong

recommsndsd

for this

circuit breaksr

durlng

the

operstlon

P€riod.

REGEIVING,

HANDLING

AND

STOHAGE

t

1

10040

10M50

10P50

roo50

NOTE:

Fig. 5

Lifting Circuit

Plat68,

with Lifting

1)

2t

3)

4)

Fig, e

Circuir

Breekef

S$.ag€

lvlav.

31 2012

9: 16AM

No

1530

P.

tl

GENERAL

DESCRIPTION

Page 7

The Toshiba

VK

&

HVK Serias medium voltage

circuit breakers

in

thi6

manuel are dasigned

for

applica offi at utilization

voltages

ranglno from

5

kv to 15 kV and intorrupting ratings

ranging

from

250 MvA

to

1000 MVA. The circuit

breakarg are inlended

for

use only

in metal-clad

dlstriburion

switchgear and other

lifitited

applicttions.

Fig. 7, Fig. 8, and Fig,

g

illust.ate and

identify

various component8

of the circuit b'eaker,

COMPONENTS

LEGEND:

1

)

Handle

lor moving circuit breakar

2l Secondary disconnects

3) Rsting

intBrlock

pin

0M/P/oF0

8040

10040

10M/P/o50

4l lnterlock lever

5)

Whssl

6) Primary disconnscts
7l

Barrier

Bl

Rscking scrsw

9)

Vacuum interrupter

1O)

Flexible conductor

11) lnsulatsd

opsration rod

1Zl

Bating interlock

plat€

6M/P32A

6M/P4OA'

10M|P25A2

10M/P40A

8M/P4OA

UBE only

g€nulne

Toshiba

replacBm€nt

parE

and accatsod68.

lmproP€r

componEl'tr

could cauee the citcuit breaker

to

malfunction.

Fis. 8 Sids

View

Fio.

7 Front Viaw

Fls, I

Rear View

Mav.31

2012 9rl6AM

No,

1530

P.

12

SAFETY

DEI/ICES

Sat61y

inr€rlockg and

guards

sre

provid€d

as

an

iftegr8l

pen

ol th€ €quipment deslgn.

These devices are

provided

for

your

BafBty.

Never Defeat, Modfy or

Bypa*

any Satety

El6vlc53,

lmerloeks. or

operadng mechanfim.

Ttrt world

make

the

enripment

unsati. Flre. erploCon,

gevere

Ir{ury,

death, and

propafi

damage could

occul,

nml

Do not o'€rate th* equipm€nt

unle$s all soverE

and

panelr

sr€ ln

place-

A. SPRING CHARGE INTEFLOCK

With the clesing springs

charged,

tha

circuft break€r

cannot be moved into or out

of the cell.

A steel

plunger

{Fig.

10} mechanically

prawms

th€

breakel unit

from being

withdrawn

until

thB

closing

sp ngs 8re

completely dischargod.

B. CLOSE

PIN INTERLOCK

With the circuit bteaker olosed,

it cannot

be

mov6d betwaen the connected, test and

disconnected

positiorc.

Alao, it cannot be

mov6d

into

or aut of the

cubicl6.

Th6 close

pin

ifiterlock

(Fig.

1 1

)

is

mechanically held down, thus

locking

the

unit in

place.

Addition€lly, a salety

plats

blocks the

racking handle opening to

prevent

insartion

0f

the

handle.

C. RATING

INTERLOCK PIN / PI-ATE

The citcuit H€ak€r

hsB sn interlock to

prevsnt

the breaker

fiom

conn6cting

to a

c€ll

that hae a cominuous

cufierrt

reling

difterent

from

the

circuit br6aker,

This intertock

is

accomplished

by the rating

intarlock

pin

(Fig,

l2) on the

8M/P/O50,

8O40.

1OO40, and

10M/P/O50.

ENERAL

DESCFIPTION

Rs, 11

Typical Close Pin lntorlock

Flg. 10 TypicNl Spring

Charge

lntedock

Mav.31,

2012

9:i6AM

No,

1530

P

t3

GENERAL

DESCRIPTION

Page

9

Ths intddock

ie accomplished

by a rating

interlook

plats

(Fig.

1 3) on the

6MlP32A,

eMlP4OA,

19MtP2gA2,

8M/P40A

and

10M/P40A.

INTENLOCK LEVER

The

interlock

lever

(Fig.

'14)

on the right side

of

the circuit

bleaker

front

panal

cannot be liftad

wh6n

thB circuit breaket

is clo$ed.

Belore

lifting th€

interlock lBvsr, vsrify

that the

opan-closed

indicator

reads

"OPEN'

(grosn).

when

tho interlock lever

is lifted, the

closing

action

is

blocked

boih

electrically

and

rnsch6nically.

wilh

the

interlock

lever up. the micloswitch

(Fig,

151 is

open, thus electricallY

prevsnting

the

circuit brsak€r from

being closed.

Fig,

13 Rating

lntorlock Plate

Fig,

14 lnterlock

Lever

f/av

31. 2012 9:17Ah1

No,

1530

P.

14

Page

1O

GENERAL

DESCRIPTION

SELF COUPLINE

TYPE

$ECONDAEY

(col{TRor

crRcurr) DrscoililEcT$

Sslt coupllng

rype

secondary

(Control

Cl.cult)

disconnects

Er6 mountsd on the top of the

circuit breaker

(Fig.

16).

The comrol circuh ia

connected to the approp/idte $t8tionary

contacts

{Fig.

17} when the citcuit breake.

is

ln

tbe

connestsd

or t6st

position.

fA-l

Hazardorr6 votraga,

Turn otf

and Lock Out Pdmary and Control Circuit

Power B6for€ Sarvlclqg.

To snsur€ smooth connection

of the self

coupllng

contact8, apply a thin film ol

TOSHIBA

B8

grease

to

th€ stationary

cornacts

before insening the

circuit breaker

irto

the cell

(cradle).

nWAf,rcl

Do mt alow

greese

or any

od|3r aubstanccs to cortamid

te

insulating

mNtcriab. Colrtrmlnat

d ln ulatots can allow

a shon

circuit or

ground

fadt to occur.

Fr0.

17

Secondary

Disconnecis

Flg. 16 Secondary

Di8conn€ct8

lvlay.

31, 2012

9:lTAlVl

No

1530

P.

1t

INSTALLATION

Page

11

SERVICE

CONDITTOilS

EWAEtlilG-l

Do nqt ini1pll

rhis

aquipm.m

in areas

where unurual

serviae condition$

erist.

Using thiE €quipm€nt

ln othsr than uaual

aervlce

condffod$ can

relult in squipm€nt

fallura,
Toshibs

VK

&

HVK

$eri€s

Circuit Brsak€rt ara

intended

for

use

in u6ual servioe

conditions as

dellndd

by ANSI. The

temperatule of the air

(arfibient

air temp6raturs)

surrounding

the

Ewitchgear

should be

between the

limits of

-3OoC

l.22oF)

snd +4OoC

(104oF),

The

altitude of the equipffient

instsllation should

nor exceed

3300 ft

{100o

m},

IUOTE;

Temperature,

ehitutle ot othar

conditions outside

of the usual

limitt

may raquire derating

or other special

equiPment.

Contact ToEhiba

lntsrnational CorPoration

for

additional lntormstion.

RATIIVG

Prior

to

ln$tallation:

The

maximum fault curredt

capaoily

ol tho

powsr

sy3t6m

at thB

point

of

installstion

should be

verified. This

valug must not exceed

ths symmetrical

interruptino eapability

ot the

circult

bteaker.

Fig. 18 illuetrEtes

a typical

circuit breaket

nameplatg

and

ratings.

Do not exceed

the

tati

ga

$pecified

on

fi6 circult

braak€r nameplate

ot

aystem acces5orie5.

undefrated

equipment

can

fail

durlng oparallon caudng

flre, erploaion,

sgvgrg

inju

. d6rth,

ind

proP.dy

damagc,

To calculat€ .th€

required Symmetrical

lnterrupti

g

Capability.

usatheformula

in Note

4 and 5

of Table 1, All system

accss9origs

Buch as surge supprasaors,

lightning arlestols,

etc, should

be checked

to

varify thsir ratingi

capacity.

Flg. 18 Typical

Ciacuit Br3aker

Nsmsplac

1,,1av.31.

2012 9:17AM

N0.

1530

P

16

Idofiificdidr

RddVdlr

::;..itH6l

it:iji6flil;&l

i"i;6,1.{iri:

|-., i..i i:lc

.3frNt

ltl.i irE8li.i

"t:i

'.

Er!

r!t5! r

+.r'ri ,

r}'

H

f,..!H

V*{t

0t

!.Yl

tldt
3tln

{xv t

r4ahg

tffi)

r#*

r,iri{

Dty, V

!E

6a.d

Htr-

E

{rYl

t2f

Y*rt

nrrF

t

cat'

ht

\'hrg

tsr
lhr

rl

€oll

{At

ESA

Atrr

*sln

ht}rg

la

lls.

rvt

lrat

t4)'

F4ruy

VB

lvl

AIE2A

6Fil2A

4.16
!t.16

2SO

150

1,76

4.78

't.24
1,21

l9

to

60

m

1200

zxxt

29

za

I

3 2

E.a6

s,gt

3lt

3A

a0 6E

5A

al,tloA {rf

6goa

of

4.lE
!t.t6

s60
950

\7d

d76

t-d

I

O

te

IE

60

@

l roo

zu)

,t1

3

2

2

4.78

1.',1c

4t

4l

41
+1

SB

6E

Etfio

6F60

6(rc

4,16

4.16
ILI

E

Ito

360

361)

47',

+76

4.ta

l-lr

t.t3

t0

19

19

60
60

c0

t tod

20@

3000

tll

4t

4t

I
I

s

,

z

2

lto

a.o

40

43
att
49

49

a0

4S

7t
7t

7e

Ar,lbA
I'IIOA

80,to

tlf

7,4

7.2

300
6('0
500

d.:5
a.r3

a,z5

l.r5

LB

t.lE

36

3t

IE

95

tt

SE

I400

20s

gooo

33

t3

3
a

s

2
2

2

4.6
6,6

6,8

41

4i

a1

41

d6
66

6A

I6MfiA'

tot:lt l 13.4

500

5m

t6

l5

t

-30

tJo

36

t!

gE

s

I uao

zn

16

IE

3

s 7

I t.5

l t,3

,3

23

tt

t3

a7

t7

toM{an

't{tFttoa

roq40

tll'

1C.E
I

s.a

l3.a

750

7A

7

IE

ll

IE

t.ao

1.30

t

-so

a8
36

3t

6
t5
t6

1200

:000

3000

2A

28

2E

3

3

2 11.5

36

t6

86

3g

36
36

5S

EA

6E

roP4oA fil

lmto fl r

l!-6

13.8

1066
100(l

t3

IE

t.0
t-0

3C

36

t5

s

2o0o

3000

B7

37

a 2

1E

15

37
g7

l7

6A
F9

lotFo

totto

iooEo

19.t
13,t
t3,8

t 000

looo

1000

16

t5

l5

!

-lo

l,$

1.30

36

3!

36

s

E6

1206

2l'qt

30m

s7

g7

3

I

3

2

2

i t,5

I 1,5

116

49
.t6

4E

4{
*0

46

't7

77

17

Table

1 . RATINGS

Numbol6

ITIOTES:

Basis,

ANSI C37.06)

r€fer

to the

r)

2l

3)

ANSI C37.OB

does

not

define

thes€

r6tings.

MEximum voltage

for which lhe circuit

breaker

i6 d€signed and th6

upper limit for

operation.

K ic

the

latio

of

rSted maximum

vollage to

th6 lowar limit

of the range ot

opetating

vohage

in which tha roguir€d

symm€trical

and asymmefiical

interrupting cap8bilitiss

vary in inv€rs€

proportion

to the oper€ting

voltSge.

To obtain the

requked symmetrical

interrupting capability

of citcuit breaker

at

an

operEting voltsga betwsBn

1/K times

Irted

m€ximum

voltage

snd

ratad

maximum vohage,

the tollowing formulS

shall be

usBd:

Required Symmetrical

lfierruptlng

(vmex)

Capability=(SCA)X*-*

(vop)

where:
SCA = Short-Circuit

rms

Currant

Rating from

Table

(kAl

Vmax=

Faled

Maximum rms Voltega

{kV}

from Table

Vop

=

Measured

operating

voltage

(kV)

5) Crlrrsnt

veluas in thb column

are not to

be

excEeded even

{or

operatihg

voltages

below

1/K tim6s

rated maximum voltage'

For voltages bstwBsn

the ratad maximum

voltage

8nd

l/K

times

rated maximum

voltage, lollow

{4)

above,

4)

Nlav

31. 2012 9:liAM

No.

1530

P

17

INSTALLATION

Page 13

LIFTING FOF INSTALLATIOil

lJnlika the

lifting

procedures

recommended

in

the

FECEIVING,

STORAGE AND HANDLING

section,

Lifting

for lnstallation

pulposas

raquires a different technique,

A Portablg

liftdr ss shown ln Fig. 19 should ba

used

for lhe insettion ot

removal

of a clrcuit

br€ak6r to th6 switchgear

compartment above

floor level,

Ths

ponable

lifter may also

be used to

trtnsport

ths circuit brsakar to 6nd

from th€

switchgear.

EWffiMt{6]

Do not

attempt to

irstar

ot

remova

a circult

breaker abova floor level

from

a

compartmefit by uting th6

lifting 6y68 or

plater,

Ure a To5hlba

portable

lifter,

lIffiEl

Dbcharge sprtngs

compt€rcly

ffilre

irHtallution.

A CAtmOil

: Alwaya lnsurs the

portibl€

llfter ls operated

on a

fififi

and

l€vel

Surface.

USIilO

THE PORTABLE LIFTER

1)

$et

wheel

stops to

the

lock€d

position.

2) Place the circult,brsaksr

on lhs liltBr buckat

and

lock in

place

with

the

inte,look

pin

(Fig.

2o).

EEm[im]

Do nor traffipon

the circuit

breraker

without

th€ intsrlock

pln

lockad

ln

place,

Flg. 19

Po*able Lifter in use

ng.2O

Portable Lifter lntsrlock Pin

in Placg

klay

31. 2012

9:18AM

No.

1530

P

18

Page 14

INSTALLATION

lIffil

Do nar rrrEport the vac.um

Clrcuh

Ercaker in dle dc{iNted

pocition

whila

udru

por$lc

llfter,

3l Unlock

the

wheel

stops and

move the lifter

into

position

in front of

the

oell.

4l Before moving the citouit hreaket on or off

th6 liftor bucket, make sure that:

al The buckst tab is lowered over the sell

stud to

lnsure

the

lifter does not movs

(Fig,

21).

b)

Ths wheel stops Ere again locked.

nmmG]

The

porrdue

riftGr must b6

s€cu]€ly flx6d to ths clrcult breaket cell befu|e

traGfcrdng the cirllir't

k..ler lo or from lha

cell.

5) Ramove

the circuit bteaker

ifiterlock

pin.

6) Follow the

procedure

"MOVING

THE

CIRCUIT

EREAKER

lN

THE

GELL" for

insertion

into

the equlpment

cell.

MOUNTING

PADS

Some installations

utilize

elevated equipment

mounting

pads.

This ryp€ of irEtallation

will

increa$e

ths

ovorell heigtrt of thB Bquipment,

Pads should not increa$e the equlpmsnt

height

more

than 6 inches, or tho

ponable

lifter ftay

not work.

Addltlonally,

mounting

pads

should

ext€dd

no moru than 6

inches lorward of the

switchgBar.

Lifar Buckat Tab

over

Cell Stud

Eq,

2l

|!lav

3l.

20l2 9

r

lBAM

No,

1530

P

19

INSTALLATION

Page

15

MOVING

THE CIRCUIT

BREAKER

IN THE

CELL

lilE@

Ftre and exptoiion

harard.

Trip

clrcuit

ba€ekar

opan and dlecharoa

sptlng$

b€lore

attempting

lemoyil

or

instellation.

ITMRNINGI

unh

conratns

powerrut

sprlngr.

Discturge ep,ingc

completely befora

rswlclng,

To Dkcharse

$prlngs;

ln either

Disconnect ot out

of

cell

position,

Dep.ess

Trlp Bjtton, then Clo3ing

Button,

and

Trlp

Eutton

again

(Fig.

22).

Disconnact

posltlon

-

The circuit

breaker

is first

placed

into

thlr

posilion

whsn installed

into the

cBll

(Fig.

231.

Fic. 22

Clrcult

Breaket

with

Dlscharged

Springs

NOTE:

2t

1)

T6Bt Poiiffon

Disconnected
Position

(Fig,

Wlth th€ closing spring charged,

the circuit

brgdker

cannot

bB

moved into or out

of the cell'

With rhe circuit

breaker closed.

it cannot

be moved between

the

Connected,

Test

snd

Disconnact

Positions and

it cannot

be

moved into ol oui

of the cell,

-

This

position

is between

the

Position and th6 Connected

24t,

,

Dbconnected

1)

To

Move the

circuir

Br€akEr trom

the

Dbconnact

Fosltlon to

Te3t

Position:

Lift and

hold the inlerlook lever

on ths

rlght

sid€

as shown in

Fig. 25.

Hold

both

grip

handles

Fig,

26]

and

push

the circuil

breaker

into the cell.

2l

Whsn

th6 interlock laver

is released

at the

predetermined

position,

mak€

sUrS that the

interlock lever

has

dropped

compl€t€ly.

Nlav

31.

2012 9:IBAM

No.

1530

0 1/\

Page

16

INSTALLATION

Conneated

Felition

-

ln thia

position,

the

circuit breaker

prim6ry

disconnect

bus stabs

afs

conn€ctod to rhe switchgeal

bus bars.

ln

moving the circuit

br€akdr

from rhe T€st

Po€idon to

trr€ Connccted Position:

1)

First cheak to

mak6 Eur6 th6

open-closad

indicator

reads

"OPEI{'

(green).

Flre and erdoSlon

hazard.

Trip

circuit

br€3kar

opin b€fors attempdrig

to

rack llre citcuit

beaker |trto tte Conn€ct€d

Posldon,

2) Lift

the

ifierlock levar.

3l Ineen

the racking handle

as $hown

in

Fig. 27.

4l Turn

the handle clockwise

(Fig.

28). The

cirouit breaker

will

move inward,

5l Stop

rotating the tacking

hsndle

when

the

raoking scr6w

thread h€s cleared

the

racking nw,

You will

heer e click sound

ae

th6

arrow at the lower

paft

of the cirouit

brsaker

comes in line whfi

the red line of

the Connected

Position hdicating

plal6

on

tha cell

floor

{Fig.

29}.

Remove

the

racking

nandle.

Check to

verify rha intedock

lerrer

has

dropped

completely.

Fig" 26

Gripping Circuit Bresker

HEndles

6)

7l

Fis. 25 Lifting

htarlock Lever

FlA. 27

lnsening Backing

Handle

|v1av.31.2012

9:l8AlM

No. 1530

P,

21

INSTALLATION

Page 17

WhEn drawing

out the circuit braakar

from the

Connected

Po6ition

to th6

Teit

Fosition:

1) Firit

check to mako sure the open-closed

indicetor

r6ads

'OPEN-

{gr6sn}.

Fire

and

exploaion

harerd.

Trlp clrcult breaket open bcfoa€

attsmptng to

r.ck

th6

clrcult

brraker out d th. Connected

Position.

2) Lift thB

int€rlock l€v6r.

A CNfiO{

: To avold equlpme t damage,

.lo not

push

the clo3lng button

lgrEenl

whlle

thc

lnterlock

Lever ii l;fted.

3) lnsen the raching handle

(Fig.

271,

4l Turn the

racking handle coufterclookwise

to mov€ ths circuit broakBr

to th8 Tert

Positj,on.

5)

Stop rotating th€ racking

handlo whsn the

raeking

$crew thread

has cleared the

racking

nut, You will hear a click

sound as

ths

arrow at th6 lowdr

pan

of the circuit

breaker

'$

aligned

with

ths

rsd llne of tn6

TEst Porldon indicaiing

line,

E) Rem0ve

the

racking handle.

7)

Check

to verify the lntarlock

levar has

dropped completEly.

Fig- 2a Turning Racking

Hendlg

Nlav

31. 2012

9:l9AM

No.

1530

P.

12

Page

18

PRE-ENERGIZATION

CHECK

OE

ERAL

BEFORE

ETIEEGIZITUG

THE

CIRCUIT

EFEAXER

for the

fir$t time,

lollow

the

procedure

below

to verify

that the aquipment

iB

properly

installed

and

funotional.

ISE@E

nu2arddu

voltage, Tum

ofr and

lock oui

dl

prim.ry

and control clrcltlt

por,\rsr

sources

tttiot

to

perforrning

ttlS

pre-

energlzadon

check.

nffil

Do not

orerfie

th6

6s$pm6nt

undl

a compleE

safEty inspecffon

hm been

mede.

nwARmG]

Do not enerEize

dsffaged

6qrlpm6nt

that ha3 noi

bsen repalred

or

vcrified,

Eml

Do

nat remove,

cover or

destsoy

iny safew

6igrB.

fllffigl Do not operEt€

th," .qrrpment

uftil all

pand$

and

Govelt

hav6 b6an

rcplaced.

n Prior

to

operating the

clrcuit

br€eker,

be

su.e that

thG citcuit breakel

unit

is installed

in the

correct cell.

tr

All block or

oth6r t€mporary

braces used

lor $hipment

must

be

removed,

E Before

alosing

,the

snclosure, all

mstal

chipe, scrap

wire snd othel

deblis

left

over

from

instelletion muBt

bs cleanad out.

E

Cover

all

unueed openings

in

the circuit

breaket.

cell

r all

ELEC'RICAt

CHECKS

nWARl|[Ql Eecrrical

shock

not

touch energlzed

components

u$ng

auxiliary

Power'

panels

and covars.

tr A

Eupply ot epEre

parts,

fuses, etc.

should

be

e3tsbllshrd.

I lnstructlon

manuals

snd

diagrams should

be collected

and

filed.

n

Replace

all

pans,

guards

and batriers

that

may have

b'een

rEmoved

during

wiring and

in$allation.

hazard.

Do

during

a tert

D An

6l6ctrical

insulation

tesistance test

should

be

performsd

to verify

that the

circuit brsaker

and

associated

fi€ltt wiling

arg

fres

from shon

circuits and

grounds,

Refe/tothe

MAINTENANCE

SEction of

this

manual

for additional

information.

EmllRlrB[q Hazardous

vortages

are

pr$ent

.luring dialEctrlc

testlng

whlch can

reault

ln serious

iniury

or

daath.

High

polentlal

taat3

should be

parformed

only by

qualified

peftonnel.

. All

switchos

dnd circuit

breakers

must be

sel

to the OFF

and/or OPEN

positlon

befors

Bnergiu

ing incoming

Powet'

the

llanual GLOBlllG

EUTfo

Fig.

3O

Typical From Circuit

Breaket

LeYout

lvlav

31 2012 9:

19A[1

No,

1530

P.

23

OPERATION

Page

19

MANUAL

OPERATION

ITWmmo]

powcrfl

spdns6, Do nor

place your

hends or iny

part

Of

your

body

inside

thi$ equipfient whlle any lndlcator

ahows

"CHARGED' {yallow)

or

'CLOSED'

kedl.

A.

Manual Chdrging of Closing

gpring

(Fio.31)

1l Rgmove

tho charging

handle

cover,

ldsert

the charging

handle into the

opening for th6 manual charging

handle.

2l

Rarchet

tha

h€ndl€

up and down

several tirnes

{u$u8lly

7

times) untii a

click

(latch)

sound is heard end tha

closing spring chargihg indicatot

changes

fioilt

"Dl$CHARGED"

(whitel

to

"CHARGED"

(yellow).

This is the

position

wh6rB th6 closing spring

is

charged and no

further

movement of

ths handl€ is required.

3) Remove the charging h6ndl6 and

r6plac6 ths cover

plat6

to the Opening.

NOTE:

The number

of times the

handle

must be opefsted

depends

on the

sngle of handla oparation.

B, Manual Closing Operation

Pueh the manualclosing button

(green)

and

th6 circuit braakBr will close

(Fig.

32).

At

this time the open-closed indicator

reads

"CLOSED"

(rad)

and

th€ spring charging

indicaror

turn3

to

"Dl$CHARGED"

(whlto).

A CAIIIIOII

: To

dvoid equipme r damage

do not

push

the closlng button

lgreenl

whlle

th3 clrcult braakar ia closad.

A CNmON

: To avold cqulpment damEge

do not

puNh

th. clo3ing button

lgrEEnl

whil6

the

ffp button

lred)

i$

depressed.

C.

Manual

Qpening

(Tripping)

Operation

Push the trip bwton

(red)

and the circuit

breaker will open,

The opan-closed

indicator

{Fig.

33} will

r6ad

"OPEN"

(greenl.

Fig,32

Fis. 3l Msnusl Chsqing

of Clo$ing Spring

Circuit Br6iksr

Clo€dd

Fig. 33 Circuit Breaker Trlpped

Open

tvlav.31.

2012 9:19AM

No.

1530

P.

24

Page

20

OPERATION

ELESTRICAL OPERATIOITI

Elsctrical

opetation can

ba carrisd

ofi at the

Ts$

or Connoctsd Pqsition.

when

tho

clrcuit

breaker

is

outside

of the cell,

it can be

operated

elegttically

by using

Toshiba

lntarnalional Cotpotdtion's

Sccgs$ory

lsEt

oabinet.

nffiq

powarfut

Spdngs. Do

nct

place

youl

hanrb or any

pan

of

your

body

imlda

the eqipment

whih

indicstor rhows

'CHARGED' lysllorv)

or

"CLOSED'

(r€dl.

Effiffil

66""L

crrcuit

breaker

namedate

for verification of

prop€t

oPeradng

Yohags,

A.

Eledtricel

Charging of Closing

Spting

Upon

applying

power

to tne

conlrol circuit,

the

charging

motor will immediately

start.

When

the sprlng

is

charg€d, the closing

spring charging

indicator

turns from

"DISCHARGED"

(white)

to

"CHABGED"

(yellowL

and

tie motor stops'

The spring

charging is now completod.

B,

Electrical Cloeing

Operation

When the

clo6ing switch

is turned to

"CLOSE"

position,

the

closing coil

will bs

immedidtely

enorgizod

and the circuit

bre€ker

will close. The open'close

indicator

wlll

th€n

tead

"CLOSED"

(redl.

After tho

clositrg

of the

brsek6r. tha

charging motol

will

immediately begin to

charg6

thg

olosing

dprings. Upon

rhe

completion

of

charging, the

closing

spring

charging

indicator

will read

"CHARGED"

(yellow).

6.

Electrlcal Opening

(Tripping)

Operation

Wh6n

the trlp switch

is

lurned

to

'TRIP"

position,

tha

trip coil will be

imrnedistely

energized and the

circuit

breaker will open,

wirh

ths open-closed

indicstor

reading

'OFEN'(greenl.

cor\lYRol ct RcutT oPEnAnoI\l

A, Closing Sequence

Th6

schematics $hown

in Fig. 34 thru

Fig.

36

r6fl6cts

the condition where:

1)

Ghatgtng

13

complate,

and

2)

Th€ circuit breaker

is

open.

IVOTE:

Thc closing

spring

immedi8tBlY

begins

chalging

when the control

circuit

is energizsd.

Pour€rful tprlngs

and movlng

geare,

Do not

plaae yout

hands

of

eny

part

of

your

body lnslde

the equlpment

whil6 tha

cl.cult brcNLGt

it chrrglng.

ln this condition,

the external

opBration

switch

cs(1|

is turned to

the

"closEi

position

causing:

1) Circuit

lL, b1,

LCS,

Y'b, X'b, CC to

energize

the

closing coil

CC,

in$tantlY,

end

2)

The circuit brsakar

closing

llm.

18

304O

mcec., at which

tiffie,

3)

Auxilidry

switch b1 opens,

4) Closing

coil CC, d€-€nergiz€8.

5) Auxiliary

relay

Y,

energizos,

completing

th€ anti-pumping

circuit.

B. Charging Sequence

At

the same

tima tha

circuit breaker

is

closed:

1) Limit switch, LS,

closes

2) Control

Felay X, enargizes

3) Circuit

LS, LS,

X-4, M,

X'4. F is

complered,

and

4) Charging

motdr

runs

(for

about 4

eec)

When oloslng

spring

is charged:

1) Limit switch,

LS,

opens.

2l

Control

r6lay

X, de-energizes.

C. Tripping

{Opening}

$equence

The

tripping

of the circuit breaker

involves

only

the a l

,

TC citcuit.

when the extelnal

oporation switch

GS(21

is

turnsd

to th6

"TFlP"

position:

1) Trip coil, TC,

engrglzss,

and

2) Chcult

brEake. opening

ot tripping

fime

is 15-20 maec,

At

which

time:

1) Auxiliary switch

A1,

opons

2) Trip

coil,

TC, de-anergizes

IIOTE:

FOr clrcuit

brsakers with different

valtagE combinationg

lor cloaing,

tripping

or charging,

consult

Toshiba

lntgrnational CorporEtion

tol

the

particulSr

schEmetic.

Mav

31, 2012

9:l9All

No, 1530

?.

2,

Page

22

OPERATION

FiC.

36 20S250

VDC

ContIol Circuit

Schematic

SYMBOL

DESCRIPTION

Auxiliary rslay coil

Y-b

Auxiliary

relay cofitedts

(N,0.)

x Conuol

relay coil

X-a Control

relay

contacts

{N.o.l

X.tt

Contlol

rclry contacts

(N,C.l

cc

Closing

coil

TC

Trip

coil

a1{5

Auxiliary contacrs

(N.O,l

bt-b5

4ur;11"ry

q6n166s

{N.C.}

M cherging

motor

LS

Limh switches

DI

-D5 Diodes

RI-R4

Resistors

IL lntor'lock switches

c

Cepscitor

F

Fuse

Lcg

Latch Checking

Switch

Hg,37

Legend for Co rol

Ckctrit Schamatics

Nlav

31. 2012

9:l9AM

No.

1530

P,

26

OPERATION

Page 23

l-8 SN" end doGlng

$dng

dlal!€d

t-5'oFF

Clodng €igr,Ll

slrn o{ dGln! op€rdion

Cdlnpleuon ot do8lng op€rdon

1.3

!Ol{i

rnd deing rgnrB

cfierged

Stai of healdng

operuisn

Flg.

38

Sequance of Opgration

l/av.

3l. 2012

9: 19Ali1

No.

1530

P.

21

Page 24

OPERATION

trip

cacch

trip

coil

c ioEing

sprilg

Cl

oei ng

Vac

lrum

inter!uptef

paddle

Closlng

eoil

CloEing

Trip

paddl€

catch

Wip6 rl)rl

CloElbE button

openisg

spring

\

I'taid

Ehaft

Flg. 39 Mechanist$

N1ay.

31

2012 9;

20AlV

No.

1530

P

28

OPERATION

Page 25

MECHANIgM

OPERATIOITI

fAlmml|Fl

Do not

modify or ovedosd

thc

clrcult

breaker operati

g

mechanism.

Slow

clo:ure

of the broaker could

re5ult

in file

and

explo6ion.

A. Closing

The

condition

shown

in Fig.

40 repressnts

the condition

whete the oircuit

breakst

ls

open

and the closing

spring i$ charged

(ready

for cloringl.

ln this condition,

tha

closing

catch

is

released by the

closing

button

or th8 closing

coil, the

closing

spring

csuses the cam

lo rotate

quickly

into the condilion

shown

in Fig.

41 in

which

the circuit breaker is

closed.

B, Charging

From

ths

closed condition

ol Fig.

41 only

the closing cam

is rotaled

by

tha

motor,

with thB

circuit breaker kept closed,

ufiil

the

roller on

th6 cam sngages with

the

catch.

Tripping
Wh6n

thB trip Bhaft ig released

by lhe trip

button or the trip

coil,

dll tha linke raturn

to

the original

open oondition

shown

in

Fig.40.

Trip Free

Whed the

trip crtch

ls r€lea3€d,

tho link

will

move to the trip

free condition Shown

in Fig.

42. When rha charging

operation is

completed,

the

link wili

asBums

the open

condition.

Fig.40

MechanismOpened

D.

Fig.41

MBchNniBm

lmmEdiBtBly

attef

Closing

by Signal

Fig.42

MschNnism

TriPPed

Free

ltlav

31 2012

9:20A1vl

No, 1530

P.29

MAI|uTEilATIICE

PROGRAI$

ln

ordgr

lo €nrur€

continued

reliable and safg

opefatlon

of

lh€

equipment, a

program

ol

routine

maintenance

must

be eetablished.

Operating

and environmental

conditions

will

u6ually dictst€

thE frEquency ol inspeotion

rBquired.

NFPA

R.lbllcatlon

708

'Electrical

Equipmsnt

Maintenance"

may be usad

as a

guide

for satting up thE

maintenance

prog6m.

f@@il

contact

with .netglzed

GomponeBt3

Gan caut€ ievere

iniury, .l€eth

and

Foperty

<lamege.

Tum-off

and look out

hlmary and

Corttol Citcuit

Powar bofore

Ser1,icing.

|AUARlllG-l

tmoropor

matnt€nEnc€ can

c*l86

selrEr€ lnJury.

dsath, and

prop.rty

damage.

Only

qualified

and

aut}odzed

peBons

are

to irstoll.

operatE,

or r€Mce

thls

eqripmBnt.

Do not

allow

grrlte

or lny

othsr

subetancs

to aontaminate

any

intularirq

materl6ls.

Gofteminated

lBulatots oan

allow

8 rhort clrcult

ot

ground

fauh to occul.

iIOTE: Refer to the SAFETY

section

of this

manual lor imPonant

information.

MAIII{TEIIAT{CE

HECORD

Keep

a

p6rman6nt

record

of all

maintenanca

work. At

a

minimum, this

r3cord should

lncluda

information on:

Item$

inspec-tlon

Repons of

any testing

Equipmem

condhion

Corrective

actions

or adiustmems

Dat6 of work
Comments

The

degrss

of detail of

the record

will

depend

somewhat

on the

operating

cond ions.

Teblg

2.

Gircuit

Breakor

Recommended

Torque Valuss

TablF

3. $witchgear

Rscoflmandad

Torque Values

1)

z',r,

3)

4t

5)

6)

Hardware

Size

Recomm6nded

Torque

M3
M4

M5

M6

M8

M10
M12

{kgf-cm)

10

20

40

80

200

350
450

(ft-tb)

0.7
1,4

2.S

5.8

16.5
26,0

33.0

Hardware

Size

BecommsndBd

Totque

1t4-20

5/16-18

3/8-16

1t2-13

(kgf-cm)

55-83

138-207

276-415

553-691

(ft-lb)

+E

10-15

20-30

40-50

ftlav

31 20l2

9: 2OAlVl

No

1530

P.

30

SERVICIITIG

EOI,IPMENT

For

your

safety,

turn ott and

lock out

main and

control

circuit

powel

betoae

servicing

th€

circuit

brsek6r.

Should

ssrvica to

thB circuit bleaker

bo

required

while

tho system

remains

energized,

enrome

caution ust be

sxarcisdd.

Al8o,

certain minimum

safety

procedu/es

mu$t be

followed:

1) Only

qualtfiad perronnel

should attempt

this

38rvic6.

2)

Oo not servic€ a

eircuit bteaker unit

while

connected

to ths

line lerminals.

withdraw

the de-energized

circuit

break€r from

the

anargiead main

bus before

sgrvicing.

Never sE.YicE the

olrsult

breaker

whlla ln the Cormeoted

Porition.

3) Verify

that the automatic

Iine tsrminal

Ehutters

are

closgd, Ilcver service

a unit

unless

the$6 Shutters

ara

fully closed.

4) ltleve.

perform

s6rvic€ on

or next to

exposed components

energizEd

with lin€

volteg6.

lIfimFildl

Fairure to adhere

ro rh€s€

ittety

pmc€durt3

can

tG8ult ln 5everc

iniury.

death ard $evere

prop€rty

damagB'

l!1av.

31.

2012 9:2OAM

No.

1530

0 11

,)

Page 28

MAINTENANCE

INSPECTION

AHD MAIIITENANCE

TYPE$

IUOTE: Refer to the

SAFETY sactlon

ot

this

manual lot impqnant

intormation.

For

points

and types

of

lubtication

refer to Fig. 43

A. Acc€ptancB lnspsction

This

inspaction confirme that the circuit

bredke.

unit

ie completa, corr€ct

as

epeciJied, and undamaged

from

Ehlpmant.

Th6

procEdure

for this in$pection

ls

outlined

in ths BECEIVING eEction of

this

manual.

B, Ftsfiol ln$pection

lnspection

of the condition

of th€ circuit

breaker

while energized.

1) Check

thar no unugual sounds or smolls

exists axternally.

C.

Vi$ual lnsp€otion

lnspection

perform.d

with thB circuit

breaker

withdrawn flom

ths

switchge8r

companm6nt.

I

)

Wiih front

covet removed, inspect

entire clrcult breaker

fot deformation,

ruai or any other

typss

ol

abnormalities-

D. Periodicel

lnapection

lnspec on

parformed

with the circuit

bteaker

withdrawn from the Bwitchg€ar

companment.

1l Psrform Visual lnspection.

2) Clean and lightly coat the contacting

gurfac€s

ol rh€ main conductive

pans

with

Toshiba

B8

greas€.

3) Close

and ttip circuit br€ek€r

manually

and alectrically to

insure

Proper

operation of

m€chaniom.

ChEck wiPe

measurement

(Pg.

361.

4)

lnspect to insure

lubricadon of sliding

end rotating

pans.

5)

LubricEt€

sliding and rotating

parts

with

machine oll

ts

r€quirod.

6)

Test

the clrcuit

breeksr to inaurB

that

primary

and

$econdary

circuit in3ulation

reeistances are

within Toshiba

lnternetlonal

Corporatian

specilications

(Pg.

35).

E, Detail lnspection

lnspection

performad

with

rhe circuit

breaker

drawn outside

of th€ switchgaat

compertm€nt.

1

I

Parform

Periodical lnspefiion.

2) Re-grease

sliding and

roteting

part8.

Feplac€ cotrBr

pins

and E{ings that

are

removed

with ngw ona8.

3)

Perform diol€ctrlc

test

(s6e

Vacuum

Chack

on Pg. 37)'

4) Test the circuit

bisak6r

to insure that

closing time

(Pg.

201,

openlng

timB

(Fg.

2O)

and minimum operating

voltages

tPg.

48)

of

bolh the

closa and trip coils

ar€

within

Toshiba lnternational

Corporation

sp€cifications.

F.

O\rernaul

Complete

di3assembly

of circuit breaker to

replace worn

pdrts

Es

required. Clsan and

re-greaae all

parts,

To

be

performed

only by

Toshiba

lntgrnational Corporation,

[1ay.31.

2012 9:2oAM

No.

1530

P,

32

Olh

or tO

vAc.+N: or-

O&

cr

:5C

,rcsir rA E6 cRlcsE

o#

cr

r&o

ro

Nor

-uERrcAiE

cl coN-AVl."lA-

t{,Tr OTIER Cr'-s Cl GiA{S:

b:tA| A

(sHcwN

DTSASSEVBLED)

:)fi:RNAL

Pc|l-r S

I\'TERNAL PCI^ES

Flg, 43 Points and

Type6

of

Lubricetion

Mav

31. 2012

9:2OAM

No.

1530

P.

33

Page

30

MAINTENANCE

INSPFCTIONANDMAINTST{AilCE

INTERVALS

Tho frsqu€ncy and

detail ot

the required

lnspefilons

will vary

depending on

th6

anvironment

of service and type

ot

inspection

to

be

performed.

Ueing Fig. 44 select

between

the

charts oJ op€rating

years

and operating

cycles

which

will reQuire thd

most fr€quant

inspections

and maintenance.

ln addhion,

when applying circuit

b.eakers

in

severe almospheric

sites such as

outdoor

companftents

,

dusty

gnvironm€nts

,

high

temperaturss

and/or

high humidity

the

inspection and

nrairtanenc6 frequency

should

ba. at a minimum,

twice as

oft€n.

lf th€

1 2th

year

overhaul

is not cetriBd

out, ths

Detsil lnspBction

should

be applied

in

the

cyeleE

of ths

Psriodical lnspaction

(every

3

years),

Should

the circuit

breeker

ba

subiEcted to a

sev€re

condition such

as drop,

collision,

earthquek6

or

fire contacr Toshiba

lnternational

corporation

for s compi6ts

inspection.

lgpldoh

&rpFfrn€ & Pra4llcl!tssn

Ctpdt

l6dnl

I

Frio.Hl
ItlHr

gerdot!

ln+€roolt

AcEsFsnEa i

PllEsnrEtsdl Clrd(

Vlllnll

Pdiddiod

I

0

1000

4000

0000

4@

5000

5000

7000

d0d0

9000

10000

Fic.

,*4

lnepection

Frequensy Schedule5

fffir@t

ablpdudE'ign

9.CtFd(Ublb#n

a uidcdrth

ol

[.

HanrE haddon

Fd.EB

6.R.{rE

7.

Dlalacllc Toa

Chsd(

ffir1!6?V&urlt

8. OprdB

Cll."dtHc

ll.sramst

g,

Oodvlda

D5*ni6t {d Hetdld

Fig.rlS lnepection

and

Maintenance

Tree

llav.31

2012 9:20AlVl

No

1530

P.

34

MAINTENANCE

Page 31

at

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l!u

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{t

F5

flay.

31.

2012

9:20Al!1

N0.

1530

P

35

Page

32

MAINTENANCE

o

_v

c

=

o

E,

c{('(o

o o({

iFfl

t-t-v

o

E

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ll 2012 9:2lAM

No

1530

P 39

Page 36

MAINTENANCE

wlPE MEASUBEMEIVT
when

the

clrcuit bloaker

is

closed.

pres.Bwe

on

the maln comact$

inside

the

vaouum

interrupter iE maimained by

a set of springs.

As

the

mein contacts inside

the vacuum

interruptet

wear,

the amount of

wipe

on the

springs decrcases.

Wipe is used to

measule

cofttact w€ar and

maimain contact

prsasure.

The docrea$e

in wipe

i$

also

u$ed to det€rmin€

whsh to

replace the vacuum bottle due

to

wsar

of th6 contactg,

iAmfq

J{6v61 use

a crrcuh breaker

wlth

insufficient

uripe. lnsufficient wha

will

cEuas

poor

cor*act

prcrsute

and can ru$ult

in

firi.

arplosion, ewere lnlury,

daath and

p.opeity

d6mage.

EWAsllG]

rvau.r

aqu$ the wrpe of a

vacuurn

i

terrupter-

lmpropsl edjusrrnent

of

the wlp€ can rcsult in fte,

explo6ion, Sevele

iniury, daadl

end

Flop€rty

damag€,

For: 6M32A

1OM25A2

6P32A

r0P25A2

5M40A

l0M40A

6P40A

10P40A

8M4OA

8P4OA

Wirh

th6 circuit breaker closed,

visually check

the

wipe mark

(redl

ae shown

in Fig. 46. Tho

irnerrupter mu€t

be

replaoed when

tho

wlpo

mark ia no longer visible.

an'n t

FLrLL tt I P=l

I3- MAtrK

t

R=Dl

FiS. 46

wipe

lnspection

PLATE

r-lmm

C;ULL

wlPE)

fig,

47 Wipe ln6pecdon

For:

5M50

6P50

6050
8040

10040

r0Mso

10P50

10050

With

ths circuit

breakar clos6d,

measure the

wipe as

shown in

Fig. 47. Ths lnterrupter

mu8t

b6 roplac€d when

the bldck extends

1mm

below

the

plat6.

.

All

servicing

and replacemem of vacuum

interrupters should

bg

done by Toshiba

lnternational

Corporation, Consult the

factory

for

further

details.

Nlav

31. 2012 9:21A[/

No. 1530

P.

40

MAINTENANCE

Page

37

VACUUM CHECK

This

test

procedure

ls

provided

to oveluets

tha

dielectllc

lrnegrlty

of the

vacuum

interruptgr.

Ths rslatiomhlp

bsrwsen

the dielectric

breakdown

voltaga

and internal

vacuum

intarrupler

preEsure

has

been

found

to

b€

gen€rally

pradictable,

NOTE:

ApplyinB

abnormally

high

voltag6

acrogs a

pait

of contacts

in vgcuum

may

produce

X+ays. The radiation

may incrsesg

with the increase

in

vohage and/or decrease

in

contact

spacing. X+ays

produced

during

this

test

with

recommendad voltage

and

normal contad sp6cing

is extremaly

low

and well below maxirnurh

petmitted

by *andards.

EWARl{tNGl

R

distionErpoiuro

Harerd.

x-

ray. mey

cause lllnerg

or lnJury, Stay rt

leNst

1 fieter

(3.3

fi) eway

from cltctth btoaker

dudng thl5

teit,

tffiim-ttlG-l

Hrzardous

vortases

ate

present

durihg dielec$ic

terting whlch

can

r$utt ln

eevere injury or death'

Onb

quelillGd

pemonnel

rhould

conduct thlr t€sdng,

For Vacuum Check

Procedures

see

pages

39

6nd

40.

Fig. 40

ia an example of a test

circuit that

can

be used to

check the dielsctric

intBgrity'

NOTE:

As sn option, a

corfiPact

vacuum

chsck.r

(Typs

cl35-1 D) ie available,

wh:ch

enables a

quick

and

easY

check on the

vacuum inte upter

int€rn8l

pres3ure.

D6f

6ctiv6 vacuum interrupters

wi,l consi$tently

fail with

liltle

delay therofore,

1O seconds of

voltage Epplication

is suffioient.

Fig, 48

Opdonal Compact

Vacuum Chscker

l\iav,31.2012

9:2lAM

No

1530

P

41

0.slilA

100r':30kV

Aut}

fensfonrl.r

Fig, 49 Exempl€

of

Wthstand Voltage

TeBt Circuit

vapp

Vollrce

ng, 50

Medod

of Applving voltags

l/lav,31

2012

9:2lAM

No

1530

P.

42

VACUUM

CHECK PROCEDURE

FOR:

Procedure;

1

)

Voltage

is

to bE

applled

bstwesn

th€

rerminals of the

vacuum intetrupter

2) Start at

zEro and increasa

voltage

gradually

3l

lf

ammeter

shows

currsnt

flow. reduce

voltage

to zero and dgdin

inorease.

4) R6p€ai

stspg

(2)

and

(3!

a few times.

Criteria:

If the curent

incf€8ses wlth

a

volteg€

increase.

the interlupter

is

defective.

lf zsro, or

nBgligibls

(lsss

than

0.5 A)

curent

is

found with e voltage

inclsase,

ths

interrupter is

good,

FiE,

51

Typical Te$t

Setup

6M/P32A

10MiPz5A2

10M/P40A

8M/P4OA

6M/F4OA

Th6

relationship between

the dielectric

breakdown

voltagc and th€ vacuum

intarnal

pressure is

$hown

in Fig,

52.

ESmMm-l

FadtattonExpogure

Hazatd.x-

rrys mly cause

lllnaas or lnjury, Stay at

le6st

1 rnetet

(3.3

ttl aw.y from

citcuit br6ak€r

drrlng thls

iest,

lll[milmGl

Hazardour vottases

are

preie

t dufng

.liclacttlE

tesdng vrhlch

c8n

rssult ln rcvete

iniuty or death. Only

qualified

parBonnil

lhsuld conduct

thls tEstlng,

Set Upi

1) TEst

ckcuit: Fig, 49

2) Clrcuit Br€ak€r:

Tast in open

"tripped"

position

3) ExpBcied Failure

Voltage

Fange: 17-19

kVac

4) Applied

Test Voltage

(vapp):

22 kvac

5l Timaof

applied voltage: 10sec.

rnaximum.

NOYE; Apply

voltage at a

rate

ol

approximataly

2kV

per

second until

vapp is reached.

Dscreess al th€

gamg

rate.

1)

2)

g

o

EI

.E

E

E

tt

€

e

5

-e

t

-e

6

6

t0€

6U

E.E

Eg

EE

lo

Ie

E5

FE

Fig.

52

voltsgo V9.

lnternal Vacuurn Pressura

filav.31,2012

9:2lAM

No

1530

D )1

Page 4O

MAINTENANCE

VACUUM

CHECK

PROCEDURE FOR:

10040 6M/P/o50

t0MlP/o5o

The

relationship

between the diel€ctric

breakdown vohage and lhe vacuum internal

pr€slruro

is shown in Fig. 54.

Ptoc6dure:

Voltage is ro be applied

between the

i6rmlnah of thc vacuum

int6rupt6r

Start tt

zeto

and

increase

voltag0

gradually

lf ammeter shows current flow, reduce

voltags to zero and again

incraaee.

Bepeat steps

{2}

ancl

(3)

d few tlmBs.

lf th6 curent

increE8es with a voltage

lncrass6, th€ intsffuptsr is d6fectiv6,

ll zerc,

$

ne0llglble

(le$e

than 0.5

A)

currenl

is found with a voltage

increase,

rhe intenupter is

good.

1)

2t

3)

4)

Ra.Irtion Expocura Hezard. X-

Criteria:

lEy5 may cause ifiness

or

iniury.

Stary at

leaSt

'l

mster

13.3

ft) away fiom clrcult breaker

durim

fii8 taEt.

lTwiEn-q

Hazildou$

Yortase$ ere

pr*ent

drdng dlelestrlc testing

which

can

rrsult in eavcre

iniury

or derth.

Only

quallfiad

peEonnd

$hould conduct thi$ testing.

$et

up:

1) Test circuit: Fig. 49

2) Circuit

Breaker: Test

in

opsn

"tripped'

poshion

3)

Expocted Failuro Volrage Fange: 17-21

kVac

4l Applisd Test Voltage

(Vappl;

25 kVac

5)

Tirne

of appligd

voltegs:1Ossc. maximum.

OTE:

Apply voltage at a

rat6 of

approximately

2kV

per

second until

Vapp is

reached.

Decrease

at the

s€me

rat€.

1)

2t

Fig. 53 Typicrl

T6nt S6tup

g

o

6

rli

I

c

€

.l

t

_a

'o

E

-t

o

to€

EE

Eg

:E

E;

lc

ci

TE

Fio. tr

Vottege

Vs.

lntemal

Vacuum

Pressure

lrlav.

31. 2012 9:21AM

No

1530

P.

44

MAINTENANCE

Page 41

TROUBLESHOOTINO GUIDELINES

Table 5. Troubleshootinq

Guidlines

SYMPTOM

SOURCE

OF

TROUELE

PROBLEM

soLuTloN

REFERENCE

FIG.

Circuit

Br6aker

cloes

not cloia at

all

-

Closing signsl

is supplisd

Mechanical Clo$ing spring damagEd

or dislocaled

*

Fig. 5E

Clo$ing

catch saized

or

galled

t

Fig, 39

Closing

paddle

dislocatad

R€position

0r

Replacg

Fis. 39

Closing coil

(burned,

armature

dsmagsd,

galled)

Rsplace

Fig. 55
Fig. 60­Flg. 64

Motor

(burnsdl

I

Mechanical
(Unit

has

bB6n

utilized

for

a

Conversion)

Binding du6 to MOC or

other

problem

Requiras

factory

BErvice.

contact

your

convsrsion
rnanufactursr

Control
Circuit

Aux.

Swltch

(poor

contsct ot burned)

RBplace

Fig, 55
Fig. 56-

Fis.

59

contlol relay

(poor

contact

or burnedl

Rsplac6 antira

control circuit

board

Fig. 55
Fig.

66-

Fis. 68

Aux,

Relay

{poor

contact

or burned)

Replace eftire

control

circuit

board

Fig. 55

Fig, 66-

Fis. 68

Motor

(poor

comact

or

butned)

I

Terminal

or connactot

lpoor

contact or burned)

Chsck ot

R€plece

Microswitch

(poor

contEct

or burnedl

Fuse

blown

Replace

I

ltem Requlre!

Factory Sarvice - Consult

Toshiba Internatlonsl

Corporatlon

[/av.

31. 2012

9:22AM

No.

l530

P.

45

Page

42

MAINTENANCE

Table 5, Troubleshooting

Guidelinas

(cont.)

SYMPTOM SOURCE

OF

TROUBLE

PROBLEM SOLUTION

REF.

FIG,

Thele iS

a

closing

sound

but circuit

breaker

did

not

close.

Mechanism

R$Etiing Bpring

and linkg

(feils

ro

reset)

*

Fig.

39

Trip

c6tch

(tails

t0

reset)

t

Fig.

39

Trip shaft

(fails

to

rssst)

Fig. 39

lntetlock

{fails

to catch)

+

Fig. 14-

15FIE.

Trip

coil burned,

armature

damaged,

galled

Replace

coil,

otherwis€

*

Fig, 55
Fis.

6O-

FiE.

64

Main shaft

(galled)

{

Fig. 39

Breaking

portion

Insulated

op€retion rod

(damaged)

I

Undesirably

clos6$

(without

a closing

siqnal)

Mechanism

Closing

catch

(uneble

to

res€t)

It

Fig.

39

Closing shaft

(uneble

to

reset

*

Fig.

39

Control

circuit

Shon

circuit of the closing

circuit and the

power

supply

circuit

ldentiiy

and coffect

Fig.

34-

Fig.37

Doas

not trip 8t

8ll

(when

a

trippirE

signsl is

suppli6d)

MecnaniSm

Trip

coil

{burned

or

galled)

Replace

Fig, E5
Fig. 60-

Fis.

64

Trip shaft and

trip catch

(salled)

*

Fig. 39

Trip

paddlE

(dislocatBd)

Baadjust

Fig. 39

Main

shaft

(galled)

*

Fis, 39

Vacuum

lmerrupl6r

Conracta

Wslded

*

Conrrol

circuit

Auxiliary swhch

(poor

contacl

or

burned)

RBplacs

Fig.

55

Fig.

66-

Fig. 68

r

liem

Rsquiree Factory Sarvice

-

Consult Toshiba

lnternatlonal

Corporation

l/av

31 2012 9: 22Al\/

ll0,

1530

P.46

MAINTENANCE

Page 43

Table

5.

T GuidelinBs

(cont,

SYMPTOM

SOURCE

OF

TROUBLE

PROBLEM

SOLUTION REF.

FIG.

Doss not trip at

sll

(when

a

tripping signal is

suppliadl
(cont)

Control

circuit

(cont)

Trip coil

(burned,

armature

ddmaged. or

galladl

Replec6

Fig. 55
Fig. 6O-
Fig. 64

Terminal and connector

(poor

contact

or burned)

Beplaca

Thare is

a

tripping sound

but

it actually

did not trip

Mechanism Link

(gsll6dl

t

Fis.

39

Unclgslrably

trip

(without

a

tripping signal)

Mschaniem Trip catch

(damagodl

*

Fig. 39

Control

ckcuit

Shon circuit

of the

tripping

circuit and the

power

supply oitcuit.

ldentify

and

correct

Fig. 3tl-

Fig.

37

*

ltem

Requires

Factory

SsrvicB

-

Consult

Toshiba lnternational

Corporation

tolav.

31. 2012 9;22AM

No

1530

P,

41

Page 44

MAINTENANCE

REPLACEMEITT OF PARTS

Fig. 55 Component

Part Location

Use only

gefiine

Toshib8

parts.

Use

of non-Toshibe

perb

can tesult ln sevG.c

iniury,

deatn,

and

property

damage, Only

qualified

por1'onn€t

ihould replaoe

pan$

within thlr cltcult

brcaker,

Scccndrry

lGentrtl

GitcuiU

Oiicorn€cis

Gorbul Cir€rlit

Bo*d

Tdp Coll

AldllerySwltch

Cla.ln$

Coll

Mav.

31. 2012 9:22AM

No.

l5l0

P

48

MAINTENANCE

Page

45

REPLACEMENT

OF AUXILIABY $WITCI{

ITUAFN-IC]

Do nor ,epraoe rho

Auxiriery

Switah

with tm cltcult

breaker in the

Conneated or

Te$t Poiition. Tutn off and

lock

ort Main and Control

Citauit

Powet

b€for:

Servicing.

ftrwARlllilgl

son6r,r, rhar

rh€ crrcurt

breaker

indicrtort

show'DISCHARGED-

(whltel

tnd

"OPEN'

lgrean)

bafote servlclng,

Tools

B6quir6d: Ohm mstor

Phillips Screwdrivet

PROCEDURE:

1) Bafora beginning

reFlacement,

confirm

the

numbor of contacts on th6

replacement

auxlllary

switch Ere correct

(5

NO, 5 NC),

2l Ramovs the

front

cover

of the

circuit

breaker.

3l

Disconnsct

thB link from the main shaft

of the operating

machanism

bY

removing th6 screw

(Fig.

56).

4) Remova ths four sctews

which

sttach

the auxiliary

switch to the circuil

braaker

(Fig.

57).

5l RBmove

wires

conneclgd

to th€

auxlliary

Bwitch.

iIOTE: Matk thB auxiliary

switch terminel

numbers on the

wir€ t€rminals

to

prevent

mis-wiring.

6l

Re-attachthe

wire$totho

nsw tuxiliary

switch.

NOTE;

When rotatad to th6

ptoper

poBition,

the auxiliary

terminal

numbets

11

,2,5,6,,.1Yt

ill be on the

front sid6.

7l Mount the switch in the

circuit brsaksr

and tighten tha

four screws that

hold

ths switch

in

Place.

8) Connect the

llnk

to th€

main shaft of

the

mechaniem and tighten thg

Bcl6w

to

seouro

ln

PlacB'

Fig, 66 Disconnist

th6

Link

Fi!. 57

Bsmove fte

4 Sctew*

lrlav

31, 2012

9:22Ah1

No. 1530

P.

49

9)

10t

Confirm

the

conrinuhy of th6

'NC"

{b}

contact$

with

a

tegter

(Terrhinals

No. t

-

2,6-6,

e-1O, 13-14 and l7-181.

Confilm

th€ non-continuity

of ths

"NO"

(a)

contaots

urith

a test€r

(Terminals

No.3'4, 7-8, 11-12,

15-16 and

19'201.

Manually chdtge

the closing springs.

Unit contrins

powerful

sprlngs,

Do not

dace

your

hsnd$

or

any

part

ol

your

body lnrlde the c.lrcuh

breakel ot neal fle

mschinism whila

tfu rpdngn

arc

CHARGED

or

the cftbrdt

btcaftct

if

CLOSED.

11)

Manually close the oircuit

brBaker

by

pressing

the Closing

Bwton.

Conlirm the non-continuw

of the

"NC'

(b)

contacte with

I t€st€r

lTerminale

No.

1-2.

5-6, 9-10,

13-14

and

17-18).

Confirm

the conrinuhy of the

"NO'r

(a)

contactg

(T€rmin8l

No. 3-4, 7-A,

11-

!2, 15-16

and

19-20).

Manually trip the circult brgakgr

by

pressing

the Trip tsutton.

Contirm that ths

circuir breaker can

be

electrioally

operetad

(Close.

ChargB and

Trip),

Confirm than

no

parts

or tool$ are

left

in ths

circuit brsEker.

Raplacs tha'from cover

(Fig,

69),

Fig.

E8

Remov6d

Auxiliary Switch

12t

13)

14t

lSt

17t

F

c,

5g

ReplEce

Front

Cover

Mav.31

2012 9:22AM

No,

1530

P

t0

MAINTENANCE

Page

47

EEPLACEMENT

OF CLOSING AND

TRIP COILS

EFrFmilC-l

Do nor reprace rhe

crore

or

Trip

Goil

yeith

th€ clrcult breaker ln

the

Connected

or

Test

position.

Turn off and lock

out Maln and Control Circuit

Power beforg

$eMcing.

[IwAFillNGl

gon6rn,

thar

rh6 circulr

breskar

lndlcatore ahow

"DISCHARGED"

(rvhitel

and

"OPEN'

lgrEgn)

b€fote servlclnl,

Tools Required:

PROCEDURE:

Ohm

lneter

Phillios

Scrswdriver

Sandpaper

Fio, B'l lnepection of

Coil $troke

NOTEr

Replscement of

ths clos€ and trip

coil ig by the $ame

Procedure.

1)

Before beginning replacement of

thB

coil.

confirm

th6 resistance and

armalure sttoke of

tha new

coil is

correct

by

using Table 6.

lf

a

mea$ured

value is

dirfsrent

trom thal listed

in the

table, contact

Toshiba lnternational

Corp. for assistdnce,

Table 8.

Coil RB5istsnc6 end Armeture Stroke

Rsmove

the front

panel

of the citouit

breaker.
Rernove thE

rcraws holding

the coil in

place

(Fig,

62).

Con{irm that there i$

no

dabrls in the

thr6ad6d

holes

of the coil baee.

Liohtly rub off sny oxidation

film

{Fig,

63} on ths torminals

of the coil

and coil

base

with

a

fine

grit

$andpap€r.

Do not rub excessively.

2}

3l

4l

5t

VOLTAGE

(Dc)

RESISTANCE

STBOKE

30

3,78o

a

5%

7mm

10,smm

48t60

7.?EQtSr,$

100/1 10

27.704 r

5%

125 38,50I}

*

5s

200t220

126.2Of2*,5%

250

1

87.600

+

5%

Flg,

SZ

tlemov€ Scrawi

Mav.

31. 2012 9:23AM

No,

1530

0 tr

,

)l

Page

tt8

MAINTENANCE

6)

7'

Position fi6 n6w coil on th6 bas€ whh

the coil end aofttaining the

scr€w head

tacing the

pEddle,

Maimain a

wipe

msasurem€nt of 1-1 .Emm

{Fig.

64}.

Alte.hate the

tightening of the coil

mounting

screws ufitil a torque ol

2Okg-cm

(1

.4ft{b) is reached,

Conlirm that rhe coil electricdlly

operates

ths circuit br6aker,

Unlt

contains

powerful

$pdng3.

Do not

place your

hands ot Eny

part

of

your

bodf il€ide tlrc cirsuit

bGeker or tr€ar lfie

machanlsm

wldle the

springs

are

CHARGED

or

the circuit

br€Ek3r lB CLOSED,

8)

Confirm that the coil operates the

citcuit br€akgr

by th6 vohag€ range in

Tabls 7, lf rhe cirouit breaker does

noi

operate whhin the specified rang€,

contact

Toshiba lnts rnationa I

Corporation.

+

Not Rscommended by

ANSI

9l Confirm

that no

parts

o/ tools are

left

in$ide

tho

circuit br6ak€r.

10) Replaco the lront covar

(Fig.

65).

NOTE: Close

.

and trip

coil of thg same

voltaga ratinge arB

id€mical,

PANDLE

1-1.Emm

Fig. 64 Wip6 M6r8urement

Table 7, Coil Vott€o.

BATED

VOLTAGE

{Dc)

CLOSE

VOLTAGE

RANGE

(DC}

TRIP VOLTAGE

RANGE

(DC)

24

a

1+28

30 2+36

r

8-36

48150 38-56

28-58

r00/1 10 ao-124 5+124

125

100-140

7G1tto

2AOt220

1

6t].248

112-248

250 20G2AO

14G280

Ma

y,

2412

9: 23AM

No,

l530

P.

52

MAINTENANCE

Page

49

BEPLACEMENT

OF CONTROL CIRCUIT

BOAFD

trmt[Fl

Do not

r€phce th' controt

Clrcuft

Board

with

the

clrEuit brEak€r In the

Connectad

or

Teat

Porition.

Turn

off

and lock

out

l,lain end Control Clrcult

Power before

i€rvlclng,

EffiFffifi-Gl

son6,n, rhat the circuir

bruaker

indicaton rhow

"DISCHARGED"

lwhltel

and

"OPE " lgreen)

b€tore

s3rvlclng.

Tool

Requiled:

Phillips

Scrdwdriver

Procedure:

1) Using

Table

I and

Fig. 66 below,

confirm the

rated operating

voltags of

control circuit board

before

repla0ement.

NOTE; For

information

concarning

Circuit

Boerds othet thsn 3N9A0007-A

contact Toshiba

lnte lnat

iorr8 |

Corporation.

Tabl6 8. Conffol Ci.cuit

Board V

Circuit

Bcard

3N9A0007-A

Check Point

R3 in Fig, BB

Conuol

voltage

30 Dc 48 DC

1

00/1

10 DC

128 DC 200/220 Dc

250

DC

nssi3tinca Nnd

CaDecitv

100ohm

2W

24oohm 2W 75O ohm 2W I kohm

2w

3kohm

2W

7.skohm 2W

1 et Color Code

BROWN

RED PURPLE

BROWN ORANGE PURPLE

znd

Color Code

BLACK YELLOW

GREEN

BLACK

BLACK GREEN

3rd Color Code

EROWN BHOWN

BROWN

RED BED

RED

4th Color Code

GOLD GOLO

GOLD GOLD

GOLD GOLD

F4 Rd Hg F2 H2

lI lilti

DSTALOFHs

Fis.60 Control Circuit

Board

l\4av,31.2012

9:23AM

No,

1530

D Fl

Page 5O

MAINTENANCE

z',t

3t

Remorre the front cover of the circuit

brsak€r.
Dirconn€ct

the lvire harnesa connectot

from

the contml circuit board eocket by

pulling

the oonnector $traight

out

while

depreesing

the connemor tab to unlock

ir

(Fig.

66).

ACemU

: Tumlng or

rotadng

Eonfieotor caie or

pulling

on conn ctor

reir.6

can crusc

contact failuG.

Remor/e the thumbscrew

(Fig.

E7) and

rotat€ th6 rerainlng spring

downward.

Drow oLn tho Control Circuit

Bosrd

(Fig.

68)

snd replecB it with th€ new

one,

Botate the

retalnlng spring back

lfio

position

End tighten the

thumbscrew,

PuEh rhe connsctor into the

control

circuit

boafd sock$

unil locked in

plsce.

Gonfirm that the circuit breaker

properly

op6rat€$ electrically.

Unit contains

powe.tul

rprlngs. Do

not

dace

your

hands or any

part

st

your

body

iniide

the

circuit

breaker or

near ths

mechanlgm

wHl€ the spdngE are CHABGED or

dt. circuit beakar i: CIOSED.

S)

Confirft th6t ihe

circuit brBak€r

operates

within

the

voltage ranges

of

Table 7

{Pg.

481. lf the circuil

breaker

do6s

not

opgraro

within the specified

runge, contact

Toshiba

l

ternationNl

Corporation.

lol Confirm rhat no

p€rts

or

tools are left

inside

th€ circull

broaker.

111

neplace the

front

cover.

4)

5l

6l

7l

8t

Fic. 68 Full Out tha Conncctor

Eg.

67

Remove

the

Thumbscrew

FiC. 68 Driw

Out ths Control Clrcult CErd

illav.

3l 2012

9

:

Z3AlVl

No

1530

P.

t4

REFLACEMEITIT

OF THE CONTBOT CIRCUIT

BOARD FUSE

Do not reFlaee

th6

Control

CirEuit Board FurE wfth

the choult bGaker

in

the Connected

or

Tatt

Poaltlon,

Tum off and

lock out Mald and Co trol Circuit

FowEt

betote

sarulclng.

E@]

66ns*

th.t th€ clrcult

braakar

lndlcators Ehow

"DISCHARGED-

lwhitel

end

'OPEN'

lt6dt

before cervicing.

PROCEDURE;

1) confitm the

rated

operatlng

voltaga

and

rated current

of luse using

Tebls I

before

tha raplac6mBnt"

2l

Remove the

lront covsr ol the

circuit

broak€r,

3l Disconnect

the

wire harness connBctor

from th€ control

circuit boald socket by

pulling

the connector

straight

out while

depressing

the connestor tab to

unlock

ir

(Ftg.

69,.

ACAtmOil

: Turnlng o?

rotatlns

connsctor care

ot

pulling

on conn6ctor

wltss

ctn

caut6

contact

tallurE,

4l R€mova

th€ thumbscrew

(Fig.

701,

ratate

th(t

retalnlng apring downward

6nd dr8w

out the Control

Clrcuir Board

(Flg.

71).

5i

Replace the fuse

(Fig.

72) and

slide the

card

back into

placs.

Rotate the

,etalnihg spring back into

position

and tigffien the thumbicr€w.

6t

Flg,

69

Full out

tho ConnEctor

Teble 9.

Fuse

OperetinE

VoltiEs

RetEd Fusa Current

30

VDC

4 Amp

4a vDc

2 Amp

1

00/1

10 vDc 1,5 Amp

t 25 VDc

1.5

Amp

200/220

vDc 3/4 Amp

250

VDc 3/4

Amp

Fig, 70 Remove

the

Thumbsaruw

lr1av,

31. 2012 9: 23Alvj

No.

1530

D FF

7l

8)

PuBh thd conn€ctor

into the con$ol

skcuit board

sock€t

until locked in

place.

Confirm

that the circult

br€aker

proparly

operates

electlically.

:

Unit

containa

powerfi.tl

&pdnee

, Do not

plaae youi

hands or

any

ptn

of

your

body

inride

the c{rcuh breaker or near the

mechariam

wHle

$e

6prings er. CHAHGED

ol

the circult breaker

ls CLO$ED.

1Ol Contirm

that

no

pans

ot tools

ars lslt

inside tha circuit

breaker,

11) Replaca the

fiont

cover.

Fig,73 FueeReplacement

Mav.

31. 2012 9:24AM

l'lo.

1530

P

56

MAINTENANCE

Page

53

REPLACEIUETIT

PARTS LIST

Tsble

1

0.

Pads List

lor

Common Use

NO. Nama

of

Dan

Outlind

{Oim€nsiong

in mm,}

ow

Orderino

Coda No.

1

Closing and

Trip coil

i-es---|

2

25oVDc

4DSA?174GO01

220t

200vDc

4D9A2174G002

1 25VDC

4D9A2174G003

110t

100vDc

4D9A2174G004

50/

48VDC

4D9A2174GO05

3OVDC

40942174G006

24VDC

409A2174GO07

2

Auxiliery

relay unit

l--go----'l 40 I

1

250VDC 4D9A217€G001

22Q/

200vDc

4DgA2176GO02

12sVDC 4D9A2176G003

1 10/

100VDc

4D9A2175G004

50/

48VDC

4D9A2176G008

3ovDc 4D9A2176G00G

3

Auxiliary
switch

1

4DgA2177GO04

4

Secondary

disconnects

(vCB

side)

---------rT

____!&

!l

I

v

krSg+i

r-185

2

4D9A2179G001

t

Secondary

disconnecte

(Cell

sidel

l-b4

1.54"] ^

4

4D9A2179G002

Mav.31.

2012 9:24A[1

No, 1530

P,

57

Page 54

CONVERSIONS

cowEEsroNs

A

'convorslon'

is ths sltsring of existing switchggtr

oquipment or the componants

of, including

th€

replacemeft ol

Farts

or

materlals other

rhan the original

d6sign.

It is

the

reeponsibiliry oJ

each

person

engaged

in utilizing

To$hiba vscuum circuit breaker

components

in

conversions

to d6t6rmine

the suitability of those

components

for incorporation in any

particular

application bssed upon

th€

lollowing considerations:

A.

The

electrtcel

charactaristic

and design of the

system

in which the bteFker

component

will

opBrate,

B. The ratings of th6 Toshibs breaker

componsnt

and ths originel breaker

aquipment

in which

it

is to be

installed.

C.

The

design

and

operarion of all ssfety

intarlocks

incorporated

ln thB Toshiba bregker

component 8nd

in th€ ch6ssis ol' truck of

the original

circuit bleaker.

D,

The

design

of the cubiclos in

whioh

the

Toshiba breaker compon€nt

and

truck ale

to b€

operated.

E. The

dgsign

and operation charactefistice

of ell external switches

which are to

bB opelated bY

the Toshiba breaksr

compon€nt

and truck.

ln addition,

a[

of rhe following safety

p.ocedures

must be

sstisfled

when Toshiba vacuum

circuit

breakBr componefts

are utilized

in th6 convelsions of other

6quipmant:

1, All appticablo

ANSI,

IEEE and NEMA standerds

must

be adhered to.

This includes,

without

limitEtion,

all

standards

which

pBrtain

to the

manufacture,

aegembly,

ingtallation,

convarsion'

testing

and operation of

ihetaFclad switchgear,

power

switchgeer.

matal-clad and station-typg

cubicle switchgoEr

and ahBmating current-high

voltaga chcuit breakers;

end

Z.

The mechafiical

end electrical designs and

opgration

of the Toshibd

vacuum circuit breaker

componeltt

and th6 orlglnal

circuit breEker to be conv€rt3d

must be'analyzed

to

utllizo

th6

sdfgft

combinEtion of interlocks

lncorporat€d

in the bredker component

and

in

the

ttuck on

Which

it iS iN$AIIgd

.

DO

NOT REMOVE.

DEFEAT, OR BYPASS

ANY SAFETY

IITITERLOCK'

3. Hearry

gauge

$tgpl

(1

I

gauge

or

heavier)

must bs uesd in all cover$

and barriers

to envelop

tha unused space

abov; and

around

rhe Toshiba

vaCurlm circuit

breaker cgrnpqnont

which

wss

fotmerly occupl€d by the origlnal

breaker, These covers

and

bartiErs must be

properly

grounded,

braced

and

affixed

and must enclose

the unuisd

space as

required by ANSI.

4. The ratings Speoifi€d

in

th€ Toahiba vacuum olrcult

btaaket

componefit

namsplAlg or aystem

accassories

guch

as surge supprsssorr

or lighting

arresters,

stc., mu$t nevel

be exceeded.

A

short circuh

enalysir should

be

performed

to

iniurB.BquipmBnt

is

apptopriata

for the

availsble

fault current,

E. All mechanically oporat€d

ixr8rnEl

swirehes install€d

on th6 original circuit breaker

and

in the

cubiclee

in which it

was

used

should

be replaced

with m€chanicElly

operated $witchss

supplied

by

Toshibs

lntBrnational Corporation

or bV alectronically opetated

oxtarnel

switches.

tns toshiba

vaouum

circuit

breaker component

and th€

blaak€r trusk on whlch

it i$ insrallsd

mu3t b€

properly

aligned, adjusted

and tsstEd, Such alignment,

sdjustmsnt €nd tesls

should

be

pe.formEd

in th€ cubicles in

rrvhich

the

Toshiba v8cuum circuil

break€r

and brBaker truck

will be opersted to

mako

conain that;

May

31. 2012

9:24AM

No.

1530

0

(0

CONVERSIONS

Page 55

(a)

The breaker

truck'3 components

and all of

the safety

interlocks

on tho truck

8nd

the

Toshiba vBcuum

cilcuit breaker

cornponant

tunctions

properly

as originally

de3ign6d;

and

(b)

Th6 opBning and

closing of

the

Toshiba

vacuum circuit

breaker

componedt

results

in

propei

operition

of all enarnal

switches installed

on the

breaker component,

truck

and

cubicle; and

(c)

The Operdtion

of extBrnal

switchas

and mechanicSl

interlocks

doB3

not Efioct

the

opening and

closing ottheToshiha

vacuum circuit

breaker

component'

Broeksropaning

and

ctJsing rim6s

must be

in accodance

with tha specifications

desclibed

in

this

mdnual

(Pg.

20

).

6,

ToShibA

vACUum

Circuii

brBak6rs

must

be opBlsted

Only

in accotdEnce

with

the wlitten

instructions contained

in

this

manual'

|IWm[iFG]

Foiluro

to

camply

urlth thcse

safety

procedur6a

can cauee

flre and

explosion,

reauldng

ln

eevere iniu?y.

death and

property

damag6'

AUTOMATIC

$PRING

DISCHARGE

Automatic

Spring

Discharge

iB th3

discharging

of the Dlosing

spring

without first

closing the

circuit

breaker.

The Tos-hiba

circult breakers

ln

thiS

m;nual ate designed

and

intended

for only

Manual $prlng

Dischatga,

snd only by

tha following

procedure.

1) Oisconnsct

the conirol

circuit

power,

2) Dsprass

the

*Trlp

Button'

{red},

lollowed

by

the

'clo3ing Eutton"

(green)

and then

d6pre3s

the

"Trip

Button"

(red)

onc6

again.

lf tho circuit

breaker that

k being

convertBd

utilizes

the automatic

sprlng

discharge to discharge

the

cloaing

spring upon,

oither the

insenion or

withdrawal of

the

circuit breaker

into

or out

of

tha csll,

tne discbnnEor

Poshion,

ths Tegt

Position ol the

Connectgd

Poshion'

it is tecommended

that

the

design

of the citcuit

br€aker truck

snd cell be

modified

in a

mann€r

that

will requits

Manual

Spting

Dilchirg. only.

It Autometlc

spdng EHlchErse

cannot be

avoided,

thE

lollourlng b sttongly

redommende{l:

(a)

A counter

b6 installed to

monitor ths

number

ol Auromaiic

Spring

Discherge

opgrations;

or

A recotd

be msintained

as to the

number

of

Automatic

Spring

Discharge

operations

thal

hdve

been

perlormed;

and

(b)

Maintenance

should ba

par{ormad

on the closing

$pring

chalging

gears

after

every

100

Automatic

Spring

Discharge op€ration3'

Not3:

F8ilure to

pertorm

mainte

anoe on

th€

closing spring

charging

geats

can

rgsuh in thB

inabilily

to

charga

ih6 closing

springs,

This witl

rendsr ths circuit

breaker

inoperable

(unable

to close)'

Maintenanc€

ol ths closing

spring charging

gears

should

b€

parformsd

only by Toshiba

lnternational

corporation

only.

consult

Toshiba lnternationsl

corpolation

for

further intormation.

lvlav.

31 2012 9: 24Al\4

No,

1530

P

59

Page 56

GONVERSIONS

VMD

The VMD

{Vacuum

Circuir

Bresker Monitoring Device}

is a device used to

monitor

the clrcuit

breeksr

during

a ctoiing oparetlon lnhiated by an

alactrical eignal and will trip

the circuit blEaker open $hould

a dow or incorhplete clo$ing

operation occur.

Tlts rafEty

davlcE rhould be

lnstslled on any TorHba

clrcuh breaker udlked ln

a corwerslon that uses the

mAifi

Opeflidg-Closing $haft

for

any

porpos€8

other dlen

the mrmal open+lose oparadon

or 1fie oFeradon ol a Toshlba

MOC.

lTWmil

Do not

ovcrload

rhe

circuit breaker operatlng mechanlsm,

Slow or lncomplete

oloslng

of dle clrcult

bteaket can oau9e

fire

Nfid explotion,

retulting in aavsla injury, d6ath

8nd

plopitty

damege.

The

VMD monitors ths

pedormance

of the

circuit breaker dutlng the

closing

operation from an

elecric€l signal.

lf the circuit breaker faile

to cloae within lOomsec after

an electrical closing Sigttal

hag been

sent, the

VMD will

send an electrioal

signal to

a sscondary trip coil.

This coil will trip the

chcuit breakar open at any

physical poinr

of rhe closing operation

and

r€l€as€

any en€tgy

stored

in

the

claiing

springs, thus rEducing tha chancEs

of o serious electrical

failute.

Once the

vMD has

performed

o tripping opararion,

it will eut the control circuit

powe/

to the charging

motor thus

preventing

the closing

springs

from

being

rachatged. This

will tandBr the c:rcuit breaker

temgorarily

inoperable. The VMD will reset automatically

only

sftsr

the

control

circuit

powBr

has bssn

idterru

pted

.

An

indicating ligh thar

prorrudes

elightly through

tho circuit breaker

lront cover

will

be

illuminated

if rhs

VMD h€8

p€rform€d

a trlpplng op€ration.

Should the VMD trip the circuh breaker

open, the circuit breakel

must

be

removed from

service

and

a thotough

inspection made

to determine

lhe

cause

of tha elow or incomplete

closing of the circuit

br6akor. The cause of

the slow or incomplete closing

mu$t

be correctsd

bdfore

placing

tho circuit

bro|ker

back in servica,

Do not lesct thc vltD or

attemDt circuit bfeaker

op€mtion

o,

i

comFlete

cloling has baan

determlned and corrected' Fallule

to do

untl

th6 cauaa of dow

$o oan Cluse

fire

and

exploslon.

r6dtirrg

ln

$evse

iniury,

detth anal

ptopafty

damagc'

Refer to the VMD

manual

GF077690

for more intormation

ragarding opetEtion and maintenance'

[1av

31.

20]2

9:24Ahl

No,

1530

P

60

WARRANTY ANd LIMITATION

OF

LIABILITY

e57

WARRAI9TY

AND LIMITATIOITI

OF

LIABILITY

Toshiba lnternationat

corporation

("company")

warrantsthat

sllequipment

and

parts

described

hetein

will be lree trom

defects

in materiels and

workmanship.

THIS WARRANTY

WILL EXPIRE FIGHTEEN

(.t€)

MONTHS AFTER

THE DATE ON

WHICH

sucH

EoUIPMENT

AND

PARTS

(EXCLUDING

REPAIRED

OF EEPLACEMENT

EOUIPMENT

AND

PARTS

FUBNISI.IED PTJRSUANT

TO THIS

WARRANTY}

AEE SHIPPED

BY

THE COMPANY TO THE

INITIAL

PURCHASEB

OR

TWELVE

(12)

MONTHS

AFTER SUCH

EOUIPMENT

AND PARTS

(EXCLUDING

REPAIRED

OR

REPLACEMENT

EOUIPMENT AND

PARTS FURNISHED

PUBSUANT

TO THIS WARRANTY}

ARE FIRST

PLACED IN

OPERATION,

WHICHEVER

PERIOD

FIRST EXPIRES,

The

Company will, at

its

option,

repair or

feplace

any

€uch

equipmant or

part

which is

delective

unde/

the term$

of the for€going

warranty, free

of charge;

ptovided

lhs

purchaset

(1I

promptly

notifios

the Company

in writing

of

such def€ct, and

(2)

turnlshes the

Company SatiSfactorY

proof

thereot,

and

(3)

establishes thal the equtprnent

or

pan

has

been

properly

installed,

mainlained and

operated

within ths limits

of rated capacity and

normal usage

8nd

in 6ccordanc6 with

this manual,

and

t4l

if requested

by the Company,

rstutns tha dafective

equipment

or

part

to the

Company and

pays

all expenees incurred

in conneotion

with

such

return. The

repairsd or replacement

equipment

or

part

*rritl

be delivered.

tr66 of charga,

to

the

purchaset

F.O.B.

the COmpany's

warehouse or, at

the

CompanY's

option.

F.O.B.

a

company authorized

service shop, not

loaded on truck

or other carrier'

The

purchasor

will

pEy

the costs

applicable to

th6 aquipment

or

part

following such

delivery,

including,

withoUt limitation,

all handling, transportstion,

assembly,

in3urence, t€sting

and inspection

charges,

THE

FOREGOING

OBLIGATION TO REPAIR

OR REPLACE

EOUIPMENT

AND PARTS

SHALL BE THE

SOLE

AND EXCLUSIVE

REMEDY

OF THE PIJRCHASER.

ITS CUSTOMEBS

AND

USEBS

OF THE

EOUIFMENT

AND PARTS FOR BREACFI

OF

THE FOFEGOING

WARRANTY.

TI-IE COMPANY

SHALL

HAVE NO OBLIGATIONS

TO DISASSEMBLE

ANY EOUIPMENT

OR

PART WHICH

IS DEFECTIVE

WITHIN THE TERMS

OF

THE ABOVE

WARHANTY OR

TO INSTALL

ANY BEPAIRED OF

REPLACEMENT

PART OR EOUIPMENT

OE

TO PAY

ANY COSTS

INCURRED IN CONNECTION

WITH

sucH DTSASSEMBLY

oR

INSTALLATION.

THE

CQ,IMPANY.

rosHlBA coRpoRATloN-AND]HHE

IMFLILD

WARRANIIES.

INCLUDING.

WI

IMPLIED

WARRANTIES APPLICABLE

TO REPAIRED

qR

RE

MERCHANTAE}LITY.

Th8 total liability of

the company.

Toshiba

cofporatlon

and thsir suppliers

and subcontractors

for any

loss, ddmage

oi cleim,

wharher

in contract, tort

(lncluding

negligsnce

End liability

without faultl,

ol

otherwise,

irising out of, connected

wirh or resulting

from the equipment

and

parts

doecribed

in this

manual

or

the

performance

or breach

of any contract

for

the sals ot supply

of $uch equipm€nt

and

patt$,

Or

lrom

thg

dBsign,

manufacture,

sale, delivery,

tesale,

in$ellation, tBchnicHl

dhection

ol

suparuision of

inetallstion,

in$pection,

teiting,

repair,

rEplacement, oper6tion,

mdintenancs

or u36 ol

any such

€quipmgnt

or

part

or ony

service relating

thereto

furnishod

by the Company

shall

not in

any

evint exceed

ihe

prtos

altocable

to th€ €quipmenr,

part

ot

seruice

whlch

gives

risB to the

claim' loss

or damage.

ln no event,

whether

as a

result ol brsach

of contract

ol watHnty, alleged

n€gligencB,

tiabitity withofi

fault, or otherwi$e,

shsll lhe Gompany,

Toshiba CorporBtion

or theit $uppliets

0r

subcontractors be

liable for special or consEquEntial

damages,

including, wilhout

limitation, loss

of

protita

or

revenue, loEs of use

ot the equlpmont

describod

herein or

any associated

equlpm€nt,

cost

of

capital,

cosr ol subsritfi€

equipment or

parts,

faclllties or 38tvic6s,

down-time

costs,

ldbor

costs

or claims of customets

of the

purcha3st

for such damages.