manual iq dataplus ii

8/15/2019 Manual Iq Dataplus II

1/47Efective September,

IQ DATA PLUS ™ G Y

U' U

@WeinghouseELERICAL COMPONENTS DIVISION

TD 17271A


2/47

TD 17271A IQ DATA PLUS I

NE

ll possible contingencies which may arise during installation, operation or maintenance, andall details and variations of this equipment do not purport to be covered by these instructionsf further information is desired by purchaser regarding his particular installation operation ormaintenance of his equipment, the local estinghouse lectric Corporation representative shouldbe contacted

v p,

©

Westingose Electric CorportionDistibution nd Contol usness Unit

lecticl Components Divsion

ittsbu A 1220

F :


3/47

IQ DATA PLUS I

Pa1

. . . .3 .4

2 .. . . . . . . . ... . .3.

3.3.3.3..3 . . . 3 .. .3 .. .33. .43..3..33.3

3 .4

3.4

4.0

4 . 4 . . 4 . .4 . .34 . .44.4.3

4.4

4.4.4.4.

5.

6. . . . . . . .3 . . 4

. .. . . . .

. . . . . . . . . 3 . . 4 . . . . . . . . . . . . . . . . . .3 . .4

TAL OF ONTNTT

nduPa

Gene . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4etes nd Optons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . eqied xtenl Hdwe . . . . . . . . . . . . . . . . . . . . . . . . . se o Mn l . . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . eve of ep . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

ada nGene . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Hdwe Desciption ... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Opeto ne . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . e Access Ae . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SNC lse . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Wttho se . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . xtenl Hdwe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Specifictons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

gr:� . . . . . . . 3shbttons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Ds 3

Men s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3B lnk in s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Moniton ndctive ods . . . . . . . . . . . . . . . . . . . . . . . . owe cto Coection Cpcitos .. .. . . . . owe Dist bt on . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . n it s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . AmTip s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Disply Window . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Wtho Conte . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Demnd Wtts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

naa and a u Intodcton . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ne eption . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Ctot Clences . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Mont in . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . owe Modle . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . y

_ o te Seecto mpe . . . . . . . . . . . . . . . . . . . . . . . . . .

Wn . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . DI Swtch Settns . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Int l Sttp . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Beoe owe Appiction . . . . . . . . . . . . . . . . . . . . . . . Initi owe Applction . . . . . . . . . . . . . . . . . . . . . . . . . . . . T OainGne . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Bsic Bock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Aia in nida Gene . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3DI Switch Settins . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

Cent Tnsfome tio . . . . . . . . . . . . . . . . . . . . . . . . 3Dispy Cent . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3ine eqency . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Ovevolte ndevolte hse

nblnce Inst ntneos o Dey . .. . 33 Wie4 Wie ne . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Ovevote Detection esponse . .. .. . . . . . . . . . . 3ndevote Detecton esponse . .. .. . . . . . . . . 3hse osshse eves

Detection esponse . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33hse n b lnce Detecton esponse . .. . . . 33otentil Tnsomes tio . . . . . . . . . . . . . . . . . . . . 34ek Demnd Window nd SNC lse . . . 3otection nctions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3AC ine Volte . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Disply Volts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Nom Opetion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3lse Initito Settins . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3% ne Ovevolte Detection evel .. .. . .. .. . . 3Atente owe cto Clcltion .. . .. . . . . 3Ato eset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3% ine ndevolte Detection eve .. . .. .. . . 3% hse nblnce Detection eve . .. . .. .. . 3Wtho Cont eset . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3otection Time Dely . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Switch SW No. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

2

Pa7

7.0

7.

7. 1 . 1

. .7.2

Fiu . . A. B

..3A.3B

3 . 3.3.3

3.44. 4.A4.B

4.3

4.4

4.4.6

.

Ta .A B.A2.B 2.C

3A 3.B

6 .A

. B . C

.. ..G . H

. . . K

. .M.N

...

..S

.A.B

TD 17271A

T PaMannanGene . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Tobleshootin . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

In iti l Stp . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Opeton . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

nt epcement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

LT OF FUR

Ti PaIQ Dt ls I I . . . . . . . . . . . . . . . . . . . . .. . . . . . . . . . . . . . . . . . . . . 4e Access Ae . . . . . . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . e Access Ae Septe Soce

owe Mode . .. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Dmensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .. sn fo Thee-hse owe Modle .. .. . . . . . . sin fo Septe Soce owe

Sppy Modle . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Opeto ne . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3owe Qdnts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Indcton Moto od . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

owe Dist ibt ion . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Chssis Ctot Dmensions . . . . . . . . . . . . . . . . . . . . . . . emovble owe Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . emovbe Septe Soce owe

Sppy Mod e . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Volte Selecto mpe . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Wi in Dms . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . D I Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Dl Switch Side View . . . . . . . . . . . . . . . . . . . . . . . . . . . . . IQ Dt s I I Bsc Bock . . . . . . . . . . . . . . . . . . . . . . . . .

LT OF TAL

Ti PaIQ Dt ls I I etes nd Beneits . . . . . . . . . . . Commnicton Anements . . . . . . . . . . . . . . . . . . . . Gene Specif ictons . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Metein

S cifictons . . . . . . .. . . . . . . . . . . . . . . .. . . . otection Function Specictions . . . . . . . . . . . . . . . Meteed Vles . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4Dspy Tip Conditions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . IQ Dt ls I I Inst lton

ecod Sheet SW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3C tio Sett ins . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3IQ Dt ls I I Inst lton

ecod Sheet SW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Ovevolte Detection esponse .. .. . . . . . . . . . . . . . 3ndevote Detection esponse .. .. . . . . . . . . . . . . . 3hse osseves Detecton esponse . . . 33hse nb nce Detection esponse .. .. . . . . . 33IQ Dt s II Instlton

ecod Sheet SW3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34T tio Sett ins . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 34ek Demnd Smpin Intevl . . . . . . . . . . . . . . . . . . . . 3IQ Dt ls I I Inst ltion

ecod Sheet SW4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3AC ne Vote Seection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Wttho lse Settns . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3Q Dt s II Instltion

ecod Sheet SW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3ne Ovevote Detection % evel) . . . . . . . . . . . . 3ine ndevolte Detection eve) . . . . . . . . . 3IQ Dt ls I I Instltion

ecod Sheet SW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3hse nbnce Detection % evel) . . . . . . . . . 3Ov rvotg /nd rvotg /Phs nblnce

Time Dely OnTip/A

m

. . . . . . . . . . . . . . . . . . . . . . . . 3In itil oweOn Tobeshootin . . . . . . . . . . . . . . . . . . 3Opetionl Tobeshootin . . . . . . . . . . . . . . . . . . . . . . . . . 4


4/47

TD 12A Q DATA PLUS I

QCK F Q D N N

It is sggested that yo thoo ghly fai liaie yosef wththe Q AA LUS I Use s Manal beoe attepting i nstallation his list shold be sed to assist yo

1 . he st hing o check on the I Q AA US II s that hevotage selecto jpe s shotng at the coect levelEa du i id m ay a 1 20 v.

Usng he echncal manal Sections 3 and sethe D Iswitches on the back o he IQ DAA US I I at the desiedvales C aio atio nomnal lne voage potectionsetings

3. Connect the powe leads to the voltage inpts of he IQDAA US IId ecy o the ne 00 vos o belowo s o p o 1 kV Be se o ake specia cae ofthe phasing o the voltage he IQ AA US I I looks foan ABC seqence he IQ DAA US II is exeelyphase sensitiveean eadngs cod occ in the powecalclatons if he phasng s wong.

Connect C npts to he C tenas of the IQ DAAUS II Agan be exemey caefl to connec he inpscoecty and to ine p the phases with the volage. hepodc cold ead voage and cent coectly b eadwas vas and wathos incoecy the C inps

ae evesed o the cent phase does no mach wth thevoltage phase

If nsaling an IQ DAA U S II eq ipped wh a 3-phasepowe mode be se tha he volage mpe is n thecoect position. owe p the n. If the n does notpowe p o one o oe phases ae eading the incoecvoltage check the fses locaed jst above he voltagenpts insde he cove o the powe odle he sesshod s cooaby in the clps ossib e pobles aebown fses o ses that have shaken loose n tanst

If yo think a pobem exss check he voltage and centeadings with hand-hed ees If they ae coec the nitshold be opeatng coecly. an D s no nconng

en the devce to he factoy fo epa s. If a fse s bnedo eplace t wih Bss ype KK--3 o eqvalen

Areas in this manual shaded in gay ( ) pertain only to

those units which operate with the optional 120/240 VAC

Separate Source Power Suppy Module (style number2D78522G02). f your unit does not have this option, please

ski these shaded areas

3

add aa digna inmain aa umn aiain uing 120/240 VAC aa u Pwuy Mdu


5/47

IQ DATA PLUS I

NDCN

0 The Q aa ls ™ s a mcopocessoase secoae oo-moe evce esie o ohmo a ispay eleccal paamees as well as o poec sa eipme coece o he e See iehe eec ca paamees mees ae

e ce each phase)

e o e voae a hee)

e o e a voae o wie sysems a h ee)

as

as

owe aco

ea e ma

eecy

ahos

I moios he AC lie feein a speciic loa o loas oeec coios whch ecee sechose elecicalpaamees I may poec he loas ins sch coiionsas

hase oss evolae

hase aace Ovevolae hase evesa

F s

4

TD 121A

o ae may e ecy mooe o 3phase AC li es wi h a ae o o AC omal wiho eea poeialasomes a wih a ae aove VAC o 4.4KVwh eea poeial asomes

e moio s hoh eeal ce asomeswih aios ewee o

ypica applicaios o he IQ aa s II ae

Icom 3-phase lies

Tasome eee cicis

Bach ccs Moo saes

3-phase eeccal loas

A lis i of 5 o io s s on isfcl s so F o 2

The wil aoae al mooe vales splaye o hescee y meas o a oai ecma poi a NITS K IOa MG s o he evices acepae See e 3

The poam ec he mo ioi co i s pemae lysoe i he IQ aa s I I a so hee o ee o eoapoams ae a AC powe oss Theshol sepoi s cho

se y he se ae also eae hoho a powe ossy meas o I swich ses

he ovoae memoy o he IQ aa s I I will o oymata w v meee vaes s e e a p co These vaes e seppe hoh a eco eoe esei he o a oeshooi he sysem.

is o io i oc f ncios o i fo of sof sli s s s i Pls icoocsso A cols of oio s is i bl A o 3

o P c s s fo fc sos is Wio ic is ics cl

of i slc fo s sWio s so s o s iic cs of s A slfoc cc o so i is f cio isl so Q Ps c l lfco

is f cio s o oio sl cic s i o s b oo

is scon f cio i s o on io s AC l i if ocs c oci f cion bl innl A o R Concs fos s b s o son l o of


6/47

TD 17271A

ad devce d bh.

saces whee a patca ptecive item s ecessay the appicat ca be dsabed ahh it emaspassvey esde shd i be eqed ae.

The Q Daa s I s avaiabe tw mdes. e styeD78G0 cmes eqpped wh a hee-phase Vtae

we Md e we this s deved m the ie bemied. The secd tye D78G0 is pacaed witha 00 VAC Sepaate Sce we Sppy Mde. Thsmde he IQ Daa s II eqies 0 0 VAC cpwe.

Sce the IQ Data I has y w mdes ad vey ewextea ps idividaiz i a appicati s pe medi he ied by the seM. se chse ad ee hespeccatis the idivda sepis by set a sees DI wiches. N speciaized amm aae secessay

. Fau ad O n A st eates ad bee sve i Tabe .A pae . Sce the Q Daa s II a

sadadized pacae hee ae vey ew exea pts.The ps ae

A 3-ich xtes Cabe stye mbe 787A0G0whch aws emva the hee hae we Mde Sepaate Sce we Sppy Md e m the chasss epaae mi

A Cmmicas Mde N CadSee 78A

A 00 VAC Sepaate Sce we Sppy Mdestye mbe D7808G0

The Q Data s I is capabe cay extea daa

exchae wth a cmpte by meas a CmmicatMde ecca peat daa spped ve a tw-wiecmmcai i wi spp pat eey maaemesysems. Ths mde ca be added a ay tme A t cmm cais ciai ve Tabe pae

2 Rquid Exna ada a saces it s ecmmeded tha he IQ Daa s II se 3 se-sppedextea ce asmes wih amp secdaes i de

5

Q DATA PLUS I

cay mee cs iv v cet. I etcases whee y ce asmes ae pvided ee theampe w diaams i es .C . D . ad . .

NT A CT aaemet w w b w deec ace phase ss .

The CTs may be chse m a wide ae ats a s

dicated Tabe ..

app cais whch he med AC ie s 00 VAC es xa na anm a qud. I hse cae whee he med AC sppy i e exceeds 00VAC e-spp ied ptea tasmes ae eqied sepdw he vae mach the maxmm awabe vtaepemted by the . See Tabes . ad . he v taeaes the Q Daa s I ca m

.3 U Manua - hi ana i de ined e d inintaatin and tbehtin and i neceay nitepaceent It a ha inoation peciic ipotance the ses appication eninee wh i panni n the veaytem and wh i deteminin the etpint vae a

peciic Q Data II appicatin

he mana i bad enh in cpe t m the bai new epyee a i iaization eehe tainin eion and noin aintenance

It i tny advied that the appicatin eninee caeyead Sectin th bee pdcin the appicatin'wiin pa dawin and i in ot the Setpoint Recd Sheet.nta atin tea shd cae y ead a o Setion tatin ina intaatin Maintenance peonne hd beami ia with Sectin 7 bee attemptin t evice the IQ Datas I

4 Lv Rai hi mana i witten with theaptin that ny niteve tobehotin wi bepefmed I the case ma nctin i taced t an Q ata the it hd be epaced with a pae hemanctinin nit hd then be etned t Wetinhe acty epai.


7/47

Q DATA PLUS I TD 17271A

.A

IQ DATA PWS II FEATURES AND BNEFITS

Fet

Microrocssorbs control

All 5 lus mtr b l n c t Pus I

Unsir lusunctions m b isb

• n to mos bot mon tor or rn o s AC l n ots

• Nonoti l mmor

• Smli stont ntr Sm rtor Pn

• r 6i it s Wino

Es o sru

Srt ui lir tr n rm r contcts

Bnfit

• Rlibl sric tout t n or numrous trnl msurin instrumnts

Alos or isr stnrton o units rrlss o scc mtrin n control ictonrurmnts

No tr cost or unus turs nl rmoctton o rotcton unctons Lo nnto o srs ossib uc innsi intrcnbilt urn mn

tnnc• n mn css lmnts trnl otnt trnsormrs No ost ro r ms or sc bcu bttris Stoints n currnt us rtin on trrm or

or oss No scl nu to b rn No lbort coml bor or conusin mut i

unction rns Estor us n cr ncton o cus o

tr rm conitions uc ssmb n nstllton Sml stont nt Allo contro o trn cs or os n stont

trsos r c

ble 1B

C MM AAGEME

t

• Commnction to n C or con rson comutr s comutr cs s t mstr n cn sob s s t ntc to otr mcrorocssorbscs

• Commnctons RS22C to otr microrocssorbs rocts or on moms

6

Benef t

• A Locl Ar Ntor Wstinous INC M is ormb or mor I Dt Plus ls connctin to son lcomutr i sr tist r o irs rson l comut cts s mstr In ts rnmnt tPNI Communiction Moul is mount on c IDt Pus I I A CNI Communction Cr is us in n

xnson slot o t rson l comutr A stn risot c is i lbl or t collction nsto

• Usn I NCM o mor I t Pus ls o otr Iroucts) c t PNI Communicton Mou c nb connct to t to ir ntor to trnsmit tto sinl Trnsltor Mou is moul conrtsINCM omtt msss to SC or us itotr SC comtibl ics No sotr s o in ts cs


8/47

TO 17271A Q DATA PLUS

2

D DCN

20 Genel p pos of is Scion is o fi lii i Q Pls I is noncln o lis spcificions of ni

scipion is ii ino folloin :

• po Pnl P 2)

2.1 Hw Descpton Q Pls II is sino b o n o co in pn l is ill n llyb cbin's fc o )

• R ccss P 2 2)

PoweModule

Coecio

Pulse

• Enl P 2)

Current TransformerConnections phase AC

H H 2 2 2A A 8 C

ole el lock Ne emi

iue 21 e ccess e

7

ieldSelecleDP Swiches

CommnicioCoecion


9/47

IQ DATA PLUS I TD 17271A

Fire 218 Rer Access Are epte oe Power Mod le211 Opertor Pnel Oo P ic isoll ccssbl fo osi of l o ooois s o:

• o cl als s Wi F • i ic s s b

s of i lli E oc f of oo

• S og of is clls

• i i o coo ss b sof 2 isc Es

8

• i cs of i o l coiio b sf s iglii co so i sl Wio sc io of c c b is i o booof Oo P

• A o s i f i o l co os occ b s f Rs sbo

s of O Pl i s i cio

212 Rer Access A of Q P s i s o ccssbl fo of s o A i i cocios o csss

S Fi 2 o folloig is

hded re desintes informton thtplces or spplements pplictons usnthe 120/240 AC Seprte Source PowerSupply Module


10/47

TD 17271A

1 . he 3phase AC le oeios oet o he Voltageema Blok a the boom o he IQ Daa s II.

. I sig a theephase powe mole he Voltage Seetompe essetally a shotig ba ms be postoe bythe se ig sal ao to mah o opeaig votageages (Istallatio poees alog with a lisg oages ae gve i aagaph 1 .. See ge . 1 A.

Coetios om the 3 eqie exeal e tasomes ae mae a the Cet asome emaBok oate at the top o he hasss.

5. Coetios wih oo le extea eves i se aemae a he pAlam ema Bok.

Tip nd m niz on dvi poup nddniz on dvi po o o ip ondiion Tmin lok i in TipDnizd poiion (heseoetos may be mae a the N o NC pas (om Cassoiate wh he itea p a Alam elays.

Q DATA PUS

. D swhes loate o he ea gh se o he hasssao eah IQ Data s I o a spei appiato. heseD swhes ae set ao g o haaesis sh as

• he exteal a C aos

• he p voage o he omig AC e

•Whehe o t ip o ovevoltage o evolage oos(A ompete es ipio o eah DI swih seig s ste Seto .

7 he owe Mole is atoyshppe mote o the eao he IQ Data ls I hasss. oweve ths ompoetmay be etahe om the hasss a move p o 3hes ( . m away oa oes peve AC poweevies beg loae o the abe oo.

8 A se is loae i se es with eah o the 3 omg AClies. he ses ae 3 Amp 00 Vo 00kA itepigatig. hese ses ae ea to the owe Mole aa be aesse by emovig the hee sews hoig heove i pae (See iges a .3 . I it is eessayo ep ae ses make se al voage has bee emoveom he IQ Daa ls I beoe eplaig he ses.

. A eta em a is povie o -we sysems. (Wheethe moitoe AC les ae a 3-wie oigaio hsemal is ot to be wie

10. A Commiato ot oate o the lowe igh o the

_

_

5

.350

6.72

@

WESTINGHUSEp DT LUS II' o� "

-· o �" ·

•c

" a � O ta o· Q

' ,0 a· .

,

0


11/47

IQ DATA PLUS I

chassis i s designed to connect with an optional Comm uni cation Module (PONI Card)

Fgure 2.3A FusngFor ThreePhase Power Module

2. 1.2.1 SYNC PULS The SYNC PUSE input is essenta y a senso that eceves a signa from a utity companysynchoniing the IQ Data Pus II with the demand window theutilty billing is b sed on The SYNC PULSE is activated bymeans of a D IP switch on the back of the I Q Data Plus I I . SeeTabe 6.H page 33 Whe the DIP switch o the SYNCPULS is set, the demand time (5 10 15 o 30 mute) soverridde and the unit ooks fo a 24 volt DC signa to bepassed fo m Contact 1 and eceived by Contact 2 When anexteio contact is closed by the uti ity and the contact -2circuit is competed it ends the ast demand peiod updatesthe dispayed value and begins the new period in l ine with the

utiity The Q Data Plus I will keep its demand windowpecisely in ine with the uti ity when this function is activated

1 0

TD 17271A

2. 12. 2 Watthour Pulse The Watthou Pulse In itiato is aForm C contact that when activated wil compete a cicuit andsend a puse signa to an extena puse ecorde The engthbetween pulses is pogammed using DIP switches (SeeTable 6.M) The pulse duration is appoxi mately 50 ms.

2 1.3 External Hadware Each 10 Data Plus II requires atleast 2 curent tansfomes be wied into the CT Te mina

Block fo m an extena location (See Figures 4. 4A- 44 .These ae use-supplied and must have a 5 ampee seconday

Potenal Tansfomes are equi when line votage is abve600 volts These are wied directly to the AC Line Connection Te minals (See F igu res 44, 4.4D 44F, 44H, 44J 44.)

2.2 eciicatons - The following specificatons of the 1Data Plus I ae contained hee :

• Geneal specificatons (Table 2A)

• Mete ing specifications (Table 2 .)

Potection function specifications (Tabe C)

Each of the potection functions can be individuay DI P switch

seected to in iiate eithe a trip, ala m t ip and aarm or neithe t ip no ala m condtion A short description of each ofthe potection functions follows

• Phase los otecton. A voltage phase loss is detetewhen the ampitude of any singe phase is less than 50%of the nomina ampltude A curent phase os is dee

when the cu rent ampl itude of the sma st phase is 1 ;6the cuent ampitude of the lagest phase

hae ubaace. A phase votage unbaanc idetected when the difference of the largest and smallestine to ine voltages exceeds the percentage of nominaline voltag by a facto of 5 10 15 20, 25 30, 35, o 40(The % factor is detemined by DP switches.)

hae eea A phase eversal i s detected i a negaive votage phase seuence is detected.

Oeotage An overvotage is detected when the ampi

tude of the AC line voltage exceeds 105 1 10 1 15 120125, 1 30 135 o 140% of the nomi nal line voltage (The% facto s determined by DP switches)

Udevotage. An undevotage is detected when theamplitude of the AC lne voltage falls below 95, 90, 85,80 75 70, 65 o 60% of the nomnal line voltage (The% facto is dete mined by D IP switches)

Al protecton functions ae updated evey 14 seconds witha 60 H line or every 1 .5 seconds with a 50 Hz l ine.

Shaded aa desnates information thatrelaces or supplements appications usinthe 120/240 VAC Separate Source PowerSupply Module.


12/47

TD 17271A

a

GENE ECFCN

c' ow qm

Buden 3-hase owe Module VA Buden Seaate Souce owe Module VA

C Buden 3 VA

qc

H

Caacc

Nomnal Lne %

Wll contnue to oeate n event o a hase loss

a ma

to 7°C 3° to 8°oa ma

° to 8°C ° to 8°

m

to % RH noncondensng

(Sued wth the unt) 3 amee volts

Buss ye KKR-3 (3 equed)

IQ DATA PLUS I

(1 ) o the IQ Data lus II wth a hee hase owe Module/am/ Coac a

amees @ VAC Resstve amees @ 3 VDC Resstve

conto owe s dawn om the montoed ncomng ACne emna connectons he mnmum nut contovotage s VAC.

() DI swtch must be set o the coect ncomng equency

tem

A ampr

Voa

oa

Wa

ar

Pow facor

A owr facor

Dma wa

Fucy

Wahou

P aor

Pha A

Tble 2.

METENG PECCTON >

Descrption

A-oB Bo ad -oA

L A-o-ua o-ura ad -oura

Iaaou wa coc ad dayd ach cod

ac powr

W/W+Q fo uoda oad

W/( [ for o-oda oad ad ry h oad

Ara wa occu or a pcf pod h prod dfdby DIP wch ca b 5 5 o mu Th DIPwch ca b abd b u h Sc Pu

L fucy da a a umbr ad 2 dcma ac .Th dad cod

Sab WH KWH o MWH va

ccucyn % of edn

±

%

±%

±2%

±%

±%

±%

±2%

±%

±2%

) Udatd v d wh a H n, or 5 cod wh a 5 H unless ohrw notd A 2 of h rao h unt w o th unt3 Abo 2 of h ato h unt w m auay

1


13/47

Q DATA PLUS I

Te 2C

PROTCTION UNION SPCIICATIONS

Voe Phe Lo

Any has lss than o nomnal

Cur Phe Lo

Smallst has lss than / o agst has

Phe Ue


14/47

TD 17271A IQ DATA PLU S I I

N

3.0 Inrodcio hs Secton descbes the oeaton othe Data us II. It s dvded nto the oowng Sectons

ushbutton (a 3

montoed tem s llumnated At the same tme thecuent oeatng value coesondng to that tem sshown n the Dslay Wndow

Es (a 3.

D s lay W ndow (a 33

3 Mmrn Pshos he Oeato anel suots3 mem bane ushbuttons (See gue 3. he membanepshbuttons eom the ollowng unctons

o exam le whle the Watts LED s ll um nated the SteDs lay Down ushbutton s essed once. m medatelythe LED next to VARS lghts and a new value s shownn the Dslay Wndow

the Ste Dslay Dn ushbutton s essed and heldthe 5 montoed tems ae contnuously steed though.

Rs. he Reset ushbutton allows esettng om analam o t condton assumng the cause o thecondton s coected ( the condton whch caused thealam o t s st ll esent the alam o t occus aga nate the ushbutton s essed.

abe A a ge cs dc c tems that ca dsaed

3.2 LEs he Oeato anel LEs ae dvded nto 3tyes Sp Displ Up/Down. he Ste Ds lay U Down

ushbuttons ae used to ste though the 5 montoed tems lsted on the mo n to menu shown on the Oeatoane l's ace. Each tme one o these ushbuttons sessed the LED at the let o the newly selected

3.2.1 Mn LEs. At any gven tme one o the LEsassocated wth a menu tem s llumnated See able 3Ao a lst ng o these 5 tems Each acts to denty whc hmenu tem value s cuentl beng shown n the DslayWndow

Dsplay Window

W

WESTINGHOUSEIQ DATA PLUS II

RM TRIP

.

l AMS RMSMnu s AMS RMSOn of ths l AMS RMSis always t V VOLS RMS

V VOLS RMS VOLS RMS V VOLS RMS VOLS RMS VOLS RMS WAS VARS OWER ACOR DEMA ND WAS REQUENC WA HOUR S

UNIS KILOUNS MEAUNIS

Fir 31 Opror Pn

3

RS

STPDISP

UP

DOWN

xtra rp2 Ovrvotag Undrvotag Phas Unbalanc Pas oss6 Phas Rvrsa Mafuncto


15/47

0 DATA PLUS I

Seection

Amp MS Amp Amp MS K Amp mp MS

o MS vK

o MS vK

o MS vK

o RMS JN vK

o MSBN vK

e o MSJ vK

Wa KWMW

ar KM

Wahour ounr KWHMWHMWH

Powr Facor

Dman Wa KWMW

Fruncy

TD 17271A

Te 3A

MTD VAS

DisplDescription

rmt

XXXXXX orxxxxxx

XXXXXX or Pha Aoxxxxxx

XXXXXX or Pha oxxxxxx

XXXXXX or Pha oAxxx.xxx

XXXXXX or Pha A-onuraxxx.xxxXXXXXX or Pha onuraxxx.xxx

XXXXXX or Pha onuraxxxxxx

XXXXXX Inananou Wa Sampin im 1 conxxxxxx Mnu LED bink if hi i a naiv vau fr oxxxxxx Par 322 ar Mnu LED bink if h ar ar naxxxxxx iv fr o Par 32 1 1 XXXXXX Uni in Wahour fr o Par 3XXX XXXxxxx.xx

xxxx Powr Facor Mnu LED b ink if h powr facor iain fr o Par 3211

xxxxxx Dman Wa ovr a 5 10 15 or 30 minu inrvaxxxxxx a rmin by SW3 DIP wich 5 an 6 or by a

Sync Pu Inpu (onac 1 2

xxxx Incomin A in fruncy

(1 h vau ar bank auomaicay wi h ym which o no wir h nura in o h Nu ra rmina of h IQDaa Pu II h bankin occur whn poiion 8 of SW1 i for h 3 wir poiion

1


16/47

TD 17271A

QUADRANT

WAS NEGATIVE

VAS POSIV

VARS

POWER FACR LAGGNG

REVERSE POWER FOW

WATTS NGATIVE

VA S NGATIVE

POWER FACOR LEADING

QUADRANT 3

QUADRAN

WATS POSIIVE

VARS POSTIVE

POWE AT O LADING

EXAMPLE: A PA TIVE LOAD

N ORMA POWER FLOW

WATT S POSITIVE

VARS NEGATVE

POWER FACOR LAGGING

EXAMPE INDUCVE LOAD

QUADANT 4

Figu 32 Power Quadrants

WAS

3211 Blinking LEs atts, Va and/or Power FactorTo diplay rvr powr fow ai (aiv powr fac or ad aiv var h m lc LED bi viwd wiblik If i i o bliki h val ar iiv (ladi fr

o ir 32 33 3 for a frhr xpaaio

-�

f

-

�

LO D

A

Figure 33 Induction otor oad

IQ DATA PUS I I

3212 onitoring nductive oads Typicaly whmoi ori iducio moor load h powr fow i i Qadra Th wa ar poiiv ad h powr facor i ai

I

BAK A )X

-

BAK

I

BAK B).p

X

I I

r

A A

Figr .4 Powr itrition

Th by dfii io h powr facor ad var wi b aivad h L wi bik for h wo va fr o ir33

213 ower Factor Corction Capacitors Whmoiori a oad ha ao ha powr facor corrcio capacior ad/or adi powr facor ychroo moor uch

ha h oad i capaciiv h h powr fow i i Quadra hi ca o of h E wi bik

3214 Power Distrition frri o ir 3 hrcodiio ypicay ca b courd

odiio rakr A & cod rakr op Powrfow i i Quadra Th powr facor ad var wi b a iv ad hir rpciv L wi bik

odi io 2: rakr A & cod rakr op Powrfow for rakr A & i i Quadra Th powr facor advar wi b aiv ad hu h wi b biki forpowr facor ad var radi

odi io 3 rakr & cod rakr A op Thpowr fow for rakr i i Quadra ad h mricodiio i h am a codiio & 2 u h powr fowfor rakr i rvrd ad wi b i Quadra 2 y hwa LD ad powr facor D wi bik

22 Units Es Auto range nit for monitoring Uikio ma fr o iur 3


17/47

IQ DAA PLUS I I

32.3 Aam/Tp Te Alarm an Trp LEs, en lnae a an alarm or rp onon ess respeveyA e same me a blnkng g, from 1 o 7 appears n eDsplay Wno. Ts g represens e spef ype ofalarm or rp onon a orre {See Table .

Tae 38

ISPAY TRIP CONITIONS

splaynow Opetor Panel escptonNube esgnaton

Eera rp A rp ae rom aremoe ee by easo e Cuaoue

2 Oeroage A rp or aarm non

Ueroage ourre as se ereSee abe 2C or a e

Pase baae srpo o e rp spe

5 Pase oss aons Aso Se esrbes o o se e

Pase reversa DP ses or e esre aes

7 ao aes a era auo as reb e Q Daa Ps mroproessor See Se 7 aeae, oreals

Tese gs may be ompare a ls g of e onoson e boom of e Operaor Panel n orer o enf ease of e alarm or rp oon.

Wen an alarm oo ors e nerna Alarm elays eenerge Lkese, en a rp onon ors, enernal rp elay s eenerge { Eeral OC oapars brog ou from ese elays are avaable o e ser

Te possble ases o e alarm a rp onons are

• Eeral rp

• Unervolage

• vervolage

D 17271A

• Pas loss

• Pase reversal

• Pase ubalae

• alfunon

Table . frer esrbes ese onons.

Te resulg overvolage, uervoage, pase nbaane,pase loss an pase reversa oos an b vayalore o ase oe of e ollog:

• A aarm oly

• A rp ony

• Bo a rp an aarm

• o rp or alarm

Tese reaos are seee by meas of DIP sesoae o e rear of e u {Seo , Appao Coseraons, ss ea DIP s seng

3 3spay ndow

Te g LED Dsplay Wo spays oe of e 15 m eere vaues lse abe A a any

ge me {See Paragrap 1 for eas on seeg annva value In aon ere are 2 speal suaons,as lse e:

• Wen a rp onon ours e Dsplay Wno oas a blkg g from o Tabe . lss ea oe oos a suppes aoa normaon ereneee

• A overrage ours e a moore alue eeese absolue rage o e g Dsplay, a mee vau e 999999 appears o e Dspay For eape,e saaneous Was a ue a spay up o 999999

megaas a saaeous ae o 1050000megaas s monore, a oerrage oo oue s, an e aue reees a s ges a ue, 999999

34 atthou Counte o rese, se DP s S o4 abe a o o e rese pusbon r 5ses e e e ED s um nae r Waurs eWao r er no rese o a poer ss

35 emand atts s parameer ll ole an alae e aerage Deman Was over a prese me pero orb e SYC PUSE e Q Daa Pus sre e gesvalue u e n s rese e reag a be rese go e rese pusbu r 5 seos e e eu EDs mae or Dema Was e Dea Was o

rese o a per oss


18/47

TD 17271A DATA PUS I

NN ND

4.0 Introducton Ths Secon escrbes he follonges assocae h he nsaaon an sarup of he IQDaa Plus I

• ounng Par .)

Wrng Par. 2)

• DIP sch sengs Par 4

• Inal saup Par .)

Earer Secons, especa Secon 2 arare Descrpon,shou be rea b anone usng hs Secon o nsall an QDaa Plus .

.

WARIG

Do no h ghpo or egger hs evce

41 nel Ppaton - Ths Paragraph escrbes he panelpreparaon an ounng of he IQ Daa Plus I

5

r

444

,

4.44 5 -

Jl

I

•

411 Cutout Cleances Snce he Q Daa Pus s pcall oune on a cabne's oor, s necessar o preparea cuou n hch ll be pace The ensons for hscuou aong h he locaon of ou nng hoes, are shonn Fgure . Before acua cung he panel, be sure hahe requre ensona cearances for he Q Daa PusI chasss al ounng n he esre ocaon Cearancesare shon n Fgure 22

I s necessar o ho l far cose o oerances hen akng he cuou an placng he holes for he ounng scresIn parcular he horonal enson beeen he cener ofhe ounng holes an he cuou's verca ege us behn 0 an +0.00 n 0 .

4.1.2 ountng - Do no use a ap on he face snce hs l reove ecessve plasc fro he hoes resulng n lesshreae aera o secure he IQ Daa Pus o s ounng pane

1 A /(6 HLES)

J

1

-

Fgure 41 Casss Cutout mensons

These ensons us be 0 an + n

1


19/47

TD 17271A

IQ DATA PLUS I I

THREE SE E OULE

TYLE G

B

C

NEU

1

Figure 4A Removale oer odule

Plae he Q aa Plus hrough he uou n he panel Be

sure he Operaor Panel aes ouar Use 0. n 2 mlong sres nlue h he aa Plus o mo un he u non a snglehkness pane l Be sure o sar he sres rominside he panel so ha hey go hrough he meal rs.

4.1 3 3hase Poer odule and 1 0/40 VAC SeparateSource oer Supply odule n hose ases here s neessary o remoe he Poer oule an moun separaely from he hasss, be sure ha

• he loaon allos or a able onneon beeen heQ aa Plus hasss an Poer oule by means ofhe n 94 m Eenson Cable Opon

• he separae Poer oule an physally f n he1

loaon esre See learane mensons n Fgure

42A o4,2

o separae he Poer oule, remoe he 2 mounng sresseurng , hen use he oule as a rll ng emplae a hene loaon he o 2 sres an be use o remounhe oule n holes properly rlle an appe

4 .4 Voltage Seecto Jumper s neessary o mahe plaemen o e Volage Seleor Jumper h he nomng AC l ne olage measure l neol ne See Fgure 4

',"

Shaded area designates information thatreplaces or supplements applications usingthe 1 0/40 VAC Separate Source oerSulv dl


20/47

TD 17271A Q DATA PLUS I

Figre 4. Removale Separate Sorce Power Spply odle

9

Shaded area designates information thatreplaces or spplements applications singthe 1 0/40 VAC Separate Sorce PowerSpply odle


21/47

IQ DATA PLUS I

R P Md

a P

Mdu

TD 17271A

Fu 43 a Jum

.WARG

eve aemp ange e psn e Vlage Sele J mpe en AC ne e s appe e DaaPls Pesna ny, nng ea l es

CAUO -

e Vage Seen Blk n e le aeps eVage Se e Jmp e ONY D n nne any eype es s emna k sne mppe pean an e pmen amage esl

A pas ve a se s se ve e VlageSee Jmpe e Jmpe s sne as eemne bye mne nmnal AC lne vlage ee ae 4 pssbesns epesen anges mease lnelne ese

ae

• 425 VAC 455V 2 42 VAC 1 V• 1 22 VAC 2224V• 9 1 54 VAC 12V

ese anges ae nae n e Pe e, as sn nge 4 Cns e ng plan angs mae p by ese OE eemne e nene lne vage Cangee See Jmpe e Lne Vage en n sngpena ansmes Wen sng pena ansmes a 2 v 1 1 vl senay e Se le mpe s

be psne 9154 v ange

Ae epsn ng e Jmpe, epae e pas ve ansee se

4. Wiin e ng e Q Daa Pls ms a sabe ng pan ang e em ng pan, asse ee, ees e angs mae e spe app an esbes a eea nnens beeen e QDaa Ps an e mane pess epmen s smae p by e se OE .

20

A ypal ng plan s sn n Fges 44A 44L

Obseve e Fges an ne e ng1 . Pasng an pay e AC en nps an e

AC vlage nps an e e ansp s al ee pean e amee

2 e nmng AC lne pases A, B an C e ely e AC Lne Cnnen emnals n e asss,en ne vage s 00 vs less

. O an C nas m e Aam an p eays anbe se nl eena eves ese nas aeae a 10 ampees 20240 VAC 0 VDC

4 e es nneng e Q Daa Ps ms n belage an AW 14 Lage es n nne

ppey e vas emna bks

5. Wng beeen e en ansmes an e Q DaaPs s l be ke as s as pssbe 200 eema. As, eneve pssbe, e ese lnes aaym e AC nes an nve eves e lnesms ss e AC lnes, plan ss em a gangles

. e peve nns e Q Daa Pls elynl e p Alam elays, as esbe n Paagap 2.2 an able 2C. DP s sengs, se nPaagp .1 , eemne an en e p an Aa melays l be enege.

. Syn Plse 24VDC n emnal 1. W Plse na 10A 0VDC, 10A 120240 VAC O

CAll ng ms nm applabe Feeal, sae an lales.

WARG

nse a e nmng AC pe an al egn" peses ae ne OFF an ke bee pemng any k n e Daa Ps s assae epmen Fal e bseve s pae an es n ses evn aal njy an epmen amage.


22/47

TD 17271A

NE

NE

IQ DATA PLUS II

3 PHASE 3 WIRE (UP TO VOLTS)D EC VOAGE CON NECON & EXEN A CU EN ANS FOM ES

3

2

FU E

32

A

�

3C

:

2C

.

:

NEUAEM

� L

SYNCHC H HA

PUSEH2C H2 H2A

1 2

Figu 4.4A Wiring Diagm

C OAD

Q Daa Pls I

H

TRIP AARM PULSE 3 4 5 6 8 9

3 PHASE 3 WIRE (ABOVE VOLTS)EXENA PENA ANSFOMES & CUEN ANSFOMES

3C

2C

A -L C OAD

L

FUSE

OP EN DE AP CONNECON

r l

FU

�, D ·.

\EAEM

SYNCHC H HA

PSEH2C H2 H2A

2

Figu 44 Wiring Diagram

2

Q Daa Pls I

HRP AARM PLSE 3 4 5 6 8 9


23/47

IQ DATA PLUS I I

3

2 NE

3 PHAS 3 WIR (UP TO VOLTS) CTs W IQ DAA PLUS

DREC VOAGE CONNECON EXERNA CURREN RANSFORMERS

BA

C 2C

·

f"

C

"

OAD

Q Daa Plus I SYNC

TRIP ALARM

TD 17271A

WHF S

B

NERA H1 H1B H1ULSEH2 H2B H2A i

1 2

rEERM 3

5 6

Figu 4.4C iring Diagm

3 PHAS 3 WIR (ABOV VOLTS)2 S W Q DAA PLUS

EXERNA POENA RANSFORMERS CURREN RANSFORMERS

C 2C3

--

-

-

-

-

4

.-

1

L

B N C

FUSE y

OP EN D EA WP CONNECON

OAD

IQ Daa Plus I

l

FUS��

NEURAE RM

Figu 44D iring Diagm

8 9

NOTE This ciuit wil work but wil not detect a curnt phase oss if is grounded

2

0 1


24/47

TD 17271A Q DATA PLU I

3 PHASE 4 WIRE (UP TO VOLTS)DIREC VLAGE CNNECTIN & EXERNAL CURREN RANSRMERS

U

B cNEURAL

ERM

Daa Ps I

SYNCWH

PUSE RIP ALARM PULSE�; T

T

1 2 3 4 5 6 7 8 9 10 1 1

Figure 4.4E Wiring Diagram

3 PHASE 4 WIRE (ABOVE VOLTS)EXERNAL PENIAL RANSRMERS & CURREN RANSRMERS

L3

L2LNE

L

N

USE

WECNNECIN

FUSEA

B

A

I

NEURALERM

3C

r

2C

C LAD

Q Daa Plus ISYN RIP AARM WH�;

Ptr

2 4 5 6 7 8 9 1 1

Figure 44F Wiring Diagram

2


25/47

Q DATA PS TD 17271A

3 PHASE 3 WIRE UP TO VOLTS)DIR ECT VOLTAGE CONN ECTON & EXTERNAL CU RREN T TRANSFORM ERS

C

r 3CT

L3

�-

-[ 2CTL2 +-

L Arl

1CTLINE

20/240 VACCONTROL POWR •

T T

FUSE

1 2 e 3 e 4 A B(SEE LAEL OR120/240 VAC JUMPERS)

c

Nu

SEPARATE SOURCE POWER SUPPLY MODUL

LOAD

L

SYNC MH

HC H HA USE ULSEH2C H2 H2A i i

1 2 3 4 5 6 7 8 9 0

Daa Pls I

Fgure 44G rng Dagram

L3

L2LINE

L

USE

OP EN DE LTAPT CONNECTION

120/240 VACCONTROL POWER

T

1 2 e 3 4 A(SEE LAEL FOR

3 PHASE 3 WIRE ABOVE VOLTS)EXTERNAL POENTIAL TRANSORMERS & CURRENT TRANSORMER S

c

r

3CT

2CT

A

1CT OAD

;

w�

Q

I

SYNC I LM HULSEUS

o

cO "': C H HA USE2C H2 H2A 120/240 VAC JUMPERS)

2 4 5 6 7 8 9 SEPARATE SOURCE POWER SUPPL MODULE Daa Pls I

Fgure 44 rng Dagram

2


26/47

O 17271A IQ DAA PLUS I I

3 PHASE 3 WIRE (P TO VOLTS)2 CT WIT IQ DATA PUS I I

DR EC OAGE CONN ECON & EXERNA CU RRE N RANSFORM ERS

32 8

NEA

1

20/240 ACONRO POWER

1 2 e 3 e 4 AFU S

(SE AE FOR20/240 AC JUMPERS

C 2C.

J

r

C

3

�\

•

SNC

OAD

RP AARMH

N { r

1 2 3 4 6 8 9 10 1 SEPARAE SOURCE POWER SUPPY MODUE � aa Plu I

Figure 44 iring Diagm3 PHASE 3 WIRE (ABOVE VOLTS)

S WH Q AA PUS EXERNA POENA RANSFORMERS & CU RREN RANSFORMERS

8 NE

A

USE

OPEN DEAP CONNECON

120/240 ACCONRO POWER

1 2 e 3 e 4 A(SEE AE FOR20/240 AC JUMPERS

SEPARAE SOURCE POWER SUPPY MODUE

OAD

SYC TRP AARM HH1 H18 H1�US PUSH2 H28 H2 r1 2 3 4 6 8 9 0 11IQ aa Plu I

Figure 4 iring Diagm

25


27/47

Q DATA PLUS I I TO 17271A

3 PHASE 4 WIRE (UP TO VOLTS)DIR ECT VOTAGE CONN ECTION & EXTERNA CU RR ENT TRANSFORM ERS

3CT3

2CT2

8(

I NE A�r

CT OAD

L

N

20/240 VACCONTRO POWER

TYT

SYNC RP AARMH

u

FUSE e 3 e 4 A 8 c

SEE ABE FOR

HC HB HA PULSEHC H8 HA T T

1 2

PUSE 0/240 VAC JUMPERS) 3 4 5 6 7 8 9 1 11

SEPARATE SOURCE POWER SUPPY MODUE IQ Daa Plu I

Figu 44K - iring Diagm

3 PHASE 4 WIRE (ABOVE VOLTS)EXTERNA POTENTIA TRANSFORM ERS & CUR RENT TRANSFORMERS

3

c 3CT

CT

8

NE A �r CT OAD

� L

N

FUSE �

l

lWYECONNECTION

r

(l

20/40 VAC

CONTRO POWER

T

SYNC RP AARM HPLSE . 3 . 4 A o

FU S

�o

c

u

(SEE ABE FORI

HC HB HAPUS

HC HB HA l 1 i

1 21

20/240 VAC JUMPERS)

SEPARATE SOURCE POWER SUPPY MODUE l

Figure 44L iring Diagram

2

3 4 5 6

IQ Daa Plu I

7 8 9 1 1 1


28/47


29/47

IQ DATA PLS I I

O

D

D OFF

Figu 46 DIP Switch side view)

Rsr AC pwr and vri ha h Oprar Panl uncins ar an iniial 2scnd dla ar as llws:

Th l AMPS RMS ED illuminas

Th Displa Wndw shws h acual lin phas Aamprs

442 Initial Power Application Prrm h llwingss whn irs appling AC pwr h Q Daa Plus I

28

TD 727A

o Rm h in uss nain in h wr du h Q Daa us

o urn n AC wr an riyha h inin ags A AC and C a ihin h rr rang as ndn h iring an rawin h ag rang musmah h Vag Sr umrs siin S aragrah 1 whih i ss h rangs

h as n mah as rmin by mparingh aua rain ih h Vag Sr umrs siinrr h sysm ir ing raings a h rrr

o Rm AC wr and rinsal h lin uss

�NOTE -

I a rip r aam ccurs rr Sn 7 Mainnancr das

Shaded aa designates information thatplaces or suppements applications usingthe 120/240 VAC Separate Soue PowerSupply Module


30/47

TO 17271A

5

Y N

50 General Thi Scin prvid a gnral dcripin hw h Q Daa Plu I uncin inrnal. I purpi giv h ur nl an vrviw hr pran.

5.1 Basic Bloc Th I Q Daa Plu I I i cnrlld b a lcnaind m icrprcr which i di rcd b an cuiv prgram" ridn in ROM radnl mmr. Sigur 51 Th m icrprcr dirc h llwing 4 prain

Mniri ng h AC li n vlag and currn and ringhir v in a daa abl which i a lid a mmr dvic Th acua ignal rm h AC in ar cn

diind" b variu circui grupd ghr hr andrrrd impl a h n inrac

• Chcking h inrmain baind rm h AC l in b ingmnird r h variu rip and alarm cndiin aid in Paragraph 22

;

in

I

Micrprcr

AC lin vlag

i

xn

I

prgram

rAC lin Daacurrn

abla

c

IQ DATA PLUS I I

Updaing h Oprar Panl n a rgular bai Whna cmpnn h Panl uch a h Sp DiplaUp puhbun i prd h cuiv prgramrac b diplaing h nw inrmain rqud in hDipla Windw

Cndiining h ignal rm h cnrl ara makhm cmpaibl wih h Oprar Pan dvic and hinrna Trip and Alarm Ra Thi i carrid u in hinrac ara

Th cuiv prgram aign h high priri nrgizing h Trip and Aarm Ra Lwr pririi ar

givn hr prain uch a updaing h DiplaWindw h Oprar Panl

I

n Oprar

Panl

Cmpnn

r

a

c

I

�

Alarm

Trip

and� W

PuRla

SYNC

PULSE

Figure 5 IQ Data Pus II Basic Bloc

29


31/47


c 6

APPLICATION CONSIDERATIONS

60 Genel s S s us srs p m w pplyg Q D Plus spf pp s sg pmy f sysmsr pp gr rsps fr mg up wgp rwgs

s srgy suggs ll rr Ss splly2 ugly fr pg

6.1 DP Switc Settings A um f DP sws g s f sss lr QD Pus spf pp sws p 8s gupgs w mus s y usr urgs O s sgs rm y su r py f s R S s s 6A 6C H 6 6 fl Rr Ssul m ll sl m m ps Prgrp 4 ss w pysy s sws

Tble 6.A

Q DATA PLUS NSTALLATION RECOR SHEET SW1

SettingescriptionDIP Slide ON/OFF

Switc Swtch Combintions

2 T ra f rl urr asfmrs :5 1 00/50/200/250/00/400/500/600/800/1000/1200/1500/1600/4 2000/2500/000/200/4000/5000 Rfr Tl 6 5

6 L frquy O 60 Hz OFF 50 HzSW1

7 A /urlg/ps ubaac c.Ac mm Day/mmaOFF mma O lay

8 AC wrg wr O 4 wr wr r 4 wr OFF w

6.1 1 Current Trnsformer Rtio ra f usrpr rl u sfrmrs ary fm 00:5

5000:5 Sw SW1 Nos 1 tru mus s rrsp urr rsfrmrs r s s Tl 6

Te 's ust be cosen so tt t lest 20% of te priy ted curnt is rwn Te 1% ccurcy of te QDt Pus is id ony boe 20% of te curnt rtingBeow 2% of te piry te curent, te Q Dt Plus ds e curnt

30

612 Dsply Current AC u r ll ppg Dsply Ww s u rg ps

mps mps


32/47

TD 17271A

613 Line requency h Q aa Pus ca accp ai qucy ih 50 60 H Sci is mad a SW1,No 6 Pac h swich h:

O ps a 50 H

• ON ps a 60 H

614 Oeotge Underoltge, Pse Unlnce

Instntneous or Tie Dey on Trip/Ar - Wh avvag udvag phas ubaac cdii sis dcd h Q aa Pus ca acua s Aam adip Rays i mmd iay h ip cd ca b scd cuusy psis sva scds b acuash Aam ad p Rays

Swch SW1, No 7 mus b s cspd h dsdaci vud vagphas ubaac d Shs swch h:

O ps a mmdia sps

ON psi a dayd sps

Wh h ON psi s sd h im day ca b p

gammd usg swchs SW6 Nos 6 nd 7 S Paagaph 612

6 3 W/4 Wi Line - h Q aa Pus ca b usd m h a cduc cduc AC Aamp a w sysm is a cas i whch a asmsscday s wd a wy cgua wih h XO ua ma gud bugh u as h uh w hs cash XO uh wi ccs wh h Nua ma hQ aa Pus s chasss S gu 21

Swch SW No 8 mus b s cspd h chswg cigua S hs swch h:

• O ps a w wig cgua

ON psii a w wig cguaWh h O psi is scd h wi cguai h spay Widw ds dspay h uaAC masums h Opa Pas mu hmasums not dispayd a

V Vs RS

VB· Vs RS VC Vs RS

1

IQ DATA LUS I I

Tle 6

RATO STTNS

SW1 Swich Sgs

Ras 1 2 5

100:5 ON ON ON ON ON 150:5 O ON ON ON ON 200:5 ON O ON ON ON

250:5 O O ON ON ON00:5 ON ON O ON ON00:5 O ON O ON ON

500:5 ON O O ON ON 600:5 O O O ON ON800:5 ON ON ON O ON

1000:5 O ON ON O ON1200:5 ON O ON O ON1500:5 O O ON O ON

1600:5 ON ON O O ON 2000:5 O ON O O ON2500:5 ON O O O ON

000:5 O O O O ON 200:5 ON ON ON ON O000:5 O ON ON ON O5000:5 ON O ON ON O

1 A h cmbiais a vad


33/47

Q DATA PLUS I TD 17271A

Tab 6.C

Q T PLUS NSTLLTON RECOR SHEET: SW

SigscripioP Sid ON/OFF

Swic Swic Combiaios

1 Acin n vrvla 2 D nhin/rip/alarm/rip and alarm Rr Tab 6D Acin n undrva 4 D nhn/rip/aarm/rip and alarm Rr Tab 6E

SW25 Acin n phas lss/rvrsal 6 D nhin/rip/alarm/rip and aarm Rr Tabl 6.F7 Acin n phas unbalanc 8 D

6 6 Oroag co spos Shuld an vrvla cndin b dcd h Q Daa lus can nrlh inrnal rp and Aarm Rlays in 4 ays

Ava rp rlay

Aiva alarm rlay

Ava bh rp and alarm rays

Ava nihr rip and alarm rlays

Sch SW, Nos ad drmn h rspns h uni as sd n Tabl 6D

Tab 6

OVEVOLTGE ETEON ESPONSE

Rspns SW Sich Sins

Rlays1 2

Alarm ny ON OFFTrip nly OFF ONAlarm and rp> OFF OFFN aarm r rp ON ON

1 Rays nr r dnr simu lanusy

N as ha h Sich SW, No. drmins hhr hrspns s insananus r a scabl m inrval asdscrbd n araraph 614 Sich SW6, Nos 6, drmn h im nrva n scnds as dscribd in araraph6.12 Sch SW3, No. 8 dsabls r nabls a h vrvla and undla prcv capabis as dscribdin araraph 612

nhin/rp/aarm/rp and alarm Rr Tabl 6

2

6 Udroag Dcio spos Shud anundrvla cndiin b dcd h Q Daa lus cancnr h inrnal rip and Alarm Rlays n 4 ays

Ava rip ray

Aiva alarm rlay

Aiva bh rip and alarm rays

Ava nhr rp and alarm rlaysSch SW Nos 3 ad drmn h rspns h unas sd in Tab 6E

Tab 6EUNEVOLTGE DETEON RESPONSE

Rspns SW Sch Sins

Rays 4

Alarm nly ON OFFTrip ny OFF ONAlarm and rip OFF OFFN alarm r rip ON ON

1 Rays nr r dnri si muanusy

N as ha Sich SW , No drmns hhr r nhr is a im inrval as dscrbd in araraph 64 SichSW6, Nos , 6, drmin h im inrval in scndsas dscribd in araraph 62 Sch SW3 No. 8 disabls r nabs a h vva and undrva prcv capabilis as dscrbd in araraph 612


34/47

TD 17271A

.1 Pas LossPas Rsa Dco Rspos Sul ir a pa l r pa rvral niin b c Q Daa Plu can cnrl inrnal rip anAarm Rlay in 4 way

Aciva rip rlay

Acva alarm rlay

Aciva b rip an alarm rlay

• Aciva nir rip an alarm rlay

Swic SW Nos. 5 a rmin rn uni a li in abl 6

Tab F

PHASE LOSS/REVERSAL DETEON RESPONSE

Rpn SW Swic Sng

Rlay5 6

Aarm nly ON OFFrip nly OFF ONAarm an rp O OFFN aarm r rp ON ON

(1 Rlay nrgz r nrgiz imuanuly

r ar n im inrval nabl/iabl wic ing a crib in Paragrap 64 an 61 2 rpcivly r aur

Switc SW1 No. 7 rmn wr Alarmp Rayacua n an immia ba r ar a ay

• OF pin r mmia acuain

• ON pin r lay acuain

N a a Switc SW Nos. 5, 7 rmin

IQ DATA LUS I

pciic im in cn a cnin mu pri br Alarmip Rlay ar acua a crb n Paragrap612.

1 Pas Ubaac Dcio Rspos Sul apa unbalanc cniin b c Q Daa Plu can cnr inrnal rip an Alarm Rlay in 4 way

Aciva rip ray Aciva alarm rlay

Aciva b rip an aarm rlay

Aiva nr rp an alarm rlay

Swic SW Nos 7 a rmin rn unia li in abl 6

Tab G

PHASE UNBALANCE DETEON RESPONSE

RpnSW Swic Sing

Ray7

Aarm nly ON OFFrp n y O ONAarm an rip O ON alarm r rp ON ON

1 Rlay nrgiz r nrgz imu lanuly

N a a Swc SW1 No 7 rmn wr r nr i a im ina a crib in Paragrap 61 4 Swc

SW Nos 5, 7 rmin im inrval n cna crib in Paragrap 61 2 Swic SW3 No iabl r nabl al prciv capabii a crbn Paragrap 6112.


35/47

Q DATA LUS I I TD 1771A

Tble 6HIQ DAA PS NSTALLAON RECORD SHEET SW3

SettngDescrtonDIP Sde ON/OFF

Swtc Swtc Cobntons

- Pnial ransrmrs i usd2 - rai = 1 - 1 24525455671 1 2) Rr Tabl 6 4 - r rai = 1 1 V .kV 66kV 1 1 kV)5 - Pa mad ww sampig

SW 6 im mius5/10/5/0 m R Tabl 6

7 - Sy Pus N EaFF isal

8 Pr Fuis N EablEabd/sabl FF sab

61 .1 0 Potentl Trnsorers Rto Sm sysmsmay nlu pinal usrprvidd pnial ransrmrsThir rais mus b akn in accun by mans singsn Swich SW3, Nos 1 , 2, 3 nd as lisd n Tabl 6 n hiscas SW, Nos 1 , 2 nd 3 shuld b s crrspnd wihh PTs scndary vlag

r mr applicain dails n h us pnal ransrmrs s Paragraph 1 2. )

.

C

UTI

N

Whn rnal pnial ransrmrs ar usd calculah scndary upu lvl h ransrmrs by divingh nminal vlag npu h PTs primary sid by hurns ra i Th sndary h PTs mus b 1 1 r 1 2

VAC masurd linlin Pla h Vlag Slrumpr 12 vls as dscribd in Paragraph 41 .4

Th I Daa Plus II is sl-pwrd hruh h vlacircui nncns Thrr whn slcing rnalpnal ransrmrs h nminal scndary vlag musb a las 1 1 vls

Eampls

1 . 41 6 Vl Sysm Slc a pnial ransrmr wih a41 61 2 rai = 51 hrr s Swih SW3 r51 rai and s slcr umpr n 1 2 vls

2 Vl Sysm Slc a pnial ransrmr wih a61 2 rai = 1 Thrr s Swich SW3 r1 rai and s slcr umpr n 1 2 vls

Inrnanal PT sings hav bn includd r cusmrsha us 1 1 V scndary PTs In hs appliains hnrnainal PT sngs ar slcd using SW3, Nos 1 , 2, 3and as shwn in Tabl 6 Whn inrnainal PT singsar us h nmial lin vlag is aumaially s 1 1 V linlin 64V linnural SW4 Ns. 1 2 and ardsabld). Th 1 1 V nmna l li n vlag can nly b badwhn kV1 1 V 66kV1 1 V r 1 1 kV 1 1 V rais ar slcd

I pnial ransrmrs ar n usd slc a rai 1 1

34

b 6P RAO SETNGS

SW3 Swich Sings

PT Rai 1 2 4

1 1 ( ON ON ON ON21 O ON ON ON

41 ON O ON ON

5:1 N N21 ON ON O ON1 O ON O ON

51 ON O O ON41 O O O ON551 N ON ON O

61 O ON ON O71 ON O ON O

11 OFF O ON OF

121 ON ON O OF

NTERNATONAPT SETTINS.kV1 1 V O ON O O6.kV1 1 V ON O O OF11kV 11V O O OF O

121 ON ON O O

NVALID Any hr cmbinans

Rqur sig whn n PT usd.


36/47

TD 17271A

6.1 11 Pek Demnd Window nd SYNC Puse- pakdmad, was, may sw spay Wdw.Swc SW3 Nos. 5 nd 6 dm m, mus,up wc csump sampg wll asd sampgs a mad m a ag w ad 0 mus,as dcad a gs au ad s sd u u s u s pssd pak dmad

au accumuad dug m al may s y pssg s d pusu Q aa Plus w dmad LE s llumad, my NCO wk

dmad wdw m ca dsald y ug SYNC PULSE, SW3, No 7 W cagg m SYNC md m asd dmad, yu mus s dmad auR Paagap 221 a dscp SYNCPULSE

Tble 6.J

PEAK DEMAND SAMPLNG INTERVAL

m al SW3 Swc Sgsmus

ON ON1 0 OFF ON ON OFF0 OFF OFF

IQ DATA PLUS II

6.112 Protection unctions - Q aa Pus s pc aus ca ald dsad

Swc SW3 No 8 dms sps u Ss swc :

OFF ps disble pc aus

ON ps enbe pc aus

I s aus a dsad, ucs cad wg ls a as dsad Sc y a dsald, swcs sd may ay ps ON OFF ps , Eal p a Cmmuca Lkad al dagsc ucs ma ac

SW, Ns , 2, % p a a agsps

SW2, Ns , 2 Oag dc sps

SW, Ns , 7, 8 - % p a a udlagsps

SW2, Ns , 4 Udag dc sps

SW, Ns 1 , 2, Pas ualac dc SW2, Ns 7, 8 Pas ualac dc sps

• SW, N 7 Olag, udag, ad pasuaac saaus m a

SW, Ns , , 7 Pc m al scds

SW2, Ns , Pas sssal dc sps

Tble 6.K

IQ DATA PS II INSTALLATON RECORD SEET SW4

SettingDescriptionDIP Slide ON/O

Switc Swic Combintions

1 Nma md ag sc2 masud l VAC a w sysm - 20208220240804407

• masud ua = VAC a 4 w sysm912012782924022 R a L

SW44 - s d F ma pa, s swc sud aways

OFF"

- Pus a Sgs R al 00, 00 W7 - 1, , 0, 0, 100, 00 K8 - , , 0, 0, 100, 00 W

6113 AC Line ge - Q aa Pus ca s masu AC l ag w ways:

L Pas W

Lua Pas 4 W

(SW4 settng ntinued on oowing pge)


37/47

Q DATA US

s ssary s sws a mal AC l vag appl AC L Trmas as rm y wrg gura r sysm

Sw SW4 Nos , nd 3 spy s ars S sws arg a 6

Flw als l lum w wrg ·gura AC s wr Fw Tals l·ural um w gura AC l s 4wr

OE f nnana P sngs ar sl usng SWs 1 2 an 4, nmna ln vlag wl aumaaly s 1 1 nln 4V nnural

Ta 6L

AC LE OLTAE ELECTIO

olags Nmal 4 Swc Sngs

LnLn LnNural 1 2

120 9 ON ON ON208 20 OFF ON ON220 127 ON O ON240 8 OFF OF ON

80 219 ON ON OF41 240 OF ON OFF40 2 ON O O575 2 OFF OFF OFF

Th oa Sor Jump poo ad h oponaxra poni rasormrs oupu ns mus

mahd o prvn dma o h IQ II64 ipy o - T AC lln vlags an AC lura l vlags w appar DsplayWw ar au rag rprs us kvls r vls

6 Norm Oprion - Sw 4 o 4 soulalways s n OFF pso Ts sw s nly usurng ary sg

66 us Iiior Sis - Tal M sws DIPsw cmas r puls nar aur o QDaa Plus Ts ls usr rmn w IQ Daa

TO 17271A

Pus wll s puss a ra rrr supp y usr Fr amp SW4 Nos , 6, 7 8 ar s OOOO Q aa Pl us w ls s Frm C aa s a sr pus vry 00 waurs

Tal 6 sws all Waur Pus sgs avaa usr s P sws a vary pus upu rm 100waurs 500 mgawa urs T Frm C pus

as sw Fgur 44A ag sa a mp a ru a pus rrr as prgramm vau

T 6M

WATOUR PULSE SETTNGS

SW4Pus vry

5 6 7

1 00 WH O O O

500 WH OFF O O

1 WH O OFF O

5 WH OFF OFF O

1 0 WH O O OFF

50 WH OFF O OFF

00 WH O OFF OFF

500 WH OFF OF OFF

1 MWH O O O

5 MW H OFF ON O

0 MWH O OFF O50 WH OFF OFF O

MWH O O OFF500 WH OFF O OFF

500 WH Ay r sl

8

O

O

ON

O

O

O

O

O

OFF

OFF

OFFOFF

OFFOFF


38/47

TD 17271A IQ DATA LUS I I

l 6 NI AA II INAAN H: W5

ttiiptioI id NFF

ith ith omitio

1 Prcn nmnal mnrd n vlag2

cau vrvlag

1 05/110/11 5/120/125/10/15/140% Rr ab 64 A Pwr Facr Calculan N Dabd

SW5 FF Enabld5 Au R amp m whn cnd N Enabld

FF Dabd6 Undrvlag % dcn pn %7 95/90/5/050/65/60% Rr abl 6P

6 i vvolt ttio vl h IQ DaaPlu I can b dc an vrvlag cndn a alcabl lvl h avalabl rang rm 105 140% h nmna AC n vlag h rul a dcd vh rp and Alarm Rlay may b acuad

Swch W5 No d 3 drmn h dcn vla hwn n abl 6

N al ha Swch W2 No ad drmn h un rpn a dcd vrvlag cndn a dcrbdn Paragraph 616

l 6

IN A IN ( )

% Dcn W5 Swch Sng

Lvl1 2

105 N N N1 1 0 FF N N1 1 5 N FF N120 FF FF N

125 N N FF10 FF N FF

15 N FF FF140 FF FF FF

N h prcn uncn wch n h N pnand yu wh dabl a parcular prcn uncn pcc dcn rpn N Alarm r rp Eampl: dab vrvlag rr ab 6D and Sw ch WNo N and No 2 N

6 Altat Po Fato Calulatio h andardpwr acr calcuan r h IQ Daa Plu I W\W+Qr nuda ad h ur ha a lad wavrm ha nnnudal g chppd r a lad ha rmly gh

7

h arna cacuan can b nabd wh W5, No 4.Appcan ha may rqur h arna caculan ncudlghng ad cmpur rm mnrng and lad a lhan 20% h currn ranrmr u ad rang

6 Auto Rt Sng Swch W, No 5 h Npn w nabl h IQ Daa Plu amp an au rbad n any prcv uncn h un w l ap r m n cnd by mnrng h n and kngr a au h cndn h Q Daa Pu II wllrman n un l an prar r hr lcay r vrN C

6 i Udolta ttio vl h Q DaaPlu can b dc an undrvlag cndn a acabl vl h avaabl rang rm 60 95% hnmna AC n vlag A h ru a dcd lvl hrp and Aarm Ray may b acuad

Swch W No 6 ad drmn h dcn vla hwn n ab 6

N al ha Swch W2 No 3 ad 4 drmn h unrpn a dcd undrvlag cndn a dcrbdn Paragaph 61

Tl 6.

N UNRA ETIN ( )

% Dcn W Swch Sng

Lv6 7

95 N N N90 FF N N5 N FF N0 FF FF N

75 N N FF70 FF N FF65 N FF FF60 FF FF FF


39/47

JQ DATA PUS I I TO 2A

Tble 6Q

Q DATA PS NSTALLATON RECORD SEET SW6

SettingDP Slide ON/OFF Description

Switc Switc Combintions

1 Percent of line voltage varation between2 - phases to cause phase unalance %3 - (5/1 0/15/20/25/30/35/40%) Refer to Table 6.R

4 WH count reset ON EnabledSW6 OFF Disabled

5 - Only used f SW1 No 7 is on for a6 - contnued trip condton Delay sec7 - (1/2/3/4/5/68 sec) Refer to Table 6S

8 - Unused

61 21 % Pse Unblnce Detection el - The IQ DataPlus II can dt a phase unalance condton wth n a selectable range from ±5 to ±40% As a result, the Trip and/orAlarm Relays may be actuated

Switch SW6 Nos. 1 2 nd 3 determine the detection levelas shown in Table 6R

Tble 6R

PASE UNBALANCE DETEON % LEVEL

% Detecton

SW6 Swtch Settings

Level1 2 3

± 5 ON ON ON±10 OFF O ON± 1 5 ON OFF ON±20 OFF OFF ON

±25 ON ON OFF± 30 OFF ON OFF±35 ON OFF OFF±40 OFF OFF OFF

Note also that Switch SW2, Nos 7 nd 8 determne theresponse to a detected phase unalance conton asdescribed n Paragraph 619

6122 Wttour Count Reset Swtch SW6 No 4 s usedto reset the watthour count internal to the IQ Data Plus II Ifthe user sets the switch an then presses and holds the resetutton (while watthous are dsplaye on the screen) the displayed value of watthou wll reset to zero.

38

61.23 Ptection Time Dely - sumng the unt is setto detect an undevoltage ovevoltage or phase unalancecondton and Swtch SW1, No 7 s set n the ON postionthe IQ Data Plus II must also e set to determne how longthe conton must exst before t actuates the Alarm an TripRelays The selectable range s 1 to 8 seconds

Switch SW6 Nos , 6 nd 7 determne the tme nteval thecondton must persst as indcate in Tale 6S

Tble 6S

OVERVOLTAGE/UNDERVOLTAGE/PASE UNBALANCETME DELAY ON TRP/ALARM

Time SW& Swtch Settngs

(n seconds)5 6 7

1 ON ON ON2 OFF ON ON3 ON OFF ON4 OFF OFF ON

5 ON ON OFF

6 OFF ON OFF7 ON OFF OFF8 OFF OFF OFF

624 Switc SW6 No 8 s Unused - The circuty internal to the device s usng ths space for other functions of theIQ Data Plus II Settng SW6 No 8 will not affect the operaton of the unit


40/47

TO 17271A IQ DAA LUS I I

c 7

MANENANCE7 al hs Secton descbes mantenance pocedues fo the Q Data lus he nfomaton contaned hee

s dvded as follows:

wae Descpton; Secton 3 Opeato anel and Secton 4nstalaton and Staup, should be ead thooughly to fama

ze the mantenance peson wth the Q Data lus

• solatng a malfuncton a 71

• Replacng the Q Data lus a 2

Eae Sectons of ths Manua especally Secton 2 Had

Note he ha and polai of the AC cu ent nputs andthe AC voltage nputs and the elatonshp s ctca to thecoect opeaton of the unt Same as wng an electomechancal wattmete

mpom

All Opeato anel ndcatos ae off

• Dgt 1 flashes n the Dspay Wndow ndcatng an etenal tp 1

• Dgt 2 flashes n the Dslay Wndow ndcatng an ovevoltage 1

• Dgt 3 flashes n the Dsplay Wndow ndcatng undevotage

1 See able 3.

al 7. AINIIA OWERON ROUEHOOIN

oal Ca)

• *AC lne voltage level s defcent

• AC ne Voltage Seleto Jumpe o optonal etenal tansfomesae not popely selected wed onstaled

*f AC voltage evel be ng apped

to the AC lne Connecton emnalss coect

A tp condton has been etenallyntated though the Communca P

AC lne Voltage Seleo Jumpe ooptonal etenal tansfomesae not popely nstalled o wed(3)

An undevoltage condton actuallyests (3)

oluio

• Locate cause of defcency n AC

ne montoed

• Vefy that the AC ne and/o tansfomes ae wed as shown onthe wng plan dawngs fo theapplcaton

• Cec the s�on of the Votage

Seecto Jumpe fo pope placement See aagaph

• Replace unt See aagaph 72)

Detemne why the tp was ntatedfom the etena devce thoughte Communcatons Oton

Vefy tat te C lne oage Seleto Jumpe and tansfomesae nstaed and wed as sown onthe wng plan dawng fo te appcaton

solate the AC lne defcency'scause.

(2 hs assumes the unt s equpped wth the Communcatons Opton

(3) Whethe the unt also eacts wth a tp and/o alam condton depends on swtch settngs as descbed nSecton 6

3

Sded re dsgntes nformton ttplces or suppements pplctons usngte 120/240 A Seprte Soue Power

Sppl Module


41/47

Q DATA PUS TD 727A

1 Tublesooin - is Paragrap esribes te folowing proeures

DAGER

All maintenane proeures must be performe ony byquaiie personnel wo are amili ar wit te Q Data Pus• roubesooting wen AC power is first appie to an IQ

Data Plus I I in an appiation Par 711.

• roublesooting assuming te Q Data Plus I as beeninstae an was operationa for a perio o time Par.

2

I I an te assoiate AC ines being monitore Fai ure toobseve tis aut ion an result i n serious or even fata personal injury an/or equipment amage.

1.1 nil Sup Tis Paragrap lists proeures tofoow wen te Q Data Pus I I is not operat ing propery afterAC power is first applie Te proeures assume tat:

e foowing proeures at times involve working in e quipment areas were te azar of ata eetria sok ispresent Live parts are epose Personne m ust eeriseetreme aution to avoi injury inluing possibe fatalinju.

• Al l steps iste in Paragrap 4.4 an 442 ave beenompete, an

• e AMPS MS LED an Dispay Winow o not ispay te line pase A amperes message

Always isonnet an, i neeary ok out te AC powersoure beore touing te omponents on te rear o teQ Data Plus II Faiure to o so an resut in serious oreven ata persona injury an/or equipment amage.

Tbe .A (Cond.) INITIAL OWERON TROUL ESHOOTIN

Smpom obble Cue() Soluion

Dgit lashes in the Dspay Winow phase nbaane onton exsts. Isolate the ase of the C nenating a phase unbalane. ( ) (3) eiieny.

Digit 5 flashes in the Display Wnow A phase loss ontion exists. (3) Isoate the AC ine phase problemsniating a phase loss. 1 ) ase

Blown or loose se(s) Che fse(s) on affete phase(s)oate ust above voltage inputsbehin over o power moleeseat fse(s) epae if neessarywth ampere vot Bss TypeKTK- (See ar 2.1 2 o 8)

One or ore voltage phases Blown or loose se(s) Che fse(s) on afete phase(s)rea norret oate st above votage npts

behn over of power oleeseat fse(s). eplae if neessarywth ampere vot Bss TypeKTK-- (See ar. 21 2 o. 8)

Current reaings not norret sie CTs se eplae wth proper size CTsaurate or ero (See aragrap . . )

ower reaings are hasing or votage an Chek phasing. eriy onnetonsnorret rrent s inorret wth wiring iagras. (gres

4.44.L)

Digit lashes in the Dspay Winow AC li ne phases are inorretly wire Corret the i proper wirngniating a phase reversal 1 ) to the AC Lne Conneton Terminals

The Q Data ls I s phase sens- Che utlity to etermine theirtive. Te IQ Data ls I looks or an pase seqene.

-BC phase seqene (3)

Dgit 7 lashes in the Display Wnow IQ Data s II has etete an nter- epae the unt. (See aragraphnating an nternal maunton. 1) na alfuntion 72)

The numbers 1 1 1 1 1 1 222222 . . The Test swith is n the O posi Set the Test Moe swith (SW4999999 appear n the ispay. tion. The nt is n selftest oe. swith 4) to the O positionTe selet LED sans own the n-tons at a ast rate The tripalarmLEs lash. The nts LEs ashThe trpaarmWH p lse ontatshange state

( ) See Table 3B.

(3) Whether the nit aso reats with a trip anor alar oniton epens on swth setngs as esribe n Setion .


42/47

TD 17271A

mpom

Al Opeato ael dcatos ae o

Dgt ashes the Dspay Wdowdcatg a exteal tp. ( )

Dgt 2 lashes the Dspay Wdowdcatg a ovevotage ( )

Dgt 3 ashes. ( )

Dgt 4 ashes ( )

Dgt 5 ashes ( ) (4)

Oe o moe vtage phasesead coect

uet eadgs otaccuate o zeo

owe eadgs aecoect

Dgt lashes ( )

Dgt 7 lashes. ()

() See able 3.B.

Ta

OERATIONA TROU EHOOTN

oa Ca

A e beg motoed s beow 85A (5)

Sepaate Souce A le voltage sdecet.

A le uses o the 10 Data lus IIae blow o m ssg o ae ot co-tactg coectly. (5)

10 Data us I s mauctog

A tp codto has bee extealytated though the ommucatosot (2)

A ovevoltage codto wasdetected. (3)

A udevoltage codto wasdetected. (3)

A phase ubaace codto wasdetected. (3)

A phase oss codto was detected.(3)

Bow o oose use(s)

Bow o oose use(s)

Icoect sze s used

hasg o voltage adcuet s coect

A phase evesal codto wasdetected (3)

0 Data us II has detected a tea maucto

(2) hs assumes the ut s equpped wth the ommu catos Opto.

IQ DATA LUS I I

olion

Locate the cause o the dececy the A e motoed

ocate the cause o the dececy the A cotol powe le.

ey that the comg A le s atthe coect voltage level heck thatthe uses ae sttg coectly thecps

eplace the ut (See aagaph72)

Deteme wh y the tp was tatedom the exteal devce though theommucatos Opto

he A e beg motoed s de-cet wth espect to the pobabecause stated

heck use(s) o aected phase(s)ocated ust above votage putsbehd cove o powe module.eseat use(s) epace ecessaywth ampee volt Buss ype-- (See a 2..2 No. 8)

heck use(s) o aected phase(s)ocated ust above votage putsbehd cove o powe moduleeseat use(s) epace ecessaywth ampee vot Buss ype- (See a. 2 .2 No. 8)

epace wth pope sze s(See paagaph . )

heck phasg ey coectoswth wg dagams (gues4.4A-44)

he A e beg motoed s de-cet wth espect to the pobablecause stated.

eplace the ut. (See aagaph7.2)

(3) Whethe the ut aso eacts wth a tp ado aam codto depeds o swtch settgs as descbed Secto .

(4 ) oect selecto must be obseved o cuet phase oss potecto to opeate coecty. See Secto . .2

(5) Appcabe to 10 Data us I wth 3-hase owe Modue oy

4


43/47


44/47


45/47


N


46/47

-£�c

-�.

Q-1000 & Q DT PLU UER MULCustomer Commets

Did yo find any corrections that need to be made to this manal? Incde age nmber

Were any parts of the manal nc lear? Do any reqi re frther detail o r description? List pats

Wha ae yor special application needs?

part of a constant eor to serve yor needs Westnghose s nterested in ny normatonyo can sppy abot yor application o se of the - DAA L US yo odlke to share ths normaton please check the bo belo

lease ca me to dscss my appcaton or se of the - DAA LUS Nam _

tl

_

Company hone_

Street and Nmbeity

_

tat

ip

_

_

Jst fill in above and drop this card n the ma No postage needed

.---------------------------�-·---1II.I

fao equest

D lease send me pdated application materials when available

D lease send me information on lease have a Sales ng ineer call. lease contact me to discss NCOM Local Area Networ applications.Name itle

Company

hon

Stree and Nmbe

iy

at

ip

@ b B Eleril omonen Diviion


47/47

9Nl3>1YW S.O NOlYINWWO =NllY

S3VS 3Nn3 N

3VVS3:3N3VS N

�� Yd ' 4 qsJ�dJ AMJB

uoneJodJo� 01Ja3aso46unsaM

' A 'd lliM \d

ei )JIliV Ald3 SSNISn8

1 1 1 1

Wstighous

,

AHERE

manual iq dataplus ii

Documents