BSES word doc vol-III.docx

7/24/2019 BSES word doc vol-III.docx

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Volume 2 Schedules & Annexure Schedule C511.0 Efficiency11.1 Efficiency at 750C and unity powerfactor %11.1.1 at 110% load11.1.2 at 100% load

11.1.3 at 80% load11.1.4 at 60% load11.1.5 at 40% load11.1.6 at 20% load11.2 Efficiency at 750C and 0.8 powerfactor lag %11.2.1 at 110% load11.2.2 at 100% load11.2.3 at 80% load11.2.4 at 60% load11.2.5 at 40% load11.2.6 at 20% load11.3 Mai!u! efficiency at 750C %

11.4 "oad and power factor at w#ic# itoccur$12.0 egulation & '%(12.1 egulation at full load at 750 C12.1.1 at unity power factor12.1.2 at 0.8 power factor lagging12.2 egulation at 110% load at 750 C12.2.1 at unity power factor12.2.2 at 0.8 power factor lagging13.0 )apping$412

BSES Bhawan, Nehru Place, New Delhi- !

Volume 2 Schedules & Annexure Schedule C5

13.1 )ype *ff Circuit tap$ on +, winding13.2 Capacity -ull capacity13.3 ange$tep$ % /ariation 5% to 5% 2.5%13.4 )ap$ pro/ided on +, winding 'e$ o(e$.13.5 ated current of rotary $witc# 60 14.0 Cooling $y$te! 14.1 )ype of cooling *14.2 o. of cooling unit roup$14.3 Capacity of cooling unit$14.4 Mounting of radiator$14.5 u!er of adiator$

14.8 )otal radiating $urface & $!!14.9 )#ic:ne$$ of radiator tue$& !! Mini!u! 1.2 !!15.0 ;etail$ of )an:15.1 Material ou$t !ild $teel plate wit#outpitting and low caron content15.2 )#ic:ne$$ of $ide$ !!15.3 )#ic:ne$$ of otto! !!15.4 )#ic:ne$$ of co/er !!15.5 Confir!ation of )an: de$igned andte$ted for ,acuu!&


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15.6 ?$ t#e tan: lid $loped@ e$15.7 ?n$pection co/er pro/ided 'e$ o( a$ per clau$e 4.2.1.515.8 "ocation of in$pection co/er 'e$ o(15.9 Min. di!en$ion$ of in$pection co/er '413

BSES Bhawan, Nehru Place, New Delhi- !Volume 2 Schedules & Annexure Schedule C5pro/ide li$t of all in$pection co/er wit#di!en$ion(& !! !!16.0 Core16.1 )ype= Core16.2 Core !aterial grade


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18.6 >etween +, ", in oil18.7 )op winding and yo:e18.8 >otto! winding and yo:e19.0 ?n$ulating oil19.1 Duantity of oil "tr$19.1.1 ?n t#e )ran$for!er tan:

19.1.2 ?n eac# radiator19.1.4 )otal uantity19.2 10% ece$$ oil furni$#ed@ e$19.3 )ype of *il $ per >E pec nne C20.0 >u$#ing upport ?n$ulator20.1 Ma:e 20.2 )ype415


Volume 2 Schedules & Annexure Schedule C520.2.1 +, $ide $ per Cl. 3.2.7.1 of t#e $pec20.2.2 ", $ide $ per Cl. 3.2.7.2 of t#e $pec20.3 eference tandard

20.4 ,oltage cla$$& :,20.4.1 +, $ide >u$#ing upport ?n$ulator 12 :,20.4.2 ", $ide line and neutral u$#ingupport ?n$ulator1.1 :,20.5 Creepage factor for all u$#ing upport ?n$ulator !!F,31 !! :,20.6 ated t#er!al $#ort ti!e current20.6.1 +, u$#ing 25 ti!e$ rated current for 2 $ec$.20.6.2 ", line and neutral u$#ing 25 ti!e$ rated current for 2 $ec$.20.7 Aeig#t& Fg20.7.1 +, u$#ing

20.7.2 ", line and neutral u$#ing20.8 -ree $pace reuired for u$#ingre!o/al& !!20.8.1 +, u$#ing20.8.2 ", line and neutral u$#ing21.0 )er!inal connection$21.1 +, Cale $iGe a$ per anneure 22.021.2 ", Cale $iGe a$ per anneure 23.021.3 ", eutral Cale $iGe a$ per anneure 23.022.0 +.,. Cale o euired22.1 uitale for cale type & $iGe $ per anneure cl. 22.022.2 )er!ination #eig#t& !! 750 !!& !ini!u!22.3 land


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23.4 land readt#& !! 150029.3 +eig#t& !! 170030.0 )ran$for!er )an: ;i!en$ion$30.1 "engt#& !!30.2 >readt#& !!30.3 +eig#t& !!31.0 Aeig#t data31.1 Core& :31.2 -ra!e part$& :31.3 Core and fra!e& :31.4 )otal Ainding& :31.5 Core & -ra!e& Ainding& :

31.6 )an:& :31.7 )an: lid& :31.8 E!pty con$er/ator tan:& :31.9 Eac# radiator e!pty& :31.10 )otal weig#t of all radiator$ e!pty& :31.11 Aeig#t of oil in )an:& :31.12 Aeig#t of oil in Con$er/ator& :41.13 Aeig#t of oil in eac# adiator$& :31.14 )otal weig#t of oil in adiator$& :31.16 )otal )ran$port weig#t of t#etran$for!er& :32.0 ,olu!e ;ata418

BSES Bhawan, Nehru Place, New Delhi- !Volume 2 Schedules & Annexure Schedule C5


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32.1 ,olu!e of oil in !ain tan:& litre$32.2 ,olu!e of oil etween #ig#e$t andlowe$t le/el$ of !ain con$er/ator&litre$32.4 ,olu!e of oil in eac# radiator& litre$32.5 )otal /olu!e of oil in radiator$& litre$

32.7 )ran$for!er total oil /olu!e& litre$33.0 #ipping ;ata33.1 Aeig#t of #ea/ie$t pac:age& :33.2 ;i!en$ion$ of t#e large$t pac:age '" > +( !!34.3 )e$t$34.1 ll in proce$$ te$t$ confir!ed a$ perCl. 'e$ o(34.2 ll )ype )e$t$ confir!ed a$ per Cl.'e$ o(34.3 ll outine )e$t$ confir!ed a$ per Cl.'e$ o(34.4 ll pecial )e$t$ confir!ed a$ per Cl.

'e$ o(>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH419


Volume 2 Schedules & Annexure Schedule C"

SC#ED$%E C"V CAPAC'()* BAN+Sr No Descri.ion Da.a .o /e 0illed /1 anu0ac.urer2.0 Manufacturer equipment type/make3.0 Conformance to design standards as perspecication clause no. 2.0- Yes/No- Capacitor nit- !eries "eactor- #$- %solator&.0Conformance to capacitor designrequirements as per specication clause no.&.0 to '.0 - Yes/No(.0 !u)mission of de*iation s+eet for eac+specication clause no. -Yes/No

,.0 Caaci.or sin3le hase uni.,. nclosure s+eet metal t+ickness in mm,.2ermetic sealing met+od pressure1elding/gas 1elding/sealant/ if any ot+er pl.specify,.3 No. of series group/unit,.& No. of parallel elements/ series group,.( No. of $ layers -dou)le/triple,., 4+ickness of $ lm,.' 4+ickness of $l foil,.5 Ma6imum *oltage stress per $ layer,.7 "ated capacitance in micro farad

,.0 8utput at rated system *oltage in k9$",. "ated current in $mp.'.0 )4erall caaci.or /an ra.in3


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'.$t rated system *oltagein k9$"requirement is (.& M9$" at k9 1it+ su))ank rating of 3., : &05 M9$"'.2 "ated current in $mpere'.3 Connection in dou)le star;- Yes/No

'.& !pace pro*ided for future capacity addition asper $nne6ure < clause 7.0; -Yes/No'.( $ccessories pro*ided for future capacityaddition as per $nne6ure < cl=7.0; -Yes/No'., !pare capacitor unit o>ered; Yes/No420


Volume 2 Schedules & Annexure Schedule C"'.' !eries "eactor rating details)ank rating ?22k95.0 Capacitor )ank insulation le*el5. %mpulse 1it+stand *oltage k9 peak5.2 8ne minute po1er frequency 1it+stand

*oltage k9 rms7.


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%( P)6E* CAB%ES7or each si8e 9 ra.in3 seara.e :(P need .o /e 0urnishedSNo Descri.ion Bu1er;s re #ort ti!e ' 0 C( 250 0C5 Conductor iGe '!!2( 4CJ300&4CJ50& 4CJ25&4CJ10 2CJ10 !!> o. of wire in eac# conductor$ o$. $ per Manufacturer$tandardC ;ia of wire$ in eac# conductor$efore co!paction '!!($ per Manufacturer$tandard; #ape of conductor $ per $pecification

E ;ia!eter o/er conductor '!!( IIIII- Mai!u! conductor re$i$tance at 200C 'o#! :!($ per tale 2 of ? 7098 Colour ellowC Aeat#er proof paint 'applicale for 2c

10 $!! and 4c 10 $!! only( IIIII10 ppro. o/erall dia '!!( IIIII11 End Cap euired12 Continuou$ current rating for$tandard ?.. condition laid ;irect422


Volume 2 Schedules & Annexure Schedule Ca. ?n ground 30 0C !p$ IIIIIa. ?n duct 30 0C !p$ IIIIIa. ?n air 40 0C !p$ IIIII13 #ort circuit current for 1 $ec ofconductor 'F!p( IIIIII

14 Electrical


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e$i$tance '*#! F!( 'Ce$i$tance( IIIII> e$i$tance ) 50 C$ '*#! F!( IIIIIC ?!pedance '*#! F!( IIII.; Capacitance 'Micro farad F!( IIII15 eco!!ended !ini!u! ending

radiu$ IIIII.. J *;16 ;erating factor for following !ient)e!perature in round ira. t 30 *Ca. t 35 *Ca. t 40 *Ca. t 45 *Ca. t 50 *C17 roup factor for following o$. ofcale$ laid )ouc#ing )refoil 3 o$.> 4 o$.C 5 o$.

; 6 o$.18 idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH423


Volume 2 Schedules & Annexure Schedule C=

SC#ED$%E C=C)N(*)% CAB%ESSr Descri.ion Bu1ers;s re


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a $s per Cl 3.2 of %! ((&art-= al*aniFed steelround 1ire armour.) Minimum area of co*erageof armouring s+all )e 70K.$ Num)er of 1ire/strip $s per Manufacturer standard

< !iFe @ia/t+ickness 6 1idt+ in mmC @ia o*er $rmour -$ppro67.0 8uter !+eat+$ 4+ickness Minimum $s per 4a)le ' of %!-((&art-< Colour u$ar continuou$ current rating '(K2.04 >u$ar !aterial and cro$$ $ection 1 2 3 inimum curren. /reaers 3.01 er/ice3.02 Ma:e3.03 )ypeK3.04 o. of pole$

K3.05 ated continuou$ current '(K3.06 #ort ti!e current rating 'Fa(K3.07 elated ,oltage ',(


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K3.08 >rea:ing Current 'Fa( %oad Breain3 Swi.ches4.01 er/ice4.02 Ma:e4.03 )ypeK4.04 o. of pole$

K4.05 elated ,oltage ',(K4.06 ated continuou$ current '(K4.07 ated !a:ing current 'Fa pea:(K4.08 ated rea:ing current 'Fa(K4.09 ated $#ort ti!e one '1( $econd current'Fa(K4.10 ated dyna!ic current ':pea:(5 7uses5.01 er/ice5.02 Ma:eK5.03 )ypeK5.04 tandard applicaleK5.05 elated ,oltage ',(

K5.06 ated current '(K5.07 -u$ing factor426


Volume 2 Schedules & Annexure Schedule C!K5.08 Category of dutyK5.09 upturing capacity 'pro$pecti/e current('Fa(" Ear.h %eaa3e curren. Breaer6.01 Ma:e6.02 )ypeK6.03 o. of pole$K6.04 ated continuou$ current '(

6.05 #ort ti!e current rating 'Fa(6.06 ated )ripping current %i3h.in3 7ix.ures )ype > C7.01 Manufacturer7.02 )ype7.03 ;e$cription of different type$K7.04 )ype and wattage of la!pK7.05 ated life of t#e la!pK7.06 pplicale $tandard$ote= ?n ca$e lu!inarie$ ot#er t#an t#e one$ $pecified in $pecification are offered& allt#e de/iation$ $#all e li$ted out ot#erwi$e t#e$e $#all e con$idered a$ eing fully inline wit# lu!inarie$ $pecified.= *ece.acles wi.h Swi.ches 1 2 3

8.01 Ma:e8.02 )ype8.03 elated ,oltage ',(K8.04 ated current '(8.05 )ec#nical roc#ure$ 'ttac# roc#ure$and $tate roc#ure o$.(! Ca/les 9 6ire 1 2 39.01 er/ice9.02 Ma:e9.03 )ypeK9.04 ,oltage rade ',(K9.05 Conductor MaterialK9.06 iGe of conductor$ '!!2(

K9.07 Current rating of conductor$ '(9.08 pplicale tandard$


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Condui.s and Accessories10.01 Ma:e10.02 )ype10.03 Material10.04 pplicale tandard$ %am and %uminaries ?ncande$cent

"a!p$-luore$cent)ue$+idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHH

eal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH428


Volume 2 Schedules & Annexure Schedule C

SC#ED$%E CCAB%E (*A>S, ACCESS)*'ES AND (*A> S$PP)*(, C)ND$'(S, P'PESAND D$C(S :enerala a!e of t#e Contractor a!e of $u contractor$& if anyc pplicale $tandard$2 Ca/le (ra1s and 7i..in3sa Cale )ray$ and -itting$i. Ma:eii. )ypeiii. Material1. )#ic:ne$$ '!!(2. )#ic:ne$$ of gal/aniGation '!icron$(3. Linc coating per $ !eter 'g!$( Condui.s , 7i..in3 and Accessoriesa


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ii. )ypeiii. Material1. )#ic:ne$$ '!!(2. )#ic:ne$$ of gal/aniGation '!icron$(>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHH

a!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH429



SC#ED$%E C2:*)$ND'N: & %':#(N'N: P*)(EC(')N S>S(ESNo Descri.ion $ni. Da.a /1 4endor Ear.h ma.a Material iGe of conductorc -ault wit#$tand current duration

2 E


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SC#ED$%E C"" +V )$( D))* %':#(N'N: A**ES(E*432


Volume 2 Schedules & Annexure Schedule CCorora.e o00ice BSES Bhawan, Nehru Place, New Delhi- !433


Volume 2 Schedules & Annexure Schedule CCorora.e o00ice BSES Bhawan, Nehru Place, New Delhi- !>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH

;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH434



SCHEDULE C16GAS INSULATED SWITCHGEARProposed Technical daa 66 ! 11" # Gas ins$laed s%ich&earSr'No' Descripion Proposed Daa1'( Manufacturer

2.0 Country of origin3.0 4ype designation&.0 %ndoor or outdoor(.0$pplied standardHpu)lication num)er andyear,.0 !egregatedLp+ase type orcommon enclosure type'.0 "ate *oltage k9 rms5.0 Num)er of p+ase

7.0 "ated lig+tning impulse1it+stand *oltage k9 peak7. p+ase to eart+)'* p+ase to p+ase7.3 across open contact0.0 "ated min po1erfrequency1it+stand *oltage k9 rms.0 $u6iliary circuit (0H min1it+stand *oltage2.0 "ated frequency F3.0 "ated s+ort time 1it+standcurrent k$


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&.0 "ated peak 1it+standcurrent k$(.0 @egree of protection forau6iliary and control circuit,.0 "ated supply *oltage of

closing and opening de*ice 9dc'.0 ermissi)le am)ienttemperature (C435



5.0 Ma6imum temperature riseat..................$7.0 Material of enclosure $l/alloy/stee%20.0 $*erage 4+ickness mm2.0 uarantee !A, gas losses

per compartment per year K22.0 @esign Maintenance period23.0 "ated !A, gas pressure at 20(C2&.0Minimum safe gas pressureat 20(C required for safeoperation2(.0 !etting of pressure reliefde*ice 20 (C2,.0 mergency operation at

rated *oltage and yes/no2'.0 No. of as Compartment2'.


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2.0 Country of manufacture3.0 4ype designationH num)erof pole

&.0 %ndoor or outdoor(.0$pplied standardHpu)lication num)er andyear,.0 Catalog num)er to )eattac+ed'.0 8utline dra1ing num)er to)e attac+ed5.0 "ated *oltage k97.0 "ated lig+tning impulse

1it+stand *oltage k9 peak0.0 "ated min po1erfrequency1it+stand *oltage k9 rms.0 "ated frequency F2.0 "ated normal current $3.0 "ated s+ortLcircuit )reakingcurrent k$&.0 "ated s+ortLcircuit makingcurrent k$(.0 "ated duration of s+ortcircuit

s,.0 "ated operating sequence1+'( !+ortLtime 1it+standcurrentH 3 sec k$5.0 4otal )reak time ms7.0 "ated capaciti*e )reakingcurrent $20.0 "ated small inducti*e)reaking current $2.0 "ated outLofLp+ase )reakingcurrent $

22.0 !1itc+ing o*er currentfactor pu23.0 "ated c+aracteristics of437



s+ort line faults23. 4"9 of supply circuit23.2 4"9 peak *alue uc23.3time delay td

2&.0 8pening time2&. Ma6imum


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2(.0 Ma6imum closing time2,.0 Ma6imum make time2'.0 Minimum dead time25.0 as operating pressure25. "ated pressure

at................... (C Jg/cm25.2 $larm pressureat................... (C Jg/cm25.3 #ock out pressureat................... (C Jg/cm27.0 Contacts27. 4ype of contact27.2 Material27.3 !urface treatment27.& Ma6imum temperature riseat.......$ (C30.0uaranteed contact life interms of num)er ofoperation3.0 8perating mec+anism3. 4ype3.2Met+od of operation+ydraulicH pneumatic ormotor operated spring

c+arging438BSES Bhawan, Nehru Place, New Delhi- !


3.3 Mec+anical life in terms ofnum)er of operation3.& Met+od of interlocking3.( Num)er of au6iliarycontactsH N8/NC3., "ated *oltage of trippingHclosing and

3.' interlocking coil *dc3.5 Met+od of interlocking32.0 Motor32. "ated *oltage32.2 9oltage range in K of rated32.3 Num)er of p+ase32.& Arequency32.( o1er33.0Num)er of operations1it+in one maintenance

period33.


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$t rated normal current"ecommended33.2 Ma6imum33.3 $t "ated


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(.0 "ated eak 1it+standcurrent $mp,.0 "ated capaciti*e current $mp'.0 as operating pressure5.0 "ated pressure

at................... (Ckg/cm7.0 Airst stage alarm pressureat................... (C20.0 !econd stage alarmpressure at................... (C2.0 Material Copper oraluminum440



22.0 acking detailed dra1ingnum)er to )e attac+edDISC/NNECT/R!.N8. @escription roposed @ata


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circuit s441



&.0 "ated peak 1it+standcurrent k$ peak(.0"ated capaciti*e )reakingcurrent and reco*ery*oltage $H k9,.0"ated inducti*e )reakingcurrent and reco*ery*oltage $H k91+'( Closed loop currents1itc+ing $H 9

5.0 as operating pressure k$5. "ated pressureat................. (C kg/cm5.2 Airst stage alarm pressureat................. (C kg/cm5.3 !econd stage alarmpressure at............... (C kg/cm7.0 Contact7. 4ype7.2 Material7.3 !urface treatment

7.& 4emperature riseat............................... (C20.0 8perating mec+anism20. 4ype20.2 Met+od of operation20.3 Met+od of interlocking20.& 8perating timeH close/open s20.( Num)er of au6iliary contactHN8/NC20., o1er requirement B

20.' "ated supply *oltage 9ac/p+ase"ated supply frequency F"ecommendedmaintenance period Yearacking detailed dra1ingnum)er to )e attac+ed 442



Earhin& S%ichS'No' Descripion Proposed Daaig+ !peed !lo1 $cting.0 8perating speed2.0 Manufacturer


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3.0 Country of manufacturer&.0 4ype designationH num)erof polesH indoor or outdoor(.0$pplied standardH

pu)lication num)er andyear,.0 Catalog num)er to )eattac+ed'.0 8utline dra1ing num)er to)e attac+ed5.0 "ated *oltage k 97.0 "ated lig+tning impulse1it+stand *oltage k 9peak0.0 "ated po1er frequency1it+stand *oltageH min. k 9rms.0 "ated frequency F2.0 "ated s+ortL circuit makingcurrent $3.0 uranteed num)er of s+ortcircuitmaking operation&.0 "ated s+ortLtime 1it+standcurrent(.0 "ated duration of s+ortcircuit,.0 "ated peak 1it+stand

current'.0 as operating pressure'. "ated pressure at.................(C'.2 Airst stage alarm pressureat.................. (C'.3 !econd stage alarmpressure at............. (C443



5.0 Contact14'14ype5.2 Material5.3 !urface treatment5.& 4emperature riseat................................$7.0 8perating mec+anism7. 4ype7.2 Met+od of operation7.3 Met+od of interlocking7.& 8perating timeH close/open

7.( Num)er of au6iliary contactHN8/NC


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7., o1er requirement B20.0"ated supply *oltage9ac /+ase20. 9dc

20.2 "ated supply frequency F2.0 %nterrupting capa)ility2. %nducti*e current2.2 %nterrupting current2.3 "eco*ery *oltage22.0 Capaciti*e current22. %nterrupting current22.2 "eco*ery *oltage22.3 "ecommendedmaintenance period23.0 acking detailed dra1ingnum)er to )e attac+ed 2&.0 %nterrupting capa)ility#/LTAGE TRANS,/R5ER!.N8. @escriptionroposed @ata.0 Manufacturer444



2.0Country

3.0 4ype designationH num)erof p+ases&.0$pplied standardHpu)lication num)er andyear'( Catalog num)er to )eattac+ed,.0 8utline dra1ing num)er to)e attac+ed

'.0 "ated *oltage k 95.0 "ated #ig+tning impulse1it+stand *oltage k 9 peak7.0 "ated po1er frequency1it+stand *oltageH min k9 rms0.0 "ated frequency F.0 "ated )urden 9$2.0 "ated second *oltage 93.0 Metering core3. "ated output and accuracyclass

3.2 "ated transformation ratio3.3 "ated *oltage factor


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&.0 rotecti*e core&. "ated output and accuracyclass&.2 "ated transformation ratio&.3 "ated *oltage factor

(.0 Class of insulation andmaterial (C,.0 Ma6imum temperature riseat...........................$ kg'.0 Net 1eig+t5.0 acking detailed dra1ing to )e attac+ed 445



C$rren Trans2or3er

S'No' Descripion Proposed DaaLine -$sCo$plerTrans2or3er-a -a -a.0 Manufacturer2.0Country of manufacturer3.0 4ype designationH num)erof p+ases

&.0$pplied standardHpu)lication num)er andyear(.0 Catalog num)er to )eattac+ed,.0 8utline dra1ing num)er to)e attac+ed'.0Mounted inside %!

enclosure or on po1erca)les5.0 "ing type or )us+ing type7.0 "ated *oltage k90.0 "ated lig+tning impulse1it+stand *oltagek9 peak.0 "ated po1er frequency1it+stand *oltageH mink9 rms2.0

"ated frequency F3.0 "ated primary current $


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&.0 "ated s+ort time t+ermalcurrent3s k$(.0 "ated dynamic current k$ peak,.0"ated continuous t+ermal

current in percentage ofrated primary current K'.0 Class of insulation :446



material5.0Ma6imum temperature riseat......................$7.0 Metering core

7. "ated transformation ratio7.2 "ated output and accuracyclass7.3 %nstrument security factor20.0 rotection core20."ated transformation ratio20.2 "ated output and accuracyclass20.3 $ccuracy limit factor2.0 Net 1eig+t

22.0 acking detailed dra1ingnum)er to )e attac+ed Sealin& EndS'No' Descripion Proposed Daa.0 Manufacturer2.0 !tandards3.0 Material&.0 "ated po1er frequency*oltage

Yes / no

&. min/20 DC k 9(.0


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.0 Compound for internalinsulation2.0 Nominal 1eig+t Jg /pc-a -oardS'No Descripion Proposed Daa

.0 Manufacturer2.0 4ype3.0$pplied standardHpu)lication num)er andyear&.0 Conrm to )e suppliedaccording to specication Yes /no(.0Material(.!teel t+ickness minimum (.2 L door Mm(.3 L side/top/near panels Mm,.0 !urface nis+ k 9 /mm,. 4otal aintt+icknessMinimum'.0 @imension'. #engt+'.2 Bidt+'.3 eig+t

5.0 4otal net 1eig+t7.0 acking detailed dra1ingnum)er to )e attac+edTpe es ceri7caion

4ype test made on identical design of equipment tot+ose o>eredroposed @ata448



a Circuit )reakers

4erminal faults= 4est dutiesH2H3H& and (to %C (, 1it+ a rstp+ase to clear factor of .( Making current!+ortLtime current@ielectric

4emperature riseMec+anical endurance!+ortLline faults ,0KH '(KH70K

8utLofL+ase testsCapacitance s1itc+ing


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#o1 inducti*e s1itc+ing!pecial tests = arallels1itc+ingartial disc+arges) @isconnectors

!+ortLtime current 8ne second4+reesecondeak current@ielectric 1it+stand

4emperature enduranceCapacitance s1itc+ingeak currentc ered%nterrupting capa)ility forline coupling currents =L capaciti*e currentsL inducti*e currents

eak currentMaking current capa)ility@ielectric 1it+stand>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH450



SC#ED$%E C"P)6E* (*ANS7)*E*SrNo Par.icular Seci0ied 9 *e


26/57

1.1 Ma:e1.2 )ype $ per nneure C of$pecification2.0 o!inal continuou$ rating& F,2.1 +, winding $ per nneure C of$pecification

2.2 ", winding $ per nneure C of$pecification2.3 )ype of Cooling **-2.4 ating a/ailale at different cooling * 80%*-100%3.0 ated /oltage 'F,(3.1 +, winding $ per nneure C of$pecification3.2 ", winding $ per nneure C of$pecification4.0 ated current '!p$(4.1 +, winding4.2 ", winding

5.0 Connection$5.1 +, winding $ per nneure C of$pecification5.2 ", winding $ per nneure C of$pecification5.3 ,ector group reference $ per nneure C of$pecification6.0 ?!pedance at principal tap ratedcurrent and freuency at 75 NC wit# 100% ating '% (6.1 ?!pedance '% ( $ per nneure C of$pecification6.2 eactance '% (

6.3 e$i$tance '% (6.4 ?!pedance at lowe$t tap rated currentand freuency at 75 NC wit# 100 %ating '% (6.5 ?!pedance at #ig#e$t tap rated currentand freuency at 75 NC wit# 100 %ating '% (7.0 e$i$tance of t#e winding at 75Catprincipal tap 'o#!(7.1 a( +,451



7.2 (",8.0 Lero $euence i!pedance ' o#! (8.1 a( +,8.2 ( ",9.0 uaranteed !ai!u! lo$$e$ atprincipal tap at full load and 75 Cwit#out any po$iti/e tolerance :A9.1 o load lo$$e$ '!a.( $ per nneure C of$pecification9.2 "oad lo$$e$ '!a.( $ per nneure C of$pecification9.3 Cooler fan lo$$e$ '!a.(9.4 )otal ?2 lo$$e$ of winding 75 deg C

9.5 )otal $tray lo$$e$ 75 deg C9.6 )otal "oad lo$$e$ '!a.(


27/57

9.7 o load lo$$ at !ai!u! per!i$$ile/oltage and freuency 'appro.( :A10.0 )e!perature ri$e o/er reference de$igna!ient of 40 C10.1 )op oil y t#er!o!eter C 40 C10.2 Ainding y t#er!o!eter C 45 C

10.3 Ainding gradient at rated current C10.3.1 +,10.3.2 ",11.0 Efficiency11.1 Efficiency at 75 C and unity powerfactor %11.1.1 t 110% load11.1.2 t 100% load11.1.3 t 80% load11.1.4 t 60% load11.1.5 t 40% load11.1.6 t 20% load11.2 Efficiency at 75 C and 0.8 power factor

lag %11.2.1 t 110% load11.2.2 t 100% load11.2.3 t 80% load11.2.4 t 60% load11.2.5 t 40% load11.2.6 t 20% load11.3 Mai!u! efficiency %11.4 "oad and power factor at w#ic# Maefficiency occur$12.0 egulation '%(12.1 egulation at full load at 75 C12.1.1 t unity power factor

12.1.2 t 0.8 power factor lagging12.2 egulation at 110% load at 75 C12.2.1 t unity power factor12.2.2 t 0.8 power factor lagging452


Volume 2 Schedules & Annexure Schedule C"13.0 )apping13.1 )ype13.2 Capacity13.3 ange$tep$ % /ariation $ per nneure C of$pecification13.4 )ap$ pro/ided on +, winding 'e$o(

14.0 *")C gear14.1 Ma:e14.2 )ype14.3 eference $td14.4 o of co!part!ent14.5 Mounting arrange!ent ide !ounted14.6 ated current !p14.7 ated $tep capacity& :,14.8 #ort circuit wit#$tand for 2 $ec$& :14.9 )i!e reuired for one $tep c#ange $ec.14.10 ated /oltage for !otor& , C14.11 ating of !otor14.12 ated /oltage for auiliarie$ ,

14.13 Con$u!ption of auiliarie$14.14 *")C feature$ a$ per $pecification&


28/57

e$o14.15 ;oe$ t#e o/erload rating of *")C!atc# wit# t#at of t#e tran$for!er underall condition$ e$o15.0 )ran$for!er Monitoring relay O E;15.1 Ma:e

15.2 eference $tandard15.3 */erall di!en$ion$& !!16.0 Cooling $y$te!16.1 )ype of cooling $ per nneure C of$pecification16.2 o. of cooling unit group$16.3 Capacity of cooling unit$16.4 Mounting of radiator$16.5 u!er of radiator$ and iGe16.6 )ype $iGe of radiator #eader !ain/al/e16.7 )ype $iGe of indi/idual radiator /al/e16.8 )otal radiating $urface& $ !!

16.9 )#ic:ne$$ of radiator tue$& !! Mini!u! 1.2 !!16.10 c#e!atic flow diagra! of t#e cooling$y$te! furni$#ed 'e$o(16.11 )ype and !a:e of -an !otor16.12 o. of fan !otor per an: 'Aor:ing tandy (16.13 ated


29/57

18.4 ?n$ulation etween core la!ination18.5 ;e$ign flu den$ity of t#e core at ratedcondition at principal tap& )e$la18.6 Mai!u! flu den$ity allowed in t#ecore at etre!e o/er ecitation o/erfluing & )e$la

18.7 Eui/alent cro$$ $ection area of core&!!218.8 uaranteed o load current at 90% 100% 110% rated /oltage freuency' !p (18.8.1 +,18.8.2 ",19.0 )ype of winding19.1 +,19.2 ",19.3 Conductor !aterial Electrolytic copper a$ perrele/ant $tandard19.4 Mai!u! current den$ity allowed& !p

per !!23.0 !!219.5 augearea of cro$$ $ection ofconductor& !!219.5.1 +,19.5.2 ",454


Volume 2 Schedules & Annexure Schedule C"19.6 Mai!u! current den$ity ac#ie/ed inwinding '",+,+,)( O !p$!!219.7 ?n$ulating !aterial

19.7.1 +, turn19.7.2 ", turn19.7.3 ", core19.7.4 +,",19.8 ?n$ulating !aterial t#ic:ne$$& !!19.8.1 +, turn19.8.2 ", turn 19.8.3 ", to core19.8.4 +, to ",20.0 Mini!u! de$ign clearance & !!20.1 +, to eart# in air20.2 +, to eart# in oil20.3 ", to eart# in air

20.4 ", to eart# in oil 20.5 >etween +, ", in ir20.6 >etween +, ", in oil20.7 )op winding and yo:e 20.8 >otto! winding and yo:e21.0 ?n$ulating oil21.1 Duantity of oil "tr$ 21.1.1 ?n t#e tran$for!er tan:21.1.2 ?n eac# radiator21.1.3 ?n *")C c#a!er21.1.4 )otal uantity21.2 10% ece$$ oil furni$#ed@ e$21.3 )ype of oil ew in$ulating oil a$ per ?=

335& and C?. 4.2.7 of t#e$pecification


30/57

21.4 *il pre$er/ation $y$te! pro/ided'e$o($ per nneure C of$pecification22.0 >u$#ing22.1 Ma:e

22.2 )ype22.3 eference $tandard22.4 ,oltage cla$$& :,22.4.1 +, $ide u$#ing22.4.2 ", $ide line and neutral u$#ing22.5 Creepage factor for all u$#ing !! :, $ per nneure C of$pecification22.6 ated current & !p22.6.1 +, u$#ing22.6.2 ", line and neutral u$#ing22.7 ated t#er!al $#ortcurrent22.7.1 +, u$#ing $ per nneure C of

$pecification22.7.2 ", line and neutral u$#ing $ per nneure C of455


Volume 2 Schedules & Annexure Schedule C"$pecification22.8 Aeig#t Fg22.8.1 +, u$#ing22.8.2 ", line and neutral u$#ing22.9 -ree $pace reuired for u$#ingre!o/al& !!22.9.1 +, u$#ing22.9.2 ", line and neutral u$#ing

23.0 )er!inal connection$23.1 +, $ per nneure C of$pecification23.2 ", $ per nneure C of$pecification23.3 ", eutral $ per nneure C of$pecification24.0 +.,. Cale o)er!inal$24.1 uitale for caleconductor type $iGe $ per nneure C of$pecification24.2 )er!ination #eig#t & !! 1000 !! & !ini!u!24.3 land plate di!en$ion !! !!24.4 land plate !aterial lu!inu!

24.5 land plate t#ic:ne$$ & !! 5 !! !ini!u!24.5


31/57

26.0 ", eutral cale o26.1 uitale for cale type & $iGe $ per nneure C of$pecification26.2 )er!ination #eig#t & !!26.3 land plate di!en$ion !! !!26.4 land plate !aterial lu!inu!

26.5 land plate t#ic:ne$$ & !! 5 !! !ini!u!26.6


32/57

!ar$#alling o& )CC etc 'e$o(34.0 */er all tran$for!er di!en$ion$34.1 "engt# & !! 6.5 !eter$ !ai!u!allowed34.2 >readt# & !! 5.0 !eter$ !ai!u!allowed

34.3 +eig#t & !! 5.0 !eter$ !ai!u!457


Volume 2 Schedules & Annexure Schedule C"allowed35.0 )ran$for!er tan: di!en$ion$35.1 "engt# & !!35.2 >readt# & !!35.3 +eig#t & !!36.0 Mar$#alling o di!en$ion$36.1 "engt# & !!36.2 >readt# & !!36.3 +eig#t & !!

37.0 Aeig#t data37.1 Core& :37.2 -ra!e part$& :37.3 Core and fra!e& :37.4 )otal winding& :37.5 Core and fra!e winding& :37.6 )an:& :37.7 )an: lid& :37.8 E!pty con$er/ator tan: & :37.9 Eac# radiator e!pty & :37.10 )otal weig#t of all radiator e!pty & :37.11 Aeig#t of oil in tan: & :37.12 Aeig#t of oil in eac# con$er/ator & :

37.13 Aeig#t of oil in eac# radiator$ & :37.14 )otal weig#t of oil in radiator & :37.15 *")C gear including oil & :37.16 )otal tran$port weig#t of t#e tran$for!er& :37.17 )otal tran$port weig#t of t#e tran$for!erwit# *")C and all acce$$orie$38.0 ,olu!e data38.1 ,olu!e of oil in !ain tan: & liter$38.2 ,olu!e of oil etween #ig#e$t andlowe$t le/el$ of !ain con$er/ator &liter$38.3 ,olu!e of oil etween #ig#e$t andlowe$t le/el$ of *")C con$er/ator&

liter$38.4 ,olu!e of oil in eac# radiator & liter$38.5 )otal /olu!e of oil in radiator$ & liter$38.6 ,olu!e of oil in *")C & liter$38.7 )ran$for!er total oil /olu!e & liter$39.0 #ipping data39.1 Aeig#t of #ea/ie$t pac:age& :39.2 ;i!en$ion$ of t#e large$t pac:age '" > +( !!40.0 )e$t$40.1 ll in proce$$ te$t$ confir!ed a$ per Cl.'e$ o(40.2 ll type$ te$t$ confir!ed a$ per Cl.

'e$ o(40.3 ll in routine te$t$ confir!ed a$ per Cl.


33/57

458


Volume 2 Schedules & Annexure Schedule C"'e$ o(40.4 ll in $pecial te$t$ confir!ed a$ per Cl.'e$ o(

>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH459


Volume 2 Schedules & Annexure Schedule E

SC#ED$%E E(EC#N'CA% DEV'A(')NS 7*) (#E SPEC'7'CA(')N')#i$ $#all for! part of )ec#nical >id(ll t#e tec#nical de/iation fro! t#e tender $pecification $#all e li$ted out y t#e >idder& para ypara in t#i$ $c#edule. ;e/iation ta:en in co/ering letter& $tandard ter!$ andor ody of t#e >id ut

not li$ted #erein will !a:e t#e >id liale for reection a$ P?rre$pon$i/eQS.No. Section/Sub-Section Part Para Deviation Justification

1 2 3 4 5 6Certified t#at ao/e are t#e only tec#nical de/iation$ fro! t#e tender pecificationa!e of -ir! = HHHHHHHHHHHHHHHHHHHHignature of >idder = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHH;ate = HHHHHHHHHHHHHHHHHHHHeal of Co!pany460


Volume 2 Schedules & Annexure Schedule E2

SC#ED$%E E2C)E*C'A% DEV'A(')NS 7*) (#E SPEC'7'CA(')N')#i$ $#all for! part of )ec#nical >id(ll t#e co!!ercial de/iation fro! t#e tender $pecification $#all e li$ted out y t#e >idder& para ypara in t#i$ $c#edule. ;e/iation ta:en in co/ering letter& $tandard ter!$ andor ody of t#e >id utnot li$ted #erein will !a:e t#e >id liale for reection a$ P?rre$pon$i/eQ.

S.No. Section/Sub-Section Part Para Deviation Justification

1 2 3 4 5 6Certified t#at ao/e are t#e only tec#nical de/iation$ fro! t#e tender pecificationa!e of -ir! = HHHHHHHHHHHHHHHHHHHHignature of >idder = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHH;ate = HHHHHHHHHHHHHHHHHHHHeal of Co!pany461


Volume 2 Schedules & Annexure Schedule 7

SC#ED$%E 7%'S( )7 D*A6'N:S ENC%)SED 6'(# B'D')#i$ $#all for! part of )ec#nical >id(

S.No. Drawing No Tite

1 2 3a!e of -ir! = HHHHHHHHHHHHHHHHHHHHignature of >idder = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHH

;ate = HHHHHHHHHHHHHHHHHHHHeal of Co!pany


34/57

462


Volume 2 Schedules & Annexure

SC#ED$%E :SC#ED$%E )7 (ES(')#i$ $#all for! part of )ec#nical >id(

)e$t$ a$ per t#e rele/ant ?ndian tandard ecept a$ !odified andor a$ additionally called for in t#etender $pecification $#all e perfor!ed. ;etailed li$t of t#e type te$t certificate$ enclo$ed for t#e/ariou$ euip!ent$ offered $#all e li$ted in t#e $c#edule..o. )ype of te$t Euip!ent ;e$cription1 2 3 41.0 )idder after co!pletion of o(3.0


35/57

>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;e$ignation = HHHHHHHHHHHHHHHHHHHH;ate = HHHHHHHHHHHHHHHHHHHH465

BSES Bhawan, Nehru Place, New Delhi- !Volume 2 Schedules & Annexure Schedule F

SC#ED$%E FDE%'VE*> (E*S AND C)ND'(')NS1 Duoted for all t#e ite!$ in t#e !anner a$ calledfor in pecification Ke$o1.1 ?f not& furni$# detail$ of de/iation$2


36/57

drawing$ fro! "*?466


Volume 2 Schedules & Annexure Schedule F>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHH



Volume 2 Schedules & Annexure Schedule +

SC#ED$%E +SC#ED$%E )7 *EC)ENDED SPA*ESBidder shall o00er .he rices 0or sares 0or des.ina.ion, ra.e o0 .axes & du.ies .o /econsidered shall /e indica.ed

!.No. @escription Ouantity nit rice 4otal rice 2 3 & (>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH468


Volume 2 Schedules & Annexure Schedule %

SC#ED$%E %DEC%A*A(')N')#i$ $#all for! part of )ec#nical >id(?& HHHHHHHHHHHHHHHHHHHHHHHH certify t#at all t#e typed data infor!ation pertaining to t#e$uect tender $pecification are correct are true repre$entation of t#e euip!ent co/ered y our

for!al >id oHHHHHHHHHHHHHHHHHdatedHHHHHHHHHHHHHHHH.? #erey& certify t#at ? a! duly aut#oriGed repre$entati/e of t#e >idder w#o$e na!e appear$ ao/e!y $ignature.>idder$ a!e = HHHHHHHHHHHHHHHHHHHHut#oriGed epre$entati/eignature = HHHHHHHHHHHHHHHHHHHHut#oriGed epre$entati/ea!e ')yped( = HHHHHHHHHHHHHHHHHHHHut#oriGed epre$entati/e;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH>idderQ$ ?ntent = )#e idder #erey agree$ to fully co!ply wit# t#e reuire!ent$ intent$ of t#e $uect tender $pecification for t#e price'$(

indicatedut#oriGed epre$entati/eignature = HHHHHHHHHHHHHHHHHHHH


agree!ent$& if any nu!er ofe!ployee$ in /ariou$ categorie$ and la$t t#ree'3( year$ turn o/er

2 >id ,alidity =ll t#e c#edule$ filledin = e$ll t#e ;e/iation$ roug#t out in = e$c#edule O E1and E25ll t#e drawing$& writeup$& literature& = e$


37/57

leaflet$& calculation$& detail$& etc a$called for in t#e $pecification attac#ed

" ?$ t#e >idder agreeale to underta:e t#i$ = e$ocontract& if de/iation$ $tipulated y #i!are not acceptale to t#e idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH383


Volume 2 Schedules & Annexure Schedule B

SC#ED$%E B(*ANS7)*E* )'%SNo '.em Descri.ion Seci0ica.ion re


38/57

o6idationH Ma6.0.03 K )y 1eig+t3.3 Ma6 4an delta 0. at '00C& $geing c+aracteristicsafteraccelerated ageing

open )reaker met+od 1it+copper catalyst&. !pecic resistance&.a $t 2'0C Min. 2' G 02 o+m-cm&.) $t 700C Min 2 G 02 o+m-cm&.2 @ielectric dissipationfactor tan P0.0 at 700C Ma6&.3 4otal acidityH Ma6 0.0( mg J8/g&.& 4otal sludgeH Ma6 0.0( K )y 1eig+t( resence of o6idation no antio6idant additi*es384


Volume 2 Schedules & Annexure Schedule Bin+i)itor, Bater contentH Ma6 &0 ppm' #ist of clients 4o )e enclosed5 C$ content 3K ma67 C< content Not detecta)le


39/57

$


40/57

oint3.2


41/57

< $rcing time ma6 msC 4otal )reak time ms&.,$ Make time Ma6 ms< 4otal closing time ms388

BSES Bhawan, Nehru Place, New Delhi- !Volume 2 Schedules & Annexure Schedule C&.' 4otal lengt+ of contacttra*el mm&.5No. of )reaker operationpermission 1it+outrequiring inspectionHreplacement of contactsand ot+er main parts.$ $t 00K rated current< $t 00K rated )reakingcurrent

&.7 4ypes of contents&.20 Ma6imum clearance in airmm from li*e part&.2


42/57

< ermissi)le *oltage*ariation KC 4ripping current rated*oltage $@ o1er at rated *oltage 1&.25


43/57

(. us+


44/57

,.2 Aor stand )y eart+ faultprotection$ C4 ratio< Class of accuracyC "ated )urden 9$@ Jnee point *oltage 9

6citation current at 9J / &A "ated saturating current$mp8*er current ratingcontinuous K o*er loadK,.3 Aor sensiti*e )y eart+ faultprotection C


45/57

*oltage and 2(K to 00Kof rated secondary )urdenat unity po1er factorolted wit# olt$eoprene1.10 a$e -ra!e teel a$e fra!e a$ per!anufacturerQ$ $tandard.1.11 +andle e!o/ale olted co/er$ forcale c#a!er and u$arc#a!er $#all e pro/ided wit#SCT type #andle$1.12 pace +eater euired1.13 cla$$ification $ reuired


51/57

3.6 ?? Mar:ed )#e co!plete range $#all e?? !ar:ed>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHH

eal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH401



SC#ED$%E C2"" V C)N(*)% & *E%A> PANE%Parame.er (echnical Par.iculars C)N(*)% PANE% B)A*D1.01.00 Ma:e1.02.00 )ype1.03.00 eference tandard1.04.00 Con$truction1.04.01 ;egree of protection

1.04.02 #eet !etal t#ic:ne$$ !!1.04.03 -loor c#annel $ill$& /iration da!ping pad$and :ic: plate furni$#[email protected] Euip!ent Mounting1.05.01 ll relay$& !eter$ and $witc#e$ are flu$#[email protected] elay$ furni$#ed in draw out ca$e$ wit#uilt in te$t [email protected] a!e plate1.06.01 Material1.06.02 )#ic:ne$$1.06.03 iGe for=Euip!ent


52/57

Volume 2 Schedules & Annexure Schedule C21.13.03 Conductor Material1.13.04 Conductor iGe fori( Current control circuitii( ,oltage Circuit1.13.05 Aire$ identified at ot# end$ wit# ferrule$@

1.14.00 )er!inal loc:1.14.01 Ma:e1.14.02 )ype Catalogue o1.14.03 20% $pare ter!inal$ furni$#[email protected] round >u$1.15.01 Material$1.15.02 iGe '!!(1.16.00 rea: 'inducti/e( '( 'S)%A('N: C)N(*)% S6'(C#3.01.00 Ma:e3.02.00 )ype3.03.00 eference tandard3.04.00 Contact ating 220, ;C 240, C3.04.01 Ma:e Continuou$ '(3.04.02 >rea: 'inducti/e( '( E(E* SE%EC()* S6'(C#

4.01.00 Ma:e4.02.00 )ype4.03.00 eference tandard4.04.00 Contact ating 220, ;C 240, C4.04.01 Ma:e Continuou$ '(4.04.02 >rea: 'inducti/e( '(5 P$S# B$(()N5.01.00 Ma:e5.02.00 )ype5.03.00 eference tandard5.04.00 Contact ating5.04.01 Ma:e Continuou$ '(5.04.02 >rea: 'inducti/e( '(

5.05.00 * type of Contact$ pro/ided per utton" %APS6.01.00 Ma:e6.02.00 )ype6.03.00 eference tandard6.04.00 ating=403


Volume 2 Schedules & Annexure Schedule C26.04.01 ,olt6.04.02 Aatt6.04.03 erie$ e$i$tance6.05.00 10 % Etra la!p$ furni$#ed@

6.06.00 iGe of len$ SEAP#)*E 'ND'CA()*S


53/57

7.01.00 Ma:e7.02.00 )ype7.03.00 ;ia!eter of t#e ;i$c7.04.00 *perating /oltage7.05.00 >urden 'Aatt ;C(7.06.00 A#et#er latc# in type or $upply -ailure

type= 'ND'CA('N: 'NS(*$EN( Amme.er Vol.me.er8.01.00 Ma:e8.02.00 )ype8.03.00 eference tandard8.04.00 )ype of Mo/e!ent8.05.00 ccuracy Cla$$8.06.00 cale in ;egree$8.07.00 , >urden! $%('7$NC(')N E(E*9.01.00 Ma:e9.02.00 )ype9.03.00 eference tandard

9.04.00 -urni$#ed in ;raw out Ca$e or not9.05.00 )ype of egi$ter9.06.00 ccuracy Cla$$9.07.00 , >urden9.07.01 Current Coil9.07.02 ,oltage Coil ANN$NC'A()*10.01.00 Ma:e10.02.00 )ype10..03.00 eference tandard10.04.00 o. of nnunciator group$ furni$#[email protected] o. of Aindow$ per group10.06.00 */erall ;i!en$ion of a group '!!(

10.07.00 ;etailed Ariteup on c#e!e furni$#ed@ (*ANCD$CE*S11.01.00 A#et#er pro/ided a$ per $pecification11.02.00 Ma:e11.03.00 )ype11.04.00 *utput11.05.00 ccuracy11.06.00 e$pon$e )i!e11.07.00 S ae (1e12.01.00 elay$ furni$#ed in draw out ca$e$ wit#uilt in te$t [email protected] "ine


54/57

ignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH405


Volume 2 Schedules & Annexure Schedule CSC#ED$%E CBA((E*> C#A*:E*SrNo Descri.ion Da.a .o /e 0illed /1 manu0ac.urer1 Manufacturer euip!ent type2 Confor!ance to de$ign $tandard$ a$ per$pecification e$ o3 Confor!ance to de$ign feature$ a$ per$pecification e$ o4 u!itted to de/iation $#eet for eac#$pecification clau$e no e$ o5 oo$t c#arging ;C current adu$t!ent range',alue to e $pecified(10!ount of ipple in ;C in % output wit# attery wit#out attery11 C#arger efficiency offered12 Ma te!perature ri$e ao/e a!ient13 Ma:e & rating17 ;C MCC> Ma:e & rating18 ectifier tran$for!er Ma:e & rating19 e!iconductor rectifier Ma:e & rating20 ;C conductor Ma:e & rating21.1 ;C;> integral part of c#arger or [email protected] MC> for ;C di$triution oard$ Ma:e& rating22 Confor!ance to !etering indication a$ per$pecification23 Confor!ance to !a:e of co!ponent a$ per$pecification24 Confor!ance to !i!ic diagra!& lael$ fini$#a$ per $pecification25 u!i$$ion of co!ponent catalogue e$ o26 ;C c#arger no!inal output current ' atterytric:le c#arge ;C load(27 ;C c#arger oo$t c#arge current406


Volume 2 Schedules & Annexure Schedule C28 ;C attery29 ;C attery duty cycle30 ;C di$triution oard output ;< MC> feeder$reuired30.1 63 a!p ;< MC>


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30.2 40 a!p ;< MC>30.3 25 a!p ;< MC>30.4 16 a!p ;< MC>30.5 10 a!p ;< MC>>idder$ a!e = HHHHHHHHHHHHHHHHHHHHignature = HHHHHHHHHHHHHHHHHHHH




SC#ED$%E CNi Cd BA((E*>SN) Descri.ion Da.a .o /e 0illed/1 anu0ac.urer1 >attery ' a$ per $cope of $upply anneure ( e$ o2 Manufacturing attery type3 Confor!ance to de$ign $tandard$ a$ per $pecification

clau$e no. 2.0 e$ o4 Confor!ance to de$ign feature a$ per $pecificationclau$e no. 3.0 4.0 e$ o5 u!itted of de/iation $#eet for eac# $pecificationclau$e no e$ o6 >attery drawing $u!itted e$ o6.1 >attery $election $iGing calculation $u!itted e$ o7 >attery rating 'C5( offered in #r7.1 ating at te!perature 27 deg C a$ per ?7.2 ating at te!perature 20 deg C a$ per ?EC8 >attery race type offered $teel or -attery an: di!en$ion$ in !! ' lengt# dept# #eig#t(10 >attery cell weig#t in :g11 >attery cell anode no. of plate$ t#ic:ne$$ in !!12 >attery cell cat#ode no. of plate$ t#ic:ne$$ in !!13 >attery cell no!inal /oltage13.1 >attery cell float c#arge /oltage14 >attery cell !ai!u! oo$t c#arge /oltage15 >attery cell end cell /oltage16 )otal attery an: float c#arging /oltage reuired in/olt$17 )otal attery an: oo$t c#arging /oltage reuired /olt$17.1 )otal ti!e reuired for oo$t c#arging fro! and cell/oltage to rated /oltage capacity.18 >attery internal re$i$tance ' in *#!$ ( at fully c#argedcondition19 +eat generated y attery at rated full load 'in Fw(20 Electrolyte c#e!ical na!e21 Electrolyte $pecific gra/ity at 27 deg C22 eco!!ended topping up freuency 'in wee:$ or!ont#$(23 !ount of ga$ e/olution in one full c#arge di$c#argecycle 'in liter #r(24 )ype of $eparator$ u$ed in attery cell408




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25 #elf life period ' to retain 90% of energy fro! fullc#arge condition at 27 deg C(26 )otal attery an: $#ort circuit fault le/el ' in F(27 >attery an: ter!inal u$ ar wit# in$ulating $#roud$ e$ o>idder$ a!e = HHHHHHHHHHHHHHHHHHHH

ignature = HHHHHHHHHHHHHHHHHHHHa!e = HHHHHHHHHHHHHHHHHHHH;e$ignation = HHHHHHHHHHHHHHHHHHHHeal of Co!pany ;ate = HHHHHHHHHHHHHHHHHHHH409


Volume 2 Schedules & Annexure Schedule C5SC#ED$%E C5S(A(')N A$G'%'A*> (*ANS7)*E*r. idder $#all confir! fullrating a/ailale in indoor locational$o2.0 o!inal Continuou$ ating& F,2.1 +, winding 400:,2.2 ", winding 400:,3.0 ated /oltage ' :, (3.1 +, Ainding 11 :/3.2 ", Ainding 433 /olt4.0 ated current ' !p$ (4.1 +, Ainding

4.2 ", Ainding5.0 Connection$5.1 +, Ainding ;elta5.2 ", Ainding tar wit# neutral5.3 ,ector roup reference ;yn116.0 ?!pedance at principal tap ratedcurrent and freuency& o#! 75 degC6.1 ?!pedance 5.0 % wit# ? tolerance410


Volume 2 Schedules & Annexure Schedule C56.2 eactance

6.3 e$i$tance6.4 ?!pedance at lowe$t tap at ratedcurrent and freuency6.5 ?!pedance at #ig#e$t tap at ratedcurrent and freuency7.0 e$i$tance of t#e winding at 750 C ino#!7.1 a( +,7.2 ( ",8.0 Lero $euence i!pedance in o#!8.1 a( +,8.2 ( ",9.0 uaranteed !ai!u! lo$$e$ at

principal tap full load and 75NCwit#out any po$iti/e tolerance&


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:A9.1 o load lo$$e$ '!a.( 0.79.2 "oad lo$$e$ '!a.( 5.19.4 )otal ?2 lo$$e$ of winding$ 75deg C& FA9.5 )otal $tray lo$e$ 75 deg C& FA

9.6 )otal lo$$e$ '!a.(& FA 5.89.7 o load lo$$ at !ai!u! per!i$$ile/oltage and freuency 'appro.(&:A10.0 )e!perature ri$e o/er referencea!ient of 50 0C10.1 )op oil y t#er!o!eter 0 C 40 0C10.2 Ainding y re$i$tance 0 C 45 0C411


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