TechnicalDiary500MW-SgTPP

 KORBA

TECHNICAL DIARY DIARY 500MW UNIT

KORBA SUPER THERMAL POWER STATION

P. O. Jamnipali Distt. - Korba 495 450 (C.G.) ( C.G.)

1

R. BOSE General Manager

From GM's Desk.....

Termal Po!er plant is igl" #apital intensi$e an% in or%er to %eri$e s&staine% #apa#it" &tili'ation !it ig a$ailabilit"  Plant *oa% +a#tors so&n% OM prin#iples  pra#ti#es are a%opte% in ,TPC to r&n te stations in most #ost ee#ti$e manner. +or %issemination o Plant Te#ni#al Data an% #emes pertaining to $ario&s s"stems to all OM /ngr /ngrs s an% an% relate relate% % +&n#t +&n#tio ionar naries ies Te# Diarie Diaries s an% an% #e #ema mati# ti# Diarie Diaries s !ere !ere p&blise% at tation  Corporate le$els.  nee% is elt or re$ie! o te initiall" prepare% prepare% Te#  #emati#s #emati#s Diaries or in#orporating te #anges ma%e so ar an% a%%ition o Data li1e 2nterlo#1  Prote#tions an% s#emes o ne! s an%ling s"stem or Danras et#. Tis re$ise% Te#ni#al3#emati# Diar" is aime% at pro$i%ing inormation  Data o te plant tat ma" be ne#essar" or %a" to %a" !or1ing an% reeren#e o OM /ngrs an% also ee#&ti$es o oter relate% &n#tions. 2 appre#iate te eorts ma%e b" te team o OM /ngrs in &rnising all &se&l %ata an% re$ie!ing te inormation a$ailable in eisting Diaries an% p&blising te same in re$ise% orm or te &se o ne! entrants an% ee#&ti$es o all &n#tions. Jamnipali 03/10/2001

(R. Bose) General Manager (K&B)

2

P.K.CHAKRABORTY %%l. GM (OM)

FOREWOR $ailabilit" $ailabilit" o te#ni#al te#ni#al inormation pertaining to e&ipments e&ipments an% pro#ess is o paramo&nt importan#e or ee#ti$e ei#ient an% reliable operation an% maintenan#e o te plant. 2n tis tis re$ise re$ise% % e%iti e%ition on o te te Te#ni# #ni#al al Diar" Diar" a%%it a%%ition ion o ne! ne! se#ti se#tion ons s li1e li1e prote#tions an% interlo#1s 6ela" settings start-&p3limit #&r$es %ata regar%ing ne! s 7an%ling "stem "stem insi%e insi%e Plant an% at Danras et#. !ill ma1e ma1e tese tese 800 M M  500 M M Te#ni#al Diaries more inormati$e an% &se&l. Tis !ill pro$i%e te#ni#al inormation tat are ne#essar" or %a" to %a" operation an% ser$e as a reeren#e %o#&ments to OM personnel. 2 appre#iate te MTP Team or a#ting as a no%al se#tion an% bringing o&t tis inormati$e %iar" rom te a$ailable inormation an% intera#tion !it $ario&s se#tions.

a!e" # 3r" O$!o%er 2001

'. K. *KR*BOR+, *-. GM (O&M)

3

S. R. PATIDAR D". GM (MTP)

'REF*E Termal po!er station Operation  Maintenan#e pra#ti#es in ,TPC are rame% tro&g etensi$e %o#&mentation rigt rom te in#eption o te plants. 2n o&r station all rele$ant OM 2nstr&#tion man&als Operation er$i#es G&i%elines *o#ation Management 2nstr&#tions Te#  #emati# Diaries O$era&ling 6eports et# are maintaine% in OM 6eeren#e *ibrar" or rea%" reeren#e o personnel. /isting Te#ni#al  #emati# %iaries o bot 800  500 M :nits prepare% at te time o :nits #ommissioning nee% re$ision. ile ma1ing te re$ise% e%itions o te Te#  #emati# %iaries a%%itional Data li1e Prote#tions  2nterlo#1s 6ela" ettings tart &p3*imit C&r$es et# an% mo%ii#ation3a%%itions mo%ii#ation3 a%%itions o #emati#s is #onsi%ere%. ll re&isite inormation !ere #ompile% b" tis se#tion in asso#iation asso#iation !it respe#ti$e area engineers so as to ma1e te re$ise% Te#ni#al  #emati# %iaries pertaining to bot 800  500 M :nits &ite inormati$e.

The revised Technical & Schematic Diaries are aimed at providing all information & Data of the plant, necessary for day to day working and reference of new entran entrants, ts, Exect Exective ivess of !&" and other fnctio fnctions ns like #ES, #$% and and "&S'

Jamnipali 03/10/2001

(R 'a!i"ar)  General Manager (M+')

(

CONTENTS Sl. No.

1.

DE DESCRIPTION

MAIN BOILER

1.1 1." 1. " 1.% 1.( 1.* 1. * 1., 1.1./ 1. / 1.0 1. 0

Gener al Speci General Specifca fcaion ion #$rnace #$rna ce Spe Speci cifc fca aio ion n &ae &a er &al &alll' Dr$) S$pe S$ per+ r+ea eae er' r' Re+e Re+ ea ae er' Hea He ae err' S$per+ea S$pe r+eaer er an Ae Ae)pe )pera raor or Re+ea Re+e aer er E) E)er eren enc2 c2 Te) e)pe pera ra$ $re re Conrol Ae)peraor. Ae)peraor. 1.1! 1. 1! Ec Econ ono) o)ii'e 'err 1.11 1. 11 Sa Sa3e 3e2 2 4al 4al5e 5e' ' 1.1" 1. 1" Pre Prei ic ce e Per Per3o 3or)a r)anc nce e 1.1%. Reco))ene C+e)i C+e)ical cal Con Conrol rol Li)i Li)i' ' 1.1( Reco))ene Reco))ene  Boi Boiler ler &aer Sili Silica ca Li)i Li)i'. '. 2. BOILER BOI LER AUXIL AUXILIAR IARIES IES ".1 ". 1 Boi Boiler ler &aer Circ Circ$la $lai in n P$)p P$)p' ' "." I. D. #an ".% #. D. #a #an n ".( P. A. #a #an n ".* ". * Sc Scan anne nerr Ai Airr #an "., Ai Airr He Hea ae err ".". - Se Sea) a) Co Coil il Air Pre+e Pre+eae aer' r' "./ Se Sea al Ai Airr #an ".0 Coal Mi Milll' ".1! ". 1! Ra Ra6 6 Co Coal al #ee #eee err ".11 ". 11 Co Coal al B$ B$rn rner er' ' ".1". Oi Oill B$ B$rne rner' r' ".1% ". 1% #$el Oi Oill I Ini nio or' r' ".1( ". 1(

PAGE NO.

#$ell Oi #$e Oill P$ P$)p )p

!1 !" !% !( !* !* !, !, !-

!"

!!/ 1" 11/ "! "1 "( (( "0 %! %% %% %( %%/ %/ %0 (!

)

Sl. No. DESCRIPTION ".1* H#O Sea) Hea E7c+aner ".1, H. P. Do'in S2'e). ".1- Pre''$re Re$cin an De'$per+eain Saion' ".1/ T+er)al In'$laion ".10 Soo Blo6er "."! Elecro'aic Precipiaor "."1 Blo68o9 4al5e :M;'. Yar6a2< "."" Coolin &aer Re=$ire)en' 3or Boiler > A$7iliarie' :DM &aer< "."% Blo6 Do6n 4e''el' 3. TURBINE %.1 Specifcaion o3 Main T$r?ine %." Li)iin 4al$e' %.% Maerial o3 Con'r$cion %.( L$?. Oil S2'e) %.* Conrol Oil S2'e) %., T$r?ine Oil P$rifer S2'e) %.Boiler #ee P$)p an A$7iliarie' %./ L.P. Heaer Specifcaion %.0 H.P. Heaer Specifcaion %.1! Deaeraor %.11 Glan Sea) Conen'er %.1" 4ac$$) Rai'in S2'e) %.1% Conen'ae E7racion P$)p %.1( Conen'er %.1* Conen'er T$)e Cleanin S2'e) %.1, Circ$lain &aer S2'e) 4. GENERATOR (.1 General (." 4olae Re$lain S2'e)

0* 8 0, 0-

(.%

00

Generaor Proecion

PAGE NO. (! (1 (1 (" (" (( ((/ *1 *" 8 *% *( **0 ,% ,* ,0 --0 /1 /" /% /* // /0 0"

*

Sl. No. DESCRIPTION (.( Seal Oil S2'e) (.* Ga' S2'e) (., Pri)ar2 &aer S2'e) (.&a'e Ga' S2'e) (./ E7ciaion S2'e) (.0 Cooler Daa (.1! Specifcaion' o3 Tran'3or)er'

*.

&ATER TREATMENT PLANT

*.1 *." *.%

Prerea)en Plan C+e)ical Do'in S2'e) D. M. Plan

,.

COAL HANDING PLANT

,.1 ,." ,.% ,.( ,.*

Cr$'+er Ho$'e Tripper Silo' Trac@ Hopper' Con5e2or'

-.

ASH HANDLING SYSTEM

-.1 -." -.% -.( -.*

Hopper' Specifcaion P$)p' Specifcaion A'+ +anlin E=$ip)en' Daa Boo'er P$)p Ho$'e E=$ip)en Deail' E=$ip)en o3 Silo Area

/.

HEA4Y #EL OIL HANDLING SYSTEM

/.1 /." /.% /.( /.*

nloain Heaer Tran'3er P$)p H#O Sorae Tan@ Drain Tan@ Drain P$)p

PAGE NO. 1!! 1!" 1!% 1!( 1!* 1!11" 11- 8 11/ 110 1"!

1"* 1"* 1"* 1", 1", 1"- 8 1"/ 1"/ 1%1 1%* 1(" 1(( 8 1(* 1(* 1(* 1(* 1(,

+

Sl. No.

DESCRIPTION

PAGE NO.

/., /././

#la'+ Tan@ 4erical S$)p P$)p #$el Oil C+aracer'ic'

1(, 1(, 1(,

0. 1!

COMPRESSED AIR SYSTEM EIPMENT COOLING &ATER SYSTEM

1(-

1!.1 1!." 1!.% 1!.( 1!.*

EC& P$)p' :D.M. &aer< Plae T2pe Heaer E7c+aner E=$ip)en Coolin &aer Sorae Tan@@ C+e)ical Do'in S2'e) EC& Boo'er P$)p

1*1 1*" 1*" 1*" 1*%

11.

DIESEL GENERATING SET

11.1 11." 11.% 11.(

Man$3ac$rer Enine Alernaor I)peance

1".

PLANT COMMNICATION SYSTEM

1".1 1"." 1".% 1".( 1".* 1".,

P$?lic Are'' S2e) De5ice' > Acce''orie'. Microp+one Recei5er A)pli3er' C$rren Con'$)pion Ran 'e Conrol Bo7

1%.

#IRE #IGHTING SYSTEM

1%.1 Sprin@ler S2'e) 1%." oc@a2 P$)p 1%.% H2ran S2'e) 1%.( Boo'er P$)p in H2ran Line

1*( 8 1** 1** 1** 1*,

1-* 8 */ 1*/ 1*/ 1*/ 1*0 1*0 1,! 8 1,1 1,1 1,1 1,1



Sl. No.

DESCRIPTION

1(.

AIR CONDITIONING SYSTEM

1(.1 1(." 1(.% 1(.( 1(.* 1(. ,

Co)pre''or Conen'er Air Hanlin S2'er) P$)p' Coolin To6er'. ESP A;C E=$ip)en' Daa

1*.

INTERLOCKS > PROTECTION

PAGE NO. 1," 8 1,% 1,% 1,( 1,( 1,* 1,,

A. BOILER & AUXILIARIES

1.! ".! %.! (.! *.! ,.! -.! /.! 0.! 1!.!

Air Pre+eaer ID #an #D #an PA #an Scanner #an Seal air #an P$l5eri'er' C C P$)p M#T Boiler

1,- 8 1,/ 1,/ 1,0 1-! 1-1 1-" 1-% 1-0 1-0 1/,

B. TURBINE & AUXILIARIES

1.! ".1 "." ".% %.o (.! *.! ,.!

Mec+anical Elecrical E7ene T$r?ine Proecion #ire Proecion 1 7 " Mo Le5el C.E.P. #R# Le5el TD B#P

1/0 1/0 1/0 10! 101 101 10" 10"

-.!

MD B#P

10%

-

Sl. No. C.

DESCRIPTION

GENERATOR PROTECTION

Sein

PAGE NO. Reco))ene 10* 8 "!1

D.

OFF SITE EQUIPMENT PROTECTION

1.! ".! %.! (.!

C & P$)p' CT P$)p' AR& P$)p' EC& P$)p'

16 . 1.! ".! %.! (.! *.! ,.! -.!

GRAPHS CUR!ES & TABLES E=$ip)en 6i'e Oil Re'er5oir Capaci2 ST8II "!E=$ip)en 6i'e Oil Re'er5oir Capaci2 ST8II :&TP< "!/ T$r?ine Sar$p C$r5e' > Crieria "!0 Generaor Reaci5e Capa?ili2 C$r5e "1% Generaor nloain Sc+e$le "1( Sea) Properie' Ta?le III.III.I4 "1, Mollier Diara) "%!

Rela2

"!* "!, "!, "!,

1.

11

MAIN BOILER > AFILIARIES

12

1.!MAIN BOILER 1.1 G"#"$% S'"()*(%+),# 8 M;' BHEL :C.E. De'in< T2pe

8

Man$3ac$re

Balance Dra3 Dr2 ?oo) Sinle r$) Conrolle Circ$laion pl$'.

T2pe o3 #IRING 8 Tilin TANGENTIAL Mini)$) loa a 6+ic+ 'ea) eneraor can ?e operae conin$o$'l2 6i+ co)plee a)e 'a?ili2 6i+o$ oil '$ppor :> MCR< 8 " aacen Mill' a *! capaci2. Mini)$) loa a 6+ic+ +e 'ea) eneraor can ?e operae conin$o$'l2 6i+ co)plee a)e 'a?ili2 6i+ oil '$ppor : MCR< 8 "! Ma7i)$) loa 3or 6+ic+ ini5i$al )ill ?e2on 6ic+ no oil '$ppor i' re=$ire 8 *!

1."

#$rnace Specifcaion T2pe 8 &all 8 Boo) 8 Dra3 8 T$?e arrane)en 8 E7plo'ion;I)plo'ion &i+'an capaci2 a ,- Yiel poin 8 Re'ience i)e 3or 3$el paricle' in +e 3$rnace 8 E9eci5e 5ol$)e $'e o calc$lae +e re'ience i)e :M%< Hei+ 3ro) 3$rnace ?oo) a'+ +opper o 3$rnace roo3 :M< 8 Dep+ :M< 8 &i+ :M< 8 #$rnace proece area :M"< 8 #rnace 5ol$)e :M%< 8

Conrolle Circ$laion &aer Sea) coole Dr2 Balance Me)?rane

J;8 ,,! ));6c % 'econ 8

1(-0!

,". -%* 1*."/0 1/.!%( -,1! 1(-0!

" 13

1.%

&aer &all' #ron 6all' N$)?er 8 OD :MM< 8 De'in +ic@ne'' :MM< Pic+ :MM< 8 Ac$al +ic@ne'' $'e :MM< 8 Maerial 8 Toal proece '$r3ace :M"< 8 Me+o o3 oinin lon $?e 8 Toal 6. o3 $?e' :K'< De'in pr. o3 $?e' K;c)" :ABS< 8 Ma7. pre''$re o3 $?e' K; c)" :ABS< 8 De'in )eal e)p oc S)-" %/ R"%$ %/ & R,, S)-" %/

"00 *1.!! 8 *.10 ,%.* *., SA "1!C 11,! B$ 6el 8 1/1!!! "!-.% 10-.%

R"%$ %/ R,,

N$)?er ((( "/% 1(" OD :MM< *1 *1 *De'in +ic@ne'' :MM< *.10 *.10 *.*( Pic+ :MM< ,%.* ,%.* 1"Ac$al +ic@ne'' $'e :MM< *., *., *. Toal proece '$r3ace area o3 1(%! 0%! ""! T$?e' :M"< Me+o o3 oinin lon $?e 888888 BTT &ELD 88888888 Toal 6. o3 $?e' :K'< "--!!! 1/,!!! (*!!! De'in Pr. o3 $?e' K'; c)" :ABS< "!-.% "!-.% "!(.0 Ma7 pr. o3 $?e' K';c)" :ABS< 10-.% 10-.% 10".% De'in )eal Te)p oc (1(1(1, W%+"$ % H"%-"$/

No. o3 +eaer' O$'ie Dia :MM< De'in +ic@ne'' :MM< Ac$al +ic@ne'' :MM<

L,"$ H"%-$

O+"+ H"%-"$

( 01(.( /0 /0

* "-% %/.* (*

% 1(

Toal 6. o3 +eaer' :K'.< 100!!! De'in pre''$re o3 +eaer' "!-.% K;c)" :ABS< Ma7 6or@in pre''$re o3 +eaer' K;C)" :ABS< Maerial 'pecifcaion SA8"00

1.4 D$ Maerial 'pecifcaion De'in pre''$re K;c)" :ABS< De'in )eal e)p Ma7 operain pre''$re K;c)" :ABS< Ac$al +ic@ne'' $'e 3or i'+e en' :MM< O5erall Len+ o3 Dr$) :MM< OD o3 Dr$) :MM< Inernal ia :MM< Corro'ion allo6ance :MM< N$)?er o3 i'ri?$ion +eaer' No. o3 C2clone 'eparaor No. o3 Seconar2 rier' S+ro$ )aerial Ma7 per)i''i?le e)p. i9erenial ?e6een an2 6o par' o3 +e r$) :!C< &aer capaci2 a MCR coniion' :in 'econ'< ?e6een nor)al an lo6e' 6aer le5el per)ie $p o LL rip Dr$) 6. 6i+ inernel' :onne'< Dr$) 6. 6i+o$ inernel' :onne'<

%-%!! "!(.0 10-.%

10".(

SA81!, Gr8B

SA 8 "00 "!(.0 %,,OC 10".( 1*".( ""!-! "1%! 1--/ !.-* , 0, 0, Car?on Seel *!

1!

"(, ""(

(

1)

1.*

S$per Heaer'

Raian Plaen :Draina?le;Non8 raina?le<

LTSH penan Panel8 1 Horional Sae8II Sae8III Sae 8 IT2pe Con5ecion 888888

Non 888

Plaen Raian

Non8888

raina?le raina?le Draina?le 888888 88888

Penan :raina?le;Non8< raina?le< Horional LTSH :88o88< 88888888888 raina?le 88888888888 E9eci5e +eain '$r3ace *0!%; 1%*!; 1(,*; area :M"<; )oife 1"*!! 1,,! 1-%! Toal circ$)3erenial +eain *-!% 888888 '$r3ace area :M"< Ga' o6 pa+ area :M"< 1(8888 "/, Ma7 'ea) 'ie )eal e)p (!/ *!0 :!C< Ma7 a' 'ie )eal e)p (*! *-! ,0! :!C< T2pe o3 o6 :co$ner o3 Co$ner Parallel Parallel Parallel< Mal o3 $?e '$ppor '' '' '' OD :MM< *1.!! ((.* *(.!! Toal N$)?er o3 T$?e' -!/ ((( (!/ T$?e pic+ :MM< a< Parallel o a' o6 1!1., *(.!! ,%.* ?< Acro'' a' o6 1*".( "*(.!! -," Me+o o3 oinin lon $?e 888888888 B$ 6el 888888888888 Toal 6. o3 $?e' :T<;)oife 8888888811%!;010 888888888888888

88888

*-*

1.6 R""%+"$/ Sae8I RH Raian Toal circ$)3erenial;Moife "-*; :pro.< Heain '$r3ace :M"< "10 Ma7 operain pre''$re (-.,/ :K.;c)"<

Sae 8II Penan Re+eaer ,,!!; ,1%0 (-.!!

* 1*

De'in pre''$re K;c)" :ABS< Ma7 'ea) 'ie )eal e)p !C Ma7 a' 'ie )eal e)p !C OD :MM< Mean e9eci5e len+ :Per one $?e< MM :appro7.< Gro'' len+ :per one $?e< MM :appro7.< Toal n$)?er o3 $?e'; )oife Toal &. :K'.<;Moife Me+o o3 oinin lon $?e

*%.-% %-! (%! ,% 1-*!!

*%.-% **,"! ,%.* "/-*!

1/%!!

%0-*!

"(/;%0" ,((;-%, ((!!!! (1*!!! 8888888 B$ 6el 888888

1. H"%-"$/ S$per+eaer Re+eaer Ma7. Operain pre''$re K;C)" 10".% (-.,/ :ABS< De'in pre''$re :K;c)"< :ABS< "!(.0 *%.-% Locaion :o$'ie;in'ie a' o$ 'ie O$ 'ie pa+< Toal &. :K'.< "1/"!! ,1*!!

1. S'"$"%+"$ A++"'"$%+,$ T2pe Sae Po'iion in 'ea) circ$i Specifcaion o3 Ma. S$per +eaer 'ea) e)p Rane +a can ?e )ainanie ?e6een *(.(% o 1!! o3 Boiler MCR C Spra2 $?e )aerial Ma7 'pra2 6aer o6 rae an corre'ponin 'ea) o$p$ :K'.;+r.< Min 'pra2 6aer rae an corre'ponin 'ea) 'ea) o$ p$ K;+r

8 Spra2 8 One 8 Be6een L penan' an SH.panel' 8 SA%%* P1" 8

*(!

8 SA8"1% T11 8 1!1!!! a MCR 6i+ HP +eaer' o$

8

Nil a MCR

, 1+

1. R""%+ E"$7"#(8 +"'. (,#+$, %++"'"$%+,$ T8'"

No. o3 'ae' o3 ae)peraor Po'iion in +e 'ea) circ$i Specifcaion o3 +e Maerial Spra2 nole Maerial

S'$%8

8 8 8 8

One Col re+ea line' SA 8 1!, Gr 8 B SA8 "1%T > SS Tip'

T8'"

9

N,# S+"%)#7

&aer 'ie e9eci5e +eain

8

-/1! ; /0!%.(

1.10 E(,#,)/"$

S$r3ace area :M"<; Moife Ga' 'ie e9eci5e +eain;Moife

8

1!"1!;1("!(.(

S$r3ace area :M"< Ga' o6 pa+ area :M"<

8

1"/

De'in pre''$re o3 $?e'

8

"!0./

OD o3 T$?e' :MM<

8

*1.!!

Ac$al +ic@ne'' $?e' :MM<

8

*.,

Len+ o3 T$?e' :MM< :appro7.<

8

"1*!!!;"(*1!!

Pic+ :MM<

8

1!1.,

8

(/""!!

8 8 8

1/.!!! "!0./ 10,

K;C)"

Toal &. o3 T$?e' :K.<

H"%-"$/ Len+ :MM< De'in P. :K;C)"< :a?'< Ma7 &or@in Pre''$re :K;C)"<

:a?'<

1

1.11

SA#ETY 4AL4ES

Locaion S. No. 4al5e Na)e an o3 Blo6 Relie5ien Ta No. )a@e Do6n Capaci2

4al$e 'e

Re'e Pr.



pr@;c)":G< @;c)":G<

KGS;Hr. 1.

B1 "%*-**

". B" "%0"*, BOILER

%. B% "/010"

DRUM

(. B( "/010" *. B* "0%*%1 ,. B, "0%*%1

Con'ol

"!(.!!

10*./

(

1-*! &B Con'ol

"!,.!!

10*./

*

1-*! &B Con'ol

"!/.1

10-.-

*

1-(! &B Con'ole

"!/.1

10-.-

*

1-(! &B Con'ol

"1!.1

100.,

*

1-(! &B Con'ol

"1!.1

100.,

*

Con'ol

1/-.!

1/1.%

%

1-(! &B Con'ol

1/-.!

1/1.%

%

1-(! &B SUPER

-. S1"0 "!!0%"

HEATER

/. S1%! "!!0%"

1-(! &B

1-

/ :Con.< Locaion S. No. 4al5e o3 Blo6 Relie5ien Ta No. Do6n

Na)e an

4al$e 'e

Re'e Pr.



)a@e Capaci2

pr@;c)":G< @;c)":G<

Con'ol

1/*.1

1/1.%0

"

1/*.1

1/1.%0

"

Con'ol

1/*.1

1/1.%0

"

Con'ol

1/*.1

1/1.%0

"

KGS;Hr. 0.

'1%" 1"0/*!

1*%/ 4F ER! ON

1!.

S1%/

Con'ol

1"0/*! 1*%/ 4F

SUPER HEATER

11.

S1," 1"0/*!

1".

S1,/ 1"0/*!

1*%/ 4F

2.

0

21

SAFET: !AL!ES


4al$e 'e

Re'e Pr.



pr@;c)":G< @;c)":G< :Clo'e<

KGS;Hr. 1%. R1 "1"1*1(. R" "1("(/ REHEATER 1*. INLET

R%

Con'ol

*(./(

*%."

%

1-/, &B Con'ol

**.%0

*%.-%

%

Con'ol

1-/, &B **.0(

*(.",

%

1-/, &B Con'ol

*,.(*

*(./

%

(0.!!

(-.*/

%

Con'ol

(0.*!

*!.!!

(/.*%

%

*!.!!

(/.*%

%

"1,%%/ 1,. R( "1/("-

1-/, &? 1-. R10 1,!01! 1/. (/.!* %

REHEATER OUTLET

10. R"1 1,(",* "!. R"" 1,(",*

Con'ol 1-/, &D R"! 1,"(0, 1-/, &D Con'ol 1-/, &D Con'ol

1-/* &D

22

1!

23

;C,#+-.<


4al$e 'e

Re'e Pr.



pr@;c)":G< @;c)":G< :Clo'e<

KGS;Hr. "1. R1%! "(/!*

Con'ol

(/.!-

(*.1*

(

(/.!-

(,.1*

(

(/.**

(,.,!

(

(/.**

(,.,!

(

1*%% 4F ER! ON

"".

R1%"

Con'ol

"(/!* 1*%% 4F

RH OUTLET

"%.

R11/

Con'ol

1"1,(1*"* 4F "(.

R1"(

Con'ol

1"1,(1*"* 4F

2(

11

2)

1.12

PREDICTED PERFORMANCE

1.12.1 FLOW

De'cripion

HP Heaer' in HP ni 88888888888888888888888 Heaer' MCR //.-"-!./( *%.*0 o$ MCR MCR MCR NCR

S+"%

S$per+eaer O$le ;+ Re+eaer O$le ;+

1-"* *%!.( 1*%! %-%.*

1""1.0 0"(.* 1*,, 11!,.1 /(*.! 1*%,.*

W%+"$

#ee &aer SH Spra2

;+ ;+

1-"* !

1*!-.0 11/1.1 1-0.1 1(%(.* "".* (!./ (*.( 1%1.*

A)$

Air+eaer O$ le :Pri)ar2< Te)perin Air ;+ 1*-.% Air+eaer O$le :Secon8 ;+ ar2< Toal Co)?$'ion Air ;+ :Incl$in 3$rnace lea@<

;+ ("".0 %0%.- %(1.1 1,%.( 110.* /".- /(." 1(*,., 1"*"., 1!-/.- 0"%."

"/1./ *!*.! 1*%(.(

"!/0.! 1/,1.0 1*01.* 1%(!.!

"1-*.,

;+

"!,." %/".1

F"

Coal :HH4Q%*!! @cal;@<

%,-.!

%"-

",,.%

G%/

AH :O$le Pri)ar2< ;+ AH :O$le Seconar2<

,*0." ,"".! *(".( (%"., -%-.;+ 1//%., 1*/%./ 1%**.- 11/0.% 1/"1.*

1" 2*

1.12.2 TEMPERATURES

De'cripion


S+"%

Sa Te)p. in Dr$) L.T.S.H. O$le SH Panel Inle SH Panel O$le SH #ini'+ O$le RH Inle RH O$le

CC ! C ! C ! C ! C ! C ! C o

%,1 (!, (!, (-( *(! %(( *(!

%*0 (!/ (!! (-" *(! %(% *(!

%*, (1! %0( (,/ *(! %%* *(!

%*( (1" %/0 (,, *(! %"*(!

%,! (%, %0% (,% *(! %(( *(!

"*, %!-

"*% %!(

"(% "0-

""0 "0!

1-( ",,

"* %*( ! C

"* %(% %"*

"* %"* %10

"* %!( %!%

"* %1( "//

111, 1!10!! -%! *(, %-/ 1%0

1!01 1!%00! 0%0 /-% /"-!* ,,, *"0 *!, %,, %(, 1%* 1"% :Correce<

0-" //1 --, ,", (/" %"* 11-

11", 1!"01! -(! **% %(! 1""

W%+"$

Econo)i'er Inle !C Econo)i'er O$le !C A)$ ! A)?ien C AH O$le :Pri)ar2< !C AH O$le :Seconar2<

"//

G%/

SH Plaen Inle RH #ron Inle RH Rear Inle LTSH Inle Econo)i'er Inle Air +eaer Inle Air +eaer O$le

C O C ! C ! C ! C ! C ! C !

1% 2+

1.12.3 PRESSURES ;STEAM & WATER<

De'cripion

ni MCR

HP Heaer' in 88888888888888888888888 HP Heaer' //.-" -!./( *%.*0 o$ MCR MCR MCR NCR

P$"//$"

S$per+eaer O$le LTSH O$le @;c)" Dr$) @;c)" Econo)i'er Inle @;c)" Re+eaer O$le @;c)" Re+eaer Inle @;c)"

@;c)" 1-/ 1//.% 1/(.( 1-/.0 10%.( 1//.( 1/1., 10-." 101.0 1/(., (%.(, (1.!* %".0% (*./* (%."! %(.,,

1-,.!/ 1-%.* 1-1., 1-,.( 1-(.0 1/*.! 1-,.( 1/0.% 1-0.1 10".0 "(.00 (,.,! ",.%1 (0.!!

@;c)" ".%0 ".1* 1.,! 1.%!

1".% 1.%" !.*!

/.1 ".(! 1.(

P$"//$" D$,'

S$per+eaer S2'e) Re+eaer @;c)" Econo)i'er @;c)" E7cl$in 'aic +ea

1*.( 1.-% !./!

(./!

1".0

1.12.4 PRESSURES ;DRAFTS ;AIR&GAS< P$)%$8 A)$

P.A. #an Inle P.A. #an P$le Air+eaer Inle Air+eaer O$le Mill Inle Mill O$le

MM&C MM&C MM&C MM&C MM&C MM&C

8-(0 -%-1* ,/, %1(

8,/,-, ,*,%1 "/*

8, ,*/ ,*1 ,%* ,1% "-,

8( ,%, ,%1 ,"1 ,!! ",0

8/ --1 -*/ -%! -!! %"1

#D #an Inle MM&C 81, #D #an O$le MM&C ",% SCAPH Inle MM&C "*( SCAPH O$le MM&C "(1 Air+eaer Inle MM&C "%* Air+eaer O$le MM&C 1/1 &in?o7 pre''$re MM&C 1!1 &in?o7 #$rnace.Di9 MM&C1(!

81" "1" "!* 10* 10" 1*, 1!1 1(!

81,% 1*0 1*% 1*1 1"" 1!1 1(!

8, 1(0 1(, 1(1 1(! 1"! 1!1 1(!

81/ "-! ",! "(* "%0 1/0 1!1 1(!

S"(,#-%$8 A)$

1( 2

De'cripion


G%/

#$rnace MM&C S$per+eaer Plaen Inle MM&C RH Inle MM&C 8* LTSH Inle MM&C 810 Econo)i'er Inle MM&C 8%0 Air+eaer Inle MM&C 8-, E.P. Inle MM&C 8"%* ID #an Inle MM&C 8"/* ID #an O$le MM&C J",

8( 8* 818%1 8,% 81/! 8"%, J"1

8( 8* 81* 8", 8(, 81*, 810! J1(

8( 8* 81" 8"! 8%% 81", 81*" J0

8( 8( 8* 810 8(1 8/! 8"(! 8"0" J"/

1.12.5 FUEL T+e 3$el aa on 6+ic+ +e $aranee' i5en are a' 3ollo6'  De'cripion

ni

#$el Pro7i)ae Anal2'i' #i7e Car?on 4olaile Maer Moi'$re A'+ Grina?ili2 Ine7 Hi+er Heain 4al$e Sie o3 coal o )ill

De'in Coal

    HGI ))

"*.!! 10.!! 1".!! ((.!! */ @cal;@ "*

%*!!

1* 2-

1.12.6 MILL AND BURNER PERFORMANCE

De'cripion

HP Heaer' in ni 888888888888888888888888888888888 HP Heaer' MCR //.-" -!./( *%.*0 o$ MCR MCR MCR NCR

No. o3 )ill' in operaion8 , Mill loain  /,.0 Air o6 per )ill ;+ 0,./ ! Air e)p. a )ill Inle C Mill O$le e)pera$re !C #inene'' +ro "!! )e'+ B$rner Til De !

, --.( 0"./ ",/ -8 J1!

1.12. 02 C,2 ;DR: !OL< AND O72en in a' a Econo)i'er O$le  %., %., Car?on8i8o7ie  1*.- 1*.in a' a Econo)i'er O$le E7ce'' air in  "! "! a' a Econo)i'er O$le

* -*., 0".1 "*% --! J"*

( -%."1 01.1 "(0 --! J"*

, 0!.! 0/." "(* -- --! -! !

"-* -!

EXCESS AIR %., 1*.-

(.0 1(."

%., 1*.-

"!

%!

"!

(.%* *./0 !.1! 1.*! !."( !.*! !.*! 1%.!/ !."1

%.0, *.-( !.!0 1.*! !.%( !.*! !.*! 1".,% !.10

%./0 *.-0 !.1! 1.*! !.10 !.*! !.*! 1".(!.10

1.1"./ HEAT BALANCE L,//"/

Dr2 Ga' H"! an H" in 3$el H"! in air n?$rn Car?on Raiaion nacco$ne Man$3ac$rer' Toal Lo''e' Hea Crei' EFFICIENC: 

        

(./, (.-*.0* *.0* !.11 !.11 1.*! 1.*! !.1- !.10 !.*! !.*! !.*! !.*! 1%.*0 1%.*1 !.10 !."!

/,.,! /,.,0 /-.1% /-.*, /-.-"

1, 3.

1.1% CHEMICAL CONTROL LIMITS :&ATER;STEAM CYCLE< Para)eer'

pH a "*!C

"!! M6 :Sae I< *!!M& :Sae II< Con. #ee Boiler Sea) Con. Boiler Sea) /./8 0.!

/./8 0.!

Sp. Con$ci5i2 $';c)

0"8 0.(

Re'. H2raine a' N" H( PP)

!."

!"! !.* 1.! :Ma7< :Ma7<

1.! :Ma7<

"8( .!" .!"

18" !.% !." !.1 !.1 !.!.1 .!1

Toal copper a' C$ pp)

.!!* .!!*

C+lorie a' CI pp) Ma7.

0.! 0."

.!1!8

!"!

!1!

!1!

!1!

!1!

!1!

!1!

.!!* .!!% .!!%

1.!

.!!%

!.*

.!(! .!!*

.!(! .!!*

Soi$) a' Na pp) Ma7. TDS :);i< pp)

0.1 0.( "!.!

.!1!8

Toal Iron a' #e pp) Ma7.

D.O a' !" pp) Ma7.

0.! 0."

!.% !." !."

!.* :Ma7<

P+o'p+ae a' PO( pp) Silica a' Si!" pp) Ma7.

0.!8 0."

%!.!

Caion Con. !.% !.% S; CM

A))o)a a' NH% PPM

/./8 0.!

#ee

!!*

.!!*

1*

1!

131

Para)eer'

SaeI

SaeII &;O Al@ali'er &i+ Al@ali'er

GENERATOR STATOR COOLING &ATER pH a "*!C

,./8-.! :,.*8-.!< ,./8-.! :La?<

/.*80.!

Con. a "*!C $';c)

*

1!

"."

D.O. :);<

1.!

!.1

!.1

GENERATOR S:STEM

H2roen P$ri2 :<

0-.!

De6 Poin :!C< a 3ra)e pre''$re

"1.! :%.!@;c)"<

EC& pH a "*! C :Conrolle ?2< o'in Ca$'ic Sol$ion< 1.14

0-.! "(.!:(.!@;c)"<

0.!80.*

RECOMMENDED LIMIT OF SILICA IN BOILER WATER AT 'H .5 AT DIFFERENT OPERATING PRESSURE TO LIMIT SILICA 0.02 PPM IN STEAM

DRUM PRESSURE

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DRUM S)O2 '' PRESSURE

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1/ 32

BOILER > AFILIARIES

10

33

".!

BOILER AFILIARIES

2.1 BOILER WATER CIRCULATING PUMP N$)?er o9 Elecrical S$ppl2 C+araceri'ic' T2pe De'in pre''$re De'in e)p

 

% No'. :"J1< ,,!! 4ol' 8 % p+a'e 8 *! H.

  

Sinle '$cion8Do$?le Di'c+are "!-.** K;c)" %,,."!C

N,$% 0'"$%+)#7 D+8

S$cion pre''$re  10%."- @;c)" S$cion e)p.  %(/.0!C Specifc ra5i2 a p$)p '$cion a p$)pin e)p.  !.*00% 2. p$)pe  (-00(." li;)in Di9erenial +ea  "/.,* M Di9erenial pre''$re  1.-!/ K;c)" Mini)$) NPSH re=$ire a?o5e 4apo$r Pre''$re  1,.1* M P$)p ecienc2  /( Ho D$2 8 /( Col D$2 BHP a?'or?e  "1* Ho $28%*/ Col e'.

M,+,$ C%$%(+"$)/+)(/

T2pe O$p$ Ser5ice 3acor winding inslation

"otor case design temp'

  

&e Saor8S=$irrel Cae8In$cion (!! H.P. 1.!

/

0E

/ 3(3'3(.

"! 3(

Moor ecienc2 K.&. Inp$ Po6er 3acor O5erall ecienc2 #$ll loa 'pee Line c$rrenU ,., K4 #$ll loa c$rren Moor 'arin c$rren

=

H,+ -+8

C,- D+8

       

/* 1/!.-"." 1(*! RPM "%.% a)p %, a)p' 10! a)p'

//.* %!" !./!* -(.%

=

H,+ D+8

    

**!C !.- @;c)" "/0/! @cal;+r. %!"(! @cal;+r. "!!.," li;)in

  

%*(1." @' 0*%( @' 1%!-*." @'

%"./ a)p

H"%+ E>(%#7"$

H.P Inle e)p :)a7< Allo6a?le pr. rop Hea ran'3er 8 +o $2 Hea ran'3er 8 col $2 H.P. coolin 6aer o6 &ei+ :Appro7i)ae< P$)p ca'e Moor co)plee Toal 6ei+

"." I.D. #AN

T2pe

 Raial

3an

o$?le

'$cion NDV4 (* Ma@e Orienaion Mei$) +anle Locaion

SIDOR  BHEL  S$cion a (*! Deli5er2 a Boo) Horional  #l$e Ga'  Gro$n le5el No. per Boiler "J1 'an?2

"1 3)

F%# D"/)7# R%+)#7

Capaci2 Toal +ea e5elope Te)p. o3 )ei$) Sp. 6. o3 )ei$) Spee

    

*%%./ M%;'ec (!0 MM&C 1*!!C !.-0, @;)% **! rp)

 

"! ((

  

H2ra$lic M;' 4oi+ &e' Ger)an2 1!! onne'

  

San oil l$?ricaion San oil l$?ricaion 4aria?le 'pee +ro$+ H2ra$lic co$plin pl$' a)per conrol.

 

Doe 'lee5e oil RT 8 "! 'ie 8 0 Doe 'lee5e oil RT8"! 'ie80

M%$7)#

#an o6 #an pre''$re F%# -$)?" (,')#7

T2pe o3 3an co$plin Ma@e #an &ei+ L@$)(%+),#

#an l$?ricaion Moor l$?ricaion T2pe o3 3an re$laion

B"%$)#7/

#i7e ?earin E7pan'ion ?earin I.D FAN MOTOR

Man$3ac$rer  SIEMENS;BHEL T2pe  S8)oor Rae 5olae  ,,!! 5ol' Direcion o3 roaion a' 5ie6e 3ro) ri5in en  Cloc@6i'e Derae rain 3or 'pecife  %(!! @6 &aer inle e)p. o3 %/!C

"" 3*

P"$)//)@" ?%$)%+),# ,

a< 4olae :5ol'<  J;81! ?< #re=$enc2 :H<  *! H J;8 * c< Co)?ine 5olae an 3re=$enc2



J;81!

M)#) '"$)//)@" /+%$+)#7

4olae Rae 'pee

 

/! Rae *0, rp)

A+ $%+"- ?,+%7" %#- $""#(8

a< #$ll loa c$rren ?< No. loa c$rren

 

%-0 A 1%0 A

S+%$+)#7 +)" )+ )#) '$")//)@" ?,+%7" , 0 , $%+"-

a< &i+o$ 3an ?< 6i+ 3an

 

1.- 'econ ".* 'econ

B"%$)#7/

T2pe  I< Dri5e en II< Non ri5e en Reco))ene L$?rican $ani2 o3 Oil o6

 Slee5e air coole  Slee5e rin  IOC Gr. 'er5o pri)e8(, or e=$i5alen  *" li;)in. per )oor

C,,)#7 %+"$ $")$""#+ ,$ CACW ,+,$

a< $ani2 re=$ire M%;+r ?< Ma7. per)i''i?le inle 6aer e)p c< Pre''$re o3 6aer a inle o cooler' < O$le e)p. o3 6aer a 3$ll loa :anicipae< Co)?ine 6. o3 )oor o3 'aor an roor



"!., per )oor



%/!C



po -.* ?ar'



(%!C



1!!/!! @'.

"% 3+

".%. #.D. #AN T2pe



A7ial reacion API8",;1,



T6o

Capaci2



",/.* M%;'ec

Mei$) Hanle



#re'+ air

Locaion



Gro$n le5el

Toal Hea De5elope



%-/ MM&C

Te)p. o3 )ei$)



*!!C

Specifc 6. o3 )ei$)



1.!(, @;)%

#an 'pee



0/! rp)



#le7i?le

#an 6.



"*./( onne'

#an ecienc2 a 1!! MCR



/1

#an l$?ricaion



#orce oil circ$laion

Moor l$?ricaion



Grea'e l$?ricae



Blae pic+ conrol



C2l. Roller Br N "(/ C % An.



conac Ball Bearin -"(/ B C2l8Roller Br. N "(/C%

No. per Boiler F%# -"/)7# $%+)#7

T2pe o3 co$plin

L@$)(%+),# ")'"#+

T2pe o3 3an re$laion B"%$)#7/

#i7e ?earin' E7pan'ion ?earin' D"/)7# M%$7)#

#an #lo6

 "! #an Pre''$re 

((

"( F. D. FAN MOTOR

Man$3ac$rer



M;' SIEMENS;BHEL

3

Moor 2pe Direcion o3 roaion a' 5ie6e 3ro) Non ri5in en Sanar coniion' rain a (!!C a)?ien e)p Derae Rain 3or 'pecife nor)al coniion i.e. *!!C Rae 5olae



S )oor



CC&



1,-! @6

 

1(!! @6 ,,!! 4

P"$)//)@" ?%$)%+),# ,

a< 4olae :5ol'<  J8 1! ?< #re=$enc2 :H<  *! H J;8 * c< Co)?ine 5olae an 3re=$enc2 

J;8 1!

M)#) '"$)//)@" /+%$+)#7


 /!  00( rp)

A+ $%+"- ?,+%7" %#- $""#(8

a< #$ll loa c$rren ?< No loa c$rren

 1(- A  (".* A

S+%$+)#7 +)" )+ M)#) '"$)//)@" ?,+%7" , 0 , $%+"-

a< &i+o$ ri5en e=$ip)en co$ple  ?< &i+ ri5en e=$ip)en  co$ple Bearin' T2pe



" Secon 1/ 'econ Dri5e en Non Dri5e en N2 "%" ,"%"8C( N$ ""/

Reco))ene l$?rican 8 Grea'e8Ser5o e) % o3 IOC &. o3 Saor  ,/!! K. :appro7.< &. o3 roor  ""!! @.

"* 2.4 P.A = FAN T2pe Orienaion

 

A7ial reacion AP8"8"!;1" Horional

3-

Mei$) Hanle Locaion No. per Boiler

  

#re'+ Air Gro$n le5el "

   

1*1.- M%;'ec 11*/ ))6c *!!c 1(/! rp)

 

%*.* %!

 

T+2''en 3or) 1% 'ie "*!1 1-.* onne'

  

#orce Oil circ$laion Gre''e Blae Pic+ Conrol

#i7e Bearin



E7pan'ion ?earin



C2l roller Br.N$ "%, C% An conac Ball ?earin -!(! C2l roller Br N$ "%, E

F%# -"/)7# $%+)#7

Capaci2 Toal +ea e5elope Te)p. o3 )ei$) Spee a e'in poin F%# M%$7)#

#an o6 #an pre''$re F%# -$)?" (,')#7

T2pe o3 3an co$plin #an 6ei+ L@$)(%+)#7 ")'"#+

#an L$?ricaion Moor L$?ricaion T2pe o3 #an Re$laion B"%$)#7/

P.A. FAN MOTOR

Man$3ac$rer  M;' SIEMENS;BHEL Moor 2pe  S )oor Direcion o3 roaion a' 5ie6e 3ro) non ri5in en  CC& Sanar Conin$o$' rain a (!!C a)?ien e)p.  "*!! K& Rae 5olae  ,,!! Derae rain 3or 'pecife nor)al coniion i.e. *!!c A)?ien e)p.  "1!! K&

", P"$)//)@" ?%$)%+),# ,

a< 4olae ?< #re=$enc2

 

J81! *! H J;8 *

(.

M)#) '"$)//)@" /+%$+)#7


 

/! 1(0( rp)

A+ $%+"- ?,+%7" %#- $""#(8

a< #$ll loa c$rren ?< No loa c$rren

 

"1" A 1*.* A

S+%$+)#7 +)" )+ )#) P"$)//)@" ?,%+%7" ,$ 0 ,$ $%+"?%" =

a< &i+o$ 3an ?< &i+ 3an

 

F,$ B"%$)#7/

1.* 'ec 1% 'ec D$)?" "#- N,#9-$)?" "#-

T2pe

&ei+ o3 Moor 'aor :@< Moor roor :@<



N8"%" ,"%" C(

 

-*!! @ "1!! @

N ""/

reco))ene l$?rican8Grea'e8Ser5oe) % o3 IOC L@ ,) ()$(%+),# /8/+" , P. A. %#

Tan@ capaci2 T2pe o3 )oor O$p$ rain :)oor< S$ppl2 :)oor< #$ll loa 'pee #re=$enc2

P' Ma@e TYPE AND CAPACITY Spee Di'c+are pre''$re

     



(!! lire' A 8 11"8MA8(# *.* @6 (1* 4J;8 1! % P+ Dela8connecion

1("* rp) *! H J;8 *

 BORNEMANN  E(4 !(* KI# "1*;1  1(*! rp) 1, ?ar

%,% )%;'

"MAE

Main $?e +ea e7c+aner



HALBERG

(1

Do$?le S6ic+ fler Pre''$re relie3 5al5e Oil le5el Ga$e Oil Tan@ Le5el S6ic+ Oil Heaer H2ra$lic Acc$)$laor #lo6 S6ic+ #ine +role

       

INTERNORMEN. KRACHT #LTEC Mane Rol SCHNIE&INDT Ineral H2ra$lic ER HARD 8 #loec Re7ro+

L@" O) '$,'"$+)"/

$ali2 Po$r poin #la'+ poin &aer conen Conen';'oli 3orein )aer 4i'co'i2 a J(!!C

 L 8 TD ,/  ,!C or lo6er  )in "!*!C  Le'' +an !.l;1!! li. o3 oil  Le'' +an !.!* );1!! li.o3 oil  ,1."8-(./ ))";'

"/ 2.5 SCANNER AIR FAN

(2

#an;?oiler.



" no'

One i' A.C ri5en O+er i' D.C.ri5en 1!! 'an?2 Boo'in pre''$re



"*( ))6c

De'in capaci2 o3 eac+



%,!! )%;+r

De'in e)p.



*!!C

Moor rain



-.* HP 8 " Pole

Spee



"0!! rp)



Raial Bac@ 6ar C$r5e

T2pe

Blae Sinle S$cion Mei$) o ?e +anle



D$' laen air

Ma7. D$' concenraion



%!! );M%

Air 2.



1.%! )%;'

Air en'i2 con'iere a "! !C 

1." @;M%

Air en'i2 a operain



1.!0 @;M%



"/* MM&C.

Saic pre''$re e5elope a air 

"/! MM&C

coniion Saic pre''$re e5elope a air en'i2 o3 1." @;M% an a "!!C. en'i2 o3 1.!0 K;)% an a "!!C Po6er Con'$)pion a 3an '+a3 a air en'i2 o3 1." @;M% an a "!!C



,.( HP.

Po6er Con'$)pion a 3an '+a3 a air en'i2 o3 1. !0@;M" > a "!!C 

*.-/ HP.

Direcion o3 roaion o3 i)peller 6+en 5ie6e 3ro) ri5e en Di'c+are Anle 

 Cloc@6i'e. 4ericall2 $p6ar.

"0 2.6 AIR HEATER

(3

PRIMAR: AIR HEATER

T2pe



L$n'ro) Bi'ecor

Air Heaer Sie



"- 4I :M< /!

Roor Dri5e Moor



11 @6 GEC 1*!! RPM (1* 4 % p+a'e *! H.

Spee Re$cer



* APC :#ALK< 11!1

Appro7. oil Capaci2



*! Lire'

Co$plin



11.* #C :#l$i Co$plin<

B$'+in'



Taper loc@ B$'+ > Aaper

No. per Boiler



"

#iler L$?ricaor



4alan 1  BSP



R.S.M. (!! :APCO< 17 NPT CHICACO

AUXILIAR: DRI!E

Air Moor

Pne$)aic Air Moor. Co$plin



Bi??2 Co$plin 1"( 8 A

Roor S$ppor Bearin



SK# Sp+erical Roller +r$' Bearin SK# 8 "0(;*!!

Roor G$ie Br.



"%!,! Sp+erical Roller

RTD



RTD T+er)o Elecric Co.

Oil Capaci2 o3 '$ppor ?r +o$'in

 1*! lire'

Oil Capaci2 or $ie ?r +o$'in

 "! lire'

OIL CIRCULATING S:STEM ;SUPPORT BRG.<

Moor :TE#C<



!.-* @6 1(!! RPM #ra)e 0! ane (1* 4

*! H % p+a'e 3oo )o$ne P$)p



Dela5al 8 1 7 1 NPT :APCO <

#iler



o+n #o6ler 1 BSP

Cooler

 ni5er'al Hea E7c+aner Co$plin  Lo5eo2 L W !0*

%! OIL CIRCULATING S:STEM ;GUIDE BRG<

((

Moor :TE#C< P$)p #iler Cooler Co$plin

 !.** @6 0!* RPM /! GEC. (1* 4 *! H % p+a'e GEC.  Dela5al 8 1 7 1 MPT  o+n #o6ler 1 BSP  ni5er'al Hea E7c+aner  Lo5eo2 L 8 !0*

CLEANING DE!ICES

Moor :TE#C<



Re$cer Co$plin



!.1/ @6 1%/! RPM GEC 8 -1 (1* 4 *! H % p+a'e All Ro2e ("!!1 Lo5eo2 #le7i?le Co$plin L8!-* > L811!

SECONDAR: AIR HEATER

No'. per Boiler Heaer 'ie

 

T6o %!.* 4I :M< ," :,/<

ROTOR DRI!E

Moor TE#C

 1* K& GEC 1/! M 1*!! RPM (1* 4 % PHASE *! HV "0.*( A :#L<  - AP #ALK 1%!.%,1  0/ Lire' : appro7<  11.* #C :#l$i co$plin<  &or+inon H$?  4alan 1 BSP

Spee Re$cer Oil Capaci2 Co$plin' B$'+in' #iler L$?ricaor AUXILIAR: DRI!E

Air Moor Co$plin Roor S$ppor ?r. Roor G$ie Br. RTD

    

R.S.M. "-! :APCO< C+icaco Pnea$)aic Air Moor

Bi??2 Co$plin 8 1"( C "0(;-1! Sp+erical roller +$r' ?r. Sp+erical Roller ?earin SK# "%! 1 HPT Ne+erlan T+er)o Elecro

%1 Oil capaci2 o3 '$ppor ?r +o$'in Oil capaci2 o3 G$ie ?r. +o$'in

 

"*! lire' "* lire'.

()

OIL CIRCULATING S:STEM ;SUPPORT BRG.<

Moor TE#C P$)p #iler Cooler Co$plin

    

!.-* K& /! GEC 1(!! RPM (1* 4 *! H % P+ DELA4AL :APCO< 1 F 1 BSP o+n #o6ler 171 BSP ni5er'al Hea E7c+aner 1 F 1 #lane Coil Lo5eo2 L8!0*

OIL CIRCULATION S:STEM ;GUIDE BRG<

Moor TE#C P$)p #iler Cooler Co$plin

    

!.** K& /! GEC 0!* RPM (1* 4 *! HV % P+ DELA4AL :APCO< 1 7 1 NPT OHN #O&LER 1 7 1 BSP ni5er'al Hea EFc+aner #lane 8 con 1 F 1 Lo5e o2 L8!0*

CLEANING DE!ICES

Moor TE#C Re$cer Co$plin

 !.1/ K& NGE# -*! RPM  All Ro2e ("!!1  Lo5e o2 8 L 8 !-* > L 8 11!

%" 2. STEAM COAL AIR PREHEATER

(*

1. ". %. (.

De'in pr :K;c)"< H2 Te' pr pr :K :K;c ;c) )"< De'in e)p :!c< &. o3 'ea) coil air pre+eaer :@< *. S$pplier' Na)e

PRIMAR:

SECONDAR:

1* %! "!! 1%(!

1* %! "!! %%(!

M;' Docor > Co.M; .M;'. Docor > Co. P5. L. P5. L. T6o T6o

,. No. o3 'ea) coil air pre+eaer per ?oiler. ?oiler. -. Sie ie o3 'ea 'ea) ) coil coil air air (%1/ (%1/7 7"*0! "*0!7" 7"!! !! *,!7 *,!7%% %%%( %(7" 7""* "* pre+eaer :))'< /. In'alle Operaion Horional Horional

2. 2.  S SEA EAL L AI AIR R FAN Man$3ac$rer T2pe T2pe No. o3 #an' per Boiler Locaion Arrane)en #an &ei+

   

BHEL Cenri3$al Cenri3$al 3an NDM811 )oor )oor )o$ne. " Gro$n Le5el Horional S+a3 1%,* @'.

Capaci2 Den'i2 o3 Mei$) oal +ea e5elope Spee

   

,.%/ M%;Sec. 1.!0 K;M% *!/ MM&C 1(-* RPM

   

HBB or E=$i5alen "/! ** @6 S=$irrel S=$irrel cae In$cion. In$cion. Moor TE#C.

Dri5e Moor  Ma@e #ra)e Rain T2pe T2pe

 

%% 2. 2. COAL COAL MILL MILL

(+

BOWL MILL

T2pe T2pe o3 P$l5eri'er P$l5eri'er



1!!% FRP

No. o3 Mill';Boiler



0

No. re=$ire 3or 3$ll loa 

,

Ba'e capaci2 o3 Mill

-! Tonne';+r 3or a P$l5eri'e



#$el fne' -! +ro$+ "!! )e'+ 6i+ a ra6 coal o3 rina?ili2. Ine7 ** HGI an a oal )oi'$re o3 no )ore +an /. Mill )oor



M;'. BHEL *"* K& ,., @5 ,!! RPM

Co$plin

a. T2pe



Gear 2pe e7i?le co$plin 6i+ 'pacer a''e)?l2 ?e6een )ill > Moor.

?. S$ S$ppli pplie er  Bearin'



M;' #ASTS TS .S .S.A .A.. Ani3ricion ?earin' 3or )ain 5erical '+a3 a''e)?l2 o$rnal' '+a3 a''e)?l2 an 6or) '+a3 a''e)?l2.

Coolin S2'e) No. o3 Oil Cooler';Mill

 

I))er'e in oil ?a+

T6o

Coolin 6aer re=$ire)en 3or oil

 Clean

colo$rle''

an

a))onia Cooler'.

cona)inaion 3ree coolin 6aer o3 2 i5en ?elo6 3or +e re'peci5e e)p.

Te)p. !C



2. Lire';Min. Ma7i)$) pre''$re

1!, 

"1!C

%"!c

1(!

1-!

(1!c

1! @;c)"

%( &ear S$r3ace



Griin roll' ?$llrin 'e)en

(

an liner' )ae o3 Hi+ $ali2 Ni +ar :Co)? allo28N< ca'in 4en$ri 5ane' an cla''ife Cone inner '$r3ace are line 6i+ cera)ic liner'. Li3e Li3e o3 roll' oll'; ;ri rin nin in  rin rin' ' 

(!!! (!!!;/ ;/!! !!! !

Spee p$l5eri'er :RPM<

("



Nor)al capaci2 6i+ e'in coal Spee Spee  o3 p$l5 p$l5er eri' i'er er :RPM :RPM<< 

 :T;+r< ,1.!!

:T;+ :T;+r< r< -!.! -!.!! !

Nor)al capaci2 6i+ e'in coal

 :T;+r< *1.!!

Ma7 capaci2 6i+ 6or' coal 

:T;+r< *-.!!

Ma7 cr$'+e coal 'ie +e )ill can

 :MM< %!.!!

accep :))<

%* BOWL MILL MOTOR

(-

Man$3ac$rer



M;' Sie)en' &e' Ger)an2;BHEL B+opal. Moor T2pe  S 8 Moor Sanar Sanar conin$o$' rain a (!!C  *,! @6 a)?ien e)pera$re a' per Inian Sanar Derae rain 3or 'pecife nor)al  *"* @6 coniion i.e. *!!c a)?ien e)p. Rae 5olae  ,,!! 4ol' P"$)//)@" ?%$)%+),# ,

a. ?. c.

4olae :4ol'<  J;8 1! #re=$enc2 :H<  *! J;8 8 * Co)?ine 4olae > #re=$enc2 

Mini)$) per)i''ile per)i''ile 'arin 5olae  Rae 'pee  *0! RPM Sarin i)e 6i+ )ini)$) per)i''i?le

J;8 1! 0! rae 

&i+o$ ri5en  "

Sec. 4olae o3 0! or rae 5olae

6i+ ri5en  %.0 Sec.

A+ R%+"- ?,+%7" %#- $""#(8

a. B.

#$ll loa C$rren No loa C$rren

 

,,A %% A

FOR BEARINGS DRI!E END NON DRI!E END

a. T2pe B. Reco))ene l$ l$?rican &. o3 Moor Saor &. o3 Moor Roor.

 N 8"%! ,"%! C% N N 8 "",  Grea'e 8 Ser5o Ge Ge) %! # IO IOC  *-!! K'  "!!! K'

%, ).

2.10 2. 10

RAW COA COAL L FE FEED EDER ER

T2pe T2pe



SECO 8 %, Gra5i)aric Gra5i)aric :6i+ Mec+anical &ei+in<

Capaci2



Mini)$) 8 11%*! K;+r. Ma7i)$) 8 /-/"! K;+r

S$pplier



SECO. .S.A.

N$clear Monior



" in No. :pper an Lo6er<

$ani2 Re=$ire



1/ RH

Den'i2 o3 )aerial o ?e +anle K;)%



-"! o 1"/!

Dri5e Moor :K&<



*.,

Clean o$ )oor :K&< Po6er '$ppl2

 

!."" (1*4 %φ  *! H

Gear re$cion



1%!.*1 a 1% 1%-* rp)

Special 3ea$re'



#ree 'anin conrol ca?ine Tropic Tropical al 'er5ice 6aer 'pra2' 'pra2' )oion )onior P$re air 5al5e.

SECOAL !AL!ES T:PE

LOCATION

%, pre''$ri'e Coal 4al5e' a. Li)ior=$e operae

 A Ra6 Coal ?$n@er o$le

?. C+ain operae

 A Ra6 coal 3eeer inle.

B$n@er S+$ o9 Gae' Man$3ac$rer T2pe T2pe Moor rain

 Soc@ E=$ip)en Co.  Rac@ an Pinion Pinion : pre''$ri'e pre''$ri'e<<  !.(0" @6 Ma o3 ae  Sainle'' Seel

%)1

P$l5eri'e #$el Pipin



Ma o3 'rai+ pipe

 Car?on Seel

Ma o3 Ben'

Ca' Seel;Be'al line

". 11 COAL BRNERS T2pe

 Tilin anenial

Ma@e

 BHEL

No. o3 Coal B$rner' 3ee ?2 eac+

 (

P$l5eri'er. No. o3 ele5aion o3 B$rner'



0

Toal No.o3 Coal ?$rner'

 %,

Te)p. o3 Coal Air Mi7$re

 ,,8 --!C

Ma7 allo6a?le e)p. o3 B$rner' T$rn o6n raio

 /*!! C  (1

". 1" OIL BRNERS :Hea52 Oil < )an$3ac$rer' T2pe

 BHEL   8 :2pe<

No . o3 Oil B$rner' per Boiler

 1, : ( per ele5aion<

Ao)i'in )ei$)

 Sea)

Sca5enin )ei$)

 Sea)

D$raion o3 Sca5enin

 * MIN

Te)p. o3 oil a ?$rner inle oC Oil pr. rane a B$rner' @;c)" T$rn o6n raio

 1"!  %.-. o 1%  %1

Oil 5i'co'i2 ?e3ore +e ?$rner' :c'< 

1* 8 "/

Co)?$'ion air e)p oc

 %"*! C )a7.

Copaci2 o3 eac+ B$rner :@;+r<

 ""*!

%/ )2

".1% #EL OIL IGNITORS Enclo'$re Con'r$cion

Man$3ac$rer T2pe Hea in p$ per inior No Inp$ 4olae O$p$ 4olae Inp$ c$rren Spra@ rae D$2 c2cle Operain e)p. Spar@ e)p.



         

Hea52 $2 corro'ion re'i'an 'eel NEMA8( rae M;S C.E. .S.A.  Hi+ Ener2 arc Inior 1" o$le';'par@ 1, : ( per corner< 11! 4AC J 1! *! J;8 * c;' "*!! J 1*! 4DC * A)p' R)' :)a7.< (; 'ec. 1* )'. ON %! )'. O## 8 (!!C o -* !C 8 (!!C o 0*!C

F">)@" (%@"

Con'r$cion



Len+ Ben rai$' Operain 5olae Spar@ Ro Con'r$cion

  

Len+

Operain 5olae Operain e)p. : ca?le en <

  

 

Nic@el ?rai '+iele con$i -., ) : Ma7.< 1!! )) %!!! 4DC : Ma7.< *;/ ';' $?e 6i+ ';' 6ire ?rai : e7i?le < *;/ *;/ S;S $?e :rii< 1/  Ma7. Toal e7i?le 'ecion o (" Ma7. %!!! 4DC Ma7. 1!! !C

%0 )3

Operain e)p . : ip en <  *(! !C Inior ip Operain e)p.  ,*! !C : )a7<. Len+  101 J; 8 % )) Dia.  1*0 J;8 !81* ))

". 1( #EL OIL PMP T2pe No. o9 Roaion Capaci2 Pre''$re Spee P$)p BHP M,+,$

S$cion #iler Me'+ Di'c+are #iler )e'+

Ma@e  Alle6iler  Scre6  % : 1 'an?2 <  Cloc@6i'e 3ro) Moor en  11(! l p) a 1*! c'.  %! @ ; c)"  1(*! rp)  ,* @6 a Min. c'. -% @6 a )a7. c'.  /* @6  *!! Micron  "*! Micron

". 1* H#O STEAM HEAT EFCHANGER TYPE

  T$?e +air pin 2pe 2pe Oil on '+ell 'ie conen'in 2pe.

No  * J1 Heaer area  (* M " Oil o6 rae  11"* l p) Oil e)p rane  1*! !c : oil < De'in pre''$re : Oil <  %" @ ; c)" : oil 'ie < Relie3 5al5e 'e pre''$re  %" @ ; c)" Sea) para)eer' De'in pre''$re  1, @ ; c)" H2ra$lic Te' pre''$re  "( @; c)" H2ra$lic Te' pre''$re  "( @; c)" De'in Te)pera$re  ""! !C

(! 2.16 H. P. DOSING S:STEM

)(

TANS

PREPRATION

Capaci2 : M%< Ma o3 )i7er '+a3 Tan@ Plae Ma

 1. "*  SS  #i?re

METERING TAN

1."* SS #i?re la''

D,/)#7 ''/

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    

One per $ni 11!. % T;+r. pne$)aic &CB S( S("! " J H"

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( Geare MOTOR !.* HP 1.1 RPM a % P+a'e (1* 4 *! H.

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TRBINE > AFILIARIES

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1-*! @.

Operain

1*"* @.

Se Pre''$re o3 6aer e7pan'ion

(1@;c)" .

relie3 5al$e Hea ran'3er Area

%!)"

T$?e 'ie pre''$re ropQ 1., )6c. #$ll loa conen'ae o6 Q 1"*! T;+r

-+

/" 3.12 !ACUUM RAISING S:STEM92 N,/ , 100EACH 1.

Capaci2 o3 4ac$$) p$)p' in 3ree r2 air a Sanar coni ion' 6i+ p$)p operain a 'a$rae in a@e coniion o3 "*.( )) H a?' pre''$re an '$? coole o (.1- !C

?elo6

e)pera$re corre'ponin o a?'ol$e '$cion pre''$re

Q

*! N)% ;+r.

".

Capaci2 a' a?o5e ?$ a?'ol$e '$cion pre''$re *!./ )) H a?' in place o3 "*.( )) Ha?' Q

%.

Di'c+are pre''$re

(.

Coolin 6aer inle e)pera$re

*.

Q

1.!%% K'c a?'.

a< #or l a?o5e Q

1".% !C

?< 3or " a?o5e

Q

"(.* !C

De'in TTD :Di9erence o3 Sa$raion e)p 8 coolin 6aer inle e)pera$re<

,.

-.

/* N)%;+r.

Q

1%.0 !C.

Blan@ o9 pre''$re 6i+ C& e)pera$re %,!C a a< P$)p S$cion

Q

*1 )) H a?'

?< Eecor '$cion

Q

%! )) H. a?'

Mini)$) '$cion pre''$re a p$)p inle :allo6e< a %,oC

Q

,* )) H a?'

/.

No o3 'ae'

Q

One

0.

P$)p rae 'pee

Q

*0! rp)

1!

Roor; 5ane ip Spee

Q

"1.0 );'ec

-

/% 11. Po6er re=$ire : a p$)p< a< Ma7i)$) ?< A' per coniion 1 c< A' per coniion "

Q Q

Q 1"! @6 /! @6 0" @6

1". Coolin 6aer re=$ire

Q

-* )%;+r

1%. Sealin 6aer o6 :clo'e circ$i< %" )% ;+r 1(. Sealin 6aer pre''$re

Q

!." KSC :<

1*. Coolin 6aer pre''$re

Q

,.! KSC :<

1,. 4ol$)e o3 conen'er 'ea) 'pace o ?e e5ac$ae Q "1"!)% 1-. P' -"+%). a< p$)p )oel No. " BE 1 %*% 8 OBL ( B< S$cion an i'c+are 'ie Q

"!!)) NB

1/. H"%+ E>(%#7"$ T$?e 'ie OD 7 +ic@ne'' 7 len+ in )) 0. * 7 !./ 7 %/1! 10. Air eecor 'ie

Q

1*! ))

"!. Separaor 'ie

Q

1,!! lire'.

"1. G%$%#+""- P"$,$%#(" a< Capaci2 a *!./ )) H a?' an 6aer 5apo$r o 'a$rae in aiion o -.*!# $ner coolin Q /* n) %;+r. ?< Inle pre''$re "*.( )) H a?' c< po6er a )oor er)inal ?o7 a "*.( )) a?'Q /! @6 < p$)p r$nin i)e o e5ac$ae iniial conen'er 5ol$)e Q 1( )in'. 22. M,+,$ S+%#-%$- C,#+)#,/ $%+)#7

1** @6 *! H !.( @5 % p+a'e a< Rae 'pee *0! rp) ?< #$ll loa c$rren "/! A)p' c< po6er 3acor a rae !./" loa < 2pe '=$irrel cae in$cion )oor.

--

/(

3.13 CONDENSATE EXTRACTION PUMP S$pplier T2pe o3 #ir' I)peller

&or+inon ialia Do$?le S$cion

N$)?er o3 'ae'

(

De'in #lo6 rae capaci2

/1-. %, )% ;+r

Inle 8 Te)pera$re

(%.1 !C

Inle 8 'pecifc Gra5i2 :'pecifc 6. <

!.001 @;)%

NPSH re=$ire

%.( )eer

Di'c+are pre''$re

%" aa

Toal 2na)ic Hea

%"! )eer'

'+$ o9 Hea

%0/ )eer'

p$)p Spee

1(/* rp)

P,"$ C,#/'+),# %+ -"/)7# (,#-)+),#

i<

Po6er inp$ a +e )oor

//,.1@6

Dri5er H.P. ii<

Lo''e' in +e )oor

%(.1 @6

iii<

Po6er inp$ o +e p$)p

/*" @6

i5<

Ecienc2 o3 +e p$)p alone

/"./ 

5<

O5erall ecienc2 o3 +e

-0. ,

p$)p )oor G$aranee po6er con'$)pion 6i+ a

-*, @6

o6 rae o3 ,""!!! @';+r. S"%)#7 %+"$ $")$""#+

i<

#lo6

"M%;+r

ii<

pre''$re

% o 1! aa

iii<

Te)pera$re

%!8*!!C

1..

/* Mini)$) o6 3or conin$o$' 'a?le

"1! )%; +r

operaion C$le'' r$??er ?earin' l$?ricae 6i+

- No'.

&aer M,+,$ , C,#-"#/%+" E>+$%(+),# ''

Man$3ac$rer

TIBB 8 ITALLY

Moor 2pe ORN4G F ,%! ia ( Direcion o3 roaion a'

CONTERCLOCK&ISE

4ie6e 3ro) non8 ri5in en Sanar conin$o$' rain

11"!

a (! !C a)?ien e)pera$re a' per Inian Sanar : K&< Derae rain 3or 'pecife

1!1*

nor)al coniion i. e.  *!!C a)?ien e)pera$re : @6< Rae 5olae : 4ol'<

,,!!

Per)i''i?le rariaion o3 a< 4olae:4ol'<

J;8 1! 

?< #re=$enc2 :H<

J;8 *

Mini)$) per)i''i?le

(,"!

'arin 5olae

1.1

/, Rae 'pee a rae 5olae an 3re=$enc2 : r.p.).<

1(0!

A rae 5loae an 3re=$enc2 an @6

,,!!;*!; 1!1*

a< 3$ll loa c$rren ?< No loa c$rren

1!" a)p "*.1 a)p

P,"$ %(+,$ %+

a< ?< c< <

1!! loa -*  loa *! loa No loa

!.01 !.0 !./* !./!

EK()"#(8 %+ $%+"- ?,+%7" %#- $""#(8 %+

a< 1!! loa ?< -* loa c< *! loa

0,." 0,.1 0*

S+%$+)#7 ($$"#+ ;%'/< %+

a< 1!! 4olae

,1"

C,#/+$(+),#% F"%+$"/=

a< In'$laion 2pe

# MICADR COMPACT

S'%(" "%+"$/

a< N$)?er ?< Locaion c< Po6er re=$ire)en : @6<

1 AT THE BOTTOM !.%

O) C,,"$

a< T2pe ?< N$)?er Pro5ie c< Te)pera$re o3 Oil a o$le o3 oil cooler :OC<

OIL8&ATER 1 *!!C

1.2

/3.14 C,#-"#/"$ T2pe Area o3 Conen'er '$r3ace Area N$)?er o3 coolin $?e' Len++ o3 eac+ $?e Sie o3 $?e' 8 :OD F ic@ne'' in ))< T$?e )aerial 8 &ei+ o3 e)p2 conen'er &ei+ o3 $?e' C.&. o6 C.&. 5eloci2 C.&. e'in C.&. Ma7 e)pera$re C.&. Ma7 o$le e)p Bac@ Pre''$re a MCR Conen'er Te)pera$re ri'e )a7 Ter)inal e)pera$re Di9erence 6i+ C.&. o6' 6i+ 'ea) Pre''$re lo'' conen'er #o$lin 3acor Cleanline'' 3acor

Sinle ",,1" '=. )eer' ",!*! 1(,%! )n "".""* 7 !.-11" SS. %!( ,!! TE 1((./ TE */%1! M% ;+r 1./"// M;'ec. "/oC %,oC (,oC ,*."-/ )) o3 o3 H a "/oC 1!.!!C *.1*oC %.%%1 M&C 0! !.0!

1.3

// 3.15 C,#-"#/"$ +@" ("%#)#7 /8/+" Na)e o3 +e '$pplier TAPROGGE No. o3 cleanin '2'e)' " No. o3 Ball' 1%!! S+$%)#"$ S"(+),#

$ani2 per TCS Slope o3 Screen &i+ o3 Gap Coolin 6aer Ac$aion.

" No'. "*!C -)) 0.!1* @;'ec. Moor operae

B% $"()$(%+)#7 ''

No. T2pe Nor)al capaci2 Nor)al i'c+are P$)p )oor Operain 4olae Rae o$p$ #$ll loa 'pee

1 per $ni KRP8/!8"!! 1"./ @;'ec. 1.! ?ar Sie)en' (1* 4;*! H (.! K& "(

B% C,"(+,$

T2pe No. Ac$aion

S8 1/ " Moor operae

B% !%?"/ Ma@e8 Bier

Inle; o$le ?all collecor T2pe

@/"!. /8%!. " AP

1.(

/0 Maerial 8 +o$'in;Ball; Spinle Ac$aion inle O$le.

GG"*;1. (*-"1; 1.((," Moor operae )an$all2 ?2 in8 'alle '6ic+

!"#+ %#- -$%)# , @% (,"(+,$

T2pe Maerial8 +o$'in;Ball;'pinle Ac$aion

K/"!./ 8"*." AP GG"*;1.(*-"; 1. ((," Man$all2

S,$+)#7

T2pe Maerial8 Ho$'in ;Ball;Spinle Ac$aion

K/"!./8 *!"." AP GG"*;1.(*-"; 1((," Moor operae

B% -)/(%$7"

T2pe Maerial8 +o$'in;Ball;Spinle Ac$aion

K/"!. /8*!." AP GG"*;1.(*-"; 1.((," Man$all2

D)%'$% !%?"

T2pe Ac$aion

A 10a; Taproe Man$all2

A(+%+,$/

Man$3ac$rer Operain 5olae In'$laion cla''

Sie)en' (1* 4;*! H B

1.)

0! S($""# %(+%+),#

T2pe

" SA 1!!*

O$p$ or=$e o open po'iion

-* NM

O$p$ or=$e o clo'e po'iion

-* NM

A(+%+),# , B% (%+()#7 %'

T2pe

M --%"*8 C%(


,! NM


,! NM

A(+%+),# , )#"+ @% !%?"

T2pe

M --%"*8 E%(


"!! NM


"!! NM

A(+%+),# , S,$+)#7 @% ?%?" DN 950

T2pe

M8--%"*8 E%"


1"! NM


"!! N)

A(+%+),# , 3 %8 @% ?%?"

T2pe

M --%"*8 B%-


%! NM


%! NM

B% $"()$(%+)#7 ,#)+,$ BRM 91

S$pplier

Taproe

Operain 5olae

"( 4DC

1.*

01 C,#+$, S8/+"

T2pe

EL% Si)aic S*811!A

Operain 4olae

(1* 4 *! H

Conrol 4olae

"( 4 DC

A$7iliar2 5olae

"(! 4 *! H

3.16 CIRCULATING WATER S:STEM C.W. P'/

1. Na)e o3 Man$3ac$rer

E?ara Corporaion

". T2pe

4erical Mi7e o6 SEMI Open 3$ll o$

'inle 'ae 2pe. %. N$)?er o3 p$)p'

, No'.

(. Di'c+are Capaci2

%%!!!M% ;Hr.

*. G$arane oal +ea a p$)p

0."* M6c

i'c+are ane ,. Rae 'pee

"0* RPM

-. T+$r' ?r. Na)e o3 Man$3ac$rer

To'+i?a Corpn.

T2pe o3 +$r' ?r.

Tilin pa 2pe

Me+o o3 L$?ricaion > coolin

Sel3 l$?ricaion 6i+ coolin 6aer

$?e'. /. Co$plin Na)e o3 Man$3ac$rer

E?ara Corpn. T2pe o3 co$plin Rii co$plin

1.+

0" C.W. M,+,$

Man$3ac$rer T2pe ion MOTOR Sanar Conino$' 8 rain a (!!C a)?ien e)p. Rae 5oae > 3re=$enc2 Rae 'pee a rae 4olae > #re=$enc2. #$ll loa c$rren

To'+i?a Corp. S=$irrel cae In$c App 1*!! @6 ,., K4 > *! H "0, rp) 1/1 A

B"%$)#7 L@$)(%+),# %+"$ & -$)?" ''/

No. Pro5ie Man$3ac$rer Moel No Rae capaci2 Rae Hea O5er +ea an@' capaci2 o3 an@

/ Kirlo'@ar Bro+er L. DB %"; "! ,.1" M% ;+r (" M&C " No' 1* M%

M,+,$

Man$3ac$rer

Kirlo'@er Elecric L. T2pe A;C In$cion MOTOR Rain a *!!C a)?ien ap. %.- K6 Rae 5olae p+a'e > 3r=$enc2 (1*4 % p+a'e*! H Rae 'pee "0!! rp)

1.

0% B++"$8 !%?"

i< Na)e o3 Man$3ac$rer

#o$re'' En. :Inia< L.

ii< Openin i)e 3ro) 3$ll clo'e o (* o ,! 'ec. 3or p$)p Di'c+are 3$ll open po'iion $c iner

an *1J* 'ec. 3or connecion 5al5e.

iii< Clo'in i)e 3or 3$ll clo'e po'iion

(! o ,! 'ec. 3or p$)pi'c+are an *1J* 'ec. 3or $c iner connecion 5al5e.

M,+,$ ; !%?" O'"$%+)#7<

T2pe

S=$irral cae.

Rain > 3$ll loa c$rren

-.*@6.> %! A)p

De'in Tor=$e

".(- @;)

po6er '$ppl2

(1*5 % *! H

Gear Rae

"".(  1

E"(+$)( H8-$%)( A(+%+,$

T2pe

Gear ; 4ane T2pe

No

One. 6i+ one 'an?2.+an p$)p

Rae capaci2 > Hea o3 eac+ p$)p

(/ LPM a 1*! @;c)"

No. o3 Oil an@

One

Capaci2 o3 Oil an@

!."* M%

Acc$)$laor capaci2 0* Lire' Ma7. 6or@in Pr. o3 acc$)$laor

1*! @ ; c)"

0( 1.-

GENERATOR > AFILIARIES

0*

11.

4.0 GENERATOR 4.1 G"#"$% Ma@e T2pe Coe Coolin  'aor 6inin Saor core  roor

BHEL :K&< THD# 11*;*0 IEC %(81 4DE !*%! Direcl2 6aer coole. Direcl2 +2roen coole.

RATING

Apparen po6er *// M4A Aci5e Po6er *!! M& Po6er 3acor !./* :la< Ter)inal 5olae "1 @5 per)i''i?le 5ariaion in J */  4olae. Spee; #re=$enc2 rp);H %!!!;*! Saor corren 1,"!! A)p'. H2roen pre''$re @ ; c) " ( S+or Circ$i Raio !.(/ fel c$rren : Calc$lae 5al$e< (!(! A #iel 4olae %(!4 Cla'' an 2pe o3 In'$laion MICALSTIC :Si)ilar o cla'' #< No. o3 er)inal' ?ro$+ o$ , Re'i'ance in o+)' a "!oC Saor 6inin ?e6een er)inal' $87 !.!!1(1( 582 !.!!1( 168 !.!!1("!

111

0, Roor 6inin

#18 # " !.!,/"0%

MAIN EXCTTER

Aci5e Po6er

%-/! K6

C$rren

,%!! A

4olae

,!! 4

'pee

%!!! rp)

Pilo E7cier Apparen po6er

,* K4A K4A

C$rren

10*A

4olae

""!4 :1J 1!<

#re=$enc2

(!! H

P.#.

!.,

(."

4olae Re$lain S2'e)

1.

T2pe

T+2ri'ia) !(8"

".

Ma7i)$) o$p$ 5olae

"*! 4

%.

O$p O$p$ $ c$rr c$rren en 3or 3or fel fel 3or 3orcin cin

1*" 1*" A

(.

O$p$ c$rren 3or rae

//A

Generaor loa. *. ,.

A$7iliar2 A$7iliar 2 4olae' 3ro)

+ree p+a'e '$ppl2. '$ppl2. ""! 5

Pilo e7cier e7cier 3or +2ri'or 'e'

(!! H.

D. C. 4olae #ro) 'aion

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3or conacor' > ri5e'. -.

Po6er o6er inp$ inp$ con conin in$o $o$' $'l2 l2

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112

0/. Po6er o6er inp inp$ $ '+or '+or i) i)e 0. DC 4olae 3ro) Saion ?aerY "7"( 3or conrol an re$laion. 1!. Ra Rae 'econar2 5olae 11. Po6er inp$ o3 4olae rn'3or)er per p+a'e 1". Rae Rae 'econa 'econar2 r2 c$rre c$rren n 1% . lo''e' p+a'e p+a'e in conn connecin ecin  lea' lea'<< 1(. Acc$rac2 o3 conrol 1*. Sein Sein rane rane o3 5olae 5olae

 1 @6 Ma7. 1* A Po'ii5e Ma7. ,A neai5e 1"!5 " 4A *A Po6er inp$ o3 c$rren ,.* 4A :Pl$' ran'3or)er per

Beer +an J 8 !.* J*/ 8 1* o3 Poin poenio )eer no)inal eneraor 5olae. 1,. Se Sein rane o3 rop J !81! epenen on +e co)pen'aion co)pen'aion or co)p$nin co)p$nin 'ein o3 +e poenio poenio )eer )eer an proporional o reaci5e c$renZ 888888888888888888888888888888888888 8888888888888888888888888888888888888888888888888888888 888888888888888888888888888888888888 88888888888888888888888888888888888 888888888888888888888888 888888 Z Direc Direcion ion o3 reaci5 eaci5e e c$r c$rre ren n co)pen co)pen'a 'ain in epen epen  on on +e +e p+a'e p+a'e relaion 6+ic+ i' eer)ine ?2 connecion o3 CT' o T4R er )inal'. TORQUE CRITICAL SPEEDS

1. Ma7i Ma7i) )$) '+or '+or cir circ$i c$i or=$e o3 'aor a line o line 'inle p+a'e '+or circ$i.

1(// 1(// @p) @p)

". Mo) Mo)en en o3 ine iner ria ia o3

1!! 1!!!! !! @) @)" eneraor '+a3.

113

0/ %. Criical 'pee : Calc$lae < n@1 n@" n@%

1(.( '81 :4GEN< %!. 1 S81 :48EFC< %0./ '81 : S8GEN<

GENERATOR !OLUME AND FILLING QUANTITIES

1. Generaor 5ol$)e : Ga' 4ol$)e< ". Co" fllin =$ani2 ZZZ %. H" fllin fllin =$an =$ani i2 2 ZZ :o ( ?ar< ?ar<

/! )% 1,! M% : STP< Z *"! M% :STP< Z

Z

STP Q Sanar e)pera$re an pre''$re. O !C an 1.!1% ?ar o DIN 1%(%. ZZ 5ol$)e re=$ire 6i+ $ni a 'an 'ill 6i+ +e $ni on $rnin ear +e 5ol$)e 6ill ?e +i+er. ZZZ Co" =$ani2 @ep on 'oc@ )$' al6a2' ?e '$cien 3o re)o5al o3 +e e7i'in +2roen fllin . All 5al$e' are appro7i)ae.

4.3

GENERATOR PROTECTIONS GENERATOR Generaor' are +i+ =$ali2 )ac+ine' 3or 'ec$rin +e ?e' po''i?le conin$i2 o3 po6er '$ppl2. In aiion o a '$ia?le ec+ nical e'in an re'pon'i?le )oe o3 operaion pro5i'ion +a' +ere 3ore ?een )ae 3or a$o)aic proecion 3acili2 +e 3ollo6in pro ecion' +a5e ?een pro5ie in +e *!! M& T. G.

1. ". %. (.

Generaor Di9erenial proecion :/-G< Gener Generao aorr Lo6 3or6 3or6ar ar  po6er po6er proe proeci cion on : %-G < Neai Neai5e 5e p+a'e p+a'e 'e=$e 'e=$ence nce proe proeci cion on :(,G< :(,G< Pole 'lipp 'lippin in proe proeci cion on : 0/ G< *. ner 3r 3re=$enc2 pr proecion : /1 G<

11(

00 ,. L.B. L.B.B. B. Pr Proec oeci ion on :*! :*! G< G< -. Gen Gen fel fel 3ail$r 3ail$re e proe proeci cion on :(!G :(!G<< /. Sao Saorr Ear+ Ear+ 3a$l 3a$l proe proeci cion on :,( :,( G1 > ,(G" ,(G"<< 0. Iner Iner $r $rn n 3a$l 3a$l proe proeci cion on :0* :0* G< 1!.O5er loa proecion : *1< 11. O5er 4olae 4olae proecion : *0G< 1". Gen. Bac@ $p i)peance proecion : "1G<

4.4 SEAL OIL S:STEM 888888888888888888888888888888888888 8888888888888888888888888888888888888888888888888888888 888888888888888888888888888888888888 88888888888888888888888888888888888 888888888888888888888888 888888 De'in Daa 888888888888888888888888888888888888 8888888888888888888888888888888888888888888888888888888 888888888888888888888888888888888888 88888888888888888888888888888888888 888888888888888888888888 888888 Seal Oil p$)p 1 an " air 'ie 8 @in o3 p$)p 'cre6 p$)p T2pe T2pe SNH "1! 8 R(, R(, :All 6eiler< Capaci2 %.% )%;' Di'c+are pre''$re 1* ?ar p$)p )oor 2pe 1 LA % 1%%8 (AA0! :Sie)en'< Rain -.* K6 5olae ; 3r=$enc2 (1*5 *! H C$rren 1(. 1 A Spee "(.1- S 81 T2pe T2pe o3 enclo'$er enclo'$er IP *( No. " No'. 3$ll8capaci2 888888888888888888888888888888888888 8888888888888888888888888888888888888888888888888888888 888888888888888888888888888888888888 8888888888888888888888888888888888 88888888888888888 Seal Oil p$)p% air 'ie @in o3 p$)p T2pe T2pe

Scre6 p$)p SNH "1! 8 R(, R(, :All 6eiler<

11)

1!! Capaci2 %.% )% ;' Di'c+are pre''$re 1* ?ar p$)p )oor T2pe I Ha (1,*8 *!L"! :Sie)en'< Rain. /.* @6 4olae ""! 4.c. C$rren *1 A Spee "(.1- ' 81 T2pe T2pe o3 enclo'$re enclo'$re IP *( No. 1 No. 3$ll 8 capaci2 888888888888888888888888888888888888 8888888888888888888888888888888888888888888888888888888 888888888888888888888888888888888888 888888888888888888888888888888888 8888888888888888 S"% O) '' H 2 %)$ /)-"

Kin o3 p$)p T2pe T2pe

Scre6 p$)p SNH "1!8 R(, R(, : ALL &eiler< Capaci2 ".1- )% ; ' Di'c+are pre''$re 1* ?ar P$)p )oor 2pe ILA% 1%%8 ,AA0! : Sie)en'< Rain ( @6 4olae (1*4 *! H. C$rren -." A Spee 1*./ '81 T2pe T2pe o3 enclo'$re enclo'$re IP*( No. 1 No. 3$ll 8 capaci2. capaci2. 888888888888888888888888888888888888 8888888888888888888888888888888888888888888888888888888 888888888888888888888888888888888888 88888888888888888888888888888888888 888888888888888888 Seal Oil fler $ni air 'ie an H" 'ie Kin o3 p$)p T2pe T2pe :B!llJKirc+< 4ol$)eric o6 rae Deree o3 flraion

Srainer 2pe fler ".,".0 Ma %.% )% ;' 1!! )icron'

11*

1!1 Pre''$re rop acro'' fler No. 3or air 'ie No. 3or H" 'ie

!.% ?ar 6i+ clean " No'. 3$ll capaci2 " No'. 3$ll capaci2

flerZ

Z 1." ?ar 6i+ 1!!  3o$lin.

4.5 GAS S:STEM C!" #la'+ e5aporaor Rain 1/ K6 : ,7% @6< 4olae "(! 4 Hea ran'3er li=$i Marlo+er) 4ol$)e o3 +ea ran'3er "* )% li=$i. Hole in orifce "./ )) Relie3 4al5e on +i+8pre''$re /! ?ar 'ie. Reli3 5al5e on lo68 pre''$re 'ie / ?ar No. 1No. 3$ll capaci2. 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888 GAS DR:ER

T2pe Moor Rain 4olae ; 3r=$enc2 C$rren

/.-! : Boll< J Kirc+< ILA %!-% 8"AA0% :'ie)en'< 1.1 K6 (1*4 *! H ".*A a %/! 4 'pee (/.* S 81

11+

1!" T2pe o3 enclo'$re IP * ( 4ol$)e o3 a?'or?en )aerial "! )% Heaer rain ".* @6 Reeneaion air o6 ae ,* )%;+r No. 1 No. 3$ll capaci2 888888888888888888888888888888888888888888888888888888888888888888888888888888888888 Co)pre''e air fler T2pe AH : H$n an &e ?er< 4ol$)e o3 aci5ae car?on 1% )% Ser5ice +o$r' appro7. 1*!! +r' o "!!! Hr' T+ro$+p$ /! )%;+r' a / ?ar No. 1 No. 3$ll capaci2 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888

4.6 PRIMAR: WATER S:STEM Pri)ar2 6aer p$)p' 1 an "

SS11 DOO1;SS11 DOO" Kin o3 p$)p Cenri3$al p$)p 2pe Cp@ 8c) ,*8 "*! : KSB< Spee (- S 81 Capaci2 10 )%;' Di'c+are +ea /! ) p$)p )oor 2pe ILA ("!- 8 "AA0! :Sie)en'< Rain %- @6 4olae (1*4 +ree p+a'e a.c. #re=$enc2 *! H Spee (- S81 T2pe o3 enclo'$re IP *( No. " No'. 3$ll8capaci2 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888

11

1!% 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 Main fler SSll N *%1 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 Kin o3 fler Srainer 2pe fler 6i+ )ane ?ar'. T2pe 1.*%.1 :BollJKirc+< 4ol$)eric o6 rae "* )% ; ' )a7 Deree o3 flraion 1*! Micron' pre''$re rop acro'' fler !.1 ?ar 6i+ clean fler 1." ?ar 6i+ 1!! 3o$lin No. 1 No. 3$ll capaci2 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 #ine fler SS11 N *", 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 Kin o3 fler 1 pl$ 1 carrie T2pe 1.**.1 :?ollJKirc+< 4ol$)eric o6 rae !.(" )%;' )a7 Pre''$re rop acro'' fler !.1* ?ar 6i+ clean fler 1." ?ar 6i+ 1!! 3o$lin No. 1 No. 3$ll capaci2 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 Ion e7c+aner SS11 N*"! 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 5ol$)e /% Lier' :Bi'c+o9< Re'in Le6ai Re'in 4ol$)e *, Lier' :(* @< No. 1 No. 3$ll capaci2. 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 (.- WASTE GAS S:STEM De'in Daa Bearin 4apor E7+a$'er 2pe (!%, M7 /!11" :Anon piller KG<

11-

1!( Moor Rain 4olae; 3re=$enc2 C$rren Spee T2pe o3 enclo'$re 4ol$)eric o6 rae ?ar No.

eM /!8" !.-* @6 (1* 5 *! H 1.,* A (0 S 81 Raial8 o6 %/! )% ; + a 1!) " No'. 3$ll capaci2.

888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888

(./ EFCITATION SYSTEM 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 De'in Daa 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 A8 6+eel :neai5e polari2< No.; 2pe o3 ioe' No.; T2pe o3 3$'e' Re'i'ance; 4olae ; C$rren Per 3$'e No. o3 RC ne6or@'

,! No'.;''i1 1" 1"! S% :Sie)en'< %! No'.;% NC 0 *%/ Appro7. 1*!; /!!4 /!! A , No'.

888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 B8 &+eel : Po'ii5e Polari2< No. T2pe o3 ioe' No.; T2pe o3 3$'e' Re'i'ance; 4olae ; C$rren Per 3$'e No. o3 RC ne6or@'

,! No'. ;SSil 1% 1"! D% :Sie)en'< %! No'.;% NC 0 *%/ appro7. 1*!; /!!5 /!! A , No'. Sro?o'cope

12.

1!* T2pe

L7*8%!;%,8" :Bioc+iner< "(! 4 *!;,! H. 1 No.

4olae #re=$enc2 No. o3 'ro?o'cope

88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 E7cier air r2er 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 T2pe

M 1"! :Berner Iner naional G)?+< 1."/ K& "(! 4 *!;,! H 1"! )% ;+ %* )%;+ IP *( 1 No.

Rain 4olae #re=$enc2 A?'orpion air o6 ae Reeneraion air o6 rae T2pe o3 enclo'$re No. o3 r2er

88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 Ac$aor 3or e)erenc2 coolin a)per in ?a'e 3ra)e T2pe 4D,8AG1!! :LE&A< Moor ILA%!,%8"AA0" VK1- :Sie)en'< Rain !."* @6 4olae;3re=$enc2 (1*4*! H C$rren !.-1 A Spee *!S81 T2pe o3 enclo'$re IP** No. O3 ac$aor' " No'. Ac$aor 3or e)erenc2 coolin a)per in enclo'$re T2pe Moor Rain 5olae ; 3re=$enc2 C$rren

4D,8CK %*!:LE&A< ILA%!,% 8 "AA0" @1:'ie)en'< !."* @6 (1*4 *! H !.-1 A

121

1!, Spee T2pe o3 enclo'$re No. o3 ac$aor

*! ' 81 IP ** 1 No.

888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 4. COOLER DATA 888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 De'in Daa 3or +e H" Cooler T2pe "7 KG1"8%*,;"0;,;"8NS48SR"! :( Secion' "* eac+< H2roen pre''$re ( ?ar Ga' o6 %% )%;'

ni' Maerial' an Pre''$re' #in' T$?e'

C$ C$Vn"/Sn

88888888888888888888888888888888888888888888888888888888888888888888888888888888888 Hea i''ipain capaci2 (./*0 Gcal T$?e'+ee' C$n(! 8888888888888888888888888888888888888888888888888888888888888888888888888888888888 Col a' e)pera$re

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T2pe Conrol

po'ii5e i'place)en !81!! a$o)aicall2 ?2 pne$)aic 'ro@e po'iioner.

No.

" eac+ o3 1!! cap.

C,%7%#+ %)- '$"'%$%+),# T%#

No'.

" eac+ o3 1!! cap.

Conrol

!81!! )ann$al2 ?2 )icro)eer ial.

T2pe

Po'ii5e i'place)en 2pe.

C,$)#%+),# S8/+"

13)

No'. o3 c+lorinaor'

(

Capaci2

1! K;+r.

T2pe o3 Inecor &aer Boo'er p$)p

4ac$$) 2pe % No'. :" 6J1 '< Horional cenri3$al 2pe.

5.3

D.M. PLANT GENERAL No'. o3 'rea)

%

Nor)al #lo6 +ro$+ one 'rea) D.M. 6aer 'orae an@

1%!)%;+r % no'. o3 "!!! )% eac+.

1"! DEGASSED 9 WATER PUMP

No. o3 :Nor)al operaion % No'.< in 'an ?2 capaci2 1(! M%;+r. A)$ B,"$/ %#- P'/ BLO&ER

PMPS

No'.

(

%

Cenri3$al

Cenri3$al

T2pe

Horional 2pe ANION EXCHANGER

No. o9;'rea)

"

De'on o6 rae

1%! )%;+r.

S+ell linin

(.* )) +ic@

S+ell Maerial

IS 8 "",.

Sie

&BA "1!! 7 (,//

13*

SBA "1!! 7 *%"! 2.

&BA (.( )% 8 IRA 8 0% RE SBA *.1- )%8IRA8(! RC

Reeneraion

NAOH

MIXED BED UNITS

No. o9

%

De'in o6

1%! )%;+r.

S$r3ace o6 rae

(! )%;+r;)"

)aerial

IS8"", '+ell.

Re'in

CaionJanion " M%J ")% IR81"! Q MB J IR (!" MB

1"1 REGENERATION S:STEM

Sorae an@'

Aci

Al@ali

No. Sie Dia > Len+

( %"!! φ 7 ,-,,

(

Capaci2

*! M%

*! M%

Linin

RL8(.* ))

RL (.* ))

Concenraion o3 c+e)ical

%!

(/

Aci

Al@ali

"

"

Horional

Horional

Cenri3$al

Cenri3$al

"! M%

"!M%

%"!!));,-,! ))

UNLOADING PUMP

No'. T2pe Capaci2 TDH M&C

1!

1!

13+

T$%#/"$ ( $"()$(%+),# ''= ,$ A%)

No'.

"

Capaci2 an +ea

1! M%;+r. > 1! M&C

S$cion

#looe

Do'in p$)p  No'.

"

Capaci2 M%;+r

A' re=$ire :! o 1.*< ! o ".( TDN M&C

"

Po'ii5e i'place)en 2pe THD (* M&C

1"" N"+$%)/%+),# S8/+" =

No. o3 pi'

"

Capaci2

(*! M%

R"()$(%+),# ( -)/',/% '' =

No'.

";p :Toal ( no'.<

Capaci2

1*! M%;+r;a 1* )6c

D$2

% +r'. e5er2 '+i3

D.M. T%#/ =

No.

%

Capaci2

"!!! M% eac+

Sie

1( M φ 7 1(.M 8 H.

Maerial

MS I. S. 8 "",.

13

A(+)?%+"- C%$@,# F+"$ =

No per 'rea)

1

De'in #lo6 rae

1(* M%;+r.

De'in S$r3ace o6 rae

1* M%;+r;)"

#ille H.

1"!! MM

S$pporin Maerial

Grae Gra5el8 ""* )) :H.<

Maerial o3 '+ell

IS "!!" Gr. II Inernal painin

epo72.

1"% C%+),# E>(%#7"$ =

No per 'rea)

"

De'in #lo6 rae

1%! M%;+r.

De'in '$r3ace o6 rae

%* M%;+r;M"

#ille H.

&AC81.!! ) SAC 1.,1! M

2. o3 re'in

&AC 8%.(, M% )%8IRC8/(R# SAC *.*( M%8IR81"! R#

Reeneraion ?2

H2roc+loric Aci

S+ell 'ie 8 "1!! )) φ :6ac< Maerial o3 '+ell IS 8"", R$??er Line.

D"7%//"$ S8/+" =

No'. o3

%

13-

T2pe

#orce ra3 2pe<

Nor)al #lo6 rae

1%! M%;+r

#ille Maerial

P.P.N.

CO" conen in eX$en

* PPM :Ma7.<

S+ell )aerial

IS 8 "",

R$??er Linin

(.* )) +ic@

Sie

"!!! φ 7 **-* + :Dea''er o6er<

1"(

6.0 COAL HANDLING PLANT 6.1

CRUSHER HOUSE No. o3 Cr$'+er T2pe o3 Cr$'+er

6.2

#o$r :(< No'. Rin Ha))er T2pe

Capaci2

1!!! MTPH

Ma7. Coal 'ie a inle

"!! ))

Moor Rain

-*! K&

Bel 3eeer No'.;capaci2

( No'.;1!!! MTPH

4i?rain 3eeer No'.;capaci2

( No'.;1!!! MTPH

#eeer 'ie :MM<

-!!! 7 1,!!

TRIPPER Toal N$)?er Capaci2 o3 ripper con5e2er

, No'. "!!! MTPH

:eac+<.

1(.

6.3

Tra5el o3 rippler

1,* M.

Tra5ellin 'pee

!.% M;'ec.

Bel 'pee

%.1* M;'ec.

Moor o3 ripper

"7*.* @6.

SILOS Toal No'.

1/ No'.

C2linerical porion

0." M.

Conical

%.(/* M

H2p+er Bolic

%.% M Dia. :inernal< -.! M :c2linerical<

1"* 6.4

6.5

TRAC HOPPERS

No. o3 Hopper

One

Ma7. coal l$)p 'ie

"!! ))

Pale3eeer capaci2

1!! MTPH

CON!E:ORS Con5e2or capaci2 T;+r. Bel 'pee M;Sec.

"!!! MTPH "./;%.1* M;Sec. Bel &i+ :Min< 1,!! ))

1(1

1",

ASH HANDLING SYSTEM > AFILIARIES

1(2

1"-

.0 ASH HANDLING S:STEM

.1 HOPPER SPECIFICATION 99999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999

S.No.

De'cripion

No Pro5ie A'+Collecion

Holin

Per Boiler

Capaci2

Rae per Boiler K;Hr. :Ma7 a in Hr'. 1!! BMCR<

88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888 1.

#$rnace ?oo) a'+ +opper

1

%"/!! No le'' +an " Hr'.

".

Econo)i'er

%.

A.H. Hopper

(.

(

/10!

/

a. Pri)ar2

(

"/!!

/

?. Seconar2

(

*%1!

/

I RO&

1,

1!%!!!

/

II RO&

1,

1-*,!

/

III RO&

1,

,"1!

/

1,

"***

11-!

/

E.P. Hopper

I4 RO& 4 RO&

1,

/

1(3

4I RO&

1,

*-!

/

.2 PUMPS SPECIFICATIONS L. P. #l2 A'+ 6aer P$)p' No. o3 P$)p'



(

Locaion



A'+ 6aer p$)p +o$'e

1"/ Capaci2

 11!! M%;H

Hea

 ,* M&C

S$cion

 S$?)ere

RPM

 1*!! rp)

H. P. F8 A/ W%+"$ P'

No. o3 P$)p'

 %

S$cion

 S$?)ere

Capaci2

 %!! M%;Hr

R.P.M.

 1*!! rp)

Hea

 0* M&C

Locaion

 A'+ 6aer p$)p +o$'e

Moor

 11! K&

S"% W%+"$ P'

No'

 " No'.

San8?2

 1 No.

Capaci2

 1!! M%;+r

Hea

 1,! M&C

T2pe

 Cenri3$al P$)p'

Locaion

 In'ie A'+ Sl$rr2 P$)p Ho$'e

R.P.M.

 %!!! rp)

1((

S$cion

 #looe

Moor

 0! K&

F8 A/ S$$8 '' :Re3er ie) 3or Boo) A'+ Sl$rr2 P$)p<

No. o3 p$)p'



Ten :1!< 'ie 'rea)' :eac+ 'rea) +a5in " p$)p' in 'erie'<

No. o3 ni operaion 

T+ree :%< 'rea)' 6or@in an 6o :"< 'an ?2

1"0 T2pe

 Horional 'inle 'ae cenri3$al 6i+ nonclo i)peller

Locaion

 In'ie A'+ Sl$rr2 p$)p +o$'e

Capaci2

 1%!! M%;Hr

Hea

 (! M&C

Moor

 %%! K&

S$$8 S' D$%)#%7" P'

Mo'.

 "

Locaion

 In'ie a'+ 'l$rr2 p$)p +o$'e

Capaci2

 /! M%;+r

Hea

 1* M&C

T2pe

 4erical cenri3$al 'inle 'ae nonclo open 2pe i)peller

S$cion

 S$?)ere

RPM

 1!!!

Moor

 -.* K6

B,++, A/ S$$8 P'

No. o3 p$)p'

 " 3or one $ni

1()

No. o3 $ni in inoperaion T2pe

 one 6or@in > one8'an2;$ni  4erical 'inle 'ae Cenri3$al 6i+ non c lo i)peller

Locaion

 Near Boiler

Capaci2

 "-* M%;+r

Hea

 "* M&C Spee  1*!! rp)

1%! T2pe

 Horional 'inle 'ae cenri3$al 6i+ nonclo i)peller

Locaion

 In'ie A'+ Sl$rr2 p$)p +o$'e

Capaci2

 1%!! M%;Hr

Hea

 (! M&C

Moor

 %%! K&

S$$8 S' D$%)#%7" P'

Mo'.

 "

Locaion

 In'ie a'+ 'l$rr2 p$)p +o$'e

Capaci2

 /! M%;+r

Hea

 1* M&C

T2pe

 4erical cenri3$al 'inle 'ae nonclo open 2pe i)peller

S$cion

 S$?)ere

RPM

 1!!!

Moor

 -.* K6

B,++, A/ S$$8 P'

No. o3 p$)p'

 " 3or one $ni

1(*

No. o3 $ni in inoperaion

 one 6or@in > one8'an2;$ni

T2pe

 4erical 'inle 'ae Cenri3$al 6i+ non c lo i)peller

Locaion

 Near Boiler

Capaci2

 "-* M%;+r

Hea

 "* M&C Spee  1*!! rp)

1%!

l. es$rip!ion +pe o

Mae

Mo"el

!. Mo!or

$!ion Ra!ing

ea"

apa$i!

2n%&re arman *t%. ;4.=? MC

=3> /-7 >(83&nit) 8?5 C&.M.37r. 5=5

8

M

6 @003?50- ; ,O.

40 MC.

;@00 C&.M.37r. =?5

2n%&re arman *t%.

>5AD-GP

= Mtr.

40 C&.M.7r.

=00

4


;83;0 ++-7

40 MC

;@00 C&.M.37r. >?0

pee"

;

s l&rr" Disposal P&mp

+loo%e% @@0 K @

&mp Drainage P&mp s l&rr" Disposal P&mp

+loo%e%

>(83&nit) 4

@@0 K 5

etting 7ea% Press&re o inlet !aterB@5MC t". o 2nlet !ater B=0 C&. M.37r. l&rr" Con#enteration B;B;.4

1(+

,o. o no''les  88

84

(

=3

54 T.37r.

&nit)

*o! spee%

84

(=

per&nit)

>

Aa#&&m P&mp

li&i% ring t"pe &nit

Aa##&m Trans. /i#ien#"B 9>E 400 MM7G ?

,7 8990 C&.M.37r.

?0 K

<&er 7opper.

4 per &nit = per &nit =

C* 8000 C2O (4F4)

@>.>4 C&.M.37r. Aa#&&m

Colle#tor Tan1

4PF4

;> 7G

9

tlas Cop#o ir

Transport ir Compressor

54 MT37r.

8>50 C&.M.3M. Po!er H80%eg.C. > ,os.

I885-8-50

8KC

;

;== K ;0

2nstr&ment ir Compressor. 6PM at #ompressors an% matar 2nger soll 6an% (2) *t%.

9-;38>?

5;@3;500 (s"n.)

*t%.

27/-8,*8

=KC

4@0 C&.M.37r. 50 K

Ka" 2nternational *t%.

>5 C

>(8 3 &nit) ;;

<&er 7opper reation @.>E

> ,os. Dis#arge Temp. O ir B>0 %eg.#. (8per &nit) bo$e mbeint (;F;) ;8

0.> KC

;; K

C"#lone ir aser3 ater 6e&irementB t". B80 C&.M.37r. Press&re B @5MC

2n%&re

84(=3&nit)

1%1 1(

l.

es$rip!ion +pe o pee"

Mae Mo"el ea" apa$i! Mo!or Ra!ing

!.

$!ion ;@ ir 7eater <&er 7opper 8 3&nit 6ating B5K (;F;)

> ,os. 2n%&re

6erigeration ir D"er Compressor B7ermeta#all" seale% 6e#ipto#ating ir Dr"er 2nlet Temp. B48 Deg.C De!point (press&re) B 5.5 Deg. De!point(tmosperi#) B-;0 Deg.C

;4

ir O&t let Temp.B @=.? Deg

MT 2T* 8
DM,850 4505 C&.M.37r.

Troll" Dri$e Motor

T"pe B lip ring in%&#tion

motor

;.5 K  4;5A  @ Pase

6PM B ;000 ("n.)

7oist Dri$e Motor B

T"pe B liping 2n%&#tion

;5

Motor Do&ble Gir%er /OT #rane ? K  @ Pase 450 A Maim&m *it o 7oist B = Meters.

1(-

6PM ;000("n.)
Ai%"&t

; ;0 Tonnes

Kirlos1ar3<arat

;>

ir Dr"ing :nit #ap. B450 C&. M.37r. Gas to be %rie% B #ompresse% air 2nter Con%ition Press&re B = Kg 3 s. #m. Temp B 45 Deg. C.

1%" STAGE  II BOTTOM ASH .,. /&ipment ; #raper #on$e"or Termo1emi1 ital"

2nstalle% 0> nos.

pe#ii#ations Capa#it" - @5

T3r.Po!er

-

Ma1e 88 K P2A

German"  6&%

nos. @

Kettenabri1 German". 8 Capa#it" - 50 T3r.Po!er - ;; K.
Clin1er grin%er Termo1imi1 2tla". A.C. t"pe "%ra&li#all" operate%.

0>

Termo1emi1 2tal". STAGE  II ASH SLURR: PUMPS SEAL WATER PUMPS HP & LP ASH WATER PUMPS

1).

.,. /&ipment ; s sl&rr" p&mps

2nstalle% ;0 nos.

arman :K. 8 nos. +lo! - @00 m@3r.7ea% - 95M!#l

pe#ii#ations +lo!- ;@0 m@3r.7ea% - 40M!#l. Po!er @@0 K3 7.P. s !ater p&mps.

Ma1e >>1$. 0@

Po!er - 8>0 1!3>> 1$ *.P. s !ater.

ortington 2n%ia. @ nos. +lo! - ;;00 m@3r.7ea%- >5M!#l

04

Po!er 8>0 eal !ater p&mps

ortington 2n%ia. 4 nos. +lo! - ;00 m@3r.7ea% -;>0M!#l

Po!er -90 &mp %rainage p&mp

Mater  plant 2n%ia. 5 nos. +lo! - =0 m@3r.7ea% -;5M!#l

K34;5

A 08

K34;5

A 08

Po!er -;; K34;5 A

M

/ngg. Coimbatore.

1%% Motors of St!"-II E#$%&'"(ts l. ,o. Des#ription o /&ipments MP. 6PM ;.

Ma1e

t"

K

P7 AO*T

Crompton Grea$es

4

@@0

@

s sl&rr" %isposal P&mp +or 2n%&re ma1e

@?

;4=8

8

s sl&rr" %isposal P&mp

>.> KA

1)1

+or M ma1e

Crompton Grea$es

;

@@0

@

>.> KA

,G/+

84

?0

@

4;5 A

@?

;4=8

@

Aa#&&m P&mp

;@;

;4=0

4

2nstr&ment ir Compressor

,G/+

>

50

@

4;5 A

<&er 7opper reation
,G/+

>

;;

@

4;5 A

;4?5 5 ;4>0

1%(

7. ) - EQUIPMENTS OF BOOSTER PUMP HOUSE

1)2

4o. es$rip!ion

ea"

Mae

Mo"el

!.

+pe o $!ion

apa$i!

pee" R'M

-o$a!ion

M

6 @003?50-

4 ,O.

;@00 C&.M.37r.

4=8 (Min.)

=?5 (6ate%) 9>@ (Ma.); ;


MC.

+loo%e%

40

>?0(rate%) ?@? (Ma.) ;<


;83;0 ++-7

;>,os.

MC

;@00 C&.Mtr37r.

408 (Min.)

8

Drain P&mp


>5 AD-GP

8(;F;)

;0 MC.

C&. Mtr37r.

;000

De#ant s ater Tr. P&mp.


;4 MC

;50 C&. Mtr37r

@


+loo%e%

40

8(;F;) =50

,O ; P*:6O-? 4

eal ater P&mp

Mater Platt(2)*t%.

TG/

8 ,os.

;=0 Mtr.

>8 C&. Mtr37r

;4>5

s ater 6e#ir#&lation P3P


;03;8 CM/

4,os.

mtr ;800 C&. Mtr37r

;4=0

5<

M T&rbo 2n%. *t%

TPC@503500

;,o.

MC.

;800 C&. Mtr37r

;4=0

>


/T 2O ;?*

8,os.

;4=0

5

s ater 6e#ir#&lation P3P

7.P.s ater p&mp

mtr 50 C&. Mtr37r

+loo%e%

+loo%e%

50

+loo%e%

50

+loo%e%

@5

1)3

1%* EQUIPMENTS OF BOOSTER PUMP HOUSE 4o. es$rip!ion

Mae

Mo"el

!.

ea"

apa$i!

pee" R'M

-o$a!ion

+l&i%omat *mt.

C-;0

4,os.

Prembril

8>C685<

;,o.

Grea$es

7;-800+C

;,o.

Grea$es *t%.

7;-885

4 ,os. (;per series)

Prembril /ngg.

;,o.

+l&i% Co&pling( or 2n%&re ma1e as sl&rr" p&mp) #oop t"pe Aariable spee% 6ange o spee% reg&lation B(F);0E an% (-)40E
+pe o $!ion

?

5

+l&i% Co&pling (or M ma1e as sl&rr" p&mp) #oop t"pe  $ariable spee% 6eg&lation (F);0 E to (-) 40E
1)(

1%,

l.

;8

;@

;4

es$rip!ion +pe o

Mae

Mo"el

!.

$!ion -o$a!ion

ea"

apa$i!

pee"

+or t&be B ;00 Deg. C. 7eat /#anger +or +l&%omat l&i% #o&pling Design Press&reB or sellB5KC +or t&be B 5 KC 7eat e#anging

6e"nol%s /ngg. Corp.

Do&ble Gir%er /OT #rane Cap. B 5.5 Tonnes Ma. *it o 7oist B = Meters. 8.mtr Troll" Tra$el B ;9.@4 Mtr pan B 8;.?4 Meters

Ai%"&t

Oil P&mp or l&i%omat l&i%#o&pling . (;3eries) ;440 7o&se ;5

R'M

Corp.

7"%ro Po!er Corp.

Clariie% ater P&mp Mater Platt(2)*t%. ;40 Mtr. 850 C&.M.37r.. ;4=5 2nsi%e plant s&ppl" to #lariie% !ater tan1 at
4,os ;3#o&pling
;,o. 7-85

4,os.

8 KC

;85
*PM P&mp

;503800GT 8,os. Clariie% ater P&mp 7o&se

,ote B- Tere are 5 series in
1))

ea# series a$ing 4 p&mps in stages ;st stage #o&ple% !it l&i% #o&pling an% gearbo an% 8n% @r%  4t stage
l.

es$rip!ion +pe o

Mae ea"

Mo"el apa$i!

!.

$!ion

pee" R'M

-o$a!ion

./M/r. Remars

MC

2n%&re arman *t%. +loo%e% &#tion
=3> /-7 ;4.=? MC

> (8@) 8?5C&.M.3r.

>5 AD7-GP ;880

8 (;F;) ilo rea

s Disposal P&mp ;F; 5=> (6ate%) as ater P&mp +loo%e%

2n%&re arman *t%. +loo%e% &#tion
=3> /-7 ;4.=? MC

? (8@) 8?5C&.M.3r.

/T 2O ;@ 40

8 ;4=0

5

7DC ater P&mp +loo%e%

Mat&r  Platt (i) *t%. =0Mtr.

6,->5-? tage 84C&.M.37r.

8 ;450

>

>5AD-GP =00

83&nit
;

8

@

4

1)*

1%MOTORS FOR EQUIPMENTS. AT BOOSTER PUMP HOUSE l. 4o.

es$rip!ion Mae 'o6er 7ol! rren! R'M ; s l&rr" Disposal P&mp Crompton gree$es @@0K >.> KA @? ;4=8 ;< s l&&r" Disposal P&mp Crompton gree$es @@0K >.> KA @? ;4=8 8 Drain P&mp 5.5 K @ De#ant s ater Tr. P&mp. ;? K 4 eal ater P&mp ,G/+ >8K 4;5 A ;;> ;4=0 5 s ater 6e#ir#&lation P3P +or M ma1e p&mp Crompton Grea$es 8;0 K 4;5 A @4> ;4=5 5< s ater 6e#ir#&lation P3P +or Mater  Platt (2) Ma1e ,G/+ 8;0 K 4;5 A ;490 > 7.P.s ater p&mp ,G/+ =.5 K 4;5 A ;4>0 ? Clariie% ater P&mp Mater  Platt.(2) *t%. ;50 K 4;5 A = /OT C6,/L Troll" Dri$e Motor B T"pe B lip ring in%&#tion motor ;.5 K  4;5A  @ Pase ;000 7oist Dri$e Motor B T"pe B liping 2n%&#tion Motor ? K  450 A @ Pase ;000

1)+

1%/ BOOSTER ASH SLURR: PUMP HOUSE T"(#)(% D%+% , E)'"#+/=

A'+ Sl$rr2 P$)p Br@r

%%! (.!

%-

,., @4

#l$i co$plin Oil p$)p

".*

Seal 6aer p$)p 1/.!

," ,"

11,

(%!

(./(.11(.1( /./1/.11:Rear< 1, A 1.1(R 10.1( R "!! A

HP 6aer p$)p %.*

/.* *!

1,.*

(%!

*.11R 1(./ R

Decan A'+ &aer p$)p 1*.!

11*!

(%!

1.1(# 1/.1( # ,% A

(%!

HT

*! A

1)

A'+ 6aer Recirc$laion p$)p "1! ,-111"1%

%,0 (%! LT Br@r *.!

1"!!

Drain '$)p p$)p 1!.!

(%!

%" A

*.* /!

CLARI#IED 6aer p$)p

1*!

",-

(%! "*!

%.1(R1/.1(R

Ne6 Cl3.MCC (!! A 1(.!

1%0

B,,/+"$ A/ S$$8 '' H,/" P$,+"(+),# I#+"$,(/ 1. S"% W%+"$ P' I#+"$,(/ 1. Cl3 an@ Le5el No Lo 1. Cl3 Tan@ Le5el 1. Cl3 Tan@ Le5el Lo  Danero$'l2 ;4er2 lo  ". Cl3 Tan@ le5el Daner .lo ".S$cion Heaer Pre''$re S$cion %.An2 ASP 'erie' S$cion

 No Lo

". S$cion Heaer 1. S& P$)p Pre''$re  Lo pre''$re Lo

%. All ASP 'erie' S$cion C+ec@ Mi)ic' LED 3or

1)-

5al5e OR #l$'+in 4al5e

4al5e' OR #l$'+in 4al5e S$cion 4al5e OR #l$'+in Open 4al5e Open Alar)

Clo'e.

2' ooster %S Series 4nterlocks/ S"$)"/ S+%$+ P"$)//)?"/ R"%+"- A%$/

S"$)"/ ) T$)' O#

1. Seal 6aer OR $'+in 5al5e open

S$cion 5al5e open

1. An2 'ar per)i''i5e

". ". #l$i co$plin Oil no a@e 'ar 6i+in 1"! 'econ' 3ro) +e 1' co))an

Sl$rr2 '$)p le5el No8Lo ". An2 o3 )oor oe' per)i''i5e .: No in 'er5ice< Pre''$re lo6.

3ail'

1.

pre''$re lo6 3or an2 o3 +e p$)p'

%. Seal 6aer pre''$re #l$i co$plin Oil elecrical proecion Coolin 6aer lo6. pre''$re *.";0.";1%.";1-." @'c i.e. 1." @'c  ASP i'c+are pr.

%. An2 Moor rip' on ae=$ae 3or all +e p$)p' in +e 'erie'.

%.

(. #l$i co$plin Coolin (. Di'c+are 5al5e no #l$i co$plin. Oil 6aer pre''$re ae=$ae . open 6i+in 1"! Hi+ . 'econ'.

(.

*. Serie' rip. e)p. nor)al.

#l$i co$plin Oil

*.

,.

#l$i co$plin Oil Pre''$re ae=$ae

*.

Di'c+are 5al5e

e)p

clo'e' a3er 'arin.

-. Di'c+are 5al5e clo'e .

,.

Sl$rr2 '$)p le5el Lo6.

-. Sl$rr2 '$)p le5el Hi+. /. All E.P.B.' relea'e .

1(! BOOSTER PMP HOSE TOTAL

AC

FAILURE =

E)erenc2 In'r$cion'

E"(+=

1*.

1.

No li+in 6ill ?e +ere an26+ere.

".

All 'erie' p$)p' rip a' ,., @4 '$ppl2 6ill no ?e a5aila?le.

%.

Seal 6aer HP 6aer p$)p' rip a' +ere 6ill ?e no LT '$ppl2.

(.

All %% @4 line 5olae' 6ill rea ! @4 a' 'enin en 11 @4 ?$'e' are

ea. *.

Baer2 ?an@ 6ill ?e on loa.

A(+),#=

1.

Clo'e +e rippe ASP Serie'  i'c+are 4al5e' )an$all2.

".

Clo'e +e Seal &aer an HP &aer p$)p' i'c+are 4al5e'

)an$all2. %.

Trip +e %% @4 line ?rea@er' an c+ec@ 3or ,., @4 inco)er' iner

rippin. (.

In3or) CB [( an Keep in conac 6i+ CB [( 3or Sar p po6er. Keep 6ac+ on +e ?aer2 ?an@ loa c$rren an 5olae.

1(1 7.* EQUIPMENTS OF SILO AREA l.

es$rip!ion !. apa$i!

Mae +pe o pee"

$!ion

ea"

Dr" +l" s torage ilo Cap. B @50C&.M.F%e&ate spa#e or air

2,D:6/

Mo"el

4o. rpm ;.

8.

8

7"%romi D&st Con%itioner ;00 T37r(Ma.) ,o. o ,o''les B;>37"%romi D&stCon%itioner +lo! tro&g ,o''les B45 C&.M.37r. 2nlet ater Press&re B?0 MC 6otational pee% o #raper B; 40T37r. (Min)

1*1

6PM

2,D:6/

ets @

8 ;00T37r.(Ma.)

ilo eration 0E ea#F; Dis#arge Temp.B ?0 %eg.C. #ommon abo$embeint stan%b") @?5 C&. M37r.

Ka" 2nternational *t%.

?>C ==8 8

,os. 4 6otar" +ee%er ;3silo ;00T37r (Ma)

40T37r. (Min) 2n%&re

5 eration
> &mp Drainage P&mp (;F;) ? as ater P&mp +loo%e% = 7DC ater P&mp +loo%e% 9 Teles#opi# C&te T"pe o transmission B Tro&g in# pee% o liting &p!ar%3%o!n!ar%B5 m3min. /ten%e% lengt B;950MM 9. Teles#ope% *engt B;000 MM ;0

;500 7eater

or

2n%&re

2n%&re arman *t%. Mater Platt(2)*t%. 80 Mtr. Mat&r  Platt (i) *t%. =0Mtr.

ilo @

>5 AD7-GP ;> MC /T 2O ;@

8

6,->5-? tage

8

2n%&re

8

8

ilo Aent +an Operating Temp. ?0 Deg.C Dri$e rrangement BA-8 7P

800MMG3 Terma *t%. 9MMG

;9000 C&.M3r.

800;

1*2

1(" Motors of S%+o Ar" E#$%&'"(ts l. 7.

es$rip!ion

Mae

R'M

KW

'.

*M'.

1*3

;. #rapper or +ee%er 4;5

<arat
8.8

@

5.;@

8.

ilo areation
,G/+

;4>5

;=

@

@8.>

as ater P&mp

,G/+

;4@5

9.5

@

;0.5

7DC ater P&mp

,G/+

;4>0

;0

@

;=.?

ilo Aent +an

,G/+

;4>5

;=.5

@

@@.5

4;5 @. 4;5 4. 4;5 5. 4;5

1*(

1(%

HEA4Y #EL OIL HANDLING SYSTEM > AFILIARIES

1*)

1((

.0 HEA!: FUEL OIL HANDLING /.1

nloain Heaer No'



One

Len+



"* M :Aiional<

Dia



(!! N?

/". Tran'3er P$)p'

Ma@e



Borne)en

No'



T6o :"<

T2pe



T6o 'pinle 'cre6 p$)p

Capaci2



1!! M%

Di'c+are pr



(! MLC

4i'co'i2 o3 Oil +anle



/!8 1-! CST :De'in<

Po6er re=$ire a e'in



Poin Moor Rain



(, K&



Si)ple7

No o9



"

Capaci2



(!!! M%

Dia 7 Hei+



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No'



" :T6o<

Sie

 

% M 7 1.* M 7 1.* M Coil +eaer :conen'ae<

T2pe o3 'rainer'

/.% H.#.O. Sorae Tan@

/.( Drain Tan@

Heain '2'er

1**

1(* /.* Drain P$)p No'

 " :T6o<

T2pe

 T+ree 'pinle 'cre6 p$)p

Ma@e

 Borne)ann

Di'c+are Pr

 "* M&C #lo6 ( M%;+r

Spee

 1(%! rp)

Moor

 " K&

.6 #la'+ Tan@ Sie

 "M 7 "M

In'$laion +ic@ne''

 *! MM

/.- 4erical S$)p P$)p

/./

T2pe



Rae o6

 %! M%;+r

Toal Hea

 - M&C

Spee

 1(*! rp)

Moor :K&<

 "." K&

No. In'alle

 (

Non8Clo

#$el Oil C+araceri'ic' Hea52 #$el Oil Specifcaion

LSHS 

Toal S$lp+$r Conen ?2 6

HPS

IS 1*0% 10-1

8



1.!; Ma7

(.*

Ma7. Gro'' c5. :Kcal;@<



1!-!! :TYP< 1!!! :TYP<

#la'+ poin



,,!C :Min<

,,!C :Min<

&aer Conen ?2 :4ol< 

1.!

1.!

Sei)en ?28&T :Ma7< 

!.!* :TYP< !."*

Kine)aic 4i'co'i2 in 

%-! a *!!C *!! :Ma7< a *!!C

Ceni 'ro@e A'+ percenae ?2 6. :)a7<



!.!*- :TYP<

!.1

1*+

1(,

COMPRESSED AIR SYSTEM > AFILIARIES

1(-

1*

0.! COMPRESSED AIR SYSTEM Man$3ac$rer



Kirlo'@er Pne$)aic

Moel N$)?er



T8BTD8BM



Horional Balance Oppo'e



Ei+ No'



In'r$)en Air

 ( No'.



Plan Air

 ( No'

T2pe o3 co)pre''or N$)?er'

Ac$al capaci2 o3 eac+ co)pre''or 

%!.!

N)%;)in Di'c+are pre''$re K;c)" a$e 

/.!

De'in a)?ien e)pera$re



*! e C

De'in a)?ien pre''$re



!.00-*% K;c)" a?

De'in a)?ien +$)ii2



1!!

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

%0.!*:a(* e.C>-*RH<



1*0 e. C

Air e)pera$re a3er la' 'ae o3 

1,! e. C

a)?ien coniion a' 'ae in aa 'pecifcaion '+ee in M%;Min o3 +e air i'c+are :#.A.D.< Air e)pera$re a3er fr' 'ae o3 co)pre''ion co)pre''ion :ac$al< O$le air e)pera$re :A3er



(" e. C

cooler< !C Co)pre''or ecienc2 a e'in coniion  Mec+anical ecienc2 a e'in

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1* INTERLOCK > PROTECTIONS A. BOILER > AFILIARIES 1.0 AIR PREHEATER INTERLOCS = AIR PREHEATER CAN BE STARTED IF THE FOLLOWING PERMISSI!ES ARE MET =9 G$e ?earin lop ?earin lop i' no in o9 po'iion '$ppor ?earin lop i' no o9 po'iion 8 Air )oor air '$ppl2 a5aila?le :air '$ppl2 re3ore 'olenoi 5al5e;)an$al 5al5e 8 Local p$'+ ?$on in relea'e coniion .

2.0 ID FAN INTERLOCS = ID FAN CAN BE STARTED IF THE FOLLOWING PERMISSI!E ARE MET =9

a. ?. c. . e.

ID #an i'c+are ae in clo'e po'iion. Inle $ie 5ane )ini)$). Scoop po'iion )ini)$). Inle ae clo'e. Bearin e)p. nor)al )oor NDE;DE. #an NDE;DE ?earin e)p. nor)al :O)ni$ar  /! De.C< 3. H2. P$)p on. :an2 one< > H2ra$lic co$plin ?earin e)pera$re Nor)al /! De. C. . H2a$lic co$plin oil pre''$re  1./ KSC. +. Oil e)p. a3er cooler ae=$ae.  ,! De. C I. Sac@ Pa+ a5aila?le. :an2 6o ESP a5aila?le< . An2 APH o ESP a5aila?le 8 &i+ local p$'+ ?$on relea'e I3 ID 3an i' 'are ID 3an 6ill a@e 'ar an inle;o$ a)per' 6ill open. 8 I3 +e a)per' 3ail o open 6i+in 1/! 'econ' +e r$nnin 3an 6ill rip. @. To r$n ID 3an A ID 3an B '+o$l no ?e r$nnin in ?$' A. no. 'ar co))an o r$n ID 3an B on ?$' A;ID #an C Can ?e 'are i3 ID 3an B i' no r$nnin in ?$' B no 'ar co))an o r$n ID #an B on ?$' B ; To r$n ID #an B on ?$' A.I i' e''enial +a ID 3an B '+o$l nei+er ?e r$nnin in ?$' B nor '+o$l ?e ein a 'ar co))an > ID 3an A '+o$l no ?e r$nnin nor i '+o$l ?e ein a 'ar co))an. STAC PATH A!AILABLE CONDITION WILL BE SATISFIED WHEN = 9

a. Seconar2 APHS are in 'e5ice. ?. All a' a)per' APH open. :Bo+ APH re$lain Da)per' an. i'olain Da)per'<

1-1

1,/ ID #AN PROTECTION  2.1 RUNNING ID FAN WILL TRIP IN THE FOLOWING CONDITIONS 9

1. ". %. (. *. ,. -. 0. 1!.

%.!

Elecrical Proecion Trip. E)erenc2 p$'+ ?$on pre''e. Sop co))an 3ro) CB. Bearin e)p Hi+8Hi+. :MOTOR;#AN ; H2ra$lic co$plin< :/! De. C Ann$nciaion 0! De. C Trip<. L$? Oil pre''$re lo6.lo6 'e !.*@ > re'e 1.1 K;c)" #an R$nnin > inle;o$le ae clo'e :Trip a3er 1/! 'ec<. H2ra. co$plin oil e)p. a cooler o$le  ,* e. C Hi+8Hi+. /. #an ?earin 5i?raion Hi8Hi  pre'en 5al$e /! o3 "*.( )icron'; Sec. Corre'ponin #D 3an rip :3or ID 3an8A #D 3an8B r$nnin an #D 3an8A rippe< :3or ID 3an8B #D 3an8A re$nnin an #D 3an8B rippe< po' p$re 3an rip :#SSS<

#D #AN INTERLOCKS 8 FA FAN CAN BE STARTED IF THE FOLLOWING PERMISSI!ES ARE MET 9

1. ". %. (. *. ,. -. /.

Di'+c+are Da)per clo'e. Blae pic+ )ini)$). L$? Oil pre''$re ae=$ae  !.* K;4= /c). Oil an@ le5el ae=$ae. Conrol oil pre''$re ae=$ae.  / KSC An2 l$? oil p$)p r$nnin. #an; )oor ?earin e)p.  /! De. C ID #an per)i.

ID FAN PERMIT WILL BE SATISFIED WHEN 9 a. Bo+ +e ID #an' are in Ser5ice ]OR^ ?. An2 ID #an i' r$nnin an #D 3an i' no r$nnin. &+en i5en a 'ar co))an 3an 6ill 'ar an i' i'c+are Da)per 6ill open. I3 +e i'c+are Da)per 3ail' o open 6i+in 1/! Sec +e pre'e i)e. R$nnin 3an 6ill rip.

%.1 #D #AN PROTECTIONS 8 FD FANS WILL TRIP IN THE FOLLOWING CONDITIONS 9

1. Elecrical proecion' rip. ". E)eren2 p$'+ ?$on pre''e. %. Sop co))an 3ro) CB.

1-2

1,0 (. One ID #an an one #D alrea2 in 'er5ice > corre'ponin ID #an no r$nnin. *. #an )oor ?earin e)p. Hi+ Hi+. 0! De. C ,. O$le Da)per 3ail' o open 6i+in pre'e i)e;3an r$nnin an i'c+are a)per clo'e 3or )ore +an. 1/! 'econ'. - #or 5i?raion )ore +an pre'e 5al$e. /. All ID #an' 'ope 0. Po' P$re #an rip

(.! PA #AN INTER LOCKS  PA FAN CAN BE STARTED IF THE FOLLOWING PERMISSI!ES ARE MET 9

1. ". %. (. *. ,. -. /.

BIae pic+ in )ini)$) po'iion. Di'c+are Da)per clo'e. L$?e Oil pre''$re ae=$ae  !.* K;C)" Conrol Oil pre''$re ae=$ae :Se 0 KSC. re'e 11 KSC<. L$? oil an@ le5el ae$ae :no lo6<. BRG. TEMP No +i+  /! !C An2 one Oil P$)p r$nnin. An2 one PAPH a5aila?le air )oor; elelcric )oor in 'er5ice > re'peci5e a)per' are open. 0. #SSS Per)i 6ill ?e )e i3 no M#T > all col air a)per' no open )ore +an * 1!. Local p$'+ ?$on in relea'e coniion. 3an 6ill a@e a 'ar an i' e'c+. a)per' 3ail' o open 6i+in pre'e i)e. T+e 3an 6ill rip.

(.1 DISCHARGE DAMPER  A. &+en 3an i' in 'er5ice an i' i'c+are Da)per i' open. Co))an oe' o clo'e +e i'c+are a)per o3 o+er non8r$nnin' 3an. B. Bo+ 3an' i'c+are a)per 6ill re)ain open i3 3an' are no in 'er5ice. C. pon i''$e o3 'ar co))an 3or e'inae 3an +e re'peci5e i'c+are a)per clo'e'.

(." PA #AN PROTECTIONS  1. ". %. (. *.

R$nnin PA 3an 6ill rip in +e 3ollo6in coniion'  Elecrical proecion rip. Sop co))an 3ro) CB. E)erenc2 p$'+ ?$on pre''e. #an;)oor ?earin e)p. Hi+8Hi+  0! De.C :O)nia$rJTe)p. S6 in 'erie'< M.#. T.

1-3

*' +'

#an 5nning & !tlet Damper fails to open %fter 1. Sec time' #an 6i7ration 8i98i

1-! *.! SCANNER #AN LOGICS AC #AN  8 Scanner 3an can ?e 'are 3ro) #SSS con'ole. Sar in +e 3ollo6in coniion' a. Scanner $c o 3$rnace DP i' 1*". ()) o3 &CL ?. Lo'' o3 Criical po6er 3or  " 'ec c. Sar co))on AC or DC per'i'in > nei+er 3an 'ar 6i+in * 'ec. FAN CAN BE STOPPED WHEN

a. No Sar co))an an 'op co))an i' i5en. ?. Scanner $c o 3$rnace DP i'  1*".( )) &CL or c. Scanner $c o 3$rnace DP Hi+ ,!!)) &C 3or 1! 'ec'.

*.1 DISCHARGE DAMPER a. Open' a$o)aicall2 a3er 3an i' 'are ?. Open' a$o)aical2 on lo'' o3 criical po6er 3or  " SECS. c. Di'c+are a)per :+i' coniion +ol' 3or ?o+ AC > DC 3an'< Clo'e' a3er * 'ec o3 #an rippin an o+er 3an r$nnin. . Di'c+are a)per CIo'e' 6+en DC 3an i' Sare.

*." DC SCANNER #AN a. I can +e 'are 3ro) #SSS con'ole FAN STARTS AUTOMATICAL: WHEN

a. DP ?e6een 'canner +eaer > 3$rnace i'1*".( )) o3 &CL a3er a i)e ela2 o3 * SECS ?. Lo'' $p Criical po6er 3or  " 'ec'. c. Sar co))an 3or AC or DC per'i'in nei+er 3an a@in 'ar 6i+in * SEC. FAN CAN BE STOPPED WHEN

a. No 'ar co))an pre'en an 'op co))an i' i5en ?. DP ?e6een 'canner +eaer > 3$rnace  1*".( )) &CL

1-(

c. Scanner $c o 3$rnace  ,!! )) &CL

1-1 *.% DISCHARGE DAMPER a. ?. c. .

Open' a$o)aicall2 6+en +e 3an i' 'are Open' a$o)aical2 6+en lo'' o3 criical po6er 3or  " SECS. Da)per clo'e' 6+en 3an i' 'oppe a3er * SEC Da)per clo'e' i3 AC 3an i' 'are.

*.(. EMERGENCY DAMPER OPENING =

a. &+en ?o+ #D #an are o9 ?. Lo'' o3 criical po6er 3or " SEC CLOSING =

&HEN ANY ONE #D #AN IS RNNING

,.! SEAL AIR #AN LOGICS  a. Seal air 3an can ?e 'are 3ro) FSSS con'ole. ?. Seal air 3an A or B 'ar co))an per'i'in > nei+er o3 +e) i' 'arin 6i+in * SEC. c. Seal air 3an A rip' a3er 1* 'ec i3 ?o+ PA 3an' rip . Seal air 3an8A can +e 'oppe )an$al2 i3 3an 8 B i' in 'er5ice an 'op ?$on i' no operae.

,.1 SEAL AIR #AN 8 A CAN BE STARTED FROM

1. Sar p$'+ ?$on ". Sar Co))an Gi5en 3or an2 3an > nei+er o3 +e) i' r$nnin 3or )ore +an * 'ec. %. Ei+er PA 3an on (. Ei+er PA 3an on > 'eal air +eaer o col air $c ela8p Le'' +an 1!1., )) &CL 6i+ a i)e ela2 o3 1! 'ec > no 'op co))an TRIP CONDITIONS

1. P$'+ ?$on ". No PA 3an i' r$nnin 3or )ore +an 1* 'ec. %. #an8B 'op p$'+ ?$on no pre''e.

,." SEAL AIR #AN 8 B 1-)

1. Sar p$'+ ?$on. ". Sar co))an i5en 3or an2 3an > nei+er o3 +e'e 3an a@e' 'ar 6i+in * 'ec +en 'ar co))an oe' o ?o+ 3an.

1-" %. Ei+er PA 3an ON > 'eal air +eaer o col air $c ela8 P 1!1.,)) &CL< (. No 'op co))an. TRIP CONDITION

1. Nei+er o3 +e 3an i'c+are a)per Open. ". Sop p$'+ ?$on. %. Nei+er PA 3an i' on 3or )ore +an 1* 'ec. SEAL AIR FAN 9 B

a. I 'ar' a$o)aicall2 6+en pri)ar2 air 3an i' r$nnin > 'eal air +eaer o col air $c DP i'  1!1. ,)) o3 6cl 3or )ore +an 1! 'ec. ?. Seal air 3an8B rip' a3er 1* 'ec o3 PA 3an rippin. c. #an8B can ?e 'oppe onl2 6+en 3an8A i' in 'e5ice. . &+en 'ar co))an 3or ?o+ 3an' are +ere an none o3 +e 3an' 'ar one )ore co))an oe' a3er " 'econ 3or 'arin +e 3an'.

-.! PL4ERISERS PUL!ERISER START PERMISSI!ES =9 PUL!ERISER START PERMIT

a. ?. 1. ". %. (. *. ,. -. /. 0.

No M#T > An2 3eeer Pro5en. No M#T > B$rner il Horienal > airo6 le'' (! P$l5eri'er i'c+are 4;4 i' open Mill o$le e)pera$re i'  0% De. C #eeer in re)oe Col air ae open No p$l5eri'er a$o $n'$cce''3$l 'ar Tra)p iron ae open #eeer inle ae open Pri)ar2 air per)i a5aila?le L$? oil e)p  %"! #

1-*

1!. L$? Oil '$)p le5el ae=$ae 11.No p$l 5eri'er rip. WHEN ABO!E CONDITIONS ARE FULFILLED PUL!ERISER READ: WILL APPEAR

1-% PRIMAR: AIR PERMIT

#or )ill' A.B.C.D. 8 Ei+er ?o+ PA an ?o+ #D on or an2 one PA an one #D r$nnin an 3o$r or le'' no. o3 )ill' r$n nin an PA +eaer :A.B.C.D< $c pre''$re no lo6 or lo6 lo6. #or )ill' E.#.G.H. 8 Ei+er ?o+ PA an ?o+ #D 3an' r$nnin or an2 one #D an one PA r$nnin 3o$r or le'' pre''$re no lo6 or lo68lo6 FOR PUL!ERISER START FOLLOWING ARE TO BE FUFILLED

1. ". %. (.

P$l5eri'er rea2. Seal air o +eaer $ner ?o6l DP  "!!)) &CL. P$l5eri'er no on. Iniion per)i a5aila?le :% o$ o3 ( oil $n' in 'er5ice an ?oiller loa %! an aacen 3eeer r$nnin a*! loain<. *. Sar co))an i5en.

.1IGNITION PERMITS FOR MILLS =9 MILL 9 A

:a< AB ele5aion % o$ o3 ( $n' in 'er5ice. :?< 3eeer B i' pro5en an 3eeer 'pee  *! an ?oiler loa  %! MILL 9 B

a. % O$ o3 ( AB $n' in 'er5ice or ?. % O$ o3 ( CD $n' in 'er5ice an 3eeer C i' pro5en 6i+ 3eeer 'pee  *! or c. #eeer A or C are pro5en 6i+ *! 3eeer 'pee > ?oiler loa  %! MILL 9 C

a. % o$ o3 a ( CD ele5aion $n' in 'er5ice or

1-+

?. % o$ o3 ( AB ele5aion $n' in 'er5ice an 3eeer B 'pee*! or c. #eeer B or D pro5en 6i+ 3eeer 'pee  *! an ?oiler loa  %!

1-( MILL 9 D

A. B.

% O$ o3 ( CD Ele5aion $n' in 'er5ice or #eeer G or E pro5en 6i+ 3eeer 'pee*! an ?oiler loa%!

MILL 9 E

a. % o$ o3 ( E# ele5aion $n' in 'er5ice or ?. % o$ o3 ( ele5aion $n' in 'e5ice 6i+ 3eeer D pro5en an 'pee*! c . #eeer D or # in 'er5ice 6i+ 'pee *! an ?oiler loa%! MILL 9 F

]A^ % o$ o3 ( E# Ele5aion $n' in 'er5ice. or ]B^ #EEDER E OR G IN SER4ICE &ITH SPEED *! AND BOILER LOAD%! MILL 9 G

]A^ ]B^

% O$ o3 ( E# $n' in 'er5ice an 3eeer # in 'er5ice 6i+ 'pee*! or #eeer # or  H in 'er5ice 6i+ 3eeer 'pee  *! an ?oiler loa  %!

MILL 9 H

]A^ % o$ o3 ( H $n' in 'er5ice. or ]B^ #eeer G or  in 'er5ice 6i+ 3eeer 'pee  *! an ?oiler loa  %!

1-

MILL 9 

]A^ % o$ o3 ( H $n' in 'er5ice ]B^

or % 3eeer  H I' pro5en 6i+ 'pee  *! an ?oiler loa  %!

1-* .2 COLDHOT AIR DAMPERS & TEMPERATURE CONTROL = ]A^ Col an +o air a)per' are relea'e 3or a$o operaion 6+en 8 1. Ho air ae i' open. ". No +o air ae clo'e co))an. %. P$l5eri'er i' on. ]B^ col air a)per 6ill open 1!! 6+en p$l5eri'er i' on an +o air ae i' clo'e or +o air ae 'op co))an i' pre'en. or Col air a)per open' 1! 1!! in ca'e +ere i' a )a'er 3$elrip $pon occ$rance o3 M#T a3er a ela2 o3 * )in$e' :%!! 'ec'< col air a)per e an 1!! open co))an 3ro) #SSS :re3er line **/!% CE8#SSS r no. 1,%/"8"D8/**/ in PA 3an'<. ]C^ Col air a)per clo'e o * open 6+en p$l5eri'er i' rippe an no col air a)per 1!! open co))an or No o3 +e a?o5e ca'e inicae in Ho air a)per clo'e' 6+en  1. P$l5eri'er i' o9. or ". lo'' o3 criical po6er or lo'' o3 +e $ni criical po6er > lo'' o3 ele5aion criical po6er. %. Ho air ae clo'e co))an i' pre'en an +o air ae no clo'e.or (. Mill o$le e)pera$re i' +i+ an ae i' no clo'e.

.3 COAL FEEDER STARTING ]A^ 1. ". %. (. *. ,.

#eeer can ?e 'are 6+en +e 3ollo6in are 'ai'fe 8 P$l 5eri'er i' in )an$al )oe. #eeer 'pee e)an i' a )ini)$). P$l5eri'er in rea2. P$l5eri'er e)p. i'  *( e. > no )ore+an 0% e.C Iniion per)i i' reece > inior per)i' a5aila?le. P$l 5eri'er i' on.

1--

-. No ?oiller rip /. No 3eeer 'op co))an in )an$al )oe. ]B^ A3er 3eeer 'arin 6i+in * 'econ' coal on ?el '+o$l ?e e'a?8 li'+e. O+er6i'e 3eeer 6ill rip. Iniion per)i '+o$l ?e a5aila?le 3or 1/! 'econ' 3ro) +e )o)en 'ar co))an o 3eeer i' i5en.

1-, C 

FEDDER TRIPS WHEN =9

1. Di'c+are c+$e i' pl$e. ". Once #eeer rip' i can ?e re'arie a3er % 'econ' %. #eeer Can ?e 'oppe 3ro) +e con'ole 6+en 'elece o )an$al. (. T+ere i' no coal in ?el. *. Trip' in 3ee rae error o3 +e e)an an '$ppl2 an #eein Mi')ac+e' B2 )ore +an "!.

.4 PRIMAR: AIR PERMIT ]A^ Pri)ar2 Air per)i 3or p$l5eri'er' :AB.CD< > :E#G.H > < air e'a?li'+e 6+en 3ollo6in coniion' air 'ai'fe. 1. Bo+ PA 3an' an ?o+ #D 3an' are on or ". An2 PA 3an i' ON an an2 #D 3an i' ON an le'' +an ( Mill'l are in 'er5ice. an %. Ho PA +eaer.Pre''$re S6ic+e :ABCD< or :MGHS< an +o PA +eae Pre''$re Tran')ier :ABCD< an +o PA +eaer pre''$re ran')ier :E#GH< no Sen'in lo6 : ni PA +eaer Pre''$re i' no Sen'in lo6 < (. Ho PA +eaer. Pre''$re S6ic+e' :ABCD< OR :E#GH< an +o PA +eaer Pre''$re Tran')ier :ABCD< an +o PA +eaer Pre''$re Tran')ier : E#GH< no Sen'in 5er2 lo6. ni PA +eaer Pre''$re i' no Sen'in 5er2 lo6.

?o+ i'

PA HDR Pre''$re i' 'en'e c$rrenl2 6i+ +e +elp o3 +eaer :ABCD<> :E#GH< S6ic+e' in parallel an +eaer pre''$re :ABCD< an :E#GH< ran')ier' :L4M< in 'erie'. #inall2 '6ic+e' an Tran')ier' are @ep in 'erie'. +i' concep

2..

4i'$ali'e o enerae  ni PA +eaer Pre''$re lo6 or lo68 lo6 . A?'ence o3 all +e a?o5e coriion i5e' +e PA per)i 3or ABCD > E#GH ]B^ A3er +e A''ociae p$ll 5eri'er i' ON +e pri)ar2 air per)i i' no loner re=$ire 3or +e p$l 5er'er +a i' in 'er5ice. :C< &+en ?o+ PA 3an' are o9 or ?o+ #D 3an' are o9 all p$l5eri'er' +a are in 'er5ice rip a$o)aicall2.

1-]D^ TRIP O# MILLS #POM P A HEADER PRESSRE 1. T+e Sen'in o3 PA Heaer pre''$re lo6 > Lo Lo ?e a@en 3ro) ?o+ +e +eaer. pre''$re '6ic+e' > pre''ere Tran')ier' +ro$+ L4M' 6i+ an2 one 'e5ic+ :ABCD< or : E# GH< > ?o+ +e Tran' )ier' Sen'in a Lo or Lo Lo 5al$e re'pecli5ell2. ".

P$l5eri'er A o  '+all rip in'ananio$'l2 in +e e5en o3 PA +eaer pre''$re oin LO LO or ?o+ o3 +e PA or #D #an' are no on .

%.

In +e e5en o3 PA +eaer Pre''$re oin lo6 i '+all lea o rae rippin o3 )ill' 3ro)  o E 6i+ a ela2 o3 " 'econ'.

(.

In +e e5en o3 rippin o3 one PA 3an or 1 #D #an )ill  > E '+all rip 6i+ a ela2 o3 " 'econ' 3ro) op o ?oo) ill ( )ill' Ser5ice. Trippin co))an o  oe' in'ananio$'l2 an 6i+ a ela2 o3 " 'econ > '$?'e=$en )ill' 3ro) H8E.

PUL!ERISERS STOP WHEN =9

1. ". %. (. *. ,.

Sop ?$on i' operae. Pri. air rip co))an i' pre'en Boiler Trip Mill Di'c+are 5al5e no open. Iniion per)i re=$ire an lo' 6i+in 1/! 'econ. L$? Oil p$)p rip:a< l$? oil p$)p ON an pre''$re lo6 6i+ a ela2 o3 1! 'econ'. :?< p$l5eri'er ON an l$? oil p$)p NOT ON 3or )ore +an 1! 'econ'.

2.1

-. EPB rip. /. Seal air +eaer;)ini)$) ?o6l p 1"/ )) o3 6cl 6i+ a ela2 o3 I )in$e. 0. Ele5aion po6er no a5aila?le 3or  " 'ec 1!. A$o 'op co))an i' pre'en 11. P$l5eri'er 'ar co))an i' per'i'in ?$ p$l5eri'er no on 6i+in 1! 'econ'.

1-/ .0 CC P' P$,+"(+),#/.

R$nnin CC P$)p 6ill rip in +e 3ollo6in coniion'8 1 Di'c+are 5al5e 1 no 3$ll2 open. ". Di'c+are 4al5e " no 3$ll2 open. % Moor ca5i2 Te)p. +i+ T;C :I.4.M.< an local '6ic+ ; inica or are in 'erie' 6i+ 'e 5al$e  ,!o C an *-."O C re'peci5el2. (. Elecrical rip';EPB rip

.1CC P'/ P"$)//)?"/= 1. Moor coolin 6aer o6 ae=$ae. :  %" Gallon'; Min$e<. ". Ca'in i9 e)p. ae=$ae. :1* e.c< %. Moor ca5i2 e)p. ae=$ae : *-." e.c<. (. Di'c+are 5al5e 81 Open. *. Di'c+are 5al5e 8 " Open ,. EPB Relea'e.. FSSS = LOGICS 0.! M#T CONDITIONS Ma'er 3$el rip i' iniiae i3 an2 one o3 +e 3ollo6in occ$r' :a< All #D 3an' rippe. :?< All ID 3an' Trippe. :c< Inae=$ae 6aer 6all Circ$laion 3or )ore +an * Sec'. :< All CC p$)p' Trippe an :?< All CC p$)p' ela p acro'' eac+

2.2

p$)p 1! p'i an :c< an2 one i'c+are 5al5e o3 eac+ p$)p no open :e< Lo'' o3 Re+eaer Proecion 3or More +an 1! 'econ' : incorpo rae in ARP Ho6e5er #SSS 'en'e' in'ananio$'l2. :3< Bo+ Seconar2 APHS Trippe. :< All Boiler #ee p$)p rippe : +i' circ$i +a' a ela2 a ARP en<

1-0 +<

Dr$) le5el lo6 lo6 3or 1! 'ec'.

i<

#$rnace Pre''$re +i+ 8 +i+ :";% Loic< : J%"*)) &Cl <

<

#$rnace pre''$re lo68lo6 !";% :LOGIC< :8%"*)) 6cl<.

@<

Lo'' o3 all 3$el.

l<

#la)e #all$re

)<

Lo'' o3 $ni criical po6er 3or  " 'ec.

n<

E)erenc2 rip o3 Boiler.

o<

Lo'' o3 ""! 4ol' DC '$ppl2 3or " 'econ'.

p<

Air o6  %!  an Boiler Loa  %!

=<

Lo'' o3 Co)?$'ion Conrol S2'e) C;C;S Po6er :11!4 AC< 3or " Secon' . : +i' i' no connece in o$r '2'e) <.

r<

Si)$lae Trip :$ni paneI in Si)$lae )oe an an2 o+er panel in operae )oe<

'<

All #eeer' o9 > Lo'' o3 po6er a an2 oil ele5aion in 'er5ice. T+e rip re'e' a3er p$rin i' co)plee : p$re $raion %!! Secon' <

2.3

1/! .1 P$7" (8(" = P$re Rea2 'inal 6ill Appear 6+en a. H#O rip 5al5e clo'e ?. All H#O Nole 5al5e' are clo'e c. All P$l5eri'er' o9 . All #eeer' o9 e. No Boiler rip 3. All 'canner' 'en'e No #la)e : #ire?all AB BC DE #G GH H AND DISCRIMINATING AB CDE# > H < . Air #lo6  %! +. All Ho Air Gae' Clo'e i. Dr$) le5el Sai'3acor2 . All A$7 air a)per' )o$lain :AA o <. @. Bo+ PA 3an' o9 l . &in?o7; #$rnace ela p Ae=$ae : "*)) 6cl <. :&+en p$'+ o p$re B$on i' Pre''e P$rin 6ill Sar 3or f5e Min$e'.<

.2 SECONDAR: AIR CONTROL= A. All A$7 air Da)per' AA AB BC CDDE E# #G GH H Mo$lae o Mainiain a pre'e Di9erenial Pre''$re Be6een 6in?o7 an #$rnace Till %! o3 Boiler Loa. B. &+en Boiler loa cro''e' %! +e 'e poin o3 6in?o7 Pre''$re i' Increa'e a$o)aicall2 o ano+er pre'e 5al$e an all a$7 air a)per' e7cep 6+ere +ere i' oil frinSar clo'in 3ro) op o ?oo) in a 'e=$enial Manner o Mainain +e ne6

2.(

ela p. C. A$7 . air a)per' a''ociae 6i+ oil ele5aion' o o a f7e openin o3 %* +e 'ein o3 %*  Ha' ?een pro5ie ?2 BHEL $rin Co))i''onin. D. All 3$el air a)per' ABCD E#GH> Mo$lae accorin o #eeer 'pee a3er +e 3eeer i' pro5en P TO *! o3 3eeer 'pee +e De'inae Da)per re)ainin clo'e an ?e6een 3eeer 'pee 5ariaion 3or *! o 1!! 3$el air a)per )o$ lae' 3ro) ! o "! 

1/1 E. A$7. air a)per' A''ocae 6i+ oil Ele5aion' clo'e' $rin HEA Inior 'ar an open' a3er oil Nole 5al5e' 3$ll open Ele5aion Sare an 'ar i)e +a' e7pire. #. Al 3$el air a)per' clo'e a3er *! Secon' o3 re'peci5e #eeer Trip. G. &+en Boiler loa 3all' o6n o  %! all a$7. air a)per' : e7cep 3$el air< Sar' openin 3ro) Boo) o op in a 'e =$enial Mnanner a a i)e iner5al o3 1! 'ec' eac+.

0.% HEA4Y OIL RECIRCLATION 4AL4E  .3 A Openin 4al5e can ?e opene 3ro) CB 3ro) open p$'+

?$on 6+en all H#O nole 5al5e' are clo'e. .3 B. Clo'in8 1. Recirc$laion 5al5e can ?e clo'e 3ro) clo'e p$'+ ?$on 3ro) #SS con'ole. " T+e 5al5e clo'e' a$o)aicall2 i3 an2 H#O Nole 5al5e i' no clo'e.

0.( :A< H#O Trip 5al5e

a. ?. c. . e. 3.

H#O Trip 4al5e can ?e opene 3ro) open p$'+ ?$on i3 +e 3ollo6in coniion' are 'ai'fe 8 No Boiler Trip ; No M#T. H#O +eaer e)p.i' Ae=$ae 1"! e.c. H#O '$ppl2 pr. i' ae=$ae / KSC. ALL H#O Nole 4al5e' clo'e. No clo'e co))an. IT can ?e opene 6+en H#O Recirc$laion 5al5e i' opene an All Nole 5al5e' Clo'e.

2.)

. H#O Heaer pre''$re. ao)i'in 'ea) pre''$re an H#O +eaer Te)pera$re are no Lo6 lo6 .4 ;B< HFO TRIP !AL!E CLOSES IN THE FOLLOWING CONDITIONS=

a. Lo'' o3 Criical po6er 3or" SEC. ?. Boiler Trip an an2 Nole 5al5e i' no Clo'e : 3or i)e ?ein I +a' ?een Moife o onl2 M#T < c. Clo'e PB Operae. . Ao)i'in 'ea) pre''$re i' lo6 3or " Secon' 6+en an2 H#O Nole i' no clo'e . e. H#O Heaer pre''$re i' lo6 3or " Secon' 6+en an2 H#O Nole i' no clo'e. 3. H#O +eaer e)p. i' lo6 3or " 'ec'.

1/" .5.1 ON E"?%+),# /+%$+ P"$)//)?"/= T+e #ollo6in Coniion' are o ?e 3$lflle 3or Iniiain 'ar co))an 3or oil B$rner'8 A. B$rner :TILT<  Horional B. Air #lo6   (! C. No Boiler Trip D. H#O Trip 4al5e i' Open I3 an2 #eeer Ha' Pro5en  Coniion' :A< > :B< Are B2pa''e

.5.2 E"?%+),# T$)'. Trip Co))an i' Iniiae 6+en +ere i'  A. Boiler Trip B. H#O Trip 4al5e no Open .6.0 OIL ELE!ATION LOGICS=

.6.1 START COMMAND= 9 T+e ele5aion 'ar co))an oe' in an2 o3 +e 3ollo6in coniion' 8 A. &+en 'ar co))an i' iniiae 3ro) #SSS con'ole OR B. &+en ele5aion '$ppor a$o co))an i' pre'en 3ro) p$l5eri'er' a$o Looic OR C. &+en fr' r$n ?ac@ '2'e) operae'

2.*

D. An ele5aion 'ar per)i i' pre'en : a' e'cri?e a 0.*.1 a?o5e< .6.2 W"# S+%$+ C,%- )/ G)?"# %#- +"$" )/ #, @%(' T$)' '$"/"#+ +" C,%#- 7,"/ +, )#-)?)-% C,$#"$/ %/ ,,,/

Corner No. 1 I))eiael2 Corner No. " A3er ,! 'econ'. Corner No. % A3er %! 'econ'. Corner No ( A3er 0! 'econ'. Z

In ca'e o3 3a' loa c$ ?ac@ Iniiaion 'ar co))an i' i''$e Si)$laneo$'l2 o all corner' o3 an ele5aion.

1/% .6.3 I3 #le5aion 'ar i)e i' e7pire I.e. 1%! 'ec' a3er Sar

Co))an an %;( Oil 4al5e' o no open an proo5e  UNSUCCESSFUL ELE!ATION START  ANNUNCIATION APPEARS. .6.4 I# ele5aion AC po6er i' no A5aila?le 3or )ore +an " 'ec'.  L,// , %#8 E"?%+),# ',"$ Ann$nciion appear'. .6.5 I3 Ele5aion 'op i)e i' e7pire .e. (*! 'econ' :-.* Min

$e'< A3er Gi5in 'op co))an an an2 corner i' no '+$ o6n n'$cce''3$l oil Ele5aion '+$ o6n ann$nciaion appear'. .6.6 I3 Ele5aion 'op;'ar i)e i' e7pire an an2 o3 +e Inior'

i' no Rerace n'$cce''3$l 'par@ ro Reracion Ann$n ciaion appear'. .6.. CORNER LOGIC=

&+en Sar Co))an i' Gi5en o an2 corner +e corner Pro5e' in +e 3ollo6in Se=$ence I3 +e 3$llo6in coniion' are Sai'fe_ A. SCA!ENGE !AL!E IS CLOSED

2.+

B. G$n i' in enae coniion C. Nole 4al5e an Ao)i'in 'ea) Nole 5al5e Man$al I'olain 5al5e' are open D. Local 'elecor S6ic+ in re)oe Po'iion FOR AN: CORNER TO PRO!E=

1. Spar@ ro a5ance' ". G$n A5ance' %. Ao)i'in 'ea) 5al5e open' (. Spar@ Ro i' Eneri'e *. H#O Nole 5al5e open' ,.

Scanner Sen'e' #la)e

1/( .6. #OR H#O NOVVLE 4AL4E TO OPEN #OLLO&ING

CONDITIONS ARE TO BE #L#ILLED a. ?. c. .

No Corner rip co))an pre'en #la)e i' pre'en or Inior 'par@ i' Eneri'e Ao)i'in 4al5e 3$ll open No 'ca5ane co))an i' pre'en

.6..

I3 +e H#O Nole 5al5e oe' no open 6i+in "* 'ec'. an +ere i' no a)e a rip co))an oe' o +a corner

.6.10 I3 +e 5al5e i' 3$ll2 opene an oil o6 : +i' coniion i' no

pro5en 6ill Re)ain

)anaor2 o @eep an oil G$n in 'er5ice +o6e5er % o$ o3 ( Oil nole 5al5e pro5en 6o$l ?e 'ai'fe onl2 i3 all +e $n' +a5e Oil #lo6 ae=$ae coniion' < i' e'a?li'+e o ?e in Ser5ice.

.6.11 CORNER STOP SEQUENCE

&+en a 'op co))an i' i5en o an2 corner +e #ollo6in Se=$ence a@e' place. a. A Sca5ene Co))an 6ill o o clo'e H#O Nole 5al5e ?. Ao)i'in Nole 5al5e 6ill open c. Si)$lanio$' co))an Goe' o open Sca5ene 5al5e an o a5ace Spar@ ro.

2.

. E. #. G.

Spar@ i' Eneri'e a3er inior i' a5ance 3or 1* 'ec'. A3er * Min$e' Sca5enin Sca5ene 5al5e. 6ill clo'e. Ao)i'in 5al5e 6ill clo'e on corner Trip A Bac@ 8$p rip 6ill ?e iniiae a3er , Min$e' o clo'e all Nole 5al5e' i3 +e2 are no clo'e.

.6.12 CORNER TRIP

Corner rip i' iniiae in +e 3ollo6in coniion'  a. Oil G$n No A5ance ?. G$n' no Cla)pe : enae < c. Selecor S6ic+ i' in o9 po'iion an ao)i'in )an$al 5al5e i' Clo'e. . H#O Man$al i'oain 5al5e or ao)i'in 'ea) i'olain 5al5e' are clo'e.

1/* LOSS O# ALL #EL TRIP PROTECTION a. II Co)e' ino Circ$i 6+en an2 o3 +e Nole 5al5e' i' no clo'e. ?. Ii Ge' re'e * Secon' o3er M#T +i' Proecion rip' +e ?oiler 6+en I<. T+e Proecion i' ar)e an All Ele5aion Trippe Or All Nole 5al5e' Clo'e an All #eeer' o9 or Lo'' o3 po6er  "'ec. II< All #eeer' o9 or Lo'' o3 po6er " 'ec. an H#a Trip 5al5e' no clo'e an

2.-

All H#O Nole 5al5e' no Clo'e

1!.! BOILER #LAME #AILRE PROTECTION T+i' proecion co)e' ino Pic$re a3er " 'ec o3 an2 #eeer pro5in. T+i' proecion ac' 6+en all Ele5aion' i. e. ABBCDE#GGH> H are 5oin 3or no a)e. AB ELE!ATION NO FLAME !OTE =

i< #eeer A o9 an #eeer B o9 3or )ore +an " 'ec. or

1/, ii< Ele5aion AB Scanner 'en'e' no #la)e an ele5aion AB ";( H#O Nole no pro5en. or Lo'' o3 po6er #ail$re 3or  " 'ec. or iii< Ele5aion AB ";( Nole 5al5e' no pro5en or Po6er lo''  " SEC an Ele5aion AB ";( nole 5al5e' no clo'e or Ele5aion 'are an Po6er lo''  " Sec. :Si)ilar 3or H Ele5aion < ELE!ATION BC FLAME FAILURE

a< Ele5aion BC ";( 'canner' 'en'e' no a)e or ?< #eeer B o9 or lo'' o3 po6er  " 'ec an #eeer C_ o9 or lo'' o3 po6er  " 'ec or

21.

c< #eeer CD ";( nole 5al5e no pro5en or po6er lo'' " 'ec an Ele5aion CD an2 oil 5al5e no clo'e or ele5aion 'are an po6er lo'' " 'ec. Z

Si)ilar 'c+e)e 3or DE > #G ele5aion E# ele5aion oil $n' '$p porin DE > #G ele5aion fre ?all 'canner'.

1!.1 DRM LE4EL PROTECTION Boiler 6ill ?e rippe on r$) le5el Proecion i3 r$) le5el oe' Hi8 Hi  1! 'ec or. r$) le5el oe' lo8lo 3or 1! 'ec an i< Bo+ H2ra'ep' are 5oin or ii< Le3 H2ra'ep' > RHS Tran')ier are 5oin or iii< RHS H2ra'ep > LHS ran')ier are 5oin

1/10.2 INADEQUATE WATER WALL CIRCULATION FOR  5 SECS Inae=$ae 6aer 6all circ$laion rippin 3or ?oiler i' o ac a' 3ollo6' All CC p$)p' rippe or All +ree p$)p' in 'er5ice > p 1! p'i. or an2 one i'c+are 5al5e o3 eac+ o3 +e p$)p i' no open. p$)p o9 i' 'en'e #ro) '6ic+ ear 'er5ice conac D48 1; D48" i'c+are 5al5e no open i' 'en'e 3ro) 5al5e li)i '6ic+e' an lo6 i9. Pre''$re ran')ier. Boiler rippin 6o$l occ$r onl2 6+en all +e , ran')ier' 'en'e lo6 p oe+er.

1!.%.1 REHEATER PROTECTION LOGIC STAGE8 II !1. Ena?lin 6+en Boiler i' 6or@in an )ain 'ea) pre''$re  %! @;'=. CM !". Ar)in 6+en HP ?2pa'' BP1 or HP ?2pa'' BP" open " an LP ?2pa'' 4;4 open. !%. On Re+eaer proecion rippin 3or ?oiler i' a' 3ollo6'. i< T$r?ine i' in rippe coniion an ?oiler i' 6or@in i3 BP1 >

211

BP" are no open ?oiler 6ill rip a3er 1* 'econ'. OR LP ?2pa'' Co))an i'  %* an ?o+ LP ?2pa'' 5;5 no open 3or %* 'econ' ?oiler 6ill ?e rippe. Once +e proecion i' ar)e +e proecion 6ill e'ar) onl2 a3er ?oiler Trippin.

1!.%." RAHEATER PROTECTION STAGE 81 ARMING 1. Boiler li+e $p ; no M#T an ". Boiler Pre''$re  "* @;c)" an %. Ei+er BP1 or BP" open " an LP ?2pa'' open  " once onl2 a3er +a 'el3 Lac+in.

1// PROTECTION=

1. Proecion ar)in an ". T$r?ine rip 3ro) CH81 an CH8" an %. Ei+erLP ?2pa'' clo'e or ?o+ HP ?2pa'' 5al5e' clo'e :" open< +en ?oiler 6ill rip a3er a i)e ela2 o3 1* 'econ'.

B MAIN TURBINE PROTECTIONS 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888 DESCRIPTION ALARM TRIP 88888888888888888888888888888888888888888888888888888888888888888888888888888888888888

LOGIC

1.! MECHANICAL a. ?. c. .

Local rip le5er operae T+r$'. BRG A7ial '+i3 O5er'pee ?ol' conn'r. 5ac$$) lo68lo6

a7ial

2e' J;81)) 1!;11

".1 ELECTRICAL a. ?.

E)erenc2 rip 3ro) CB Ye'. Re)oe rip $rin ATT : Pro.pror) <

212

c. . e. 3. . +. I. . @.

#ire Pro. I : PB PSH< #ire pro II : PB p$'+< MOT le5el lo68lo6 81!!)) 81*!)) 8*!)) Generaor pron. Boiler fre o9 or ?oiler rip MCB r$?ine rip ATRS S;D Prora))e Con'r. 4AC .lo68lo6 !./ @'c ; 1(!)). - @'c;"%! )) " o$ o3 % E7ene $r?ine pron'. L$?e oil pr. lo68 lo6 1.1 ?ar a ?r en : " o$ o3 % <

"." EFTENDED TRBINE PROTECTIONS a. ?. c. . e. 3.

Le5el Gen ?$'+in ca'in op L5L -* : " o$ o3 " < Col Ga' e)p. Be+in cooler  ** e. c :" o$ o3 " < &ar) air e)p. )ain e7cier /! e. c :" o$ o3 " < Seal oil e)p. ?e+in cooler  ** e. c :" o$ o3 " < Pri)ar2 6aer e)p ?e+in cooler ,! e.c:" o$ o3 "< Saor 6aer o6 lo6 lo6  1%.% @;'ec :" o$ o3 "<

1/0 .

Pri)ar2 6aer o6 )ain ?$'+in : ;4;&< !.%-

@; 'ec :"o$

+.

HP ca'in i9 e)p )i )eal op;?oo) *! e. @ ar)in loa  "!  :" o$ o3 "< IP ca'in 8o8 :#ron<  *! e. @ ar)in loa "! IP ca'in ela Rear  *! e.@. ar)in. loa "! HP E7+a$' e)p  *!! e.c : " o$ o3 " <

o3 " <

i. . @.

".% #IRE PROTECTION 1 PB PSH #ire Poecion 1 c+annel 1 #ire Proecion 1 c+annel " Can ?e operae 3ro) CB MOT roo) near LP ?2pa'' near HP T$r?ine. "# +)/ )/ ,'"$%+"- =9 1. T$r?ine Trip ". SGC 8 C# p$)p o9

213

%. (. *. ,. -. /.

SLC C# +eaer o9 SLC C# p$)p o9 C# Heaer 1 > " o9 HP C># p$)p 1 > " o9 HP C# Cir p$)p 1 > " o9 4ac$. Brea@er open PB p$'+ #P" c+annel 1 #P " c+annel " can ?e operae 3ro) CB HP $r?ine MOT roo) an LP B2?a''.

F)$" P$,+"(+),# 9 II

"# +)/ )/ ,'"$%+"- =9

1. Sa)e a' 1 o / o3 freproecion 1 ". SGC Oil '$ppl2 o9 %. SLC AOP 1 > " o9 (. SLC EOP ON *. SLC OP 81 > " o9 ,. SLC OP 8 III o9 -. SLC T$rnin Gear o9 /. AOP 1 > " o9 0. OP 1 > " o9 1!.OP III ON

10! %.! MOT LE4EL LO&8LO& 8 1* !MM ";% LOGIC 1. T$r?ine rip ". 4AC Brea@er Open %. SGC Oil '$ppl2 o9 (. SLC AOP 1 > " o9 *. SLC EOP on ,. SLC OP 1 > " o9 -. SLC OP III o9 /. SLC T$rnin ear o9 0. AOP 1 > " o9 1!. OP 1 > " o9 11. OP III on

(.!

CEP 21(

CEP PERMISSI!ES

1. S$cion 5al5e open 1!!  ". Di'c+are 4al5e Clo'e;Di'c+are +eaer PR.  "/ @;c) S=$are %. Recirc$laion 5al5e open 1!!  (. Bearin e)p  pre'e 5al$e *. Di'c+are 5en 5al5e 1!!  open ,. Ho 6ell le5el Greaer +an Pre'e 5al$e CEP TRIP=

1. Ho 6ell le5el lo6 lo6 : " o$ o3 " < ". S$cion 5al5e clo'e :o< %. Bearin e)p +i+ 8 +i+ :1!! e cel'i$'< (. Di'c+are pre''$re lo6 lo6 : "" @; c)" #allin an CEP r$nnin< 'an?2 CEP co)e' in 'er5ice a a i'c+are pre' '$re o3 ", @'c CEP i'c+are +eaer pre''$re lo6 alar) co)e' a "- KSC PERMISSI4ES #OR CEP ATO START 1. S$cion 5al5e open 1!!  ". Di'c+are 5al5e clo'e ;i'c+are +eaer pr. "/ @ ;c)" S=$are

101 %. (. *. ,. -.

Recirc$laion 5al5e open 1!! Bearin e)p.  pre'e 5al$e CEP on a$o O+er CEP rip An2 one CEP r$nnin an i'c+are +eaer pre''$re  pre 'e 4al$e.

*.! #R# LE4EL SONAR PROBES  1. CL !!1 8*! Lo alar) ". CL !!,- / 8 1*! Lo Lo alar);rip %. CL !11 le5el +i+ alar) (. CL !11 le5el LO 8 C.#. Circ$laion pp 'op AOP  1 co)e' ino 'er5ice T$r?ine 'pee reaer +en 1* RPM > le'' +an "/*! RPM AOP " o9 or an2 i'crepanc2

21)

AOP

Di'c+are +eaer pre''$re le'' +an (.* KSC " Co)e' ino 'er5ice AOP 1 o9 or i'crepanc2 'pee  1* RPM  "/*! RPM Di'c+are +eaer Pre''$re  (.* KSC

,.! TD B#P START PERMISSI!ES =9

1. L$?e Oil pre''$re nor)al  %.* KSC a O MTR near oil an@. ". TD B#P conrol 5al5e clo'e. %. Po'iion conroller o$p$ !  (. Di'connecin co$plin enae. *. P$)p Dela T lo6  "* D.C. ,. Deareaer le5el nor)al -. p$)p i'c+are 5al5e clo'e : /! Open< /. Recir$laion 5al5e open :1!!< 0. S$cion 5al5e open :1!!< 1!. &ar)8$p 5al5e clo'e :!< TRIPS=

1. S$cion 5al5e no open :0! < ". E7+a$' 5al5e no open :0!<

10" %. (. *. ,. -. /.

Main p$)p ?earin e)p. +i+8+i+  1"! De. CEL T$r?ine ?earin e)p. +i+8 +i+  1"! ecel. Trip oil pre''$re lo68lo6 * @c' : ";% loic< L$?e oil pre''$re lo68 lo6  ".0 @'c. :";% loic < 4ac$$) lo68lo6 !." KSC A7ial '+i3 o3 )ain p$)p +i+ 8 +i+ J or 8 !.-* )) :";" loic< 0. A7ial '+i3 o3 $r?ine +i+Jor 8 !.- )) : ";" loic < 1!. O5er'pee rip a *0%! :elec< *0"! :)ec+.< 11.Seal 6aer e)p +i+ 8+i+  /* ec.cel . 3or )ain p$)p DE;NDE. 'ie. 1".Deareaor le5el lo68 lo6 1%.Local rip : )ec+.< 81. 1(.Local rip :Elec< :";"<

21*

1*. CB rip )an$al : Elec. < :";"<

-.! MD B#P START PERMISSI!ES=

1. Seal 6aer +eaer pr. nor)al  1* @'c. ". Deaeraor le5el nor)al. %. P$)p ?earin e)p. nor)al  0!O C (. Moor DE;NDE ?earin e)p. nor)al  0!O C *. H2ra$lic Co$plin ?earin e)p. nor)al 0!O C ,. Di'c+are 5al5e clo'e or +eaer pre''$re no lo6. -. L$?e oil pre''$re nor)al  1." KSC. /. Recirc$laion 5al5e open 1!!  0. P$)p '$cion 5al5e open 1!!  1!. &ar)8$p 5al5e clo'e O 11.Main p$)p ela T Nor)al  "* ! C 1". H2ra$lic co$plin 'coop in )in. po'iion. FOR AUTO START =

1. ". %. (.

Seal 6aer +eaer pr. nor)al 1* @'c. Deareaor Le5el nor)al . P$)p ?earin e)p nor)al 0!O C Moor DE;NDE ?earin e)p. Nor)al  0!O C

10% *. H2ra$lic Co$plin ?earin e)p. Nor)al 0! e. cel. ,. Di'c+are 4al5e clo'e or +eaer pre''$re no lo6. -. L$?e Oil pre''$re nor)al  1." @'c. /. Recirc$laion 5al5e open 1!! 0. P$)p '$cion 5al5e open 1!! 1!.BEP C on a$o 11.B#P  A  Trippe or B#P  B rippe or BEP  A R$nnin an '$cion o6 one p$)p capaci2 or B#P B r$nnin an '$cion o6  one p$)p capaci2.

MDB#P TRIPS 21+

A#8 ,#" (,#-)+),# =

1. ". %. (. *. ,. -. /. 0.

A7ial Di'place)en 5er2 +i+ - )) Bearin e)p 5er2 +i+  1!! O C. Deaeraor le5el lo68lo6 . L$?e oil pre''$re 5er2 lo6 !. /KSC. S$cion 5al5e no open. Seal 6aer e)p. :'$cion 'ie< 5er2 +i+  /*O C. Seal 6aer e)p. : i'c+. 'ie< 5er2 +i+ /*O C P$'+ ?oon 'op. CB )an$al 'op.

10(

C 9 GENERATOR PROTECTIONS G"#"$%+,$ & A>. D%+% Rae M& Capaci2 Rae M4A Capaci2 Rae Ter)inal 4olae S2nc+rono$' reacance Tran'ien reacance S$?8Tran'ien reacance Rae Po6er #Acor NGT Deail' Ma@e

      

*!! M& *// M4A "1 K4 10%  "( 1- !./*

 

#RANCE TRANS#C #rance 1/ @4;"(!4.%.%A;"*!A. ,!@4A

21

   Generaor I" Conino$' Ne. Se=. &i+'an capaci2



 V 8 -.* Seconar2 )i p. ea+e Seconar2 earin re'i'. o.(1 Ω (!!A. "*! 4 1!



/

     

% 7 "!! M4A ("!;4%;"1@4 Y* O#A# 1".*0 Soli

G"#"$%+,$ T$%#/,$"$ Rae M4A Capaci2 4olae Raio 4ecor Gro$p Coolin  I)peance Gro$nin

U#)+ A>. T$%#/,$"$ Rae M4A Capaci2  "* M4A 4olae Raio  "1 ; ,.0 @4 4ecor Gro$p  D2Coolin  O#A#  I)peance  /.* Tap'  OLTC  J * o8 1! on H4 Gro$nin Re'i'ance  1".-Ω %!!A 1!'ec

10* PROTECTIONS

1. ". %.

(. *. ,.

Generaor Di9erenial Generaor > Generaor Tran'3or)er o5erall i9erenial Generaor lo'' o3 E7ciaion Generaor lo'' o3 E7ciaion Generaor lo'' o3 E7ciaion Generaor lo'' o3 E7ciaion GT o5er $7in Lo6 3or6ar po6er inerloc@ A Lo6 #or6ar Po6er Lo6 3or6ar po6er inerloc@ B Lo6 3or6ar po6er

/-G /- GT (! G "A;(!G "B; (! (! GF 00 GT ";00GT. %- GA "; %- GA %- GB "A;%- GB

21-

-. /. 0. 1!. 11. 1". 1%. 1(. 1*. 1,. 1-. 1/. 10. "!. "1. "". "%.

Moorin Alar) Bac@ $p i)peance Bac@ $p i)peance. Saor Ear+ #a$l 1 Saor ear+ 3a$l " Saor ear+ #a$l San?2 Iner $rn 3a$l Roor Ear+ #a$l GT H4 &inin i9er GT San?2 E;# Generaor o5er 5olae Generaor o5er 5olae O;H line i9erenial Neai5e P+a'e Se=. Generaor O5erloa Local Brea@er Bac@$p Local Brea@er Bac@$p Pole Slippin Re'i'i5e #iner Rela2 Generaor $ner 3re=$enc2 :Alar)< Generaor ner 3re=$enc2 :Alar)< AT Di9erenial AT Di9erenial AT Bac@$p o5er c$rren AT Bac@$p o5er c$rren GT Di9erenial AT Bac@ $p E;# "(. Gen. 4T 3$'e 3ail

AB;%- GB "1;G ";"1G ,( G1 ,( G" ,( G% 0* G SIEMENS /- H4 *1 NGT *0 G ";*0 G /- L (, G *1 O;L :*1G< *!V ";*!V";*!VF 0/ G 0/ GY /1 G ";/1 G /- TA /- TB *1 TA *1 TB /- T *1 NTA *1 NTB 1,!;",!;%,!F

10, GENERATOR PROTECTION 1/, G OPERATES NDER THE #OLO&ING CONDITIONS 8 !1. !". !%. !(. !*. !,. !-. !/. !0. 1!.

Gen. Di9 Proecion /- G Gen Saor 1!! E;# Proecion ,( G1 Gen ner #re=$enc2 Alar) :Alar) Onl2< /1 G Gen O;4 Alar) :Alar) Onl2< *0 G Gen Pole 'lippin proecion 0/GJ0/GY Gen. Lo6 3or6ar po6er inerloc@ %-GAF ";%-GA Generaor Bac@$p IMPEDENCE Proecion "1G GT H4 &inin i9 proecion /- H4 GT San?2 E;# Proecion *1 NGTF GT &TI > OTI :T$r?ine Trip :TTR<< %! B

22.

11. 1". 1%. 1(. 1,.

AT8A > R Bac@$p O5erc$rren Proecion GT BCHHOLTV AT A > B B$c++ol #la Rela2 LBB Proecion Trip #la Rela2 AT A > B Te)pera$re +i+ a rela2 :onl2< 3or rippin AT in co)er< 1-. Generaor Saor 0* E;# Proecion

*1 TA;TB %! A %!C;%!D %! # %!L ; %!N ,( G%

OPERATION O# 1/,G TRIP RELAY LEADS TO THE #OLLO&ING 8 !1. !". !%. !(. !*. !,. !-. !/.

Trip $ni ?$' A ,., K4 Inco)er Trip $ni ?$' B ,., K4 Inco)er Trip Generaor Brea@er ; Tran'3er Co$pler Brea@er Trip #iel Brea@er Trip TTR 8 A Trip TTR 8 B TO Ar) Main CB LBB Proecion To A$o C+ane O5er C@ o3 ni;STN;TIE

GENERATOR OF PROTECTION 26G OPERATES UNDER THE FOLOWING CONDITIONS 9

!1. Generaor Tran'3or)er Bloc@ o5erall i9erenial Proecion. !". Generaor Neai5e Se=$ence Proecion !%. Generaor O5erloa alar) :Alar) Onl2< !(. Generaor Iner T$rn #a$l Proecion

/- GT (,G *1 G 0* G

10!*. !,. !-. !/. !0. 1!. 11. 1". 1%. 1(. 1*. 1,. 1-.

Generaor Saor San?2 Eari+ #a$l Proecion ,( G" GT O5er #l$7in 00 GT Generaor #iel #ail Proecion (!G Generaor lo6 3or6ar po6er proecion%-GBF "A;%-GB Generaor Tran'3or)er Di9 Proecion. /-T L.B.B. Proecion ";*!VF AT A Di9erenial Proecion /-TA AT B Di9erenial Proecion /-TB ATA Bac@$p E;# Proecion *1NTA ATB Bac@$p E;# Proecion *1NTB GT Pre''$re Relie3 De5ice #la Rela2 %! P GT #ire Proecion %!  AT A> B #ire Proecion #la Rela2 %!H%!K

221

1/. B;B Proecion Trip #la Rela2 %!M 0,F 10. AT A>B TI > OTI :Onl2 3or AT Inco)er Trip< %!L %!N

OPERATING OF 26G TRIP RELA: LEADS TO THE FOLLOWING 9 !1. !". !%. !(. !*. !,. !-. !/. !0.

Trip Generaor Brea@er Trip #iel Brea@er Trip TTR8 A Trip TTR8 B To ARM Main CB LBB Proecion To Trip Circ$i o3 *" TA *" TB :,. ,K4 AT I;C< To A$o C+ane O5er CKT o3 ni B$' A>B To CC o3 Generaor #iel Circ$i Brea@er :Bloc@' Per)i''i5e< To CC o3 Generaor Circ$i Brea@er :Bloc@' Per)i''i5e<

BOILER 9 TURBINE 9 GENERATOR TRIPPING LOGIC A. B. C. D.

Boiller Pro?le)' Tro$?le' Lea To a. Boiler Trip M#R A ?. Boiler Trip M#R B Operaion o3 M#R A;B Lea o a. T$r?ine Trip TTR A ?. T$r?ine Trip TTR B Operaion o3 T$r?ine Trip TTR A;B Lea' To a. ES4 A;B I4 A;B Clo'e Trip Oil Pre''$re " KG;CM" AND Operaion o3 Lo6 #or6ar Po6er Rela2 A;B %-A;B Lea o a. Generaor Trip T+ro$+ ";%-GA "A;%-GB > T+en 1/,G;"/,G

10/ ?. Trip (!! K4 Generaor Brea@er > ,., K4 AT I;C Brea@er an fel Brea@er E.

TURBINE GENERATOR TROUBLES LEAD TO

a. ?. c. . F.

Operaion o3 $r?ine rip rela2 TTR ; A;B Operaion o3 lo6 3or6ar po6er rela2 A;B %-A;B Generaor rip +ro$+ ";%- GA "A;%-GB 1/,G "/,G Trip (!! K4 eneraor ?rea@er' > ,., K4 AT I;C ?rea@er an fel ?rea@er

ELECTRICAL FAULTS LEAD TO

222

a. Generaor Trip 1/,G ?. Generaor Trip "/,G c. 1/,G > "/,G Trip all Gen. (!! K4 > ,., K4 ?rea@er' > fel ?rea@er . Operae $r?ine rip TTR A;B e. C+ane o5er o3 ni o 'aion '$ppl2 a ,., K4.

*!! M& GENERATOR TRANS#ORMER TRIP =

EACH PHASE GT HAS THE FOLLOWING PROTECTION 9 !1.B$c++ol rip !".Pre''$re relea'e e5ice a a pre''$re o3 !.%* K;c)" !%. &inin Te)pera$re +i+ Alar) A 11! De. C Trip a 1"! De. C !(. Oll Te)pera$re Hi+ Alar) a 0! De. C Trip a 1!! De. C

GENERATOR TRANS#ORMER COOLER CONTROL Si7 n$)?er' o3 cooler $ni'. eac+ $ni con'i'' o3 a 3an an a p$)p. 1%* Cooler $ni' a@e 'ar alon 6i+ clo'in o3 fel ?rea@er > 'op 6i+ fel ?rea@er o9. "(, Cooler $ni' a@e 'ar a /! O C. &inin e)p > Sop a -! e C. 6inin e)p.

100 UATS !1. B$c++ol rela2 !". On loa ap c+aner ?$c++ol !%. 6inin e)pera$re +i+ o(. Oil Te)pera$re Hi+

Alar) a 0! De. C Trip A 1!! De. C. Alar) a /! De. C Trip a 0! De. C

223

on Te)pera$re +i+ o3 6inin > oil i oXoa' +e AT.

#AN ATO STARTING T+ere are 3o$r 3an' 6o a$o > 6o 'an?2. i.e. per raiaor one )ain > one re'er5e. T+e )ain 3an a@e' 'ar a ,*O C 6inin Te)pera$re an 'op' a ** De. C. 6inin Te)era$re. I3 +e )ain 3an rip' $e o an2 rea'on re'er5e 3an a@e' 'ar a$o)aicall2.

"!! RECOMMENDED RELA: SETTINGS

Sl. No. 1.

Rela2 De'n. Rela2 Reco))ene 'ein' 2pe Gen Di9ernial CAG %(

CTR. CT Core Re)ar@' "!!!!;* A

PTR

PT

Core

1'eQ!."*A

22(

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%.

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Bia'Q%! Hi+ Se Q

A

(!! @4 'ie 1!!!;1ACT* ICT !/"%;".%/ A Gen Lo'' o3 E7caion YCG# "!!!!;*A.CT" "1@4;1!*4.4T1 V"QK1ZK*Q1(.// :ia< V1Q DiaQ1;"

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O9'eQ !.1-, o+) "A;(!G 4TT 11 'ec. "B;(!G 4TT 11 'ec. (! GF 4AA 11 (. GT O5er$7in 1.1*  00 GT GTT 11 ";00 GT 4TT 11

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22)

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M& %- GA ";%-GA

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Lo6 #or6ar Po6er "1@4;1!*4. 4T1 p.$.!.* a $.p.3. Inerioc@ B %- GB &CD 1% "A %- GB 4TT 11 ".! 'ec UB %-GB 4TT 11 1* 'ec.

"!.!!!;*A

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Q

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-.

Bac@ $p I)peance "!.!!!;*;c" "1@4;1!*4.4T1 K1Q1"K"Q1.! Seconar2Q0.!Ω "1G YCG 1* I4T 11C4;,%.*4 1" o+) Pri)ar2 QC ,((Ω

K1ZK" Q

Rela2 Sen Q

-!

 Loa I)peance ";"1G

4TT 11

/. Saor Ear+ #a$il 4' Q *N Q % εQ" ST 8 1,( G1 P4MM Dea ?an Q (*

1.* 'ec NGT Raio

RM4,(

"1@4;"(! 4

RMM ,1  4rl

/! i)e Q * Sec. ST 8 II ,( G" 4 TM'  !.% San?2 ,(G%

4DG 1( *.(4 on open ∆ 4DG 1(

Q

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co5er' PS  *.(

4 TMS  !.% Connece acro'' ,(

G1

22*

"!" 0. Iner T$rn #a$l 5' Q / N Q %ε Q * 0*.G P4MM 1!. Roor Ear+ #a$l Sie)en' KΩ &.G.

I4T "/.-"4;11!4 RM4,(

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S8II  *K

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11. GT Di9erenial ?2 ?ia' Q %! /-T DTH %1 1!!! 1". GT San?2 E;# TMS  !.% *1 NGT 1%. Gen O5er 5olae onl2 *0 G :11*.*4< ";*0 G 1(. (!! K4 Di9. R 'a? Q ,/* Ω /- H4 1*. Ne. P+a'e Se=. A_I"' Q -.* o3 In (, G K1Q%.0_K" Q"."*

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PS!."A 

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"!( D 9 OFF SITE EQUIPMENTS PROTECTIONS COOLING TOWER  CIRCULATING WATER PUMPS

1.! C& 8 P$)p' per)i''i5e' !1<

L$? 6aer pre''$re n$r)al : "." @ c)" <

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"!* ".! CT8 PMPS PERMISSI4ES !1< !"< !%< !(< !*< !,< !-< !/< !0<

L$? 6aer pre''$re nor)al : "." @ c)" < S$cion $c le5el nor)al : "/% Mr 3ro) 'ea le5el < Bearin Te)pera$re no +i+ : Hi+ 0* O C< L$? #lo6 no Lo8Lo A>B :%( LPM %! LPM< Di'c+are 5al5e 3$ll2 clo'e H2ra$lic '2'e) O.K. : No. Tro$?le< No Se=$enial 'op co))an No rip co))an Per'i'in H2ra$lic S2'e) in re)oe operaion )oe.

TRIPPINGS  !1< !"< !%<

Bearin e)pera$re Hi 8Hi :0* De. C < S$cion D$c le5el lo68lo6 : "/% M < P$)p R$nnin > Di'c+are 4al5e clo'e : * De. Open #ro) #$ll Clo'e Or *.* Open 3ro) 3$ll2 clo'e coniion : 'e=$enial rip < P$)p R$nnin > l$? o6 lo68lo6 : (* 'ec< %( > %! LPM H2ra$lic E)erenc2 rip : p$'+ B$on< P$'+ B$on Trip : Local <

!(< !*< !,<

%.! ARC& PMPS PERMISSI!ES =

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S$cion Pre''$re no lo68lo6 !.11 @;c)" Bearin Te)pera$re no Hi+8 +i+ :/*O C

TRIPS =

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EC& PMP PERMISSI4ES 23.

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"!, EQUIPMENT 9 WISE OIL RESER!OIR CAPACIT: ST  II Sl. Na)e o3 E=$ip)en Oil Bran Tan@;Re'er5a No. Capaci2 :Li< 1. ". %. (. *. ,. -. /. 0. 1!. 11. 1". 1%. 1(. 1*. 1,. 1-. 1/. 10. "!. "1. "". "%. "(. "*. ",. "-. "/. "0. %!. %1. %".

Coal Mill Gear Bo7 SMSP %"! Coal Mill Roller a''e)?l2 SMSP ,/! Coal #eeer Gear Bo7 S. C2l. ,/! PA #an S. Pri)e ,/ #D #an S.Pri)e ,/ ID #an :DE;NDE Br.< SS 1*! ID #an #l$i co$plin ST 8 1! PAPH G$ie Br. Sc2l C. /!! PAPH S$ppor Br. S. C2l8 C /!! PAPH M;D G;Bo7 SS ""! SAPH G$ie Br. S.C2l 8 C /!! SAPH S$ppor Br. S.C2l. C /!! SAPH M;D Gear Bo7 SS ""! HP Doin P$)p G;Bo7 SS 1*! Soo Blo6er' SMSP %"! Clin@er Griner G;Bo7 SMSP %"! Clin@er Griner #l$i co$plin SS ,/ Scrapper Con5e2or G;Bo7 SMSP ,/! Scrapper Con5e2or #l$i co$plin SS ,/ Scrapper Con5e2or PI4 5ariaor. SMSP ,/ S;Con5e2or 4C Gae H2ra$lic ni SS ,/ LP A'+ &aer P$)p SP (, HP A'+ &aer P$)p SP (, A'+ Sl$rr2 P$)p H2ra$lic Co$plin MOT SP (, T.D.B#P SP (, M.D. B#P ST 1! AR C&P$)p SP(, CEP Moor :NDE< Top Br. SP (, CEP Mor. :DE< Boo) Br. SP %" EC& P$)p SP (, Pri)ar2 6aer p$)p SP (,

%!!! 0!8"(! !* *!! ,!! 0! "0!! %! %! *! *! 1*! 1*! 1! !1 !* !* 1/! !* 0!! /! 1! 1! ST 1! 1%! (!!!! *-*! /! !* 1* "! !* !"

231

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Plan Air co)pre''or :PAC< SS ,/ -! In'r$)en Air Co)pre''or :IAC< SS ,/ -! LPDoin P$)p G;Bo7 SS1*! !* LP Doin P$)p H2ra$lic C+a)?er SP 1" !1 T$r?ine Go5ernin S2'e) #R# "!!!! CT #an G;Bo7 SMSP %"! -! CT P$)p Moor Br. :Tep;Boo)< SP (, (!! (!. C& P$)p Moor Br. :Top;Boo)< SP AC

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"!EQUIPEMENT 9 WISE OIL RESER!0IR CAPACIT: ST92 ;WTP< S. N,. B$%#- , O)

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DM &aer Tran'3er P$)p :BCPP< Ra6 6aer Boo'er p$)p Drin@in &aer P$)p Clarife &aer p$)p #iler 6aer P$)p

232

DM &aer Tran'3er P$)p Clarife &aer P$)p :BCPP< Sprin@ler 6aer P$)p Li)e Tran'3er P$)p C+lorine Boo'er P$)p S$)p p;p Clarife &aer P$)p Ho$'e Dea''er Blo6er

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TURBINE STARTUP CUR!ES & CRITERIA

233

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COOLANT TEMPERATRE CONTROL D$e o loa 5ariaion' $rin operaion an +e re'$lin er)al e7pan'ion an conracion' +e eneraor i' '$?ece o 're''e'. In orer o re$ce +e'e 're''e' +e +2roen coolin circ$i an +e pri)ar2 6aer coolin circ$i are eac+ pro5ie 6i+ a e)pera$re conrol '2'e) o conrol +e coolin a' an pri)ar2 6aer e)pera$re 'o +a +e aci5e eneraor co)ponen' are )ainaine a +e proper e)pera$re le5el. T+e re=$ire)en' 3or +e e)pera$re conrol '2'e)' are e'cri?e ?elo6  ϑ Col Q Col a' e)pera$re or col pri)ar2 6aer e)pera$re ϑ +o Q +o a' e)pera$re or +o pri)ar2 6aer e)pera$re Q Mean e)pera$re o3 +o an col a' or o3 +o an ϑ )ean ∆ϑ

col pri)ar2 6aer Q ϑ+o 8 ϑcol 6i+ eneraor carr2in 3$ll loa.

T+e e)pera$re ri'e ∆ϑ a 3$ll loa i' +e e)pera$re i9erence ?e6een +e +o an col +2roen a' a' i5en in +e +2roen cooler e'in aa or ?e6een +e +o an col pri)ar2 6aer a' i5en in +e i'in aa o3 +e pri)ar2 6aer cooler. A3er 'ar$p an r$n$p o rae 'pe +e coolin 6aer '$ppl2 o +e +2roen cooler' '+o$l ?e opene onl2 6+en +e e)pera$re o3 +e +2roen a' +a' reac+e +e pre'e col a' re3erence. T+e e)pera$re i9erence ?e6een col a' an +o a' i' eer)in ?2 +e no8loa lo''e'. T+e coolin 6aer '$ppl2 o +e pri)ar2 6aer cooler' '+o$l ?e opene onl2 6+en +e eneraor i' carr2in loa 'ince onl2 +en c$rren8epenen +ea lo''e' 6ill +a5e o ?e i''ipae. T+e e)pera$re conrol '2'e)' are col coolan e)pera$re conrol 'c+e)e' 6i+ 5aria?le 'e poin a' a 3$ncion o3 +e 'aor c$rren. Se poin a$')en i' 'eleca?le ?e6een I an l" or 6i+ an e7ponen ?e6een one an 6o. &i+ ri'in 'aor c$rren +e 'e poin i' re$ce 'o +a +e )ean 5al$e :)ean< o3 +o an col coolan e)pera$re' a''$)e' a nearl2 con'an 5al$e a' '+o6n in #i. 1.

23-

"1( T+e i9erence ?e6een +e 'ein 5al$e' o3 +e 6o 'e poin' corre'pon' o +al3 +e e)pera$re ri'e o3 +e +2roen coolin a' a no8 loa 6i+ *81!K :081/!#< o ?e a@en a' a $iin 5al$e.

2(.

"1* TABLE 9 I P$,'"$+)"/ , -$8 /%+$%+"- /+"%

2(1

"1, TABLE 9 I P$,'"$+)"/ , -$8 /%+$%+"- /+"%

2(2

"1TABLE 9 II T,+% "%+ ,$ "#+%'8 , /'"$"%+"- /+"% (%7

2(3

"1/ TABLE 9 II T,+% "%+ ,$ "#+%'8 , /'"$"%+"- /+"% (%7

2((

"10 TABLE 9 II T,+% "%+ ,$ "#+%'8 , /'"$"%+"- /+"% (%7

2()

""! TABLE 9 II T,+% "%+ ,$ "#+%'8 , /'"$"%+"- /+"% (%7

2(*

""1 TABLE 9 III S'"()*( ?," , /'"$"%+"- /+"% ( "+$"7

2(+

""" TABLE 9 III S'"()*( ?," , /'"$"%+"- /+"% ( "+$"7

2(

""% TABLE 9 III S'"()*( ?," , /'"$"%+"- /+"% ( "+$"7

2(-

""( TABLE 9 III S'"()*( ?," , /'"$"%+"- /+"% ( "+$"7

2).

""* TABLE 9 I! E#+$,'8 , /'"$"%+"- /+"% ,(% 7 

2)1

"", TABLE 9 I! E#+$,'8 , /'"$"%+"- /+"% ,(% 7 

2)2

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2)3

TechnicalDiary500MW-SgTPP

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