HAMS Hospital-HVAC & Electrical BOQ

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Numbers Sheet Name

Numbers Table Name

Export Summary Table 1 Cover Page Table 1 Summary HVAC HVAC Table 1 HVAC HVAC BOQ(EVE!1 TO " Table 1 HVAC HVAC BOQ EVE!# TO 1$ Table 1 Ele%tr&%al Est&mate Table 1 Ele%tr&%al Est&mate ! 'ra&)gs Table 1 B*S BOQ Table 1

+ to a) Ex%el or.sheet- All other - Please be aare that ,ormula

Ex%el 0or.sheet Name Export Summary  Cover Page Summary HV HVAC AC HVAC HV AC BOQ(EVE!1 TO " HVAC HV AC BOQ EVE!# EVE! # TO 1$ Ele%tr&%al Est&mate Ele%tr&%al Est&mate ! 'ra&)gs B*S BOQ

Th&s +o%ume)t as exporte+ ,rom Numbers- Ea%h table as %o)verte+ to a) Ex%el or.sheet- All other ob/e%ts o) ea%h Numbers sheet e re pla%e+ o) separate or.sheets- Please be aare that ,ormula %al%ulat&o)s may +&,,er &) Ex%el-

Numbers Sheet Name

Numbers Table Name

Ex%el 0or.sheet Name

Table 1

Cover Page

Table 1

Summary HVAC

Table 1

HVAC BOQ(EVE!1 TO "

Table 1

HVAC BOQ EVE!# TO 1$

Table 1 2All 'ra&)gs ,rom the Sheet3

Ele%tr&%al Est&mate Ele%tr&%al Est&mate ! 'ra&)gs

Table 1

B*S BOQ

Cover Page Summary HVAC HVAC BOQ(EVE!1 TO " HVAC BOQ EVE!# TO 1$ Ele%tr&%al Est&mate

B*S BOQ

3

PROJECT

PROJECT PROJEC T- : HOSPITAL FOR ADVANCED ADVANCED MEDICINE MEDICI NE AND SURGERY SURGE RY (HAMS) AT AT MANDIKHAT MAN DIKHATAR AR

MEP ESTIMATE FOR BUILDING SERVICES 'ate+4 $" !1$!$1#

4

5

ESTIMATE FOR HVAC WORK

S.No 15

5

65

75

85

15 5 65

6


7


8


1.

BILL OF QUANTITIES & ESTIMATE FOR HAMS HOSPITAL SUMMARY OF PRICES for HVAC

Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s+Le,e*-1 #o / Ce$#r)*!0e C2!**er S3s#e'. Part

9 E:u&pme)t-

Part

99 AH; < the&r Co)trols-

Part

999 Ch&lle+ 0ater P&p&)g < P&pe 9)sulat&o) 0or.

Part

9V A&r '&str&but&o) 0or.-

Part

V Ele%tr&%al 0or.-

Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s+Le,e*-4 #o 15/ VRV S3s#e'. EQ;9P*ENTS (V=V S>STE*5 9N'E?EN9O;S 9TE*S EECT=9CA

TOTAL+HVAC/

9


10


11


A'o$# 9N=

9N=

9N=

9N=

9N= 9N=

9N= 9N= 9N= 9N=

5

12


13


14


1.

BILL OF QUANTITIES & ESTIMATE SUMMARY OF PRICES

S.No

Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

15

Part

9 E:u&pme)t-

9N=

5

Part

99 AH; < the&r Co)trols-

9N=

65

Part

999 Ch&lle+ 0ater P&p&)g < P&pe 9)sulat&o) 0or.-

9N=

75

Part

9V A&r '&str&but&o) 0or.-

9N=

85

Part

V Ele%tr&%al 0or.-

9N=

"5

Part V99 Test&)g@ A+/ust&)g < Bala)%&)g (TAB5

9N=

TOTAL+HVAC/

BILL OF QUANTITIES & ESTIMATE P)r# S.No 1/

I E%!"'e$#. Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

U$!#

Q#3.

R)#e

AIR COOLED CHILLER. 655 TR +1W 7 1S/ Supply @ &)stallat&o) @ test&)g < %omm&ss&o)&)g o, a&r%oole+ s%re %h&llers hav&)g *ult&ple Compressors &) &)e+e)+e)t %&r%u&t &th hel&%al t&) S%re %ompressors +el&ver&)g a%tual %apa%&ty as per the ,ollo&)g parameters +uly &)stalle+ at s&te- The %h&ller shoul+ be %omplete &th sem& hermat&% s%re %ompressor @ Ele%tro)&% Expa)s&o) Valve@ a&r %oole+ %o)+e)ser a)+ shell a)+ tube evaporator &th v&%taul&% %oupl&)gs@ ,a%tory assemble+ &th starter pa)el mou)te+ o) the %h&ller &)%lu+&)g the +&s%o))e%t s&t%h su&table ,or 8$ H@ 6 phase 718 volts@a% supply- The v&brat&o) &solators shall be sh&ppe+ alo)g&th %h&llers ,rom your or.s- The %h&ller propose+ shall also have 'esuperheate+ to re%over heat  78 'eg C Hot ater temp as per %apa%&ty &)+&%ate+ belo-(Ch&ller le)gth Shall )ot more tha) -$ meter +ue to spa%e A&r Coole+ S%re Ch&ller as per ,ollo&)g +eta&ls

Make:York,Macquey-Daikin,Blue Box. 15


Refrigerant 134a SUMMR !"R#$%!& 'ooling 'a(acity : 3)) $R #ctual 'ooling 'a(acity De*u(er+eater 'a(acity  4 Deg ' : ) /0 #ir entering in conen*er : 3 Deg ' '+ille 2ater %n : 3.56 '+ille 2ater !ut : 44.56 '+iller 6ouling 6actor 76"S8 : ).)))1 Mini9u9 R : 3. 7 at #o;e conition*8

1)/

P)r# S.No

8/

The pr&%e :uote+ ,or supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g o, NO &mporte+ A&r Coole+ Ch&ll&)g ;)&t shall be &)%lus&ve o, all +ut&es < taxes@ &)sura)%e@ tra)sportat&o)  sh&pme)t %ost ,rom or.s to s&te@ loa+&)g  u)loa+&)g@ port %leara)%e %harges et%- as re:u&re+ &) 9)+&a) =upeesI E%!"'e$#. Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

U$!#

Q#3.

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Pr!')r3 C2!**e W)#er P'"s Se# Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, E)+ Su%t&o) %h&lle+ NO ater %e)tr&,ugal pump sets &th bro)e &mpeller ,or %h&lle+ ater re%&r%ulat&o) %omplete &th TEGC S:- Cage &)+u%t&o) motor &th %lass G &)sulat&o)@ base plate@ %oupl&)g guar+@ v&brat&o) &solators@ SS Sha,t@ ,a%tory ,&tte+ me%ha)&%al seal@ ,lex&ble p&pe %o))e%tor at &)let a)+ outlet et%- %o),orm&)g to te%h)&%al spe%&,&%at&o) < as per ,ollo&)g parameters- The %h&lle+ ater pumps shall also &)%lu+e the %ost o , thermal &)sulat&o)- +1W71S/

*a.e4!Dylem?ru+,oss Capa%&ty o, Ea%h Pump ?P* Pump Hea+ (*t5 *otor HP *&)&mum E,,&%&e)%y 6/





#$ 17-$$ 18-$ #$ F

Seo$)r3 C2!**e W)#er P'"s

16


Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, E)+ Su%t&o) %h&lle+ ater %e)tr&,ugal pump sets &th bro)e &mpeller ,or %h&lle+ ater re%&r%ulat&o) %omplete &th TEGC S:- Cage &)+u%t&o) motor &th %lass G &)sulat&o)@ base plate@ %oupl&)gguar+@ v&brat&o) &solators@ SS Sha,t@ ,a%tory ,&tte+ me%ha)&%al seal@ ,lex&ble p&pe %o))e%tor at &)let a)+ outlet et%- %o),orm&)g to te%h)&%al spe%&,&%at&o) < as per ,ollo&)g parameters- The %h&lle+ ater pumps shall also &)%lu+e the %ost o, thermal &)sulat&o)Se%o)+ary %h&lle+ ater pumps shall be su&table ,or operat&o) o) a+/ustable ,re:ue)%y +r&ves < %o),orm&)g to the spe%&,&%at&o)s o, var&able spee+ pump&)g system-

P)r# S.No 6)/

*a.e4!Dylem?ru+,oss I E%!"'e$#. Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

U$!#

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+Hos"!#)* B*o9/ for Le,e* 1 #o  Capa%&ty o, Ea%h Pump P* Pump Hea+ (*t5 Pump *otor HP *&)&um E,,&%&e)%y 0or.&)g I Sta)+by

#$ " 8 $ F 1I1

The pr&%e :uote+ ,or supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g shall be NO &)%lus&ve o, all +ut&es < taxes@ &)sura)%e@ tra)sportat&o)  sh&pme)t %ost ,rom or.s to s&te@ loa+&)g  u)loa+&)g@ port %leara)%e %harges et%- as re:u&re+ &) 9)+&a) Nepal Curre)%y-

6:/

Q#3.



V)r!):*e S"ee P'"!$; S3s#e' Supply@ &)stallat&o)@ test&)g

a)+

%omm&ss&o)&)g

o, Var&able

Spee+

The pr&%e :uote+ ,or supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g shall be SET &)%lus&ve o, all +ut&es < taxes@ &)sura)%e@ tra)sportat&o)  sh&pme)t %ost ,rom or.s to s&te@ loa+&)g  u)loa+&)g@ port %leara)%e %harges et%- as re:u&re+ &) 9)+&a) Nepal Curre)%y-

1

*a.e4!Dylem?ru+,oss P)r# S.No


U$!#

Q#3.

R)#e

17


Pressr!se E=")$s!o$ T)$9 Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, pressur&se+ %h&lle+ ater Expa)s&o) Ta). o, %apa%&ty as g&ve) belo ma+e o, *S Sheet < ,&)&she+ &th epoxy e)amel@ hav&)g &)ter%ha)geable but&le ! EP'* membra)e@ operat&)g pressure 1$ Jg%mK@ overall he&ght o, the ta). shall be l&m&te+ to 6-$ meter < the ta). shall be %omplete &th )e%essary %o)trols as re:u&re+- S&e o, ta). &s ,or gu&+a)%e o)ly < AC Co)tra%tor to :uote as per a%tual re:u&reme)t a)+ Subm&t the Ta). sele%t&o) %al%ulat&o) be,ore g&ve ma)u,a%tur&)g %leara)%e*a.e4!A)ergySp&rote%h Capa%&ty o, the pressur&se+ ta). ! 1$$$ &tres The pr&%e :uote+ ,or supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g shall be NO&)%lus&ve o, all +ut&es < taxes@ &)sura)%e@ tra)sportat&o)  sh&pme)t %ost ,rom or.s to s&te@ loa+&)g  u)loa+&)g@ port %leara)%e %harges et%- as re:u&re+ &) 9)+&a) Nepal Curre)%y-

>/

1

A!r Se")r)#or Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, A&r Separator o, s&e as g&ve) belo ma+e o, *S sheet@ brass a&rve)t@ &thout stra&)er@ or.&)g pressure 1$ Jg%mK < shall be %omplete &th )e%essary %o)trols re:u&re+- S&e o, a&r separator &s ,or gu&+a)%e o)ly < AC Co)tra%tor to :uote as per a %tual re:u&reme)t *a.e4!A)ergySp&rote%h S&e o, A&r Seperator ! As per *a)u,a%turee sta)+The pr&%e :uote+ ,or supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g shall be NO&)%lus&ve o, all +ut&es < taxes@ &)sura)%e@ tra)sportat&o)  sh&pme)t %ost ,rom or.s to s&te@ loa+&)g  u)loa+&)g@ port %leara)%e %harges et%- as re:u&re+ &) 9)+&a) Nepal Curre)%y-

/

1

Ho# W)#er ?e$er)#or Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, Hot 0ater ?e)erator o, %apa%&ty 81$ J0 ba).s %omplete &th %o)trols@ ele%tr&%al pa)els et%%o),&rm&)g to te%h)&%al spe%&,&%at&o)s Se%t&o)-

*a.e4!Dylem?ru+,oss 9)let 0ater Temperature Outlet 0ater Temperature

78 LC 88 LC

81$ J0 (Gor 0&)ter Heat&)g ! 10I1S5

NO



18


P)r# S.No 4/


U$!#

Q#3.

R)#e

NO

 (10I1S5

U$!#

Q#3.

NO

1

Ho# W)#er P'" Se#s For >15 KW HW? Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, *o)oblo%. hot ater %e)tr&,ugal pump sets &th bro)e &mpeller ,or hot ater re%&r%ulat&o) %omplete &th TEGC S:- Cage &)+u%t&o) motor &th %lass B &)sulat&o)@ base plate@ v&brat&o) &solators et%%o),orm&)g to te%h&)&%al spe%&,&%at&o) a)+ as per ,ollo&)g parameters- The hot ater pumps shall &)%lu+e thermal &)sulat&o) < %la++&)g*a.e4!Dylem?ru+,oss Capa%&ty o, Ea%h Pump ?P* 6"$ Pump Hea+ (*t5 8 *otor HP 18

To#)* of P)r# I )rr!e #o S'')r3 of Pr!es. P)r# S.No 1/

II AHU & #2e!r Co$#ro*s Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

R)#e

Do:*e S9!$ F*oor Mo$#e AHU Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ,a%tory ,abr&%ate+ 'ouble S.&))e+ Ch&lle+ 0ater A&r! ha)+l&)g u)&t ,loor mou)te+ (Hor&o)tal  Vert&%al to su&t s&te5 ,abr&%ate+ out o, extru+e+ alum&)&um se%t&o) &th $-"mm pre!plast&%&e+  pre!%oate+ ?alva)&se+ steel sheet outs&+e < $-" mm pla&) ?alva)&se+ steel sheet &)s&+e &th bloer@ bloer se%t&o) a)+ bloer motor TEGC type su&table ,or operat&o) o) 718 volts  1$F@ 8$ H  8F AC supply@ " =o %ool&)g %o&l ma+e o, Alum&)&um ,&))e+ Copper tube &th %o&l se%t&o)@ "re-f!*#er se#!o$ !#2 $o$ o,e$ s3$#2e#! 'e!) of 15 '!ro$ ")r#!*e s!0e !#2 )$ eff!!e$3 of 5@ "o*!s2e s#)!$*ess s#ee* r)!$ ")$ ')e o# of 88 ? s2ee# *3 !$s*)#e o'"*e#e !#2 'o#or@ :e*# r!,e e#. !#2o# f)e )$ :3")ss )'"ers. T2e AHU ")$e*s s2)** :e !$s*)#e !#2 86'' #2!%. < 6" Jgm +e)s&ty P; ,oam < shall have thermal brea.- The motor < bloer assembly shall be mou)te+ o) Alum&)&um extru+e+ se%t&o) o)ly- The %omplete AH; shall %o),orm to sta)+ar+ spe%&%at&o)- The ,a%e velo%&ty a%ross %ool&)g %o&l shall be l&m&te+ *a.e4!Me%oCrystalGla.too+

1)/ @$$$ CG*@ 8$ mm St- Pr-@ " =o CC@ 8$$ '&a Ga)@ 8-" J Ga) *otor-

P)r#

II AHU & #2e!r Co$#ro*s

19


S.No 1:/

P)r# S.No 8/

Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

U$!#

Q#3.

1@$$$ CG*@ 8$ mm St- Pr-@ " =o CC@ "6$ '&a Ga)@ #-8 J Ga) *otor-

NO

1

U$!#

Q#3.

NO

6

R)#e


R)#e

Do:*e S9!$ F*oor(Ce!*!$; Mo$#e AHU +For ICU@ MRI@ CT S)$@ C)#2 L): & M!$or OT e#./ Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ,a%tory ,abr&%ate+ 'ouble S.&))e+ Ch&lle+ 0ater A&r! ha)+l&)g u)&t ,loor mou)te+ ,abr&%ate+ out o, extru+e+ alum&)&um se%t&o) &th $-"mm pre!plast&%&e+  pre!%oate+ ?alva)&se+ steel sheet outs&+e < $-" mm ?alva)&se+ steel sheet &)s&+e &th ,a) < ,a) se%t&o)@ ,a) motor TEGC type su&table ,or operat&o) o) 718 volts  1$F@ 8$ H  8F AC supply@ " ro %ool&)g %o&l ma+e o, Alum&)&um ,&))e+ Copper tube@ Copper hea+er &th %o&l se%t&o)@ "re-f!*#er se#!o$ !#2 $o$ o,e$ s3$#2e#! 'e!) of 15 '!ro$ ")r#!*e s!0e !#2 )$ eff!!e$3 of 5@ f!$e f!*#er se#!o$ !#2 f!*#ers of $o$ o,e$ s3$#2e#! 'e!) of > '!ro$ ")r#!*e s!0e@ pol&she+ sta&)less steel +ra&) pa) ma+e out o,  ? sheet +uly &)sulate+ %omplete &th motor@ belt +r&ve pa%.age@ guar+ et%&thout ,a%e a)+ bypass +ampers- The AH; pa)els shall be &)sulate+ &th 6mm th&%. < 6" Jgm +e)s&ty P; ,oam < shall have thermal brea.- The motor < bloer assembly shall be mou)te+ o) Alum&)&um extru+e+ se%t&o) o)ly- The %omplete AH; shall %o),orm to sta)+ar+ spe%&%at&o)The ,a%e velo%&ty a%ross %ool&)g  heat&)g %o&l shall be l&m&te+ to 18 *P* maxm- The %apa%&ty o, A&r!ha)+lers shall be as ,ollos4

8)/

*a.e4!Me%oCrystalGla.too+ Gor evel! CS; AH; @$$$ CG*@ 7$ mm St- Pr-@ " =o CC@  =o HC@ 6$$ '&a Ga)@ 1-8 J Ga) *otor-

8:/

Gor evel!1@ CS; AH; 6@8$$ CG*@ 7$ mm St- Pr-@ " =o CC@  =o HC@ 6$$ '&a Ga)@ 1-8 J Ga) *otor-

NO



8/

Gor evel!1@8 G* AH; "@$$$ CG*@ 8$ mm St- Pr-@ " =o CC@  =o HC@ 78$ '&a Ga)@ 6-# J Ga) *otor-

NO

7

8/

Gor evel!@7 CS; AH; 18$$ CG*@ 7$ mm St- Pr-@ " =o CC@  =o HC@ 6$$ '&a Ga)@ 1-8 J Ga) *otor-

NO

#

8e/

Gor evel!@8 CS; AH; 7@$$$ CG*@ 7$ mm St- Pr-@ " =o CC@  =o HC@ 6$$ '&a Ga)@ 1-8 J Ga) *otor-

NO

6

20


8f/

TGA (Corr+oor5 8$$ CG*(&th  =o CC5

NO



8;/

TGA (9SOAT9ON =OO*5 18$$ CG*(0&th  o CC5

NO



U$!#

Q#3.

NO



NO



P)r# S.No 6/


R)#e

Do:*e S9!$ F*oor Mo$#e AHU +For OT W!#2 15 ACH(Hr/ Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ,a%tory ,abr&%ate+ 'ouble S.&))e+ Ch&lle+ 0ater A&r! ha)+l&)g u)&t ,loor mou)te+ ,abr&%ate+ out o, extru+e+ alum&)&um se%t&o) &th $-"mm pre!plast&%&e+  pre!%oate+ ?alva)&se+ steel sheet outs&+e < $-" mm pol&she+ SS sheet &)s&+e &th ba%.ar+ %urve+ ,a) &) supply a)+ ,orar+ %urve+ &) exhaust &th ,a) se%t&o) a)+ ,a) motor TEGC type su&table ,or operat&o) o) 718 volts  1$F@ 8$ H  8F AC supply@  ro %ool&)g < ma+e o, Alum&)&um ,&))e+ Copper tube@ Copper hea+er &th %o&l se%t&o)@ "re-f!*#er se#!o$ !#2 $o$ o,e$ s3$#2e#! 'e!) of 15 '!ro$ ")r#!*e s!0e !#2 )$ eff!!e$3 of 5 !$ :o#2 #2e s""*3 & e=2)s# s!e of AHU@ f!$e f!*#er se#!o$ !#2 f!*#ers of $o$ o,e$ s3$#2e#! 'e!) of > '!ro$ ")r#!*e s!0e !$ s""*3 )f#er f)$@ +He") f!*#ers s2)** :e )# #er'!$)*s )*o$; !#2 *)'!$)r f*o "*e$' & $o# #o :e !$*e !$ #2e os#/@ m&x&)g %hamber@ pol&she+ sta&)less steel +ra&) pa) ma+e out o,  ? sheet +uly &)sulate+ %omplete &th motor@ belt +r&ve pa%.age@ guar+ et%- &thout ,a%e a)+ bypass +ampers- The AH; pa)els shall be &)sulate+ &th 7mm th&%. < 6" Jgm +e)s&ty P; ,oam < shall have thermal brea.- The motor < bloer assembly shall be mou)te+ o) Alum&)&um extru+e+ se%t&o) o)ly- These AH;s shall have a&r &)let  outlet %o))e%t&o) ma+e o, alum&)&um $ ? < all ,&x&)g arra)geme)t  bla). o,, shall be o, SS The %omplete AH; shall %o),orm to sta)+ar+ spe%&%at&o)- The ,a%e velo%&ty a%ross %ool&)g  heat&)g %o&l shall be l&m&te+

6)/

*a.e4!Me%oCrystalGla.too+ Gor AH; 6$$$ CG* Supply A&r@  =o CC@  =o HC@ 18 mm St- Pr-@ Gor Supply Ga)@ Supply Ga)@ 1$$$ CG* Ex- A&r Bloer@ 7$ mm St- Pr- ,or Exhaust ,a) &th other a%%essor&es as spe%&,&e+5 Gor AH; 7$$$ CG* Supply A&r@  =o CC@  =o HC@ 18 mm St- Pr-@ Gor Supply Ga)@ Supply Ga)@ 1$$ CG* Ex- A&r Bloer@ 7$ mm St- Pr- ,or Exhaust ,a) &th other a%%essor&es as spe%&,&e+5

P)r#

II AHU & #2e!r Co$#ro*s

21


S.No
<)/

<:/

Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

U$!#

Q#3.

R)#e

Do:*e S9!$ F*oor Mo$#e AHU +For 155 Fres2 A!r OT/ Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ,a%tory ,abr&%ate+ 'ouble S.&))e+ Ch&lle+ 0ater A&r! ha)+l&)g u)&t ,abr&%ate+ out o, extru+e+ alum&)&um se%t&o) &th $-"mm pre!plast&%&e+  pre!%oate+ ?alva)&se+ steel sheet outs&+e < $-" mm pol&she+ SS sheet &)s&+e &th ba%.ar+ %urve+ ,a) &) supply a)+ ,orar+ %urve+ &) exhaust &th ,a) se%t&o) a)+ ,a) motor TEGC type su&table ,or operat&o) o) 718 volts  1$F@ 8$ H  8F AC supply@  ro %ool&)g %o&l ma+e o, Alum&)&um ,&))e+ Copper tube@ Copper hea+er &th %o&l se%t&o)@ "re-f!*#er se#!o$ !#2 $o$ o,e$ s3$#2e#! 'e!) of 15 '!ro$ ")r#!*e s!0e !#2 )$ eff!!e$3 of 5 !$ :o#2 #2e s""*3 & e=2)s# s!e of AHU@ f!$e f!*#er se#!o$ !#2 f!*#ers of $o$ o,e$ s3$#2e#! 'e!) of > '!ro$ ")r#!*e s!0e !$ s""*3 & e=2)s# )f#er f)$@ +He") f!*#ers s2)** :e )# #er'!$)*s )*o$; !#2 *)'!$)r f*o "*e$' & $o# #o :e !$*e !$ #2e os#/ @ Heat =e%overy 0heel &th H=0 Se%t&o)@ m&x&)g %hamber@ pol&she+ sta&)less steel +ra&) pa) ma+e out o,  ? sheet +uly &)sulate+ %omplete &th motor@ belt +r&ve pa%.age@ guar+ et%&thout ,a%e a)+ bypass +ampers- The AH; pa)els shall be &)sulate+ &th 7mm th&%. < 6" Jgm +e)s&ty P; ,oam < shall have thermal brea.- The motor < bloer assembly shall be mou)te+ o) Alum&)&um extru+e+ se%t&o) o)ly- These AH;s shall have a&r &)let  outlet %o))e%t&o) ma+e o, alum&)&um $ ? < all ,&x&) arra) eme)t  bla). o,, shall be o, SS The *a.e4!Me%oCrystalGla.too+ (6$$$ CG* Supply A&r Bloer@  =o CC@  =o HC@ NO 17$ mm St- Pr- ,or Supply Ga)@ 8$$ CG* Ex- A&r Bloer@ "$ mm St- Pr- ,or Exhaust ,a) &th other a%%essor&es as spe%&,&e+ above5 (7$$$ CG* Supply A&r Bloer@  =o CC@  =o HC@ 17$ mm St- Pr- ,or Supply Ga)@ 68$$ CG* Ex- A&r Bloer@ "$ mm St- Pr- ,or Exhaust ,a) &th other a%%essor&es as spe%&,&e+ above5

1

NO

1

U$!#

Q#3.

NOTE The supply < exhaust part o, th&s AH; shall have &tems  se%t&o)s as me)t&o)e+ above &) the the ,ollo&)g or+erS""*3 P)r# 4 Gresh a&r &)ta.e@ pre ,<er se%t&o)@ H=0@ %ool&)g < heat&)g %o&l@ supply ,a)@ G&)e G<ers@ OutletE=2)s# P)r# 4 =etur) a&r &)ta.e@ pre ,<ers@ H=0@ exhaust a&r ,a)@ G&)e G<ers < exhaustP)r# S.No >/


R)#e

Do:*e S9!$ Ce!*!$; Ss"e$e AHU

22


>)/

Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ,a%tory ,abr&%ate+ 'ouble S.&))e+ Ch&lle+ 0ater A&r! ha)+l&)g u)&t %e&l&)g suspe)+e+ type ,abr&%ate+ out o, extru+e+ alum&)&um se%t&o) &th $-"mm pre!plast&%&e+  pre!%oate+ ?alva)&se+ steel sheet outs&+e < $-" mm pla&) ?alva)&se+ steel sheet &)s&+e &th bloer@ bloer se%t&o) a)+ bloer motor TEGC type su&table ,or operat&o) o) 718 volts  1$F@ 8$ H  8F AC supply@ " =o %ool&)g %o&l ma+e o, Alum&)&um ,&))e+ Copper tube &th %o&l se%t&o)@ "ref!*#er se#!o$ !#2 $o$ o,e$ s3$#2e#! 'e!) of 15 '!ro$ ")r#!*e s!0e !#2 )$ eff!!e$3 of 5@ "o*!s2e s#)!$*ess s#ee* r)!$ ")$ ')e out o,  ? sheet +uly &)sulate+ %omplete &th motor@ +&re%t  belt +r&ve as me)t&o)e+ belo et%- &thout ,a%e a)+ bypass +ampers- All +&re%t +r&ve) ,a) motor shall be sour%e+ ,rom ,a) ma)u,a%turer < ,a%tory ,&tte+ o)ly- The AH; pa)els shall be &)sulate+ &th 6mm th&%. < 6" Jgm +e)s&ty P; ,oam- The motor < bloer assembly shall be mou)te+ o) Alum&)&um extru+e+ se%t&o) o)l - The %om lete AH; shall %o),orm to sta)+ar+ s e%&%at&o)*a.e4!Me%oCrystalGla.too+ evel!1 NO @$$$ CG*@ 6 mm St- Pr-@ " =o CC@ 1 x 8$ '&a Ga)@ $-#8 J Ga) *otor-



>:/

evel!1 18$$ CG*@ 6 mm St- Pr-@ " =o CC@ 1 x 8$ '&a Ga)@ $-#8 J Ga) *otor-

NO



>/

evel!8 @8$$ CG*@ 6$ mm St- Pr-@ " =o CC@ 1 x $ '&a Ga)@ 1-1 J Ga) *otor-

NO

1

>/

evel!1 6@$$$ CG*@ 6$ mm St- Pr-@ " =o CC@ 1 x 6$$ '&a Ga) 1 x 1-1 J Ga) *otor-

NO

1

>e/

evel!6 7@$$$ CG*@ 68 mm St- Pr-@ " =o CC@  x 8$ '&a Ga)@ - J Ga) *otor-

NO



>f/

evel!6 7@8$$ CG*@ 68 mm St- Pr-@ " =o CC@  x $ '&a Ga)@ - J Ga) *otor-

NO

1

>;/

evel!6 8@$$$ CG*@ 7$ mm St- Pr-@ " =o CC@ 1 x 6$$ < 1 x 8$ '&a Ga)@ - J Ga) *otor-

NO

6

Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

U$!#

Q#3.

evel!8 "@$$$ CG*@ 7$ mm St- Pr-@ " =o CC@  x 6$$ '&a Ga)@ 6-# J Ga) *otor-

NO



P)r# S.No >;/

II AHU & #2e!r Co$#ro*s R)#e

23


/

F)$ Co!* U$!# Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ?9 po+er %oate+ ,a) %o&l u)&ts %omplete &th ,a)@ 6 spee+ motor@ 7 ro +eep %ool&)g %o&l@ alum&)&um ,<ers &th ,<er box@ +ouble sa)+&t%he+ &)sulate+ tray@ ball valve &th stra&)er@ %opper %o))e%t&o)@ rotary s&t%h@ support&)g arra)geme)t@ ele%tr&%al &r&)g et%- The ,a) shall be sele%te+ ,or 1" mm stat&% pressure- The %omplete ,a) %o&l u)&t shall have a%oust&%ally l&)e+ %as&)g < shall be &) l&)e &th the sta)+ar+ s e%&,&%at&o)- The %a a%&t o, ,a) %o&l u)&ts *a.e4!Me%oCrystalGla.too+ 1-$ T= NO

68

1-8 T=

NO

1$

-$ T=

NO

8

-8 T=

NO



6-$ T=

NO

1

U$!#

Q#3.

4)/

Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, Pressure 9)+epe)+a)t Bala)%&)g Cum To 0ay Co)trol Valve &) a s&)gle bo+y e:u&ppe+ &th ele%tro)&% mo+ulat&)g a%tuator or.&)g o) !1$ V 'C@ 7! $ mA ele%tr&% s&g)al- The m&)&mum %lose o,, Pressure o, a%tuator must be 1-8 t&mes shut o,, hea+ o, pump as per spe%&,&%at&o)s o, ,ollo&)g s&es4 *a.e4!Bel&moS&eme)s 8 mm '&a@ *ax&mum  ?P*

NO



4:/

6 mm '&a@ *ax&mum 1# ?P*

NO



4/

7$ mm '&a@ *ax&mum " ?P*

NO

11

4/

8$ mm '&a@ *ax&mum 8$ ?P*

NO

16

4e/

"8 mm '&a@ *ax&mum # ?P*

NO

6

4f/

$ mm '&a@ *ax&mum 16 ?P*

NO

=O

4;/

1$$ mm '&a@ *ax&mum $ ?P*

NO

=O

P)r# S.No 4/


R)#e

Pressre I$e"e$)$# B)*)$!$; C' To W)3 Co$#ro* V)*,e

24


/

T2er'os#)# for AHU Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, +&g&tal +&splay type thermostat ,or var&ous a&r ha)+l&)g ;)&ts- Temperature Se)sor o, AH; shall be &) B*S Part- The thermostat shall have prov&s&o) o, sett&)g o, spa%e

/

*a.e4!Bel&moS&eme)s a5 Cool&)g  heat&)g thermostat ,or a&r!ha)+ler-

NO-

76

b5 S)ap A%t&)g Hum&+&stat at a&r!ha)+ler-

NO-

=O

T2er'os#)# for FCU Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, automat&% %o)trol ,or Ga) Set Co&l ;)&ts %o)s&st&)g o, pressure &)+epe)+a)t bala)%&)g %um to ay %o)trol valve (alrea+y :ua)t&,&e+ above5 < +&g&tal thermostat@ h&%h &ll have prov&s&o) o, sett&)g o, room temperature@ sett&)g o, ,a) spee+ (H&gh@ *e+&um@

86

*a.e4!Bel&moS&eme)s P)r# S.No 15/


U$!#

R)#e

H!-)** S"*!# U$!# +For 8< Hrs. A!r-Co$!#!o$!$; s")es./ Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, H&!all Spl&t ;)&t &th rotary %ompressor < %or+less %o)trol o, ,ollo&)g %apa%&ty &th out+oor u)&t *a.e4!'a&.&)Oge)eral -$ T= NO1-8 T= (1"0IS5 NO-

11/

Q#3.

" 7

Refr!;er)$# P!"!$; Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, re,r&gera)t p&p&)g ( to le)gths5 +uly &)sulate+ to &)ter%o))e%t &)+oor < out+oor u)&ts-

18/

Gor H&!all Spl&t ;)&t

=*T

1$$

Se%e$#!)* Co$#ro**er For S"*!# AC

NO-

8

Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, Se:ue)t&al Co)troller ,or t&me base+ auto operat&o) 16/

I$*!$e F)$s Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, 9)l&)e ,a)s &th motor %omplete &) all respe%t < o, ,ollo&)g %apa%&t&es- The %as&)g o, &)l&)e ,a)s shall be a%oust&%ally l&)e+ < shall be sele%te+ ,or loer )o&se level- Ga) motor shall have &)bu< spee+ %o)troller25


P)r# S.No 1
1>/

*a.e4!Carya&reSystema&r a5 6$$ CG* (mm stat&% pressure@ s&)gle phase5

NO-

1$

b5 8$$ CG* (1$mm stat&% pressure@ s&)gle phase5

NO-

7

%5 "$$ CG* (1$mm stat&% pressure@ s&)gle phase5

NO-

"

+5 #$$ CG* (1$mm stat&% pressure@ s&)gle phase5

NO-

6

e5 $$ CG* (1mm stat&% pressure@ s&)gle phase5

NO-

1

,5 $$ CG* (1mm stat&% pressure@ s&)gle phase5

NO-

1

g5 1$$$ CG* (18mm stat&% pressure@ s&)gle phase5

NO-

1

h5 1$$ CG* (18mm stat&% pressure@ s&)gle phase5

NO-

1

&5 1"$$ CG* (18mm stat&% pressure@ three phase5

NO-

1

U$!#

Q#3.

Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, propeller exhaust ,a)s o, var&ous +&a as g&ve) belo su&table ,or 7$ volts@ 8$ H@ s&)gle phase AC supply %omplete &th grav&ty louvers < spee+ regulator et%*a.e4!AsltomHavells a5 $$ mm '&a

NO

1$$

b5 6$$ mm '&a

NO

1$

%5 78$ mm '&a

NO

8

NO-




R)#e

Pro"e**er F)$s

L!f# We**@ Lo::3 Pr. F)$ Supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g o, ,loor mou)te+ Tube Ax&al ,lo ,a)s &th a+/ustable p&t%h bla+e@ *S %as&)g@ %ast alum&)&um alloy &mpeller %omplete &th TEGC S:-Cage 9)+u%t&o) motor su&table ,or 718 volts  1$F@ 8$H  6 F@ three phase A-C supply &th support@ mou)t&)gs a)+ ,lex&ble %o))e%t&o) et%- < o, ,ollo&)g %apa%&ty*a.e4!?ree)he%.Jruger $$$ CG* (7$ mm stat&% pressure5 For L!f# We** &

26


S#)!r)se 1$$$ CG* (18mm stat&% pressure5 For L!f# We** Pressr!0)#!o$

P)r# S.No 1/

NO-

6

U$!#

Q#3.


R)#e

F)#or3 F):r!)#e Do:*e S9!$ AHU FAN SECTION Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ,a%tory ,abr&%ate+ 'ouble S.&))e+ AH; GAN SECT9ON u)&t ,loor mou)te+ type ,abr&%ate+ out o, extru+e+ alum&)&um se%t&o) &th $-"mm pre!plast&%&e+ pre!%oate+ ?alva)&se+ steel sheet outs&+e < $-" mm pla&) ?alva)&se+ steel sheet &)s&+e &th bloer@ bloer se%t&o) a)+ bloer motor TEGC type su&table ,or operat&o) o) 718 volts  1$F@ 8$ H  8F AC supply@ belt +r&ve pa%.age@ *a.e4!Me%oCrystalGla.too+

1)/

K!#2e$-1 AGS1 ! $@$$$ CG*@ 1 x $$ mm Ga)@ 1 x 1-8 HP Ga) *otor@ 7$ mm St- Pressure@

NO-

1

1:/

For L)$r3 E=2)s# AGS1 ! 1$@$$$ CG*@ 1 x 8"$ mm Ga)@ 1 x #-8 HP Ga) *otor@ 7$ mm St- Pressure@

NO-

1

1/

For L)$r3 S""*3 AGS1 ! @8$$ CG*@ 1 x 8"$ mm Ga)@ 1 x #-8 HP Ga) *otor@ 7$ mm St- Pressure@

NO-

1

1/

For STP e=2)s# AGS1 ! @8$$ CG*@ 1 x 8"$ mm Ga)@ 1 x #-8 HP Ga) *otor@ 7$ mm St- Pressure@

NO-

1

1e/

For STP s""*3 AGS1 ! #@8$$ CG*@ 1 x 8"$ mm Ga)@ 1 x #-8 HP Ga) *otor@ 7$ mm St- Pressure@

NO-

1

1f/

For P*':!$; P'" Roo' e=2)s# AGS1 ! @8$$ CG*@ 1 x 8"$ mm Ga)@ 1 x #-8 HP Ga) *otor@ 7$ mm St- Pressure@

NO-

1

27


1;/

P)r# S.No 14/

14)/

P)r# 1/

For P*':!$; P'" Roo' s""*3 AGS1 ! #@8$$ CG*@ 1 x 8"$ mm Ga)@ 1 x #-8 HP Ga) *otor@ 7$ mm St- Pressure@

NO-

1

U$!#

Q#3.

NO-

1


R)#e

KITCHEN SCRUBBER Supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g o, ,a%tory ,abr&%ate+ J&t%he) S%rubber %ompr&s&)g o, 1 No- '9'0 ?9 ,a)@ ,orar+ %urve+@ %omplete &th base ,rame@ %as&)g ma+e out o, 1? galva)&se+ sheet hav&)g ,la)ge+ a)+ bolte+ pa)els@ et se%t&o) < ta). shall be ma+e o, sta&)less steel- The u)&t shall be %omplete &th evaporat&ve  s%rubber se%t&o) &th 8$ mm th&%. =&g&+ *e+&a to a%t as the ,&rst stage o, s%rubber to be spraye+ by ater through &+e a)gle )oles a)other subse:ue)t layer o, 18$ mm th&%. r&g&+ me+&a h&%h &ll a%t as the %lea)&)g me+&a ,or the smo.e a)+ smell < &ll be +es&g)e+  -8 ms to g&ve $F a+&abat&% e,,&%&e)%y@ motor@ belt +r&ve pa%.age@ p&p&)g@  Nospumps &)%lu+&)g o)e )o- sta)+by@ 6$!m&%ro) alum&)um &re mesh ,<ers et%- The %apa%&ty o, s%rubber shall be as g&ve) belo4! *a.e4!Me%oCrystalGla.too+ For K!#2e$ No. I S%rubber ! 8@$$$ CG*@ 8$ mm St- Pr$$ mm '&a Ga)@ 18-$ J0 *otor@ $-$-8 J 0ater C&r%ulat&o) Pump

II AHU & #2e!r Co$#ro*s S'o9e E=#r)#!o$ A=!)* F*o F)$s for U""er f*oors. & U""er F*oors Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, %e&l&)g mou)te+ Tube Ax&al ,lo ,a)s &th a+/ustable p&t%h bla+e@ *S %as&)g@ %ast alum&)&um alloy &mpeller %omplete &th TEGC S:- Cage 9)+u%t&o) motor su&table ,or 718 volts  1$F@ 8$H  6 F@ three phase A-C supply &th support@ mou)t&)gs a)+ ,lex&ble %o))e%t&o) et%- < o, ,ollo&)g %apa%&ty- *otor 9)sulat&o)

28


shall be %lass H *a.e4!?ree)he%.Jruger 1)/

1/

P)r# S.No 85/

1$@$$$ CG* (7$mm st- pr@ 8$$ mm '&a Ax&al Ga)@ 8 HP 18$$ =P* Ga) *otor@ '&re%t 'r&ve)5

NO-

7

@$$$ CG* (7$mm st- pr@ 8$$ mm '&a Ax&al Ga)@ 8 HP 18$$ =P* Ga) *otor@ '&re%t 'r&ve)5

NO-



#@8$$ CG* (7$mm st- pr@ 8$$ mm '&a Ax&al Ga)@ 8 HP 18$$ =P* Ga) *otor@ '&re%t 'r&ve)5

NO-



NO-

"

U$!#

Q#3.

Supply@ &)stallat&o) < test&)g o, ,a%tory ,abr&%ate+ am&)ar a&r ,lo patter) per,orate+ ple)um ma+e o, 1" ? alum&)&um sheet &th hepa ,<ers < su&table ,or operat&o) theatre &th all a%%essor&es as re:u&re+ < to su&t s&te %o)+&t&o) o, s&e -7 x -# mK

II AHU & #2e!r Co$#ro*s Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s UV?I +U*#r) Vo!*e# ?er'!!)* Irr)!)#!o$ S3s#e'/ Supply@ 9)stallat&o) @ test&)g @ %omm&ss&o)&)g a)+ ha)+&)g over o, the ;ltra OT V&olet ?erm&%&+&al 9rra+&ato)s (;V?95 System ,or ma&)ta&)&)g &)+oor A&r Qual&ty- The %ompo)e)ts o, the system must be &) str&%t %o),orm&ty &th the spe%&,&%at&o)s-a)+ shall be &)%lu+&)g ,re&ght ,rom or.s to s&te @9)sura)%e@&,t&)g@Sh&,t&)g et%-as re:u&re+ - S&)gle phase poer supply ,or the ;V?9 &ll be prov&+e+ by others- The pr&%es to &)%lu+e all &)ter %o))e%te+ &r&)g betee) the ;V?9 amps- Gor 'eta&l please re,er the Bas&s o, 'es&g) *a.e4! Me%oPurea&r*ag)eto

P)r# S.No 8
R)#e

1


U$!#

Q#3.

Supply@ &)stallat&o)@ test&)g@ a)+ %omm&ss&o)&)g o, pressure &)+epe)+e)t VAV boxes ,or %ool&)g  heat&)g appl&%at&o) &)%lu+&)g $  7 V tra)s,ormers@ &r&)g betee) tra)s,ormers@ temperature se)sors ,or VAV box su&table ,or ,ollo&)g a&r *a.e4! Ho)eyellTrox 1$$ to 18$$ CG*

NO

1

18$$ to 1$$ CG*

NO

1

R)#e

29


1$$ to $$ CG*

NO

=O

$$ To #$$ CG*

NO

=O

#$$ to 6$$ CG*

NO

=O

6$$ to 7$$$ CG*

NO

=O

U$!#

Q#3.

*a.e4!&)+al H&ssarTata a5 8 mm +&a p&pe

=*T

18

b5 6 mm +&a p&pe

=*T

18$

%5 7$ mm +&a p&pe

=*T

18$

+5 8$ mm +&a p&pe

=*T

$$

e5 "8 mm +&a p&pe

=*T

6$

,5 $ mm +&a p&pe

=*T

1$$

g5 1$$ mm +&a p&pe

=*T

8$

h5 18 mm +&a p&pe

=*T

8$

&5 18$ mm +&a p&pe

=*T

1$$

/5 $$ mm +&a p&pe

=*T

8$

.5 8$ mm +&a p&pe

=*T

1$$

U$!#

Q#3.

To#)* of P)r# II )rr!e #o S'')r3 of Pr!es.

P)r# S.No 1/

III C2!**e W)#er P!"!$; & P!"e I$s*)#!o$ Wor9. Desr!"#!o$

R)#e

C2!**e W)#er P!"!$; Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, bare %h&lle+  %o)+e)ser  Hot ater p&p&)g o, *-S RHeavyR Class %omplete &th ,&tt&)gs l&.e elbos@ tees@ re+u%ers@ be)+s@ *S ,la)ges@ supports@ el+&)g@ pa&)t&)g et%- but ex%lu+&)g valves as re:u&re+ %o),orm&)g to 9S416  68 < te%h)&%al spe%&,&%at&o) All out+oor %o)+e)ser ater p&p&)g shall be treate+ &th M&)% Cromate

P)r# S.No


R)#e

30


8/

6/

Mo#or!se B##erf*3 V)*,es Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, motor&se+ o)  o,, butter,ly valves &th mo+ulat&)g motor &) retur) %h&lle+ < %o)+e)ser ater l&)e o, ea%h %h&ller@ %o)+e)ser < %ool&)g toer operate+ through B*S < o, *a.e4!SJSAu+%o a5 $$ mm +&a (Gor Ch&llers5 NO

7

b5 18 mm +&a (Gor Hot 0ater ?e)erator5

NO



Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, automat&% bala)%&)g valves &) retur) %h&lle+ a)+ %o)+e)ser ater l&)e o, ea%h %h&ller@ %o)+e)ser a)+ %ool&)g toer as per te)+er spe%&,&%at&o) < o, ,ollo&)g *a.e4!SJSA+va)%eE%o)osto a5 $$ mm +&a (Gor Ch&llers5 NO




NO



A#o')#! B)*)$!$; V)*,es

Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, ,ollo&)g valves &) %h&lle+  %o)+e)ser ater l&)e as per spe%&,&%at&o) g&ve) &) the te)+er-

<)/

B##erf*3 V)*,es *a.e4!SJSAu+%o a5 8$ mm +&a

NO-

"

b5

"8 mm +&a

NO-

"

%5

$ mm +&a

NO-

7

+5

1$$ mm +&a

NO-

7

e5

18 mm +&a

NO-

7

,5

18$ mm +&a

NO-

7

g5

$$ mm +&a

NO-

"

Desr!"#!o$

U$!#

Q#3.

h5

NO-



NO-

7

P)r# S.No

<:/

III C2!**e W)#er P!"!$; & P!"e I$s*)#!o$ Wor9.

8$ mm +&a

R)#e

C2e9 V)*,es *a.e4!SJSAu+%oJeysto)e a5

$$ mm +&a

31


b5 </

</

18 mm +&a

NO-



Y-s#r)!$er *a.e4!SJSAu+%oea+erA9P a5 8 mm +&a

NO-



b5

6 mm +&a

NO-



%5

7$ mm +&a

NO-

11

+5

8$ mm +&a

NO-

6

e5

"8 mm +&a

NO-

16

,5

$ mm +&a

NO-

=O

g5

18 mm +&a

NO-



g5

$$ mm +&a

NO-

7

NO-

1

Po# S#r)!$er *a.e4!SJSSa)+huA9P Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, Pot ! Stra&)er o, the ,ollo&)g s&es %o),&rm&)g to te)+er spe%&,&%at&o)a5 8$ mm +&a

>/

/

4/

T2er'o'e#er Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g thermometer o, approve+ ma.e %o),orm&)g to (Gor Gloor *ou)te+ AH;@ Ch&ller5 *a.e4!HguruG&eb&gPressre ?);es *a.e4!HguruG&eb&gSupply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g approve+ ma.e o, +&a 18$ mm %o),orm&)g to

o, al%ohal ,&tte+ RVR ,orm NOte)+er spe%&,&%at&o)s-

1$

o, pressure guage o, NOte)+er spe%&,&%at&o)s-

$

Co$e$s)#e Dr)!$ P!"!$; Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, %o)+e)sate +ra&) ater p&p&)g o, ?9 R*e+&umR %lass %omplete &th ,&tt&)gs l&.e elbos@ tees@ re+u%ers@ be)+s@ *S ,la)ges@ supports@ el+&)g@ pa&)t&)g et%- as re:u&re+ *a.e4!&)+al H&ssarTata a5 8 mm +&a p&pe

=*T

1$$

b5 6 mm +&a p&pe

=*T

8$

%5 7$ mm +&a p&pe

=*T

7$

+5 8$ mm +&a p&pe

=*T

8$

32


P)r# S.No

/

15/

15)/

P)r# S.No 15:/

e5 "8 mm +&a p&pe

=*T

6$

,5 $ mm +&a p&pe

=*T

=O

U$!#

Q#3.

*a.e4! Arma%ellEurobatexV&+o,lex a5 8 mm +&a

=*T

18

b5 6 mm +&a

=*T

18$

%5 7$ mm +&a

=*T

18$

+5 8$ mm +&a

=*T

$$

e5 "8 mm +&a

=*T

6$

,5 $ mm +&a

=*T

1$$

g5 1$$ mm +&a

=*T

8$

h5 18 mm +&a

=*T

8$

&5 18$ mm +&a

=*T

1$$

/5 $$ mm +&a

=*T

8$

.5 8$ mm +&a

=*T

1$$

a5 $$ mm +&a (Gor Ch&llers5

NO

7


NO



U$!#

Q#3.


R)#e

Supply < &)stallat&o) o, 9)sulat&o) o) %h&lle+ ater p&p&)g &th Close+ Cell Elastomer&% N&tr&le =ubber o, spe%&,&e+ th&%.)ess &) the te)+er

Supply < &)stallat&o) o, 9)sulat&o) o) valves &th Close+ Cell Elastomer&% N&tr&le =ubber o, spe%&,&e+ th&%.)ess &) the te)+er spe%&,&%at&o) < su&table ,or &)+oor appl&%at&o)*a.e4! Arma%ellEurobatexV&+o,lex Mo#or!se B##erf*3 V)*,es


R)#e

B##erf*3 V)*,es *a.e4! Arma%ellEurobatexV&+o,lex 33


15/

15e/

P)r# S.No 15f/

a5

8$ mm +&a

NO-

"

b5

"8 mm +&a

NO-

"

%5

$ mm +&a

NO-

7

+5

1$$ mm +&a

NO-

7

e5

18 mm +&a

NO-

7

,5

18$ mm +&a

NO-

7

g5

$$ mm +&a

NO-

"

h5

8$ mm +&a

NO-



C2e9 V)*,es *a.e4! Arma%ellEurobatexV&+o,lex a5

$$ mm +&a

NO-

7

b5

18 mm +&a

NO-



A#o')#! B)*)$!$; V)*,es *a.e4! Arma%ellEurobatexV&+o,lex a5 $$ mm +&a (Gor Ch&llers5

NO




NO



Desr!"#!o$

U$!#

Q#3.

Y-s#r)!$er *a.e4! Arma%ellEurobatexV&+o,lex a5 8 mm +&a

NO-



b5

6 mm +&a

NO-



%5

7$ mm +&a

NO-

11

+5

8$ mm +&a

NO-

6

e5

"8 mm +&a

NO-

16

,5

$ mm +&a

NO-

=O

g5

18 mm +&a

NO-



h5

$$ mm +&a

NO-

7

III C2!**e W)#er P!"!$; & P!"e I$s*)#!o$ Wor9. R)#e

34


11/

18/

Supply < 9)sulat&o) o, %o)+e)sate +ra&) ater p&p&)g &th Close+ Cell Elastomer&% N&tr&le =ubber o, spe%&,&e+ p&pe se%t&o) o, spe%&,&e+ th&%.)ess &) the te)+er spe%&,&%at&o)*a.e4! Arma%ellEurobatexV&+o,lex a5 8 mm +&a p&pe =*T

1$$

b5 6 mm +&a p&pe

=*T

8$

%5 7$ mm +&a p&pe

=*T

7$

+5 8$ mm +&a p&pe

=*T

8$

e5 "8 mm +&a p&pe

=*T

6$

,5 $ mm +&a p&pe

=*T

=O

Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, auto a&r ve)t valve o, ,ollo&)g s&es4! *a.e4!A)ergySp&rote%h a5 1$ mm +&a auto a&r ve)t valve NO-

7

a5 1 mm +&a auto a&r ve)t valve

NO-



a5 8 mm +&a auto a&r ve)t valve

NO-

7

U$!#

Q#3.

*a.e4!Me%oSa& 'u%t=olastar a5 " ?

S*T

=O

b5 7 ?

S*T

7$$$

%5  ?

S*T

$$

+5 $ ?

S*T

#$$

e5 1 ?

S*T

$$

To#)* of P)r# III )rr!e #o S'')r3 of Pr!es. P)r# S.No 1/

IV A!r D!s#r!:#!o$ Wor9. Desr!"#!o$

R)#e

Re#)$;*)r ?I D#!$; +F)#or3 M)e/ Supply@ ,abr&%at&o)@ &)stallat&o) a)+ test&)g o, ?-S-S- sheet metal +u%t&)g %omplete &th Spl&ter 'amper@ +u%t +amper@ va)es et%- as re:u&re+ < as per spe%&,&%at&o)s < as per approve+ shop +ra&)gs-

35


8/

6/

P)r# S.No
S!#e F):r!)#e ?I D# Supply@ ,abr&%at&o)@ &)stallat&o) < test&)g o, sheet metal +u%t&)g %omplete &th Spl&ter 'amper va)es as re:u&re+ a)+ as per 9S9 spe%&,&%at&o)s a)+ as per approve+ shop +ra&)gs*a.e4! &)+alTataSa&llloy+ a5 7 ? S*T

8$$

b5  ?

S*T

1$$

%5 $ ?

S*T

8$

+5 1 ?

S*T

8$

Supply@ ,abr&%at&o)@ &)stallat&o) < test&)g o, Alum&)&um sheet metal +u%t&)g +uly polysulph&+e seale+ %omplete &th Spl&ter 'amper@ va)es et%- as re:u&re+ ,or OT a)+ as per 9S9 spe%&,&%at&o)s a)+ as per approve+ shop +ra&)gs*a.e!H&)+al%o  ?

S*T

$$

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S*T

$$

1" ?

S*T

1$$

U$!#

Q#3.

Supply a)+ Appl&%at&o) o, a%%oust&% l&)&)g o) the supply a&r +u%t &th 18 mm S*T th. ope) %ell )&tr&le rubber-

$$

S!#e F):r!)#e A*'!$!' D#!$;

IV A!r D!s#r!:#!o$ Wor9. Desr!"#!o$

R)#e

*a.e4!Arma%ellEurobatexV&+o,lex >/

/

Supply&)g a)+ ,&x&)g o, exter)al thermal &)sulat&o) o) +u%ts &th Close+ Cell Elastomer&% N&tr&le =ubber &)sulat&o)@ tape < a+hes&ve (p&+&l&te S= !5 as re:u&re+ o, ,ollo&)g th&%.)ess*a.e4!Arma%ellEurobatexV&+o,lex a5  mm th&%.

S*T

6$$$

b5 16 mm th&%.

S*T

8$$

)/ F!re D)'"ers

36


Supply@ &)stallat&o) < test&)g o, 'u%t  0all mou)te+ ?9 G&re 'ampers S*T a%tuate+ &th the help o, 7 V ele%tr&% a%tuator a)+ as per spe%&,&%at&o)s ex%lu+&)g a%tuator*a.e4!CrystalSystema&r :/ D)'"er A#)#or *a.e4!Bel&mo or E:u&vale)t Supply@ &)stallat&o) a)+ test&)g o, *otor&se+ Spr&)g =etur) A%tuator ,or NO+ev&%es upto $- s:- metre &th &th %o)trol pa)el < temperature se)sor4/

6$

8$

Supply@ &)stallt&o) a)+ test&)g o, Po+er %oate+ Alum&)&um extru+e+ gr&lls  +&,,users as per spe%&,&%at&o)s g&ve) &) te)+er a)+ o, ,ollo&)g *a.e4!CrystalSystema&r a5 S&)gle louvere+ supply  retur) a&r reg&sters (?r&lls5 S*T

7$

b5 Supply  retur) s:uare %e&l&)g

S*T

8$

%5 Gresh  Exhaust a&r louvers &th b&r+ s%ree) < +amper

S*T

$

+5 Volume %o)trol ?9 'ampers to be prov&+e+ &) supply < Exhaust a&r reg&sters  term&)als-

S*T

#$

=*T =*T =*T

=O =O =O

&5  Slot

=*T

8$

&&5 6 Slot

=*T

8$

a&r

term&)als (+&,,users 5-

e5 G&xe+ bar l&)ear a&r reg&ster o, ,ollo&)g s&es &5 1$$ mm &&5 18$ mm &&&5 $$ mm P)r#

IV A!r D!s#r!:#!o$ Wor9. ,5 Slot l&)ear a&r +&,,users o, ,ollo&)g s&es4

/

/

15/

Aos#! I$s*)#!o$ Of AHU Roo's@ & F)$ Roo's AH; %e&l&)g a)+ all &)sulat&o)4 Prov&+&)g a)+ ,&x&)g Supply&)g o, S*T a%oust&% l&)&)g o) all a)+ %e&l&)g o, AH; rooms &th (;P T09?A 9SOVE= *AJE5 8mm th&%. =&g&+ Boar+ o, ?lass ool o)e s&+e alum&)um ,a%e+ a)+ other s&+e bla%. glass %loth lam&)at&o)@ +e)s&ty #$ to $ .g%u-m *a.e4! ;pt&gaJ&mm%o Supply@ &)stallat&o) a)+ test&)g o, mult&bla+e box type ?alva)&e+ Sheet Steel S*T %o)stru%t&o) +amper ,or +u%ts to be prov&+e+ &th su&table l&).s a)+ :ua+ra)ts ,or %o)trol o, volume o, a&r*a.e4!CrystalSystema&r Supply@ &)stallat&o) a)+ test&)g o, mult&bla+e box type Alum&)&um Sheet %o)stru%t&o) +amper ,or +u%ts

$$

8$

37


to be prov&+e+ &th su&table l&).s a)+ :ua+ra)ts ,or %o)trol o, volume o, a&r- +For OT O$*3/ *a.e4!CrystalSystema&r

S*T

18

To#)* of P)r# IV )rr!e #o S'')r3 of Pr!es.

P)r# S.No 1/

V E*e#r!)* Wor9. Desr!"#!o$

U$!#

M.C.C. FOR *a.e4!P&e%oTr&%ol&teC0S a5 6$$ T= A&r Coole+ Ch&ller (10I1S5 6"$ J0 Ea%h b5 Pr&mary CH0 Pr&mary Pump Sets (18-$ HP ea%h5 ! $ Nos- (10I1S5 %5 CH0 Se%o)+ary Pump Sets Gor Hosp&tal Blo%. (8-$ HP ea%h5 ! $ Nos- (10I1S5 +5 Hot 0ater ?e)erator ! 87$ J0 (Gor 0&)ter Heat&)g5 (87$ J0 ea%h5 ! $ Nos- (10I1S5 .5 Hot 0ater Pumps Sets ( x 18 HP5 ! (10I1S5

NO-

R)#e 1

Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, Cub&%al type se%t&)al&se+ ,loor sta)+&)g s&t%h boar+ by CP=9 apprve+ ,&rms o, 61 *VA ,ault %apa%&ty at 718 V %omplete &th 7 str&p@ 7$$$ A %apa%&ty Alum&)&um Bus ! Bar Ele%trolyt&% gra+e E!1@ %able alley@ s&t%hgears su&table ,or AC!6 +uty < o, ,ollo&)g %apa%&ty < as per spe%&,&%at&o) g&ve) A/

)/ INCOMER $$ A ele%tr&%ally operate+ +ra out type 7 Pole ACB &th overloa+@ short %.t-@ earth ,ault@ prote%t&o) release@ &th 177 mm ($ !$$ A5 ammeter &th 6 CT a)+ sele%tor s&t%h@ 177 mm ($ ! 8$$ V5 Voltmeter &th sele%tor s&t%h@ phase &)+&%at&o) l&ght &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&)g l&ght &th prote%t&o) ,useSET 58

:/ Bs Co"*er Bus Coupler ,or se%t&o) A < B o, $$ A %apa%&ty@ ,our pole ACBSET 51 / 9)%omer a)+ bus %oupler shall be me%ha)&%ally < ele%tr&%ally &)terlo%.e+ to avo&+ parallel&)g o, the to suppl&esLOT

38


P)r# S.No B/


U$!#

R)#e

U$!#

R)#e

OUT?OIN?S )/ For 8 Nos. A!r-oo*e C2!**!$; M)2!$e +1W71S/ $$ A ma)ually operate+ +ra out type 7P ACB &th overloa+@ earth ,ault prote%t&o) &th ($ ! $$A5 ammeter &th three CT < sele%tor s&t%h@ o)  o,,  tr&p &)+&%at&o) l&ght &th prote%t&o) ,usesSET - 58 :/ For 8 Nos. 1> HP Pr!')r3 C2!**e W)#er P'"s "6 A TPN *CCB &th 78 A star +elta starter@ overloa+ relay@ startstop push butto)s@ ammeter ($!"6A5 &th three CT < sele%tor s&t%h@ o)o,,tr&p &)+&%at&o) l&ghts &th SP *CB@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSET 58

/ For 8 Nos. 8> HP Seo$)r3 C2!**e W)#er P'"s 1$$ A TPN *CCB

SET 8

;/ For 8 Nos. 1> HP Ho# W)#er P'" Se#s +1W71S/ "6 A TPN *CB &th 78 A star +elta starter overloa+ relay@ ($!"6 A5 ammeter@ &th s&)gle CT o)  o,,  tr&p &)+&%at&)g l&ghts &th prote%t&o) ,use@ start  stop push push butto)s@ s&)gle phase preve)terSET $

P)r# S.No


!/ For 8 No. >15 KW Ho# W)#er ?e$er)#or +1W71S/ 1$$$A 7P *CCB

SET ! $

Co)trols < &)terlo%.&)g a%%essor&es as re:u&re+- OT 8/

ELECTRICAL SUB-PANEL FOR AIR HANDLERS & VARIOUS TYPE OF FANS

39


Supply@ &)stallat&o)@ test&)g a)+ %omm&ss&o)&)g o, Cub&%al all  ,loor mou)te+ type s&t%h boar+ as +eta&le+ belo < s&t%h gears su&table ,or AC ! 6 +uty &)%lu+&)g ma.&)g &)ter%o))e%t&o) et% as re:u&re+8)/

For AHU & 6 P2)se I$*!$e F)$@ Pressr!s)#!o$ F)$@ Ve$#!*)#!o$ F)$ For Mo#or U" #o 6.46 K

NO-

6

7$ A TPN *CB &th 1" A 'O starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSet ! $1 Co)trols < &)terlo%.&)g a%%essor&es as re:u&re+8:/

ot

For AHU@ Ve$#!*)#!o$ & Pr. F)$ Mo#or >. K

NO-

1"

NO-

1

Desr!"#!o$

U$!#

Q#3.

For AHU & Ve$#!*)#!o$ F)$ Mo#or .6 ( 11.8 K

NO-

1

NO-

=O

7$ A TPN *CB &th 8 A 'O starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSet ! $1 Co)trols < &)terlo%.&)g a%%essor&es as re:u&re+8/

ot

For AHU & Ve$#!*)#!o$ F)$ Mo#or 4.> K 7$ A TPN *CB &th 1" A Star 'elta starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSet ! $1 Co)trols < &)terlo%.&)g a%%essor&es as re:u&re+-

P)r# S.No 8/

ot

V E*e#r!)* Wor9. R)#e

"6 A TPN *CB &th 8 A Star 'elta starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSet ! $1 Co)trols < &)terlo%.&)g a%%essor&es as re:u&re+8e/

For AHU & Ve$#!*)#!o$ F)$ Mo#or 1> ( 1. K

ot

40


"6 A TPN *CB &th 8 A Star 'elta starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSet ! $1 Co)trols < &)terlo%.&)g a%%essor&es as re:u&re+8f/

ot

For 155 FA AHU For OT +1 = > HP@ 1 = 8 HP F)$ Mo#or@ 5.> HP HRW/

NO-



Desr!"#!o$

U$!#

Q#3.

AHU For OT +1 = > HP@ 1 = 1 HP F)$ Mo#or@

NO-

7

INCOMER "6 A TPN *CCB &th ($!"$A5 ammeter &th three CT a)+ sele%tor s&t%h@ ($ ! 8$$ V5 voltmeter &th sele%tor s&t%h@ phase &)+&%at&o) l&ght &th prote%t&o) ,useSET ! $1 OUT?OIN? For AHU F)$ Mo#or 7$ A TPN *CB &th 1" A 'O starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSET ! $ For HRW Mo#or 7$ A TPN *CB &th 1 A 'O starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSET ! $1 P)r# S.No 8;/

V E*e#r!)* Wor9. R)#e

INCOMER "6 A TPN *CCB &th ($!"$A5 ammeter &th three CT a)+ sele%tor s&t%h@ ($ ! 8$$ V5 voltmeter &th sele%tor s&t%h@ phase &)+&%at&o) l&ght &th prote%t&o) ,useSET ! $1 OUT?OIN? For AHU F)$ Mo#or 41


7$ A TPN *CB &th 1" A 'O starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSET ! $1

7$ A TPN *CB &th 1 A 'O starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSET ! $1 OT P)r#

V E*e#r!)* Wor9.

S.No

Desr!"#!o$

U$!#

Q#3.

82/

For K!#2e$ Sr::er +1 = 1> KW 7 S!$;*e P2)se W)#er P'"/

NO-

1

R)#e

INCOMER 1$$ A TPN *CCB &th ($!1$$A5 ammeter &th three CT a)+ sele%tor s&t%h@ ($ ! 8$$ V5 voltmeter &th sele%tor s&t%h@ phase &)+&%at&o) l&ght &th prote%t&o) ,useSET ! $1 OUT?OIN? For F)$ Mo#or 1> KW "6 A TPN *CB &th 6 A Star 'elta starter@ overloa+ relay@ start  stop push butto)s@ phase &)+&%at&o) l&ghts &th prote%t&o) ,use@ o)  o,,  tr&p &)+&%at&o) l&ghts &th prote%t&o) ,use@ s&)gle phase preve)ter < auto  ma)ual mo+e sele%tor s&t%hSET ! $ W)#er C!r*)#!o$ P'" 1" A SP *CB

SET

$

Co)trols < &)terlo%.&)g a%%essor&es as re:u&re+OT

6/

POWER & CONTROL CABLIN?

42


Supply@ lay&)g@ test&)g a)+ %omm&ss&o)&)g o, poer a)+ %o)trol %abl&)g as per spe%&,&%at&o) g&ve) &) t

P)r# S.No

*a.e4!=all&so)Poly%abHavells V E*e#r!)* Wor9. Desr!"#!o$

U$!#

Q#3.

=*T

8$

=*T

8$

=*T

8$

=*T

8$

7C x 7 S:- mm

=*T

#8

7C x " S:- mm

=*T

8$

7C x 1$ S:- mm

=*T

$

7C x 1" S:- mm

=*T

8$

C x -8 S:- mm Copper Cable

=*T

$

U$!#

Q#3.

&5 6C x 1-8 S:- mm

=*T

8$

&&5 7C x 1-8 S:- mm

=*T

6$

R)#e

!/ For W)#er C2!**!$; M)2!$e 6-8C x 7$ S:- mm (6 =u) ! =ate Gor S&)gle =u)5 !!/ For Ho# W)#er ?e$er)#or 7C x 7$$ S:- mm ( =u) ! =ate Gor S&)gle =u)5 !!!/ For C2!**e W)#er Pr!')r3 P'"s 7C x 1" S:- mm !,/ For C2!**e W)#er Seo$)r3 P'"s 7C x 8 S:- mm ,/ For A!r H)$*!$; U$!#s & Ve$# F)$ Mo#or

P)r# S.No


R)#e

B/ Co$#ro* ):*!$; +PVC !$s*)#e Co""er o$#or of 1.1 KV ?r)e )r'ore ):*e/

43


&&&5 8C x 1-8 S:- mm >/

/

=*T

8$

!/ Supply < lay&)g o, 6 x " mm %opper str&p re%ess  sur,a%e as str&p earth l =*T

$

!!/ Supply < lay&)g o, 8 x 6 mm %opper str&p re%ess  sur,a%e as str&p earth =*T

$

!!!/ Supply < lay&)g o, 7 mm +&a- Copper &re or &) re%ess ,or loop earth&)g a =*T

$

!,/ Supply < lay&)g o, 6 mm +&a- Copper &re or &) re%ess ,or loop earth&)g a =*T

8$

,/ Supply a)+ lay&)g o, rubber mat o, s&e 1$$$ mm < 1-8 mm th&%.-

$

E)r#2!$; S#r!" ( W!res )s "er s"es.

=*T

C):*e Tr)3 *a.e4!Solt%o=&%o Supply a)+ &)stallat&o) o, la+er type 1" ? ?9 per,orate+ R;R shape+ %ha))el 7$mm x $mm %able tra

18$ mm &+e

=*T

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6$$ mm &+e

=*T

6$

78$ mm &+e

=*T

=O

"$$ mm &+e

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NOTE The AC %o)tra%tor shall prov&+e ,&re shu)t relay %o)ta%t &) h&s pa)el herever )e%essary a lo)g &th auto 

To#)* of P)r# V )rr!e #o S'')r3 of Pr!es.

44


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80

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SCHEDULE OF WORK FOR HVAC HAMS HOSPITAL AT KATHMANDU DESCRIPTION E$UIPMENT SUPPLY E%&'*+, ( VRF SYSTEM)

Su((ly, %n*tallation,$e*ting A 'o99i**ioning of air coole ;ariale refrigerant flo2 9oular ty(e conen*ing unit*, eac+ co9(ri*ing of 1007 '+8*/,*/ *croll co9(re**or* ,full c+arge of refrigerant ga* 7R-41)a8, luricating oil an all acce**orie* a* (er t+e *(ecification*.$+e conen*ing unit* *+all e &',256* , 9/ '+ 5,; 46'+ 2+ H*2,'+ *. $+e conen*ing unit* *+all e *uitale for o(eration on 41  1)C ;olt*, )>, 3 (+a*e #' (o2er *u((ly an t+e conen*ing unit* *+all e of follo2ing ca(acitie*.Make*: Daikin=Mit*ui*+i lectric=$rane=!general.

6ully factory a**e9le, 2ire an te*te !utoor 'onen*ing Unit* a* (er *(ecification* an a* require to 9ake t+e *y*te9 co9(lete. %ne(enent outoor unit* for eac+ floor. 3 >" 1) >" ) >" 7%ncluing 2it+ x(an*ion /it='ontrol "anel tc.8 for $6# 1 >" 7%ncluing 2it+ x(an*ion /it='ontrol "anel tc.8 for $6# ? >" 7%ncluing 2it+ x(an*ion /it='ontrol "anel tc.8 for $6# I+/ U+', C2*,,* T3* U+',

1.) $R 1.3 $R 1. $R .)? $R .4 $R 3.3 $R 4.1 $R D&4,256* T3* U+',

. 4.@ 4.1 3.3 . HVAC BOQ

#OG""

.)? 1. 1.33 R*,* C+,/66*/

0irele** Re9ote 'ontroller - 'a**ette=>i-0all $y(e Unit* 0ire Re9ote 'ontroller - 'eiling Mounte $y(e Unit* Refrigerant YEoint Require for i*triution of refrigerant in co((er (i(ing etc co9(lete a* (er *(ecification* Su((ly %n*tallation te*ting A co99i**ioning of 9ain centrali*e controller 2it+ $ouc+ Screen a* (er *(ecification* to +ook u( inoor unit* a* 9entione ao;e a* 2ell GS(ecial 'onition*G. N,* : E6*4,/'426 &63 ;266 5* /8'* 53 E6*4,/'426 4+,/24,/ , 266 VRV IDU U+',. TOTAL

INDEGENIOUS ITEM W*2,;*/ P/< I62,/ F/ &,/ U+',

0eat+er (roof %*olator ox 2it+ H'B or equi;alent of *uitale rating* near t+e outoor unit* for (o2er i*olation for outoor
Su((ly, %n*tallation, $e*ting A 'o99i**ioning of +ig+ (re**ure co((er refrigerant (i(ing *uitale for R 41)a refrigerant of follo2ing *ie a* require an uly in*ulate 2it+ 1F99=1399 t+ick 46* 4*66 *62,*/'4 +',/'6* /&55*/ in*ulation in tuing for9. xternal Refrigerant (i(ing *+all e lai on t+e exi*ting I% co;ere cale tray*. "i(ing in*ie occu(ie *(ace* *+all e *u((orte y u*ing Su((lying+ A fixing of *uitale M S +anger* uly (ainte 2it+ lack ena9el (aint. ntire refrigerant (i(ing 2ork e carrie out in accorance 2it+ t+e *(ecification*. P'* S'=* S'=* (O.D.)

M'+. W266 T;'4+*

41.3 99 3?.1 99 34.F 99 31.? 99 ?. 99 .4 99 . 99 1F.1 99 1.F 99

1.43 99 1.3 99 1.1 99 1.1) 99 ).FF 99 ).?? 99 ).?) 99 ).?) 99 ).FF 99

HVAC BOQ

I+&62,'+ T;'4+*

1F 99 1F 99 1F 99 1F 99 1F 99 1F 99 13 99 13 99 13 99 OG""

1.@ 99 F. 99 .4 99

).?) 99 ).?) 99 ).?) 99

13 99 13 99 13 99

C+*+2,* D/2'+ P''+

Su((ly,in*tallation,te*ting an co99i**ioning of rigi U"<' (i(ing co9(lete 2it+ fitting*, *u((ort* a* (er *(ecification* an uly in*ulate 2it+ F 99 t+ick clo*e cell nitrile ruer. Den*ity of "<' (i(e *+all not e le** J 99 ia J )99 ia J 4)99 ia J 399 ia J 99 ia CUSTOMISED FRESH UNITS CEILING SUSPENDED AIR HANDLING UNIT FOR FRESH AIR (TFA UNIT)

Su((ly, %n*tallation, $e*ting A 'o99i**ioning of *+eet 9etal *ectionali*e con*truction oule *kin air +anling unit* 2it+ 43 99 t+ick inKecte "U6 of en*ity not le** t+an 4) /g='uM 2it+ t+er9al reak (rofile. $+e air +anling unit* *+all e co9(lete 2it+ (re-filter *ection 2it+ *ynt+etic fire filter*, coil *ection 2it+ 9ulti ro2* ee( DL cooling coil of co((er tue A alu9iniu9 fin con*truction, fan *ection co9(lete 2it+ for2ar cur;e D%D0 centrifugal fan 2it+ DOL>STAR DELTA STARTER an M'B= M''B of a((ro(riate rating 2it+ cale ter9ination ox, *uitale for total *tatic (re**ure a* etaile elo2, IE-0 *quirrel cage inuction 9otor, elt ri;e (ackage, in*ulate *tainle** *teel rain (an an ;iration i*olation arrange9ent all co9(lete a* (er *(ecification*. #>U* *+all e *electe for a 9axi9u9 face ;elocity of )) 6"M. T;* &+', ;266 5* 42,'56* 9',; VRF &,/ &+',.

T;* &+', ;266 5* &6'* 9',; *6*4,/+'4 *?2+'+ 8268*> (D?)@ D/'*/@ ,;*/,2,@ 4+,/6 2+*6 9',; 9'/'+  266 244*/'* 2 /*%&'/* </ 46*,'+ '+,2662,'+ . 6an outlet ;elocity *+all not excee 1?)) 6"M 7F.1

M"S8. Su*(en*ion arrange9ent for ceiling *u*(ene #>U* *+all al*o inclue *(ring ty(e ;iration i*olator* to 9ake t+e in*tallation ;iration free. #>U* *+all e of follo2ing e*ign (ara9eter*: AHU N.

#>U-1 #>U- #>U-

C224',3 (C<)

3))) )) 1)))

SP ( WG)

) ) )

N. < R9

? ? ?

M,/ R2,'+ (HP)

R*<. L2 N.

 3 

1? $R 1 $R  $R

TOTAL

ELECTRICAL WORK FOR HVAC. HVAC PANEL-1 (VRV SYSTEM)

HVAC BOQ

OG""

De*ign, 9anufacture, *u((ly, in*tallation, te*ting an co99i**ioning of t+e follo2ing cuicle ty(e  99 t+ick *+eet *teel enclo*e *e(arate co9(art9ent for eac+ feeer, front o(erate, rear connection* inoor ty(e H$ 9otor control (anel, u*t an ;er9in (roof, ra2out=+inge an lockale oor*, co9(lete 2it+ internal 2iring, colour coing 2it+ ferrule*, cale glan*, oning to eart+ an (ainting. Nuote (rice for eac+ (anel A 9otor control centre *+all inclue all caling A eart+ing o;er cale tray* u( to ;ariou* equi(9ent, all a**ociate control 2iring an interlocking circuitary.

#ll outgoing *+all e (ro;ie 2it+ Sto(=Manual= #uto=*elector *2itc+ to facilitate o(eration t+roug+ B#S. A66 ,2/,*/ ;266 5* /8'* 9',; ,*+,'26
# *e(arate *et of '$* to e (ro;ie for B#S an 2iring fro9 '$* an ;oltage tran*ucer* to e roug+t on to *e(arate *et of ter9inal*. M,/ C+,/6 C*+,/* N. 1 ("1# V) 4+','+ < : I+4'+

!ne &o. 74))8 a9(* $" 9icro(roce**or a*e M''B co9(lete 2it+ t+e follo2ing : F x F 99 *q. )-))
1 Set

!;er ;oltage tri((ing 9ec+ani*9 for (er*i*tent ;oltage exceeing 11)C of t+e rate ;oltage for 9ore t+an  9inute*. 1 Set "+a*e inicating lig+t t+roug+ 41 = 11) < *u((ly fro9 41 < = O3 : 11) < = O3 "$, (ri9ary of "$ *+all e (rotecte y  a9(* $" M"'B an *econary y  a9(* $" M'B an  a9(* 4 "ole R''B of 3) 9# 1 Set $"& u* ar* *+all e of alu9iniu9 an *+all e *lee;e. "+a*e u* ar* *+all e rate at 73)8 a9(* an neutral u* ar *+all e of )C ca(acity. Maxi9u9 en*ity of alu9iniu9 u* ar* for current carrying ca(acity *+all e one a9( (er *quare 99. O&,'+

 &o. 3 a9(* $" M''B outgoing feeer* to OUTDOOR UNITS OF LEVEL- < 4224',3 (T,26 !0 KW) an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7  &o. 3 a9(* $" M''B outgoing feeer* to OUTDOOR UNITS OF LEVEL- < 4224',3 (T,26 !0 KW) an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7

HVAC BOQ

$OG""

 &o. 3 a9(* $" M''B outgoing feeer* to OUTDOOR UNITS OF LEVEL- < 4224',3 (T,26 !0 KW) an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7 1 &o. 4) a9(* $" M''B outgoing feeer* to OUTDOOR UNITS OF LEVEL-10 < 4224',3 (T,26 10 KW an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7 1 &o. 4) a9(* $" M''B outgoing feeer* to OUTDOOR UNITS </ TFA < 4224',3 (T,26 1 KW an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7 1 &o. 4) a9(* $" M''B outgoing feeer* to OUTDOOR UNITS </ TFA < 4224',3 (T,26 1 KW an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7 1 &o. 3 a9(* $" M''B outgoing feeer* to OUTDOOR UNITS </ TFA < 4224',3 (T,26 0 KW an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7 1 &o. 4) a9(* $" M''B outgoing feeer* to OUTDOOR UNITS </ TFA < 4224',3 (T,26  KW an a inicating la9(* 2it+ M'B for P!&,Q!66A$R%" *tatu* of 9otor*7

1 &o. 3 # $" M''B 7*(are8 1 &o. 4) # $" M''B 7*(are8 &ece**ary cale alley*, *(ace for *(are *2itc+e*, internal 2iring, control 2iring=caling an co((er eart+ing of all equi(9ent *+all al*o e inclue. #ll *2itc+e* an ot+er co9(onent* *+all e 9otor uty rating. Motor 'ontrol 'entre &o. 1 a* e*crie ao;e. Su((ly, laying, fixing an $e*ting of t+e follo2ing *ie* of 1.1 /< 'o((er conuctor, "<' in*ulate, "<' *+eat+e aro9oure cale* on t+e *urface of 2all=cale tray. %nclu*i;e of all cla9(*,*ale*,*cre2*,cale ientification tag*, cale ter9inal Koint* incluing ter9inal lug* an 9aking connection* 2it+ t+e equi(9ent co9(lete a* (er t+e *(ecification* an a* require at *ite. "o2er 'ale 7 4' L  Sq.998 - ot i((e Ial;anie iron cale tray of t+e follo2ing *ie* incluing all nece**ory fitting* etc. a* (er t+e *(ecification* an a* require to co;ere t+e ex(o*e co((er (i(ing. 4) 99 2ie L @99 L 99 $+ick 2it+ co;er 3)) 99 2ie L @ 99 L 99 $+ick 2it+ co;er C+,/6  T/2+''+ W'/'+

HVAC BOQ

1OG""

Su((lying an fixing of follo2ing *ie* of 9eiu9 cla** "<' conuit along 2it+ acce**orie* in *urface=rece** incluing cutting t+e 2all an 9aking goo t+e *a9e in ca*e of rece**e conuit a* require ) 99 Su((lying A ra2ing control cu9 tran*9i**ion cale of *ie  core x 1. *q99, co((er conuctor "<' in*ulate "<' *+eat+e unaroure in t+e exi*ting *teel ="<' conuit* (i(e* et2een inoor an outoor unit incluing 9aking connection* at ot+ en* etc. co9(lete a* require. TOTAL

HVAC BOQ

OG""

UNITS

$TY.

&o*. &o*.

3 1

-

&o*. &o*. &o*.

1  1

-

&o*. &o*. &o*. &o*. &o*. &o*. &o*.

R! R! R! R! R! R! R!

&o*. &o*. &o*. &o*. &o*.

4    

HVAC BOQ

RATES

AMOUNT

6OG""

&o*. &o*. &o*.

1  1)

-

&o*. &o*.

4 R!

-

&o*.

4

-

&o*.

1

-

-

&o*.

?

-

R9t R9t R9t R9t R9t R9t R9t R9t R9t

1)) @ 1) @ 1) 11) 1) )) 1)

-

HVAC BOQ

7OG""

R9t R9t R9t

) 3)) ))

-

R9 t R9 t R9 t R9 t R9 t

) ) 1)) 1)) 1)

-

&o*. &o*. &o*.

1  1

-

HVAC BOQ

8OG""

HVAC BOQ

"OG""

&o.

1

-

R9t. R9t. R9t. R9t.

 3 4 3

-

R9t. R9t.

 4

-

HVAC BOQ

#OG""

Meter

1)))

Meter

1)))

-

-

HVAC BOQ

OG""

SUMMARY OF COST S. N.

SUB HEAD

A

SUB-STATION EQUIPMENTS:

1.0

11KV TWO POLE STRUCTURE

.0

11KV HT PANEL.

!.0

11KV PACKAGE SUBSTATION:

".0

HT CABLE SUPPLY @ LAYING  TERMINATIONS.

B

DIESEL GENERATOR SETS:

1.0

DG SETS.

.0

DG ELECTRICAL PANELS.

!.0

DG EHAUST@ FUEL  RAW WATER PIPING.

C

UPS SYSTEM :

1.0

UPS  BATTERY.

D L.T PANEL BOARDS, PCC , BUS DUCTS AND 1.0

LT PANELS @PCC  FLOOR DISTRIBUTION BOARDS.

.0

RISING MAINS.

E

LT CABLE AND ACCESSRIES :

1.0

SUPPLY OF L.T. CABLE:

.0

LAYING OF LT CABLES

!.0

END TERMINATION OF LT CABLE :

".0

MS CABLE TRAYS  PIPES:

F

EARTHING & LIGHTNING PROTECTION: 99

RISING

1.0

EARTHINGS.

.0

LIGHTING PROTECTION.

G

INTERNAL ELECTRIFICATION WORKS :

1.0

POINT WIRING @ SUBMAIN WIRING@CONDUITS@METAL BOES @ ERECTION OF FITTINGS@DISTRIBUTION BOARDS .

.0

LUMINARIES AND FITURES:

!.0

UNDER FLOOR DISTRIBUTION:

H

LOW CURRENT SERVICES :

1.0

TELEPHONE WIRING.

.0

CABLE T.V. SYSTEM WIRING.

!.0

COMPUTER SYSTEM WIRING.

".0

PUBLIC ADDRESS SYSTEM.

#.0

CCTV SYSTEM

I

SECURITY & PROTECTION SYSTEM :

1.0

FIRE ALARM SYSTEM (A/*256* ,3*).

J

EXTERNAL LIGHTING WORKS :

1.0

STREET LIGHTING.

.0

FEEDER PILLAR

K

INVERTOR:

1.0

INVERTOR.

L

NURSE CALL BELL SYSTEM :

1.0

NURSE STATION CONSOLE. 100

M

SAFETY EQUIPMENT :

1.0

SAFETY E$UIPMENT.

N

L.T. SERVO VOLTAGE STABILIER

1.0

100KVA SERVO STABILIER .

O

EARLY EARTHQUAKE SYSTEM

1.0

EARLY EARTH$UAKE SYSTEM

P

MODULAR CABLE & PIPE SEALING SYSTEM

1.0

MODULAR CABLE  PIPE SEALING SYSTEM

GRAND TOTAL :

S. N

ITEM OF WORK

$TY

UNIT

1

No

1.2a %nstallaon of indoor metering unit without '!, (!) as per the appro"ed mae of *+VN only.

1

No

1.2b (ro"iding & -ing 11KV '! & (! in abo"e metering indoor unit and ge/ng them calibrated from *+VN before -ing.

1

Set

A

SUB-STATION EQUIPMENTS:

1.0

HT POWER DISTRIBUTION SYSTEM

1.1

(M2* : S'**+@S4;+*'*/  LT ) 11KV TWO POLE STRUCTURE Supply, installaon, tesng & commissioing of 2 pole structure with cross arms, suitable clamps, insulators, disc insulators, 11KV lightning arrestors, complete stay with insulator & wire, foundaons, gang operated air brea switch with drop out fuses. !his shall ha"e terminaon arrangement for incoming & outgoing through cable and necessary # inches dia $% pipe shall be pro"ided for cable support.

1.2

1.3

METERING INDOOR UNIT

SUB STATION EQUIPMENTS 101

Supply and erecon of the following e3uipment at suitable place in the sub4 staon building as re3uired and as per detailed speci-caons. 1.0a. 5irst aid bo as appro"ed by St. 6ohn 7mbulance rigade8%ndian 9ed 'ross 'onforming to %S:221; 4 1<#0.

1

No

1.0b. Shoc treatment chart at least in three languages duly mounted one wooden frame with glass as re3uired.

1

Nos

1.0c. =lastomeric mat 2 mm thic to withstand 1.1KV dielectric strength as per %S 1>#>282??#.

1

trs

1.0d. =lastomeric mat 2.> mm thic to withstand 11 KV dielectric strength as per %S 1>#>282??#.

1

trs



Nos

0

Nos

2

Nos



Nos

1.0e. (ro"iding and -ing edium Voltage *anger Noce (late 2?? mm  1>? mm made of .S. Steel at least 2 mm thic and "itreous enamelled white on both sides and with inscripon in single red colour on front side as re3uired. 1.0f. (ro"iding and -ing +igh Voltage *anger Noce (late 2>? mm  2?? mm made of .S. Steel at least 2 mm thic and "ireous enameled white on both sides and with inscripon in single red colour on front side as re3uired. 1.0g. 'arbon dioide '@2) type -re enguisher with suitable base pipe & horn conforming to %S 2A;# with cylinders fully charged of capacity <.? Kgm). 1.0h. $.% bucets of followings capacity paint and wriBen with white paint 5ire and mounted on .S. angle iron bracet of siCes >? mm  >? mm  # mm thic and >?? mm long including groung in wall etc. as re3uired including -lling with dry sand < ltr capacity.

Sub To!" o# H.T. SECTION .0

11KV HT PANEL:

2.1

(M2* : S'**+@S4;+*'*/  LT ) 3 WAY RMU$NEAR HT METER ROOM% & $OUTDOOR TYPE% $1 '()o*'(+ !(, 3 ou+o'(+ 11 KV H.T. P!(-"% 11KV 1 No. 9D ha"ing 0 nos. isolators with integral earth switch & 1 no V'8 S5# circuit breaer, V'8 S5# shall ha"e self powered o"ercurrent ,short circuit and earth fault relay, master trip relay, alarm & triping indicaon on 7nnunciator window for bucholC, oil temp., winding temp.

102

!he cost shall includes the cost of all the test such as '.!. polarity test, primary & secondary inGecon, meggar & +.V test and supply control cable between +! panel to transformer. No etra claim for this shall be entertained)

1

Nos

1

Nos

9@

trs

TOTAL OF ( A ) 1.0 CARRIED OVER TO SUMMARY PAGE

!.0

11KV P242* S&5,2,'+: (M2* : I+'2+ > S4;+*'*/> ABB )

Su((ly, recei;ing, *toring, in*(ection, +anling, a**e9ling, in*tallation in correct aligne (o*ition,effecting (ro(er connection*, te*ting an co99i*ioning of !utoor ty(e (ackage ty(e *u*tation 2it+ continuou* rating 1055 KVA@ Step 'o)@ 11(5.<66 9V o!* f!**e O$ *o) #)" 2)$;er #r)$sfor'er &th 7 mm th&%. beae a)+  mm th&%. all o, ea%h %ompartme)t &th %ompartme)t@ &th 9P 87 ,or HT < T %ompartme)t a)+ 9P 6 ,or tra)s,ormer %ompartme)t@ &th )aturally %oole+ type %a)opy (Hot ?alva)&e+ Steel5@ re:u&re+ %ap&%&ty poer pa%. a)+ the ,ollo&)g spe%&,&%at&o)s %o),&rm&)g to 9S4 11$!1-

"ackage *u*tation 2ill +a;e t+e follo2ing equi(9ent*1k< non-exten*ile, 1no. 1))# loa reak *2itc+ 2it+ *elf (o2ere %DM$ relay for (rotection of !='1=6. #ll ci;il 2ork* *uc+ a* "''=R'' fouation, "latfor9, 6encing, 6illing trenc+ an (ee*tal* etc 2ill re9ian in ci;il *co(e. 11KV(<66V@1555 9VA #2ree "2)se@ D3$11@ ON *o) #)" 2)$;er !#2 7> #o -1> !$ s#e"s of 1.8>o$ HT s!e@ CU !$!$; O!* #3"e Tr)$sfor'er !#2 s#)$)r LV Co'")r#'e$#O#;o!$;-

1&o. 4(ole, 1)))#, /# 9icro(roce**or a*e #'B 2it+ !=',S=' A =6 1)))#, #ir %n*ulate, #H. Bu*ar 1555 KVA PSS )s esr!:e ):o,e-

TOTAL OF ( A ) .0 CARRIED OVER TO SUMMARY PAGE ".0

HT CABLE SUPPLY @ LAYING  TERMINATIONS:

.1

11KV H.T. CABLES Supply, laying, tesng and commissioning of 11 KV =) EF(= cable conforming to %S ;?
.1 a) 0c E 1A>s3mm 11KV =) EF(=

103

.1 b) 0c E 2?s3mm 11KV =) EF(=

1??

trs

.2 a) %ndoor heat shrin or 0 cold shrin type terminaons for 0c  1A> s3mm EF(= 11KV =)cable conforming to class % terminaon. 0 8 9eychem)

9@

Nos.

.2 b) @utdoor or 0 cold shrin type terminaon for 0c  1A> s3mm EF(= 11KV=) cable con-rming to class % terminaon). 0 8 9eychem)

9@

No.

.2 c) %ndoor heat shrin or 0 cold shrin type terminaons for 0c  2? s3mm EF(= 11KV =)cable conforming to class % terminaon. 0 8 9eychem)

>

Nos.

.2 d) @utdoor or 0 cold shrin type terminaon for 0c  2?s3mm EF(= 11KV =)cable con-rming to class % terminaon). 0 8 9eychem)

1

No.

.2

HT CABLE TERMINATIONS Supply, installaon, tesng & commissioing of +! cable terminaons.

Sub To!" o# HT C!b"TOTAL OF ( A ) !.0 CARRIED OVER TO SUMMARY PAGE

B!

DIESEL GENERATOR SETS:

1.0

D.G. SETS:

1.1

Su((ly, unloaing, (lacing it on founation of )) /<# DI 2it+ "'' 7"'' inca*e of 'UMM%&S, I'" for 'ater "illar or equ;i. for ot+er DI*8 cou(le to ))/<# alternator. #lternator*+all +a;e inuilt B$D an 2ining te9(. etector along 2it+ *(ace +eater*. &ece**ary ifferential=R6 '$* *+all e inuilt in*ie alternator ox. ( MAKE : KOEL>CATERPILLAR )

!

Ba*e fra9e an DI *+all +a;e re9ote raiator.

!

Ier 9ake or Re*i*toflex anti;iration (a*.

!

Day tank for fuel 2it+ 9arking*

!

'" "anel 9ounte on a *e(arate fra9e.

104

!

Suitale *(ace +eater for alternator*.

!

Hu oil rain arrange9ent.

!

Suitale a9ene arrange9ent for u* uct an arrange9ent for 9ounting ifferential =R6 '$*.

!

Suitale *elf (ri9ing (u9( 2it+ engine 7if inuilt in t+i* 9oel8.

!

DI *+all e co9(letely fille 2it+ luoil A >SD FF) ltr ay tank *+all e co9(letely fille. 1.

Su((ly, unloaing, (lacing it on founation of  /<# DI 2it+ "'' 7"'' inca*e of 'UMM%&S, I'" for 'ater "illar or equ;i. for ot+er DI*8 cou(le to  /<# alternator. #lternator*+all +a;e inuilt B$D an 2ining te9(. etector along 2it+ *(ace +eater*. &ece**ary ifferential=R6 '$* *+all e inuilt in*ie alternator ox. ( MAKE : KOEL>CATERPILLAR )

!

Ba*e fra9e an DI *+all +a;e re9ote raiator.

!

Ier 9ake or Re*i*toflex anti;iration (a*.

!

Day tank for fuel 2it+ 9arking*

!

'" "anel 9ounte on a *e(arate fra9e.

!

Suitale *(ace +eater for alternator*.

!

Hu oil rain arrange9ent.

!

Suitale a9ene arrange9ent for u* uct an arrange9ent for 9ounting ifferential =R6 '$*.

!

Suitale *elf (ri9ing (u9( 2it+ engine 7if inuilt in t+i* 9oel8.

!

DI *+all e co9(letely fille 2it+ luoil A >SD FF) ltr ay tank *+all e co9(letely fille. TOTAL OF ( B ) 1.0 CARRIED OVER TO SUMMARY PAGE .0

1 Nos

DG ELECTRICAL PANELS : 105

1 Nos

.1

M2'+ DG C+,/6 P2+*6 WITH PCC I+ CUMMINS E+'+* / &',256* PLC C+,/666*/ </ ,;*/ M2*@ L2 M2+2**+, 2+ AMF F*2,&/* </ 1#00KVA DG  1#0KVA DG . ( MAKE : KOEL>CATERPILLAR )

Su((ly, erection, te*ting A co99i**ioning of Main DI 'ontrol (anel 2it+ "'' for 'UMM%&S or I'" or qu;i. controller for ot+er 9ake*, t+i* 2ill e floor 9ounte, free *taning, inoor uty, u*t (roof, ;er9in (roof, front o(erate, electrical (anel faricate, (ainte an 9anufacture exactly a* (er *(ecification* lai in t+i* ocu9ent an 2ill e co9(lete 2it+ t+e 9ain an auxiliary u* ar*, interconnection, cale glan*, eart+ ter9inal*, eart+ u* an 2ill e (o2ere coate fini*+e $+e DI control (anel *+all u*e all ra2 out 3 (o*ition 2it+ra2n ty(e reaker* *uitale for 41 < #', 3 (+a*e, ) >, 4 2ire *u((ly *y*te9 an 2ill +a;e fault le;el of  /# $+e (anel 2ill e 9ae a* (er etaile *(ecification* an ra2ing* for9ing (art of t+i* ocu9ent 7Uner no ca*e te9(erature of H$ "anel *+all e 9ore at any (oint of t+e (anel, ot+er2i*e nece**ary ex+au*t fan *+all e +a;e to (ro;ie8 Bu* ar calculation* con*iering te9(erature erating, enclo*ure erating, *lee;ing erating 9u*t e one an *u9itte for c+ecking.

$+e DI ;enor *+all 9ake co9(lete (rotection cur;e* an i*cri9ination c+art for relay *etting* an *+all aKu*t all t+e*e reaing* at *ite. $+e u* ar *ie *+all not e le** t+an t+e a9(ere *ie* 9ention* after erating an a;erage erating 2orke out y u* i* ). $+e ier 2ill *+o2 exact calculation* A co9(are t+e figure of ). an final calculation* 2ill e ao(te for 9ore *tringent conition $+e "'' (anel 2ill co9(ri*e of t+e follo2ing :

.12

 &o*. inco9er an out of  no*. 1 no*. 2ill e ?))# feeer inco9er an 1 no*. 2ill e 1)))# inco9er. ac+ inco9er reaker feeer *+all +a;e follo2ing :

-

!ne nu9er inco9er 4" 1)))=?)) a9(* D! reaker for 'u99in* or $" 1)))=?)) a9(* D! reaker 2it+ neutral contactor for ot+er engine. ac+ reaker *+all +a;e 9icro(roce**or a*e relea*e* for !=',S=' A eart+ fault

!

"''M of 'u99in* or "H' for ot+er engine to *ync+roni*e  DI* no2. %n ca*e of ot+er engine* exce(t 'UMM%&S "H' *+all e *uitale for all *ync+roni*ing, loa 9anage9ent, neutral clo*ing, #M6 feature an u* cou(ler clo*ing. %n ca*e of 'UMM%&S, "H' *+all e *uitale for loa 9anage9ent an u* cou(ler

!

3 &o*. inicating la9(* to *+o2 t+e inco9ing (o2er along 2it+ >R' fu*e*.

!

1 &o igital a99eter, a99eter *elector *2itc+, igital ;olt9eter,
106

!

1 &o. co9ine igital /0, igital /0>r, igital (o2er factor 9eter 2it+ rele;ant '$* of cla** 1.) accuracy. 6iel excitation D.' ;olt9eter analogue ty(e *+all e (ro;ie.!ne no /0 tran*ucer *+all al*o e (ro;ie .

!

1 &o. co9ine o;er ;oltage, uner ;oltage, uner frequency an o;er frequency relay 2it+ ti9e elay ele9ent, 1 no. R6 relay, 1 no. *e(arate eart+ fault relay for neutral circuit *+all e (ro;ie, 1 no. re;er*e (o2er relay for acti;e A reacti;e (o2er, 1no. 9a*ter tri( relay *+all e (ro;ie.

!

#nnunciation 2ino2 to co;er U=<, !=<, U=6, !=6, !=', =6, R6 relay fault* *+all e (ro;ie. Se(arate te9(. inicator *+all e 9ae for B$D A R$D*.

!

ngine *+oul tri( on HH!", >0$, oil te9(, !=<, !=6 an reaker *+oul tri( on ot+er fault*.

!

%nitially U=< A U=6 2ill e ye (a**e till oil (re**ure i* (icke u(.

!

Suitale attery c+arger for 4< 3) #> 2it+ .c ;olt9eter A .c a99eter. D.' ;olt9eter an a99eter 2ill e analouge ty(e.

!

%nicating lig+t* for #'B !& = !66, #'B tri(, neutral contactor !&, D.I. on 9ain*, D.I. fail* to *tart.

!

Ienerator *tart =*to( facility t+roug+ (u*+ utton fro9 (anel, nece**ary cranking relay *+all e (ro;ie.

!

0+ene;er D.I. *to( t+roug+ "B, loa *+all e i*connecte fir*t.

!

1 &o $" ))# $" contactor 7for non 'u99in* engine8 for neutral clo*ing along 2it+ clo*ing circuit fro9 "H' a* 2ell a* t+roug+ 9annual control.

!

Suitale *2itc+gear for cano(y lo2er an *(ace +eater. .15

1 &o*. u* cou(ler 1)))# 4" D! #'B 2it+ o;er current, *+ort circuit an eart+ fault relea*e*.

.14

Bu* Bar *+all e *uitale for carring 1)# in (+a*e* an 1)))# in neutral.

.1 OUTGOINGS

 &o*. $"& feeer eac+ co9(ri*ing of 1 no. 1)))# $" D! #'B 2it+ 9icro(roce**or a*e o;er current, *+ort circuit, eart+ fault (rotection*, !& =!66

!

.1*

!t+er ite9* *uc+ a*:

107

1 Hot of control 2iring 1 Set of e*ignation (late*

! !

1 Set

TOTAL OF ( B ) .0 CARRIED OVER TO SUMMARY PAGE !.0

DG EHAUST@ FUEL  RAW WATER PIPING : ( MAKE : KOEL>CATERPILLAR )

!.1

E?;2&, S3,*

6-1-1

Su((ly, erection, te*ting an co99i**ioning of MS (i(e* 2it+ en* A flange* an all acce**orie* co9(lete in e;ery 2ay.

(a5-

)99 L 4.?99 t+ick cla** B

(b5-

3)99 L 4.?99 t+ick cla** B

(%5-

4))99 L .99 t+ick cla** B

6-1-

%n*ulation of ao;e (i(e 2it+ lo2 re*in one 2ool of 9in @99. t+ickne** 9in. 144/g= 93 en*ity an 4 S0I #l9 claing in*ie A out*ie DI roo9 co9(lete. %n*ulation 2ill e one in *uc+ a 2ay t+at te9(erature *urrouning it *+all not excee @ eg. eyon a9ient. $+e ao;e *(ecification* *+all e a*e on calculation *uKect to 9ini9u9 rating* gi;en ao;e.

(a5-

) 99

(b5-

3)99

(%5-

4)) 99

!. 6--1

8 *trs

1$$ *trs

=O

*trs

8 *trs 1$$ *trs =O

*trs

F&*6 T2+

Su((ly, rection, in*tallation, te*ting A co99i**ioning of FF) ltr. M.S ie*el tank 2it+ 9an+ole* co;er, rain ;al;e, 9arking along 2it+ M.S *tructure an fla9e (roof le;el *2itc+e*. 1 Sets

6--

Su((ly, in*tallation, te*ting A co99i**ioning of 'la** ' ty(e follo2ing (i(e* 2it+ 499 "Y"'!$ coating.

!

99

6$ *trs108

!

3?99

6--6

Su((ly, in*tallation, te*ting A co99i**ioning of 'la** ' ty(e follo2ing (i(e*. 99 3?99

! !

1$$ *trs-

6$ *trs1$$ *trs-

TOTAL OF ( B ) !.0 CARRIED OVER TO SUMMARY PAGE

C

UPS SYSTEM :

1.1.1 0KVA UPS

Su((ly, in*tallation, te*ting A co99i**ioing of )/<# U"S in (aralleling 9oe at ).? out(ut (o2er factor 2it+ gal;anic i*olation tran*for9er at out(ut *trictly an S&M" car a* (er *(ecification gi;en in t+e ocu9ent 2it+ follo2ing roa feature* :- ( M2* : P*2&-AAL@ GE P9*/@ ABB ) a5

$>D7i8 *+all e le** t+an ?C in t+e entire loaing range of C to )C.

b5

%n(ut (o2er factor *+all e 9ore t+an ).F. fro9 C to )C loa

%5

U"S *+all carry e*ign out(ut at 4) eg.

+5

S+all +a;e *oft *tart an +ol of for inco9ing *u((ly.

e5

%n;ertor ca(aility to *u((ly 1)C loa for  *ec.

,5

S+all not allo2 ee( i*c+arge of t+e attery an *+all not go to 1). ;olt* in ca*e of 1 ;olt cell*.

g5

%t *+all +a;e RS 4? (ort 2it+ 9ou* connecti;ity for BMS interfacing an nece**ary (rotocol* for H#& =0#& connecti;ity. #ll nece**ary *oft2are = 9a((ing to e uilt in for BMS co9(atiility.

1.1. "0KVA UPS

Su((ly, in*tallation, te*ting A co99i**ioing of 4)/<# U"S in (aralleling 9oe at ).? out(ut (o2er factor 2it+ gal;anic i*olation tran*for9er at out(ut *trictly an S&M" car a* (er *(ecification gi;en in t+e ocu9ent 2it+ follo2ing roa feature* :- ( M2* : P*2&-AAL@ GE P9*/@ ABB )

a5

$>D7i8 *+all e le** t+an ?C in t+e entire loaing range of C to )C. 109

6 Nos

b5

%n(ut (o2er factor *+all e 9ore t+an ).F. fro9 C to )C loa

%5

U"S *+all carry e*ign out(ut at 4) eg.

+5

S+all +a;e *oft *tart an +ol of for inco9ing *u((ly.

e5

%n;ertor ca(aility to *u((ly 1)C loa for  *ec.

,5

S+all not allo2 ee( i*c+arge of t+e attery an *+all not go to 1). ;olt* in ca*e of 1 ;olt cell*.

g5

%t *+all +a;e RS 4? (ort 2it+ 9ou* connecti;ity for BMS interfacing an nece**ary (rotocol* for H#& =0#& connecti;ity. #ll nece**ary *oft2are = 9a((ing to e uilt in for BMS co9(atiility. 1.

6 Nos

BATTERY ( M2* : P*2&-AAL@ GE P9*/@ ABB )

1..1

Su((ly, in*tallation, te*ting A co99i**ioing of 1 L )/<# U"S at ).?) out(ut (o2er factor *trictly a* (er *(ecification gi;en in t+e ocu9ent. ac+ ini;iual* U"S of 3)/<# *+all +a;e ) 9in. attery ack u(. $+e attery *+all co9(ri*e of 1 ;olt cell an *ie an co9ination of ank in ter9* of <#> *+all e clearly 9entione 2it+ attery claculation 2it+ in;ertor efficiency a* ).F4 or le**,eaging factor for attery *+all e taken a* ?)C, en of cell ;oltage *+all e taken a* 1). ;olt*. $+e calculation of attery *+all e attac+e 2it+ offer. 6 Nos-

1..

Su((ly, in*tallation, te*ting A co99i**ioing of 1 L 4)/<# U"S at ).?) out(ut (o2er factor *trictly a* (er *(ecification gi;en in t+e ocu9ent. ac+ ini;iual* U"S of 3)/<# *+all +a;e ) 9in. attery ack u(. $+e attery *+all co9(ri*e of 1 ;olt cell an *ie an co9ination of ank in ter9* of <#> *+all e clearly 9entione 2it+ attery claculation 2it+ in;ertor efficiency a* ).F4 or le**,eaging factor for attery *+all e taken a* ?)C, en of cell ;oltage *+all e taken a* 1). ;olt*. $+e calculation of attery *+all e attac+e 2it+ offer. 6 Nos-

TOTAL OF ( C ) CARRIED OVER TO SUMMARY PAGE

D L.T PANEL BOARDS , CAPACITOR PANEL , BUS DUCTS AND RISING MAINS : 1.0

LT PANELS @PCC  FLOOR DISTRIBUTION BOARDS ("1#V AC@ ! ;2*@ " 9'/*@ #0 H=)

1.1

(M2* : C+,/6 W*6>T/'46',*>A6*4. MAIN L.T PANEL > PCC

110

Su((ly, unloaing, *+ifting to founation, a**e9ly A co99i**ioning of Main H$ "anel. $+i* 2ill e floor 9ounte, free *taning, inoor uty, u*t (roof, ;er9in (roof, front o(erate, electrical (anel faricate a* (er *(ecification* lai in t+i* ocu9ent an 2ill e co9(lete 2it+ t+e 9ain an auxiliary u* ar*, interconnection, eart+ u* an 2ill e (o2er coate fini*+ 2it+ @) 9icron t+ickne**. $+e Main H$ "anel *+all u*e all ra2 out ty(e reaker* *uitale for 41 < #', 3 (+a*e, ) >, 3 (+a*e 4 2ire *u((ly *y*te9. ac+ inco9ing reaker 2ill +a;e 9icro(roce**or a*e relea*e* an all outgoing reaker 2ill +a;e 9ini9u9 electro*tatic relea*e* or 9ention a* 9ention in B!N. $+e "anel 2ill e 9ae a* (er etaile *(ecification* A ra2ing* for9ing (art of t+i* ocu9ent.

7ac+ M''B 2ill e ;ariale current *etting fro9 front, 2it+ front extene lockale +anle, (a lockale in off (o*ition, inication lig+t for !&, *+rouing on inco9er *ie, ter9ination *+all e *uitale for alu9iniu9 u* ar*.8 7Uner no ca*e te9(erature of 9ain H$ (anel *+all e 9ore at any (oint of t+e (anel. $o a;oi +eating nece**ary ex+au*t fan* *+all +a;e to e (ro;ie along 2it+ to( lou;er*8. 1.1.1 MAIN LT PANEL A

INCOMER :- ! +&5*/ (?1000A  1?1#0A "P EDO ACB )

(&5

!ne nu9er 1))# 4" D! #'B inco9er reaker fro9 tran*for9er +a;ing 9icro(roce**or a*e, o;er current, eart+ fault, *+ort ckt. 2it+ ti9e elay ele9ent*, 3 &o*. (+a*e to neutral A neutral to eart+ *(ark ga( *urge *u((re*or for ))/# 2it+ fu*e*, 3(+a*e 9onitoring relay 2it+ (+a*e *equence. $+i* inco9er *+all +a;e igital 9ultifunction 9eter 2it+ +ar9onic* an RS 4? (ort 2it+ 9atc+ing ca*t re*in '$*, ;olt 9eter, ;olt9eter *elector *2itc+,a99eter, a99eter *elector *2itc+, inication lig+t* for (+a*e* 2it+ M'B, !& =!66 =$R%" inication lig+t for *(ring c+arge, 1 no. re;er*e (o2er relay.

(&&5

!ne nu9er 1)))# 4" M''B inco9er reaker fro9 DI *ync+roni*ing (anel +a;ing 9icro(roce**or a*e, o;er current, eart+ fault, *+ort ckt. 2it+ ti9e elay ele9ent*, 3 &o*. (+a*e to neutral A neutral to eart+ *(ark ga( *urge *u((re*or for ))/# 2it+ fu*e*, 3(+a*e 9onitoring relay 2it+ (+a*e *equence. $+i* inco9er *+all +a;e igital 9ultifunction 9eter 2it+ +ar9onic* an RS 4? (ort 2it+ 9atc+ing ca*t re*in '$*, ;olt 9eter, ;olt9eter *elector *2itc+,a99eter, a99eter *elector *2itc+, inication lig+t* for (+a*e* 2it+ M'B, !& =!66 =$R%" inication lig+t for *(ring c+arge, 1 no. re;er*e (o2er relay.

111

!ne nu9er 1)# 4" M''B inco9er reaker fro9 DI *ync+roni*ing (anel +a;ing 9icro(roce**or a*e, o;er current, eart+ fault, *+ort ckt. 2it+ ti9e elay ele9ent*, 3 &o*. (+a*e to neutral A neutral to eart+ *(ark ga( *urge *u((re*or for ))/# 2it+ fu*e*, 3(+a*e 9onitoring relay 2it+ (+a*e *equence. $+i* inco9er *+all +a;e igital 9ultifunction 9eter 2it+ +ar9onic* an RS 4? (ort 2it+ 9atc+ing ca*t re*in '$*, ;olt 9eter, ;olt9eter *elector *2itc+,a99eter, a99eter *elector *2itc+, inication lig+t* for (+a*e* 2it+ M'B, !& =!66 =$R%" inication lig+t for *(ring c+arge, 1 no. re;er*e (o2er relay.

(&&&5

B

INTERLOCKING

%nterlocking logic electrical et2een t+ree inco9er* an one no*. u* cou(ler an it *+oul +a;e auto *tart an auto tri( facility for auto9atic o(eration of t+e reaker. %nterlocking *+all e one t+roug+ "H'.

!

C

BUS COUPLER

$2o nu9er* ?))# 4 (ole D! #'B a* u* cou(ler 2it+ !&=!66 inication an 9ini9u9 electro*tatic relea*e*. Bu* cou(ler *+all e interlocke electrically 2it+ t+ree inco9er* !nly one inco9er* can e on at one ti9e in one u*. Bu* 'ou(ler *+all +a;e electro*tatic* relea*e*.

&5 &&5 &&&5 &v5

D

BUS BAR

&5

# *et of $"& #lu9iniu9 u* ar rate for 1?))# 7after con*iering all nece**ary erating*8 3 (+a*e 42ire, )>.

&&5

# *uitale 9ini9u9 erating factor 9u*t e taken for calculation of u* ar *ie*. $+e u* ar *ie after erating *+all e equal to t+e a9(ere gi;en in t+e $+e conucti;ity of u* ar *+all not e le** t+an ?C an eart+ u* *ie *+all e 1)C of (+a*e u* ar.

&&&5

E

OUTGOING : I4  #0KA

&5

1 &o*. 1)))# feeer eac+ +a;ing 1 no. 1)))# $" MD! #'B inuilt 9icro(roce**or a*e o;ercurrent, *+ort ckt an eart+ fault relea*e* 2it+ !&=!66=$R%" inication, 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+ *elector *2itc+, 9atc+ing ca*t re*in '$*.

&&5

 &o*. ?))# feeer eac+ +a;ing 1 no. ?))# $" MD! #'B inuilt 9icro(roce**or a*e o;ercurrent, *+ort ckt an eart+ fault relea*e* 2it+ !&=!66=$R%" inication, 1 no. a99eter 2it+ ca*t re*in '$* an a99eter

&&&5

 &o*. 4))# $"& feeer eac+ +a;ing one no. 4))# $" M''B* 2it+ 9icro(roce**or a*e relea*e* 2it+ i*olale neutral ,!& inication.

112

v&5

v5

v&5

v&&5

v&&&5

!

1 &o*. )# $"& feeer eac+ +a;ing one no. )# $" M''B* 2it+ 9icro(roce**or a*e relea*e* 2it+ i*olale neutral ,!& inication, 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+  3 &o*. ))# $"& feeer eac+ +a;ing one no. ))# $" M''B* 2it+ 9icro(roce**or a*e relea*e* 2it+ i*olale neutral ,!& inication, 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+  3 &o*. 1)# $"& feeer eac+ +a;ing one no. 1)# $" M''B* 2it+ 9icro(roce**or a*e relea*e* 2it+ i*olale neutral ,!& inication, 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+   &o*. 1# $"& feeer eac+ +a;ing one no. 1# $" M''B* 2it+ 9icro(roce**or a*e relea*e* 2it+ i*olale neutral ,!& inication, 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+   &o*. 1))# $"& feeer eac+ +a;ing one no. 1))# $" M''B* 2it+ 9icro(roce**or a*e relea*e* 2it+ i*olale neutral ,!& inication, 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+  !t+er ite9* *uc+ a* 1 Hot of control 2iring 1 Set of e*ignation (late*

1.

1 No

FLOOR DISTRIBUTION PANEL :

Su((ly, unloaing, in*tallation at correct (lace, te*ting A co99i**ioning of 6loor i*triution (anel*. $+e "anel 2ill e 9ae a* (er etaile *(ecification* A ra2ing* for9ing (art of t+i* ocu9ent. # 9ini9u9 erating factor 9u*t e taken for calculation of u* ar *ie*. $+e u* ar *ie after erating *+all e equal to t+e a9(ere gi;en in t+e B!N $+e conucti;ity of u* ar *+all not e le** t+an ?C an eart+ u* *ie *+all e 9ini9u9 1)C of (+a*e u* ar. ac+ M''B *+all +a;e front extene o(erating +anle, oor interlocke 2it+ +anle,
!

1..1 F6/ P2+*6 </ LP ( L*8*6-1--!-"-#--- ) A &5 &&5 &&&5

INCOMER

!ne nu9er )# inco9er +a;ing $"%& )# M''B. 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+ *elector *2itc+, 9atc+ing ca*t re*in '$*. 3 no*. (+a*e inication lig+t* 113

1 no. ;olt9eter, 1 no.
&v5

B

BUS BAR

!ne *et of $"&, #l. u* ar rate 3)) #9(* 7after con*iering nece**ary erating*8 for (+a*e* an neutral for +alf ca(acity of (+a*e*. C

OUTGOING : I4  !#KA

 &o*. 1)) #9(* $"& feeer eac+ +a;ing 1))# M''B.  &o*. 3 #9(* $"& feeer eac+ +a;ing 3# M'B. 3 &o*. 4) #9(* $"& feeer eac+ +a;ing 4)# M'B.

&5 &&5 &&&5

1 *et of co9(lete 2iring

 No

1.. F6/ P2+*6 </ LP ( L*8*6 -  ) A

INCOMER

!ne nu9er 4))# inco9er +a;ing $"%& 4))# M''B. 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+ *elector *2itc+, 9atc+ing ca*t re*in '$*. 3 no*. (+a*e inication lig+t* 1 no. ;olt9eter, 1 no.
&5 &&5 &&&5 &v5

B

BUS BAR

!ne *et of $"&, #l. u* ar rate 3)) #9(* 7after con*iering nece**ary erating*8 for (+a*e* an neutral for +alf ca(acity of (+a*e*. C


3 &o*. 1)) #9(* $"& feeer eac+ +a;ing 1))# M''B.  &o*. 3 #9(* $"& feeer eac+ +a;ing 3# M'B. @ &o*. 4) #9(* $"& feeer eac+ +a;ing 4)# M'B.

&5 &&5 &&&5


1 No

1..! M2'+ L'<, P2+*6 A &5 &&5

INCOMER

$2o nu9er* 1)# inco9er eac+ +a;ing 1)# 4" M''B. 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+ *elector *2itc+, 9atc+ing ca*t re*in '$*. 114

3 no*. (+a*e inication lig+t* 1 no. ;olt9eter, 1 no.
&&&5 &v5

B

BUS BAR

!ne *et of $"&, #l. u* ar rate )) #9(* on ot+ *ie* 7after con*iering nece**ary erating*8 for (+a*e* an neutral for +alf ca(acity of (+a*e*. C


4 &o*. 3 #9(* $"& feeer eac+ +a;ing 3# M''B. 4 &o*. 4) #9(* $"& feeer eac+ +a;ing 4)# M''B. 3 &o*. 4) #9(* D" feeer eac+ +a;ing 4)# M'B.

&5 &5 &5


 No

1.." UPS O&,&, P2+*6 -1 ( !  0KVA UPS SET ) A

INCOMER

3 &o*. 1# $" M''B inco9er 2it+ 9icro(roce**or a*e, o;er current, eart+ fault, *+ort ckt. 2it+ ti9e elay ele9ent* an !&=!66=$R%" inication, 3 &o*. (+a*e to neutral Aneutral to eart+ *(ark ga( *urge *u((re*or for /# 2it+ fu*e*. $+i* inco9er *+all +a;e igital 9ultifunction 9eter 2it+ +ar9onic* an RS 4? (ort 2it+ 9atc+ing ca*t re*in '$*, ;olt 9eter, ;olt9eter *elector *2itc+, inication lig+t* for (+a*e* 2it+ M'B.

&5

B

BUS BAR

!ne *et of $"&, #l. u* ar rate 1) #9(* 7after con*iering nece**ary erating*8 for (+a*e* an neutral for +alf ca(acity of (+a*e*. C

!ne nu9er* )# 4 (ole M''B a* u* cou(ler 2it+ !&=!66 inication an 9ini9u9 electro*tatic relea*e*. !ne nu9er* 1# 4 (ole M''B a* u* cou(ler 2it+ !&=!66 inication an 9ini9u9 electro*tatic relea*e*. Bu* cou(ler *+all e interlocke electrically 2it+ t+ree inco9er* !nly one inco9er* can e on at one ti9e in one u*. Bu* 'ou(ler *+all +a;e electro*tatic* relea*e*.

&5 &&5 &&&5 &v5 v5

C &5 &&5 &&&5

BUS COUPLER

OUTGOING : I4 10KA

1) &o*. 4) #9(* $"& feeer eac+ +a;ing 4)# M'B. 1) &o*. 4) #9(* $"& feeer eac+ +a;ing 4)# M''B.  &o*. 3 #9(* $"& feeer eac+ +a;ing 3# M''B. 115

-


1 No-

1..# UPS O&,&, P2+*6 -1 ( !  "0KVA UPS SET ) A

INCOMER

3 &o*. 1))# $" M''B inco9er 2it+ 9icro(roce**or a*e, o;er current, eart+ fault, *+ort ckt. 2it+ ti9e elay ele9ent* an !&=!66=$R%" inication, 3 &o*. (+a*e to neutral Aneutral to eart+ *(ark ga( *urge *u((re*or for /# 2it+ fu*e*. $+i* inco9er *+all +a;e igital 9ultifunction 9eter 2it+ +ar9onic* an RS 4? (ort 2it+ 9atc+ing ca*t re*in '$*, ;olt 9eter, ;olt9eter *elector *2itc+, inication lig+t* for (+a*e* 2it+ M'B.

&5

B

BUS BAR

!ne *et of $"&, #l. u* ar rate 1) #9(* 7after con*iering nece**ary erating*8 for (+a*e* an neutral for +alf ca(acity of (+a*e*. C

BUS COUPLER

!ne nu9er* 1)# 4 (ole M''B a* u* cou(ler 2it+ !&=!66 inication an 9ini9u9 electro*tatic relea*e*. Bu* cou(ler *+all e interlocke electrically 2it+ t+ree inco9er* !nly one inco9er* can e on at one ti9e in one u*. Bu* 'ou(ler *+all +a;e electro*tatic* relea*e*.

&5 &&5 &&&5 &v5

C

OUTGOING : I4 10KA

1) &o*. 4) #9(* $"& feeer eac+ +a;ing 4)# M'B.  &o*. 4) #9(* $"& feeer eac+ +a;ing 4)# M''B.  &o*. 3 #9(* $"& feeer eac+ +a;ing 3# M''B.

&5 &&5 &&&5

-


1 No-

1.. E?,*/+26 L';,'+ P2+*6 A

INCOMER

$2o nu9er* ))# inco9er eac+ +a;ing ))# 4" M''B. 1 no. 9ultifunction 9eter 7*+o2ing all (o2er (ara9eter*8 2it+ RS 4? (ort 2it+ *elector *2itc+, 9atc+ing ca*t re*in '$*. 3 no*. (+a*e inication lig+t* 1 no. ;olt9eter, 1 no.
&5 &&5 &&&5 &v5

B

BUS COUPLER 116

!ne nu9er ))# 4" M''B a* u* cou(ler 2it+ !&=!66 inication. C

BUS BAR

!ne *et of $"&, #l. u* ar rate 3)) #9(* on ot+ *ie* 7after con*iering nece**ary erating*8 for (+a*e* an neutral for +alf ca(acity of (+a*e*. D &5


1) &o*. 3 #9(* $"& feeer eac+ +a;ing 3# M''B. 1 *et of co9(lete 2iring

1 No

1.. CAPACITOR PANEL "0KVAR CAPACITOR PANELS (!100KVAR#0 KVAR  10KVAR) THESE CAPACITOR VALUES SHOULD BE NET AT "1#V AND ACCORDINGLY CAPACITORS SHALL BE PROVIDED AT ##V AND SUITABLY DERATED TO PROVIDE NET CAPACITANCE ASKED IN BO$ AT "1#V.

Su((ly, unloaing, *+ifting to founation, a**e9ly A co99i**ioning of 4)/<#R at 41< ca(acitor (anel +a;ing 1 no. inco9er 1))) #9(* $"& i*olator a* inco9er. %nco9er to +a;e 3 control fu*e*, 3 inicating lig+t* for inco9ing (o2er, 1
 no* x 1) /<#R ca(acitor ank* eac+ 1) /<#R 7*+oul offer net ca(acitance of 1) /<#R at 41< after *uitaly erating fro9 < ca(acitor8 *ection 2ill +a;e 1))# fu*e a*e 2it+ >R' fu*e*, 2it+ 1 no of @)a9(* $" contactor, 1 no. 1)/<#R @C +ar9onic lock reactor 2it+ ))C linearity cla** > an t+er9i*tor*, net 1) /<#R +ea;y uty ca(acitor rate at 41<, 1 *et lig+t* !&=!66, 1 *et of !&=!66 (u*+ utton*, 1 no. '$ o(erate a99eter )-) a9(*.  no*. x ) /<#R ca(acitor ank*, eac+ ) /<#R 7*+oul offer net ca(acitance of ) /<#R at 41< after *uitaly erating fro9 < ca(acitor8 *ection 2ill +a;e 1)# fu*e a*e 2it+ >R' fu*e*, 2it+ 1 no. of 11) a9(* $" contactor, 1 no. )/<#R @C +ar9onic lock reactor 2it+ ))C linearity cla** > an t+er9i*tor*, ) /<#R +ea;y uty ca(acitor rate at 41<, 1 *et lig+t* !&=!66, 1 *et of !&=!66 (u*+ utton*, 1 no. '$ o(erate a99eter )-1)) a9(*.

117

3 no*. x 1)) /<#R ca(acitor ank*, eac+ 1)) /<#R 7*+oul offer net ca(acitance of 1)) /<#R at 41< after *uitaly erating fro9 < ca(acitor8 *ection 2ill +a;e )# fu*e a*e 2it+ >R' fu*e*, 2it+ 1 no. of )) a9(* $" contactor, 1 no. 1)) /<#R @C +ar9onic lock reactor 2it+ ))C linearity cla** > an t+er9i*tor*, 1)) /<#R +ea;y uty ca(acitor rate at 41<, 1 *et lig+t* !&=!66, 1 *et of !&=!66 (u*+ utton*, 1 no. '$ o(erate a99eter )-)) a9(*. ac+ ca(acitor ank *+all e ale to o(erate in eit+er 9anual or auto 9oe ini;iually t+roug+ #"'R relay an *e(arately in auto 9oe. #ctual ca(acitance ;alue 2ill e +ig+ at < an eac+ ca(acitor* *+oul e erate to offer ;alue 1 *et of co9(lete 2iring

1..

1 Nos

Su((lying, %n*tallation, $e*ting an 'o99i**ioning of clean agent 7&!<'13)8 fire *u(re***ion e*igne to (ro;ie a unifor9 concentration 2it+ in t+e ><#' electrical (anel in accorance 2it+ &6"# ))1.
OT

TOTAL OF (D) 1 CARRIED OVER TO SUMMARY PAGE !.0

RISING MAINS:

6-1 Su((lying,

in*talling on 2all, te*ting an co99i**ioning of follo2ing ca(acity

/''+ 2'+ (C24, A'/ '+&62,* ,3*) &',256* </ "0 *. 25'*+,  "# *. ,*. /'* 2it+ 9etal cla enclo*ure, 2all *tra(*, fully "<' in*ulate $"&

alu9iniu9 u*ar* 7neutral1))C8 in con;enient *ection* an *uitale for )) ;olt*, 3 (+a*e, 4 2ire, ) >, #.'. *y*te9 2it+ en*, exten*ion Koint*, incluing fire ex(an*ion an fire (roof arrier* ex(an*ion* Koint at e;ery 3.9tr*., t+ru*t (a* incluing Kointing, en co;er an eart+ing 2it+  run* of alu9iniu9 *tri(* etc. a* require:- ( M2* : &'+'-L*/2+@ S'**+-S'824+@ S4;+*'*/ )

a5

1$$$ Amps- A&r &)sulate+ type

1 *trs

b5

$$ Amps- A&r &)sulate+ type

18 *trs

%5

"6$ Amps- A&r &)sulate+ type

1 *trs

+5

$$ Amps- A&r &)sulate+ type

$ *trs

118

6- Su((lying,

in*talling, te*ting an co99i**ioning of cale en 5? of follo2ing ca(acity on t+e exi*ting ri*ing 9ain* an co9(lete 2it+ *tan*, cale en ox, ra** co9(re**ion glan, inter connection*, eart+ing etc. a* require. 72it+out M''B 8. ( M2* : &'+'-L*/2+@ S'**+-S'824+@ S4;+*'*/ )

a5

1))) a9(*. $"&

 Sets

b5

?)) a9(*. $"&

 Sets

%5

3) a9(*. $"&

 Sets

+5

)) a9(*. $"&

7 Sets

6-6 Su((lying,

in*talling, te*ting an co99i**ioning of *uitale *ie* of T2 << 5? 2it+ follo2ing *ie* of M''B* on t+e exi*ting ri*ing 9ain* co9(lete 2it+ connection* etc. a* require:- 72it+ M''B8.( M2* : &'+'-L*/2+@

a5

) # $"& $a( off ox 2it+ M''B

 Nos-

b5

)) # $"& $a( off ox 2it+ M''B

" Nos-

%5

1) # $"& $a( off ox 2it+ M''B

 Nos-

+5

1 # $"& $a( off ox 2it+ M''B

 Nos-

e5

1)) # $"& $a( off ox 2it+ M''B

 Nos-

,5

3 # $"& $a( off ox 2it+ M'B

7 Nos-

TOTAL OF ( D ) !.0 CARRIED OVER TO SUMMARY PAGE

E

LT CABLE AND ACCESSRIES

1.0

SUPPLY OF L.T. CABLE:

1-1 Su((lying

of follo2ing *ie* of 1.1 /< grae 9ulticore alu9iniu9 conuctor LH" in*ulate ar9oure cale confor9ing to %S:@)F? 7"art - %8 co9(lete 2it+ all a9en9ent* etc. a* require. ( M2* : R266'+>P63425>H28*66 )

a5

3 ' L . Sq.99 'u. "<' ar9.

$$ *trs-

b5

3 ' L 4 Sq.99 'u. "<' ar9.

"$$ *trs-

%5

4 ' L 4 Sq.99 'u. "<' ar9.

$$ *trs-

119

+5

4 ' L  Sq.99 'u. "<' ar9.

8$$ *trs-

e5

4 ' L 1) Sq.99 'u. "<' ar9.

$$ *trs-

,5

4 ' L 1 Sq.99 #l. LH" ar9.

1$$ *trs-

g5

4 ' L  Sq.99 #l. LH" ar9.

6$$ *trs-

h5

3. ' L 3 Sq.99 #l. LH" ar9.

8$ *trs-

&5

3. ' L ) Sq.99 #l. LH" ar9.

18$ *trs-

/5

3. ' L @) Sq.99 #l. LH" ar9.

7$$ *trs-

.5

3. ' L F Sq.99 #l. LH" ar9.

1$$ *trs-

l5

3. ' L 1) Sq.99 #l. LH" ar9.

8$$ *trs-

m5

3. ' L 1) Sq.99 #l. LH" ar9.

6$$ *trs-

)5

3. ' L 1? Sq.99 #l. LH" ar9.

$$ *trs-

o5

3. ' L 4) Sq.99 #l. LH" ar9.

1$$ *trs-

p5

3. ' L 3)) Sq.99 #l. LH" ar9.

1$$ *trs-

:5

1 ' L F Sq.99 'u. "<' *+eat+e unar9.

1$$ *trs-

r5

1 ' L 1) Sq.99 'u. "<' *+eat+e unar9.

8$ *trs-

s5

1 ' L 4) Sq.99 'u. "<' *+eat+e unar9.

8$ *trs-

1- Su((ly

of follo2ing *ie* of 1.1 /< grae 9ulticore C*/ 4+&4,/ PVC '+&62,* 4256* confor9ing to %S:F4=1FF) co9(lete 2it+ all late*t a9en9ent* etc. a* require. ( M2* : R266'+>P63425>H28*66 ) (U+-2/&/* C256*)

 ' x . Sq.99

a5

8 %5

8$ *trs-

1 ' x . Sq.99

)

4 ' x . Sq.99

Mtr*. 8$ *trs-

120

TOTAL OF ( E ) 1.0 CARRIED OVER TO SUMMARY PAGE .0

LAYING OF LT CABLES

.1

LT C256* L23'+

-1-1

Haying of one nu9er "<' in*ulate an "<' *+eat+e = LH" (o2er cale 1.1 /< grae of follo2ing *ie* '/*4, '+ /&+ incluing exca;ation, *an cu*+oning (rotecti;e co;ering an refilling t+e trenc+ etc. a* require:-

a5

;pto 8 s:- mm

7$$$ *trs-

b5

8 s:- to 1$ s:- mm

16$$ *trs-

-1-

Haying an fixing of one nu9er "<' in*ulate an "<' *+eat+e=LH" alu9iniu9 conuctor cale of 1.1 /< grae, of follo2ing *ie* + 4256* ,/23 > &/<24* a* require:-

a5

;pto 8 s:- mm

1$$ *trs-

b5

Ex%ee+&)g 8 s:- but )ot ex%ee+&)g 1$ s:- mm

1$$ *trs-

%5

Ex%ee+&)g 1$ s:- but )ot ex%ee+&)g 7$$ s:- mm

$$ *trs-

+5

1C x 8 s:- mm

1$$ *trs-

e5

1C x 18$ s:- mm

6$$ *trs-

,5

1C x 7$ s:- mm

1$$ *trs-

-1-6

Haying of one nu9er "<' in*ulate an "<' *+eat+e= LH" (o2er cale of 1.1 /< grae of follo2ing *ie* '+ ,;* *?','+ RCC> HUME> STONEWARE> METAL '* a* require:-

a5

;pto 8 s:- mm

8$ *trs-

b5

8 s:- mm to 7$$ s:- mm

18$ *trs-

TOTAL OF ( E ) .0 CARRIED OVER TO SUMMARY PAGE !.0

END TERMINATION OF LT CABLE : 121

6-1 Su((ly

an 9aking en ter9ination 2it+ ra** co9(re**ion glan* an alu9iniu9 = co((er lug* for "<' in*ulate an "<' *+eat+e alu9iniu9 = co((er conuctor cale of 1.1 /< grae of t+e follo2ing *ie* a* require:( M2* : P**4@ C*, )

a5

3 ' L . Sq.99 'u. "<' ar9.

6$ Sets

b5

3 ' L 4 Sq.99 'u. "<' ar9.

1$ Sets

%5

4 ' L 4 Sq.99 'u. "<' ar9.

$ Sets

+5

4 ' L  Sq.99 'u. "<' ar9.

78 Sets

e5

4 ' L 1) Sq.99 'u. "<' ar9.

88 Sets

,5

4 ' L 1 Sq.99 #l. LH" ar9.

8 Sets

g5

4 ' L  Sq.99 #l. LH" ar9.

18 Sets

h5

3. ' L 3 Sq.99 #l. LH" ar9.

" Sets

&5

3. ' L ) Sq.99 #l. LH" ar9.

 Sets

/5

3. ' L @) Sq.99 #l. LH" ar9.

7 Sets

.5

3. ' L F Sq.99 #l. LH" ar9.

 Sets

l5

3. ' L 1) Sq.99 #l. LH" ar9.

1 Sets

m5

3. ' L 1) Sq.99 #l. LH" ar9.

1$ Sets

)5

3. ' L 1? Sq.99 #l. LH" ar9.

 Sets

o5

3. ' L 4) Sq.99 #l. LH" ar9.

1 Sets

p5

3. ' L 3)) Sq.99 #l. LH" ar9.

" Sets

:5

1 ' L F Sq.99 'u. "<' *+eat+e unar9.

7 Sets

r5

1 ' L 1) Sq.99 'u. "<' *+eat+e unar9.

1 Sets

122

1 ' L 4) Sq.99 'u. "<' *+eat+e unar9.

s5

7 Sets

TOTAL OF ( E ) !.0 CARRIED OVER TO SUMMARY PAGE ".0

MS CABLE TRAYS  PIPES: ( M2* : S6,4>'64>R'44 )

".1

6aricating an in*talling follo2ing *ie of (erforate (re gal;ani*e cale tray* incluing +oriontal an ;ertical en*, reucer*, tee*, cro** 9e9er* an ot+er acce**orie* a* require an uly *u*(ene fro9 t+e ceiling 2it+ M.S. *u*(ener* an incluing (ainting etc. a* require:1) 99. 2it+ x ) 99. e(t+ x  99. t+ickne**

a5

".

1$$ *trs-

Su((ly, farication an in*tallation of (re gal;ani*e factory uilt in 62*/ ty(e cale tray* co9(lete 2it+ all en*, tee*, elo2*, reucer* etc. 2it+ rung* at e;ery )99 *(acing of ;ariou* 2it+ in t2o tier=t+ree= fi;e tier fa*+ion eit+er on one *ie of t+e 2all or on t2o *ie* of t+e 2all or at ot+er (lace* an (aint after2ar if require. 7#ll en* A tee* *+all e of factory uilt-in of *a9e 9ake a* t+at of tra

a5

3)) 99 tray, .) 99 t+ick, 7x@x *ie c+annel8 7rung - 1 x3 x 1 998

78$ *trs-

b5

4)99 tray, .) 99 t+ick, 7x@x *ie c+annel8 7rung - 1 x3 x 1 998

6$$ *trs-

%5

)) 99 tray, .) 99 t+ick, 7x@x *ie c+annel8 7rung - 1 x3 x 1 998

8$ *trs-

+5

1))) 99 tray, .) 99 t+ick, 7x1))x *ie c+annel8 7rung* T ) x 4) x ) 998

1$$ *trs-

".!

C256* T/23 S&/,

Su((ly, farication an in*tallation of +anger* an *u((ort* for cale tray* of ;ariou* 2it+ in one=t2o=t+ree tier fa*+ion eit+er on one *ie of t+e 2all or on t2o *ie* of t+e 2all=colu9n=tru** or at ot+er (lace* a* require a* (er ra2ing. $+e 2ork in;ol;e* e*ign of *u((ort *y*te9, farication of cla9(*, +ook*, *u*(en*ion ro or *tri( (ainte 2it+ t2o coat* of re oxie an one coat after2ar 2it+ (aint a* (er t+e a((ro;e colour. Before faricating, t+e contractor +a* to get t+e cale *u((ort e*ign a((ro;e fro9 t+e *ite T engineer=con*ultant. "."

GI P'*

123

7$$$ Jgs-

Su((ly an in*tallation of B cla** 1)) ia. I% (i(e for cale *lee;e* in rece**= on *urface = Iroun co9(lete 2it+ all acce**orie* (ull oxe* 2+ere e;er require, M.S. fi*+ 2ire, fixing +ar2are etc. incluing t+e c+a*ing of 2all= floor an (la*tering t+e c+a*e (ortion, igging t+e trenc+ an ack filling, 9aking goo t+e a9age*, *ealing of (i(e entry etc. a* require:- ( M2* :

$ *trs-

J'+26 -H'2/>S&/ 2 TOTAL OF ( E ) #.0 CARRIED OVER TO SUMMARY PAGE

F

EARTHING & LIGHTING PROTECTION

1.0

EARTHING :

1.1

S-)'4)!5o( o# W!-6"- !(, *!'(-(!()- #6-- -!67'(+ + M)9e  M)ro$!#e@ "r);)#! /

Supply & %nstallaon of Haterless and maintenance free =arthing grounding) electrode of siCe *ia1?? mm  Fength 0??? mm with 1;.2 mm S 8 'u bonded S conductor and (re cast or in4situ cast in high purity electrically conduc"e granular arconite), ha"ing ultra low resis"ity of ?.??1 @hm 4 m. =lectrode made of electrically conduc"e granular mied with cement to pre cast or bac-ll the "oids surrounding the metal conductor in augured bore hole of 1?? mm dia  0??? mm depth, resulng in increase of eIec"e surface area of the earth electrode or grid of mulple electrodes to lower the earth resistance permanently with no further maintenance or periodic watering or recharge during itJs life of o"er >? years in all type of soil including dry or rocy soils. =arth enhancing material should not leach into the adGacent soil or underground water channels and itJs p+ should be in neutral range.

=arth enhancing material should permanently protect the encased metal conductor of corrosion. =lectrodes top terminal should be sealed permanently with the conduc"e concrete and $% etension strip taen out be terminated at earth bus bar.

@ther hardware lie nuts, bolts and washers should be of Stainless Steel. =lectrode should withstand fault current up to 0? 7 for 1 second. 1."

"ro;iing an fixing #0  ?  GI ,/' on *urface or in rece** for connection* etc. a* require.

124

22

Nos.

$$ *trs-

1.#

1.

1.

1.

1.

1.10

1.11

1.1

1.1!

1.1"

1.1#

"ro;iing an fixing #0 ?  GI ,/' in ?) 99 ia. I.%. "i(e fro9 eart+ electroe a* require.

1$$ Sets-

"ro;iing an fixing "0  ?  GI ,/' on *urface or in rece** for connection* etc. a* require.

8$ *trs-

"ro;iing an fixing 4)99 x 99 I% *tri( in #  '2. G.I. P'* fro9 eart+ electroe a* require.

1$ *trs-

"ro;iing an fixing #  ? # GI ,/' on *urface or in rece** for connection* etc. a* require.

78$ *trs-

"ro;iing an fixing # ? # GI ,/' in 4) 99 ia. I.%. "i(e fro9 eart+ electroe a* require.

8$ *trs-

Su((lying an laying #  ?  . GI ,/' at ).) 9. elo2 groun le;el a* *tri( eart+ electroe, incluing *olering etc. a* require.

1$ *trs-

"ro;iing an fixing #0 ?   CU ,/' in ?) 99 ia. I.%. "i(e fro9 eart+ electroe a* require.

8$ *trs-

"ro;iing an fixing #  ? # C*/ ,/' on *urface or in rece** for connection* etc. a* require.

8$ *trs-

"ro;iing an fixing #  ? # C*/ *tri( in 4) 99 ia. I.%. "i(e fro9 eart+ electroe a* require.

8$ *trs-

"ro;iing an fixing  SWG '2 GI W'/* on *urface or in rece** for loo( earting along 2it+ exi*ting *urface = rece**e conuit *u9ain 2iring = cale a* require.

$$ *trs-

Su((lying of follo2ing *ie* of 1.1 /< grae 9ulticore co((er conuctor LH" in*ulate ar9oure cale co9(lete 2it+ all a9en9ent* etc. a* require.

a5

1 ' L ) Sq.99 'u. "<' *+eat+e unar9.

18$ *trs-

b5

1 ' L F Sq.99 'u. "<' *+eat+e unar9.

$ *trs-

%5

1 ' L 4) Sq.99 'u. "<' *+eat+e unar9.

$ *trs-

1.1

Haying of one nu9er "<' in*ulate an "<' *+eat+e= LH" (o2er cale of 1.1 /< grae of follo2ing *ie* '+ ,;* *?','+ RCC> HUME> STONEWARE> METAL '* a* require:-

125

a5

1 ' L ) Sq.99 'u. "<' *+eat+e unar9.

7$ *trs-

b5

1 ' L F Sq.99 'u. "<' *+eat+e unar9.

6$ *trs-

%5

1 ' L 4) Sq.99 'u. "<' *+eat+e unar9.

6$ *trs-

1.1

Haying an fixing of one nu9er "<' in*ulate an "<' *+eat+e=LH" alu9iniu9= co((er conuctor cale of 1.1 /< grae, of follo2ing *ie* + 4256* ,/23 > &/<24* a* require:-

a5

1 ' L ) Sq.99 'u. "<' *+eat+e unar9.

1$$ *trs-

b5

1 ' L F Sq.99 'u. "<' *+eat+e unar9.

18$ *trs-

%5

1 ' L 4) Sq.99 'u. "<' *+eat+e unar9.

1$ *trs-

1.1 HUME PIPE

"ro;iing an lying non-(re**ure &" cla** 7lig+t uty8 R.'.'. (i(e* 2it+ collar* Kointe 2it+ *tiff 9ixture of ce9ent 9ortar in t+e (ro(ortion of 1: 71ce9ent : fine *an8 incluing te*ting of Koint etc. co9(lete : ( M2* : P/22,'@ J2'+ 1)99 ia R.'.'. (i(e )99 ia R.'.'. (i(e 3))99 ia R.'.'. (i(e

a5 b5 %5

1$$ *trs18$ *trs18$ *trs-

TOTAL OF ( F ) 1.0 CARRIED OVER TO SUMMARY .0

LIGHTNING PROTECTION : ( M2* : BBN>S4;+*'*/ )

.1

ac+ o2n conuctor *+all e ter9inate to eit+er eart+ electroe or ring eart+, art+ electroe *+all e 3=4G ia, 1) feet long, UH li*te, 9in 4 9icron co((er coating o;er 9il *teel, -ac+ eart+ electroe *+all e *u((orte 2it+ Ro>S certifie, lo2 re*i*ti;ity 7V).o+9 9tr8 Iroun n+ance9ent Material 79in./g8, (erfor9* in all *oil conition, increa*e* t+e contact area 2it+ eart+ electroe,. $+e final re*i*tance u*ing one ro or ring, *+all e V 1) W. $+e *tri( u*e for connecting o2n conuctor fro9 te*t link to eart+ lectroe.Metal: Ial;anie %ron , Sie: L, 'oating of Ial;anition: Min ? 9icron

126

ot

#ll 9etal 7natural conuctor8 co9(onent* *+all e one toget+er 2it+ roof=o2n conuctor for equi-(otential oning. Nuantity to e eter9ine for eac+ an ini;iual uiling = *tructure a* (er %S=%' 3)- A 3 al*o refer &B'-)1. #ir ter9inal : %t *+all e 9ae of #lu9inu9 or it* alloy, a* far a* (o**ile rilling *+all e a;oie on roof to(. $+e ter9inal *+all 2it+*tan 2in ;elocity of 14/M=+our. $+e lengt+ of t+e #ir-ter9inal ro ;arie* fro9 19tr to 49tr a* (er t+e B!M an e;en +ig+er on *(ecial occa*ion 6ixing #cce**orie*- *uitale fixing acce**orie* u*e 2it+ #ir-ter9inal to 2it+*tan Hig+tning current. Roof = Do2n conuctor: "referaly roun conuctor 7long lengt+, 9ini9u9 Koint*8 *+all e 9ae of #lu9inu9 or it* alloy. a8 'ro** *ection: ) *q99 8 '+aracteri*tic*: Se9i rigi c8 Stanar: & 1- 8 'onucti;ity: X @.@@ 9=o+9 99 e8 Re*i*ti;ity: V ).)3 o+9 99 = 9

.

.3

'la9( for *u((ort to conuctor : $+e conuctor *+all e 9ae of Stainle** Steel=I% an *+all e *u((orte 2it+ t+e *tructure at e;ery 1 9tr, a* far a* rilling *+all e a;oie on roof to(. $+e cla9 * *+all e te*te for $e*t cla9(*: %t *+all e 9ae of Stainle** Steel=I% an *+all e u*e for e;ery o2n conuctor at 19eter 7a((rox8 ao;e to groun le;el 7connection = i*connection (ur(o*e8. a8 'la9(ing range R=6l: ?-1) = 3) 99 8 Material of *cre2: *t*t c8 Material t+ickne**: . 99 8 Stanar: & 1-1 Su((ly of ) &o*. a;ance 9aintenance free '+e9ical Iel art+ing of 1) feet long =?G ia Ro 9oleculerly one 2it+ ) 9icron co((er coating an treate 2it+ SS olt an nut* 2it+ 3 ag of 1) /g* of RSH! 79ixture Sul(+ate, Silica, #lu9ina, %ron !xie, $itaniu9 !xie, 'alciu9 !xie, "ota**iu9 !xie, '+lorie, Magne*iu9 !xie, Soiu9 !xie, Zinc !xie, etc8 Re*i*tance Ho2ering Irouning Mineral*. $+e c+e9ical co9(oun i* te*te an certifie y %nternational accreite an B%S 7Bureau of %nian Stanar*8 accreite laoratory. $+e te*ting laoratory i* %S! F))1 A %S! 14))1 certifie. Su((ly of +ea;y uty 2eat+er (roof en;iron9ent frienly (oly(la*tic eart+ (it c+a9er 2it+ co;er of autolocking facility 2it+ t+e follo2ing i9en*ion* 499 ia 7to(8, 33)99 ia 7otto98 an )99 +eig+t 4 knock-out o(ening* at t+e otto9 are (ro;ie for t+e ea*y interconnection of eart+ *tri(* et2een t+e eart+ (it* to for9 a gri. 127

7

Nos-

7

Nos-

.4

$e*t Hink Eoint in an %"  2eat+er (roof (oly(la*tic enclo*ure of *uitale



Nos-

TOTAL OF (F) .0 CARRIED OVER TO SUMMARY PAGE

G

INTERNAL ELECTRIFICATION WORKS :

1.0

INTERNAL WIRING No-& (oint wiring will include cost of minor ci"il wor lie pro"iding epanded metal mesh of 1?1>mm strand, 1>mm wide, 1mm thic o"er recessed "ercal conduit in walls along with the steel hoos and -nally co"ered with the cements miture.

1.1

LIGHT POINT WIRING $8'7 1.9 S:. ** 8'6-% Supply, installaon, tesng, and commissioning of wiring with all the re3uired material for the following points with 59FS insulated, Leible mul stranded copper conductor 1.> s3mm 11?? Volts grade wires in concealed or surface mounted 2>mm diameter, medium duty (V' rigid8 Leible conduit or as speci-ed inclusi"e of @N8@55 odular type switch where"er applicable and earthing of S switch bo and -tures by means of 59FS insulated, Leible mul stranded copper conductor 1.> s3mm earth connuity conductor laid in common conduit including connecons as re3uired. Hiring include all necessary associated hardware including ferrules at both end etc. as per the speci-caons the point to start from switch board & terminated to lighng -ture as speci-ed).

1.1 a) (rimary Fight point controlled by # 7mps switch

11>?

Nos

>?

Nos

;>?

Nos

1.1 d) Same as bo3 item no. 1.1 b) but in S medium duty conduit.

1

Nos

1.1 e) Same as bo3 item no. 1.1 c) =tra Fight point looped to primary point to be laid in S medium duty conduit .

1

Nos

1.1 b) (rimary Fight point controlled directly by ' in ' distribuon board. ' co"ered in separate @M item.) 1.1 c) =tra Fight point looped to primary point to be laid in conduit .

1.2

INTERNAL ;AN POINT WIRING

128

Supply, installaon, tesng, and commissioning of wiring with all the re3uired material for the following points with 59FS insulated, Leible mulstranded copper conductor 1.> s3mm 11?? Volts grade wires in concealed or surface mounted 2>mm diameter, medium duty (V' rigid8 Leible inclusi"e of @N8@55 odular type switch where"er applicable and earthing of S switch bo and -tures by means of 59FS insulated, Leible mulstranded copper conductor 1.> s3mm earth connuity conductor laid in common conduit including connecons as re3uired. Hiring include, fan bo, fan hoo, electronic regulator and associated hardware etc. all necessary associated hardware including ferrules etc. as per the speci-caons.

1.3

0>?

Nos

2>?

Nos

1>?

Nos

1.3.1 1=
b)

Supply, installaon, tesng, rec-caon, and commissioning of wiring with all the re3uired material for the following points with 59FS Leible mul4stranded copper conductor 2.> s3mm 11?? Volts grade wires in concealed or surface mounted 2>mm diameter, medium duty (V' rigid8 Leible inclusi"e of # 7mps @N8@55 modular switch, >8 # pin socet # 7mps modular socet in $% boes and earthing of -tures and conduit pipe by 59FS insulated, Leible mulstranded copper conductor 1.> s3mm earth connuity conductor) laid in common conduit including connecons as re3uired, all necessary associated hardware including ferrules etc. as per the speci-caons. $ M!/- & S)7(-',-6>S'-*-( %

=tra loop point on to net table), # amps , >8# pin modular type socet with switch looped to other points with 2.> s3mm 59FS mul stranded copper wire and earthing with 59FS insulated, Leible mulstranded copper conductor 1.> s3mm earth wire. (oint will terminate directly to the socet by using all necessary accessories, Leible conduits etc. $ M!/- & S)7(-',-6>S'-*-( )

1.3.2 2 =
129

1.0.1 Supply, installaon, tesng, rec-caon, and commissioning of wiring with all the re3uired material for the following points with 59FS Leible mul4stranded copper conductor 2.> s3mm 11?? Volts grade wires in concealed or surface mounted 2>mm diameter, medium duty (V' rigid8 Leible of # 7mps @N8@55 modular switch, 2 nos. >8 # pin socet # 7mps modular socet in $% boes and earthing of -tures and conduit pipe by 59FS insulated, Leible mulstranded copper conductor 1.> s3mm earth connuity conductor) laid in common conduit including connecons as re3uired, all necessary associated hardware including ferrules etc. as per the speci-caons. $ M!/- & S)7(-',-6>S'-*-( %

1>?

Nos

;?

Nos

1>?

Nos

>?

Nos

1

Nos

1.0.2 =tra loop point on to net table), # amps , 2 nos. >8# pin modular type socet with one no. # amps switch looped to other points with 2.> s3mm 59FS mul stranded copper wire and earthing with 59FS insulated, Leible mulstranded copper conductor 1.> s3mm earth wire. (oint will terminate directly to the socet by using all necessary accessories, Leible conduits etc. $ M!/- & S)7(-',-6>S'-*-( %

1.

<1 mm diameter, medium duty (V' rigid8 Leible inclusi"e of 1# 7mps @N8@55 modular switch, >8 # pin socet #81# 7mps modular socet in $% boes and earthing of -tures and conduit pipe by 59FS  s3mm Leible mul stranded copper conductor earth connuity conductor) laid in common conduit including connecons as re3uired, all necessary associated hardware including ferrules etc. as per the speci-caons. $ M!/- & S)7(-',-6>S'-*-( %

1..2 =tra loop point, #81# amps, >8# pin modular type switch with socet looped to other points with  s3mm 59FS mul stranded copper stranded wire Leible earth wire. (oint will terminate directly to the socet by using all necessary accessories, Leible conduits etc.

1..3 SUPPLY ? ;I@ING o# 1@<1< A SWITCH SOCKET Supplying and -ing suitable siCe $% bo with modular plate and co"er in front on surface or in recess, including pro"iding and -ing 1 no. # pin #81# 7mps modular socet outlet and 1# 7mps modular switch, connecon, painng etc. as re3uired. (oint wiring shall be co"ered in separate @M item) . $ M!/- & S)7(-',-6>S'-*-( %

130

1.9

INDUSTRIAL SOCKET WIRING

1.>.1 Supplying and -ing 02 amps, 20? "olts, S(N industrial type, socet outlet, with single pole and earth, metal enclosed plug top along with 02 amps ' series, S(, ', in sheet steel enclosure, on surface or in recess, with chained metal co"er for the socet outlet and complete with connecons, tesng and commissioning etc. as re3uired. 'ircuit wiring8 cabling shall be co"ered in separate @M item) $ M!/- & S)7(-',-6>S'-*-( % >

Nos

>

Nos

2

Nos

9@

Nos

9@

Nos

1.>.2 Supplying and -ing 02 amps, 20? "olts, S(N industrial type, weather proof socet outlet, with single pole and earth, with plug top along with 02 amps ' series, S(, ', in 7S weather proof enclosure, on surface or in recess, with co"er for the socet outlet and complete with connecons, tesng and commissioning etc. as re3uired. 'ircuit wiring8 cabling shall be co"ered in separate @M item)$ M!/- & S)7(-',-6>S'-*-( %

1.>.0 Supplying and -ing 02 amps, 1> "olts, !(N industrial type, socet outlet, with three pole and earth, metal enclosed plug top along with 02 amps ' series, !(, ', in sheet steel enclosure, on surface or in recess, with chained metal co"er for the socet outlet and complete with connecons, tesng and commissioning etc. as re3uired. 'ircuit wiring8 cabling shall be co"ered in separate @M item) $ M!/- & S)7(-',-6>S'-*-( %

1.>. Supplying and -ing 02 amps, 1> "olts, !(N industrial type, weather proof socet outlet, with three pole and earth, with plug top along with 02 amps ' series, !(, ', in 7S weather proof enclosure, on surface or in recess, with co"er for the socet outlet and complete with connecons, tesng and commissioning etc. as re3uired. 'ircuit wiring8 cabling shall be co"ered in separate @M item). $ M!/- & S)7(-',-6>S'-*-( %

1.>.> Supplying and -ing #0 amps, 1> "olts, !(N industrial type, weather proof socet outlet, with three pole and earth, with plug top along with #0 amps ' series, !(, ', in 7S weather proof enclosure, on surface or in recess, with co"er for the socet outlet and complete with connecons, tesng and commissioning etc. as re3uired. 'ircuit wiring8 'abling shall be co"ered in separate @M item) $ M!/- & S)7(-',-6>S'-*-( %

1.<

E@HAUST ;AN WIRING

131

Supply, installaon, tesng, rec-caon, and commissioning of wiring with all the re3uired material for the following points with 59FS insulated, Leible mul stranded copper conductor 1.> s3mm 11?? Volts grade wires in concealed or surface mounted 2>mm diameter, medium duty (V' rigid8 Leible inclusi"e of ceiling rose near the fan, # 7mps @N8 @55 *o,u"!6 8')7 8'7 L'+7 '(,')!5o( in 2 mm thic $% boes and earthing of =haust fan and conduit pipe by 59FS insulated, Leible mul stranded copper conductor 1.> s3mm and associated hardware etc. as per the speci-caons.

1.

0#

Nos

1

No

9@

Nos

0#

Nos

? >

Nos Nos

BRACKET ;AN WIRING Supply, installaon, tesng, and commissioning of wiring with all the re3uired material for the following points with 59FS insulated, Leible mulstranded copper conductor 1.> s3mm 11?? Volts grade wires in concealed or surface mounted 2> mm diameter, 2.?mm thic (V' rigid8 Leible inclusi"e of two sets of 1# 7mps @N8@55 modular switch, # pin socet #81# 7mps modular socet in $% boes and earthing of -tures and conduit pipe by  s3 mm 59FS insulated copper conductor earth connuity conductor) laid in common conduit including connecons as re3uired, all necessary associated hardware including ferrules etc. as per the speci-caons. 5or bracet fan in hall).

1.

a

b

c

c.1 c.2

;AN ? E@HAUST ;AN $ MAKE & B!!Po")!b % 5iing, installaon, tesng & commissioning of 5an & =haust fan. Dpto >?mm dia single phase, +ea"y duty, 20? V 7', >? +C ehaust fan for main hall complete with motor, capacitor, fan assembly mounng frame, lou"ers & all accessories.

Dpto 0??mm dia single phase, 20? V 7', >? +C ehaust fan for main hall complete with motor, capacitor, fan assembly mounng frame, lou"ers & all accessories.

!he A inch diameter, three blade, single phase, 20? "olt 7', >? +C, ceiling fan complete with the motor, starng capacitor, fan assembly, hang pipe, top boBom domes, regulator, rubber bush, re3uired hardware etc. !he wor in"ol"es the assembly, tesng, installaon from the ceiling, connecng and commissioning of the fan at site & all accessories.

12??mm diameter 1??mm diameter

132

1.

CURCUIT AND SUB MAIN WIRING Co(,u' $ M!/- & R!""'o(!/+% Supply, carrying out sub main wiring with following copper stranded 11?? Volts grade in concealed or surface mounted 2>mm diameter, medium duty (V' conduit along with 59FS insulated, Leible mulstranded earth wire complete in all respect with ferrules on the both end clearly maring the ct no. cost of conduit shall be included)

1.<.1 2  2.>s3mm with 1  1.>s3mm earth wire in (V' conduit * to switch board)

1???

trs

1??

trs

1.<.0   2.>s3mm  2  1.>s3mm with earth wire in (V' conduit  for 0 phase circuit wiring where"er speci-ed)

>

trs

1.<.   .?s3mm with 2  2.>s3mm earth wire in (V' conduit  circuit wiring for 0phase industrial 8 general power socets or as speci-ed in dwg)

>

trs

1.<.>   #.?s3mm with 2  .? s3mm earth wire in (V' conduit  circuit wiring for 0phase industrial 8 general power socets os as speci-ed in dwg)

>

trs

1??

trs

1.<.2 2  .?s3mm with 2.> s3mm earth wire in (V' conduit for power socets)

1.<.#   1? s3mm with 2  #.? s3mm earth wire in (V' conduit  Submain wiring)

1.10 SUB DISTRIBUTION PANEL Supplying, -ing in posion, tesng and commissioning of the following 1# guage sheet metal enclosed for 1>820? "olts as speci-ed wall mounted8fully recessed in wall including structure fabricaon with anchor fastner8groung bolts where re3uired), indoor type, with dust proof, hinged and locable doors this loc shall be Lushed with main door with common ey for all S*s), complete with interconnecons with (V' insulated copper conductor, tapes, cable glands, bonding to earth and painng. *istribuon board will ha"e metal casing with double door and should be powder coated) !he * shall be suitable for taing cable8conduit as incoming8outgoing. 7ll 's shall be O'O cur"e only or as speci-ed. $ M!/- & I(,o!'!( L-+6!(, %

1.10.1 2  < WAY TPN MCB DB 4

1 No. ? 7mps !( ' as incomer

133

4

0 ph  # way ' distribuon board with one ? amps *ouble pole 9'' in each phase.

4

12 Nos. #42? 7mps 1? 7 S( ' 'ur"e4') for lighng spread e3ually in three outgoing phase.

1>

Nos

2>

Nos

A

Nos

1.10.2 2   WAY TPN MCB DB 4

1 No. #0 7mps !( ' as incomer

4

0 ph  A way ' distribuon board with one #0 amps *ouble pole 9'' in each phase.

4

2 Nos. #4027mps 1?K7 S( ' 'ur"e4') for lighng & power spread e3ually in three outgoing phase.

1.10.3 SPN MCB DB $EM ? SECURITY ROOM DB F LIGHTING% !%

12 WAY SPN MCB DB

4

1 No. ? 7mps *( ' as incomer.

4

1 ph  12 way ' distribuon board

4

1? Nos. 1# 7mps 1? 7 S( ' 'ur"e4').

1.10. SDB $VERTICAL TYPE TPN BOARDS% Supplying and -ing following way prewired Vercal !(&N type distribuon board of steel sheet suitable for 1> "olts ( '' upto 2??7 incomer & !( & S( ' outgoings mounted on surface8 recess including structure fabricaon with anchor fastner8groung bolts where re3uired) complete with loose wire bo, terminal connectors for all incoming and outgoing circuits, duly prewired with suitable siCe (V' insulated copper conductor up to terminal blocs, nned copper bus bar, neutral lin, earth bar, din bar, detachable gland plate, interconnecons, powder painted including earthing etc. as re3uired. as speci-ed.

!%

12 WAY VTPN MCB DB

4

1 No. incomer of 1#?7mps !( '' with isolable neutral ser"ice breaing short circuit rang of 1A K7, aBached with all accessories to mae it complete in e"ery respect.

134

4

> nos. 0 pole 's ?7, 'ur"e ').

4

2 nos. 0 pole 's #07, 'ur"e ').

4

1> nos. Single pole 's 027, 'ur"e ') as per * detail8 SF* pro"ided.

9@

No

TOTAL OF ( G ) 1.0 CARRIED OVER TO SUMMARY PAGE .0

LUMINARIES AND FITURES:

.1

Su((lying of lig+ting fitting*= fixture* co9(lete 2it+ internal 2iring , *(ecial electronic* lo2 lo** alla*t= lu9ilux tue= la9(= conen*er= *tarter =lou;er*= reflector=co;er etc. co9(lete in e;ery 2ay a* require:- (M2* : B22>P63425>V'2)

a5

b5

%5

+5

e5

,5

Sur,a%e mou)te+ %&r%ular 1 E' ,&tt&)g-

7BaKaK -BISH! SH/ SUR6#' 1?0 0> RD 8.

8 Nos-

Rece** 9ounte circular-1? 0 HD o2nlig+ter 0it+ non integral ri;er. 7BaKaK -BZSH! 1?0 0> &% 8.

68$ Nos-

Rece** 9ounte 30 L HD $R!66R.. 7BaKaK - BZRSNH 30 IZ1 0> 8

$ Nos-

Surface Mounte x1 2att HD Batten 2it+ x10 HD $UB. 7BaKaK - BHRB-DB-1? 0%$> BHRB 10 '0c 8

1$ Nos-

Surface Mounte 1x1 2att HD Batten 2it+ 1x10 HD $UB. 7BaKaK - BHRB-DB-11? 0%$> BHRB 10 '0c 8

8$ Nos-

6"0 E' CEAN =OO* ;*9NA9=E ,or OTS

7BaKaK - B"R6 30 0> HD 8 g5

/5

.5

"$ Nos-

LED B&6;*2 lu9inaire 71)28.

7BaKaK - B%B0" 1)0 HD 8

8$ Nos-

Surface Mounte ?)0 2att inu*trial ty(e HD >%I> B#Y 6%$$%&I. 7BaKaK - B$S ?)0 0> HD 8

8$ Nos-

Miay lu9inaire* ?)0 HD . 7BaKaK - BI>BM ?)0 HD L 8

8 Nos-

135

l5

m5

Surface Mounte )0 HD 7 B#E#E 6HL%$R!& <%<# 8 co9(lete 2it+ all ace**orie* for "atient BED LIGHT. 7BaKaK - BH$RU )0 0> <%<# 8

8 Nos-

Surface Mounte track 10 HD lig+t Suitale for 1 (+a*e track 7  9eter track inclue for Mu*iu9. 7BaKaK - #H"># 10 0> 0%$> 8

 Nos-

TOTAL OF ( G ) .0 CARRIED OVER TO SUMMARY PAGE !.0

UNDER FLOOR DISTRIBUTION:

!.1

Su((ly, laying an in*tallation of follo2ing tra(eoial "<' floor ucting *u((lie in t+ree 9eter* (er leng+t incluing trunk connector, cla9(, ;ertical= +oriontal en etc in *cree floor or on 2all in line 2it+ & ))? incluing c+a*ing an refilling t+e trenc+ a* (er t+e route *+o2n in t+e ra2ing an a((ro;e y con*ultant= client at *ite incluing cla9(ing A clo*ing t+e o(en en* te9(orarily y *uitale en co;er* again*t entry of u*t or any foriegn 9aterial*. %n*tallation rate* of "<' trunk *+oul e inclu*i;e of nece**ary +ar2are an arrange9ent require for fixing of trunk 2it+ uct connector an fa*tening cla9(. $+i* acti;ity al*o inclue* Duct connector, 6a*tening 'la9( along2it+ a**ociate acce*orie*. (MAKE: OBO>L*/2+ )

!.1.1

F) 99 2ie x 3 99 ee( tra(eoial U"<' uct 2it+  99 t+ick - 3 "arallel run* 2it+ uct connector A fa*tening cla9( - run

6$ *trs

!.1.

F) 99 2ie x 3 99 ee( tra(eoial U"<' uct 2it+  99 t+ick - 3 "arallel run* 2it+ uct connector A fa*tening cla9( -3 run

7$ *trs

!.1.!

F) 99 2ie x 3 99 ee( tra(eoial U"<' uct 2it+  99 t+ick -  "arallel run* 2it+ uct connector A fa*tening cla9( -  run

7$ *trs

!.1."

F) 99 2ie x 3 99 ee( tra(eoial U"<' uct 2it+  99 t+ick - *ingle "arallel run* 2it+ uct connector A fa*tening cla9( - *ingle run

8$ *trs

!.1.#

) 99 2ie x  99 ee( tra(eoial U"<' uct 2it+  99 t+ick - *ingle "arallel run* 2it+ uct connector A fa*tening cla9( - *ingle run

"$ *trs

136

!.

Su((ly an in*tallation of follo2ing floor *la ox 2it+ fixe +eig+t of  99 2it+ I% tra( an fra9e fitte 2it+ 1. 99 flat I% loa (late 2it+ flu*+ floor con*truction co9(let 2it+ U"<' uct entrie* on all four *ie* 2it+ (o**ililty of floor fini*+ing 9ateriel fixe irectly on t+e flu*+ floor.( MAKE: OBO ) $+e a*e floor oxe* nee to e *u((lie 2it+ fixe +eig+t for t+e fir*t fix in*tallation. I% +ar2are to 9ake t+e in*tallation co9(lete, like *u((ly of nece**ary *cree anc+or* an grouting etc. incluing reaking 2all*, floor*, etc. for *tructure* a* require incluing *u((ly of all I% +ar2are 9aterial*, all laour an 9aterial* co9(lete a* (er a((ro;e ra2ing*, *(ecification* of t+i* tener an irection* of ngineer-in-c+arge incluing 9inor ci;il 2ork.

!..1

!..

!..!

3 99 x 3 99 I% uner floor ox *uitale for t+ree run of F) x 3 99 U"<' Duct entrie* on all *ie, an 3 99 x 3 99 *quare I% in*(ection co;er co9(lete 2it+ loa (late . $+e floor oxe* nee to e *u((lie 2it+ flu*+

1 Nos-

3) 99 x 3) 99 I% uner floor ox *uitale for t2o run of F) x 3 99 U"<' Duct entrie* on all *ie, an 3) 99 x 3) 99 *quare I% in*(ection co;er co9(lete 2it+ loa (late . $+e floor oxe* nee to e *u((lie 2it+ flu*+ floor

 Nos-

1 99 x 1 99 I% uner floor ox *uitale for *ingle run of F) x 3 99 U"<' Duct entrie* on all *ie, an 1 99 x 1 99 *quare I% in*(ection co;er co9(lete 2it+ loa (late . $+e floor oxe* nee to e *u((lie 2it+ flu*+

" Nos-

TOTAL OF (G) !.0 CARRIED OVER TO SUMMARY PAGE

H

LOW CURRENT SERVICES

1.0

TELEPHONE WIRING:

1.1

Su((lying an fixing of M&62/ ty(e RE-11 tele(+one *ocket outlet in t+e exi*ting 9oular MS=I% *+eet ox an co;er (late incluing connection* etc co9(lete a* require:- ( M2* :F'+6*?> D*6,+ )

a5

S&)gle =!11 &) O)e Plate-

1.

8$ Nos-

Su((lying, ra2ing an 2iring 2it+ *olere ter9inal* on ot+ en* of ).1 99 ia 2++*26* ,'++* *6*4,/63,'4 /2* 4*/ 4+&4,/ , "<' in*ulate, t2i*te (air* unc+e toget+er in concentric layer* *o a* to 9ini9ie cro**talk an 2ra((e 2it+ 9elinex ta(e A o;erall "<' *+eat+e *uitale for inoor tele(+one 2iring confor9ing to %$D-S=0S-113' an S=0S-114 in exi*ting MS = "<' conuit = race2ay* on *urface = rece**e = ao;e fal*eco9(lete a* require:M2* :F'+6*?> D*6,+

a5

1 x  Pa&r

6$$$ *trs-

137

b5

1 x 7 Pa&r

1.!

8$$ *trs-

Su((ly an in*tallation of KRONE 4++*4,/ ty(e 9ain tele(+one tag lock of follo2ing *ie* in *+eet 9etal enclo*ure of *uitale i9en*ion* faricate out of 1 S0I *+eet *teel 2it+ ca*tle key lock, +inge ty(e co;er incluing ter9ination of tele(+one cale*, 9aking connection*, (ainting of ox etc. co9(lete a* require:- ( M2* :F'+6*?> D*6,+ )

a5

1$ Pa&rs

8 Nos-

b5

$ Pa&rs

1$ Nos-

%5

8$ Pa&rs

1$ Nos-

+5

#$ Pa&rs ( 8$I$ 5

e5

1$$ Pa&rs

1."

=O

Nos8 Nos-

Su((lying, laying, te*ting an ter9inating 2it+ *olere ter9inal* on ot+ en* for ).1 99 ia "<' in*ulate, "<' *+eat+e 2/&/* 2++*26* ,'++* 4*/ 4+&4,/ , tele(+one 'ale* 2it+ I% 2ire = *tri( ar9ouring generally confor9ing to %$D *(ecification S=0S-113' A S=0S-114 on *urface = rece**e = fal*e ceiling = cale $ray = I% (i(e = >u9e (i(e etc. co9(lete a* require:M2* :F'+6*?> D*6,+

a5

1$ Pa&rs

8$ *trs-

b5

$ Pa&rs

1$$ *trs-

%5

8$ Pa&rs

1$$ *trs-

+5

#$ Pa&rs

1$ *trs-

e5

1$$ Pa&rs

1$$ *trs-

TOTAL OF ( H )1.0 CARRIED OVER TO SUMMARY PAGE N,*:

Su((ly A in*tallation of tele(+one equi(9ent i* not co;ere in t+i* (art.

.0

CABLE T.V. SYSTEM WIRING:

.1

Su((lying an fixing of M&62/ ty(e TV C-2?'26 4*, &,6*, in t+e exi*ting 9oular MS = I% *+eet ox an co;er (late inculaing connection* etc co9(lete a* require:- ( M2* : N*,*2/> 42,8''+ ) 138

$ Nos-

.

Su((ly an ra2ing of follo2ing *oli anneale are electrolytic grae co((er conuctor 2it+ ga* inKecte (+y*ical foa9 " ielectric, (oly-la9inate alu9iniu9 ta(e follo2e y co((er raiing, Kelly fille an o;erall "<' *+eat+e in exi*ting conuit (i(e incluing connection* co9(lete a* require:

a5

$< 'ale RI-

7$$ *trs-

b5

$< 'ale RI-11

18$ *trs-

.!

Su((ly an fixing of TV S6',,*/ in t+e exi*ting MS = I% ox incluing 9aking connection* 2it+ t+i9le*= connector* etc. a* require. ( M2* : N*,*2/>

a5

$2o &o*. outgoing

 Nos-

b5

6our &o*. outgoing

7 Nos-

%5

Six &o*. outgoing

 Nos-

+5

ig+t &o*. outgoing

1$ Nos-

TOTAL OF ( H ).0 CARRIED OVER TO SUMMARY PAGE !.0

COMPUTER SYSTEM WIRING: ( M2* : S'*+> P2+&',> RM )

!.1

Su((ly, ra2ing, te*ting A co99i**ioning of " 2'/ UL 6',* CAT- UTP cale of 4 #0I *oli co((er conuctor* in exi*ting conuit=race2ay etc.

!.

Su((lying, in*tallation, te*ting A co99i**ioning of RJ-"# 6lu*+ 9ounte infor9ation outlet* 2ire accoring to $?#=B *tanar 2it+ face (late '+ ,;* *?','+ G.I.> '+4 4/2,* 5? co9(lete 2it+ inner (late an 9oular ty(e front (late 9oular ox. co9(lete a* reqiuire:-

a5

Single outlet

b5

Doule outlet*

8$$ *trs-

8$ Nos1$ Nos-

!.!

Su((lying, ra2ing, te*ting A co99i**ioning of  C/* MM .#>1#  ar9oure 6ire !(tic cale on *urface= exi*ting cale tray for ata tran*fer a*

!."

Su((lying, in*tallation, te*ting A co99i**ioning of follo2ing R24 incluing 9ounting +ar2are an Blank=6iller (late unit etc. to co;er t+e *(ace co9(lete a* require:139

8$ *trs-

a5

F Unit 0all Mounte Rack 2it+ fan an (o2er *tri( 2it+ *(ike arre*tor*.

b5

1 Unit 0all Mounte Rack 2it+ fan an (o2er *tri( 2it+ *(ike arre*tor*.

1 Nos-

%5

1 Unit 0all Mounte Rack 2it+ fan an (o2er *tri( 2it+ *(ike arre*tor*.

 Nos-

+5

1? Unit 0all Mounte Rack 2it+ fan an (o2er *tri( 2it+ *(ike arre*tor*.

$ Nos-

e5

4? Unit 6loor Mounte Rack 2it+ (o2er *tri( 2it+ *(ike arre*tor*. !.#

1$ Nos-

7 Nos-

Su((lying A in*tallation of follo2ing *ie of R24 &+,* LIU 5? co9(lete 2it+ S' 'ou(ler (anel, aa(ter (late* incluing ter9inating t+e fire o(tic cale* etc. co9(lete a* require:1 (ort Rack 9ounte H%U

1$ Nos-

!.

Su((lying, in*tallation, te*ting A co99i**ioning of " /, P2,4; P2+*6 9',; '+'8'&26 C256* 2+2*/ in t+e exi*ting H%U ox co9(lete a* require.

1$ Nos-

!.

Su((lying, in*tallation, te*ting A co99i**ioning of follo2ing C++*4,/> M&+,'+ C/ in t+e exi*ting H%U Box co9(lete a* require:-

a5

a5

S' 'onnector*.

1$ Nos-

b5

S' to S' 6ire (atc+ cor -1 Mtr. Hong.

1$ Nos-

%5

S' to S' 6ire (atc+ cor - Mtr*. Hong.

1$ Nos-

!.

Su((lying, in*tallation, te*ting A co99i**ioning of follo2ing *ie* of " 2'/ UL 6',* CAT- M&+,'+ C/ for connection* et2een ;ariou* ter9inal*, 2it+ 9ale RE-4 connector on ot+ en* co9(lete a* require:-

a5

1) 6eet long for Ser;er Roo9.

6$ Nos-

b5

@ 6eet long for 'o9(uter !utlet*.

6$ Nos-

%5

3 6eet long for 'o9(uter S2itc+e*.

6$ Nos-

!.

Su((lying, in*tallation, te*ting A co99i**ioning of follo2ing acti;e co9(onent* 7*2itc+e*8 co9(lete 2it+ (o2er cor an 9ounting +ar2are in t+e exi*ting H%U ox a* require:140

M2+2256* G'25', *, ** 9',4;* -

2it+ 4 "ort 1)=1))=1))) M(*, >alf=6ull u(lex, *2itc+e (ort* an 2it+ ex(an*ion (ort* for *tacking aitional *2itc+e* *uitale for 'at-  an ao;e a* require. 7only ci*co 9ake8

a5

2it+ 4 (ort 1)=1))=1))) Iigait t+ernet, +alf=full u(lex, Hayer-3 S2itc+ *u((orting 9ini9u9 4
$ Nos-

M2+2256* C/* S9',4; -

b5

Iigait t+ernet 1))) a*e-$ to 1))) a*e - SL $rancei;er.7only ci*co 9ake8

%5

!.10

%9(li9entation of $'"= %"H#&= 0#&=&et*can connecti;ity integration, 'onfiguration, ocu9entation certification an ot+er 9i*celleneou* ta*k* for all t+e %n(ut=!ut(ut (oint* incluing (enta*caner te*ting for U$" an 6ier !(tic*

8 Nos-

8 Nos-

1 ot

TOTAL OF ( H )!.0 CARRIED OVER TO SUMMARY PAGE ".0

PUBLIC ADDRESS SYSTEM: ( M2* : H*'+/'4;> B>H2/2+ )

".1 7-1-1

7-1-

".

A++&++4**+, P'+, :

Su((ly, in*tallation, te*ting an co99i**ioning of M2'+ C+,/6 2+*6 9',;  +* ex(anale to ) one, co9(liant to %' )?4F ;acuation Stanar*, fully *u(er;i*e an 2it+ igital (re-recore 9e**age*, 2it+ 'at- connecti;ity co9(lete 2it+ connection* etc. co9(lete a* require.

1 No-

Su((ly, in*tallation, te*ting an co99i**ioning of V'4* A6/2 C266 S,2,'+ 2it+ 9ounting ox etc. co9(lete a* require.

 No-

A6'<'*/ :

7--1

Su((ly, in*tallation, te*ting an co99i**ioning of B,*/ A6'<'*/ "0 W2,, co9(lete 2it+ connection*, connecting 2ire* etc. co9(lete a* require.

# No-

7--

Su((ly, in*tallation, te*ting an co99i**ioning of B,*/ A6'<'*/ "0 W2,, co9(lete 2it+ connection*, connecting 2ire* etc. co9(lete a* require.

 No-

".! 7-6-1

S*2*/ :

Su((ly, in*tallation, te*ting an co99i**ioning of 6al*e 'eiling Mounte >ig+ Nuality "olycaronate  W2,, C*'6'+ S*2*/ 2it+ connection*, connecting 2ire* etc. co9(lete a* require. 141

"$ No-

7-6-

"." 7-7-1

".# 7-8-1

".

Su((ly, in*tallation, te*ting an co99i**ioning of 1 W V6&* C+,/6 co9(lete 2it+ 9ounting ox, co;er etc co9(lete a* require.

$ Nos-

M&'4 S&/4*:

Su((ly, in*tallation, te*ting an co99i**ioning of A66-'+-+* (M&'4 S&/4* DVD P623*/> T&++*/>MP! P623*/) co9(lete 2it+ connector* etc. a* require.

1 No-

E%&'*+, R24 :

Su((ly, in*tallation, te*ting an co99i**ioning of qui(9ent Rack of MS con*truction uly 2ire, (ro;ie 2it+ front an ack lockale oor, front oor 2it+ acrylic *+eet, ack oor 2it+ lou;er*, 9onitor *(eaker 2it+ ;olu9e control 2it+ (ro;i*ion for +ou*ing all a9(lifier*, controller, BIM *ource etc. co9(lete

1 No-

W'/'+:

7-"-1

Su((ly, ra2ing, te*ting A co99i**ioning of " 2'/ UL 6',* CAT- UTP cale of 4 #0I *oli co((er conuctor* etc. co9(lete a* require.

7$$ *trs-

7-"-

Su((lying an ra2ing of 1 (air 4=.) 7).@ *q.998, t2i*te, *trane anneale electolytic co((er conuctor, colour coe, "<' *+eat+e an in*ulate 6RHS 2ire, in 99 rece** = *urface "<' conuit* incluing connection* etc. co9(lete

$$$ *trs-

Su((ly, in*tallation, te*ting A co99i**ioning of 4G y 4G Kunction ox etc. co9(lete a* require.

18$ Nos-

7-"-6

TOTAL OF ( H )".0 CARRIED OVER TO SUMMARY PAGE #.0 >.1

;.2

CCTV SYSTEM ( M2* : S2&+@ 5,'?@ P*64) Supplying, installaon, -ing, tesng and commissioning of 1# ch Finu, +. 2# V series *V9 with <#? + *18 '%5 rec. resoluons, 1 +** slot supports upto  !, 9S A>  1 & DS2, 7udio : 21, V$7, 'VS, +*%, 0$ dongle supported complete in all respect. 2

Nos.

1

Nos.

Supplying, installaon, -ing, tesng and commissioning of A ch Finu, +. 2# V series *V9 with <#? + *18 '%5 rec. resoluons, 1 +** slot supports upto  !, 9S A>  1 & DS2, 7udio : 21, V$7, 'VS, +*%, 0$ dongle supported complete in all respect. ae: 4Vantage8 7utocop or e3ui"alent)

142

;.0

;.

;.> ;.# ;.; ;.A ;.<

180O ''*sensor, (7F:<;#+ P <# V), ?.1 Fu8 51.2 ?Fu, %9 @N), internal sync., 1?Q1> eters Hith 2 units %9 F=*), A?? !VF V7*7F %9 *@= '7=97. A?? !VF 5%E=* =!7F %9 *@= '7=97 180O ''*sensor, (7F:<;#+ P <# V), ?.1 Fu8 51.2 ?Fu, %9 @N), internal sync., 1?Q1> eters Hith 2 units %9 F=*), ;?? !VF V7*7F %9 *@= '7=97. ;?? !VF 5%E=* =!7F %9 ullet '7=97 2 ! Sata +**  7mp power supply for  camers '7F= 9$>< with power for each camera 7"erage length 4 2>tr.) %nstallaon of soRware & se/ng of internet %phone li"e watching from anywhere complete in all respect. 21O 'olor Lat panel F'* onitor,>??!VF, A??  #?? resoluon, inputs. 20?V7'8>? +C. 7t security control room

>

Nos.

 2 2? ;

Nos. Nos. Nos. Nos.

1

F@!

2

Nos.

TOTAL OF #.0 CCTV SYSTEM

I

SECURITY & PROTECTION SYSTEM

1.0

FIRE ALARM SYSTEM (A/*256* ,3*) ( M2* : H+*39*66> E92/> E2,+)

1.1

Su((ly %n*tallation, $e*ting A 'o99i**ioning of UH li*te 6ire alar9 control (anel +a;ing 9icro(roce**or a*e loo(* car 7  intelligent are**ale etector* A e;ice* = loo( car8 %ntelligent are**ale fire alar9 *y*te9. $+e (anel *+all +a;e 1? c+aracter H'D i*(lay an HD* for i*(laying *y*te9 *tatu*. %n aition to t+e igital *creen, t+e u*er can ;ie2 a gra(+ic* 9a( 2+ic+ can *+o2 a *i9(le uiling floor (lan. $+e (anel *+all (ro;ie t+e u*er 2it+ 4) (rogra99ale 9acro or function utton*, 2+ic+ can e (rogra99e for a ;ariety of u*age* like controlling #>U*, "re**uri*ation fan*, fire (u9(*, 9onitoring of flo2 *2itc+e* in fire (i(e line etc. $+e (anel *+all +a;e 4) < #' (o2er *u((ly, auto9atic attery c+arger, 4 < SM6 atterie* *ufficient for 4 +our in *tany an  9inute* in alar9 an co9(lete a* (er *(ecification. 1) loo( (anel

1 Nos-

1.

Su((ly %n*tallation, $e*ting A 'o99i**ioning of UH li*te %ntelligent are**ale colour HD 9ulti criteria etector 2it+ *tanar a*e co9(lete a*

#$ Nos-

1.!

Su((ly %n*tallation, $e*ting A 'o99i**ioning of UH li*te %ntelligent are**ale colour HD "+otoelectric Detector 2it+ *tanar a*e co9(lete a*

1$ Nos-

1."

Su((ly %n*tallation, $e*ting A 'o99i**ioning of UH li*te %ntelligent are**ale colour HD R!R cu9 fixe +eat etector 2it+ *tanar a*e co9(lete a* (er *(ecification.

1$ Nos-

143

1.#

Su((ly %n*tallation, $e*ting A 'o99i**ioning of UH li*te %ntelligent are**ale Manual 'all "oint = "ull *tation co9(lete a* (er *(ecification.

$ Nos-

1.

Su((ly, in*tallation, te*ting an co99i**ioning of UH li*te are**ale control 9oule co9(lete a* (er *(ecification.

 Nos-

1.

Su((ly, in*tallation, te*ting an co99i**ioning of UH li*te are**ale 9onitor 9oule co9(lete a* (er *(ecification.

 Nos-

1.

Su((ly %n*tallation, $e*ting A 'o99i**ioning of UH li*te 6ault %*olator* co9(lete a* (er *(ecification.

$ Nos-

1.

Su((ly %n*tallation, $e*ting A 'o99i**ioning of 2all 9ounting >ooter *uitale for #lar9 *iren 2it+ *uitale (o2er *u((ly unit.

$ Nos-

1.10

Su((ly %n*tallation, $e*ting A 'o99i**ioning of 2all 9ounting irectional *ouner 2it+ *uitale (o2er *u((ly unit.

1$

Su((ly %n*tallation, $e*ting A 'o99i**ioning of 2all 9ounting *troe 2it+ *uitale (o2er *u((ly unit.

1$

1.11

Nos-

Nos-

1.1

Su((ly %n*tallation, $e*ting A 'o99i**ioning of Re*(on*e %nicator *ingle HD =  HD.

8$ Nos-

1.1!

Su((ly %n*tallation, $e*ting A 'o99i**ioning of 6ire fig+ter* tele(+one +an*et.

1 Nos-

1.1"

Su((lying, in*tallation, te*ting A 'o99i**ioning of Self containe ? 0 )) lu9in* 79ini9u9 !ne >our re*er;e8 oule *ie e9ergency *ignalling unit for flag=*u*(en*ion 9ounting 2it+ *u*(en*ion kit an +a;ing xit or 6ire xtingui*+er or 6ire >o*e TOTAL OF ( I ) 1.0 CARRIED OVER TO SUMMARY PAGE

J

EXTERNAL LIGHTING WORKS

76inal *election of lig+t fixture *+all e one y t+e arc+itect = con*ultant8 1.0

POLES  FEEDER PILLARS

144

$ Nos-

1.1

1.

1.!

Su((ly %n*tallation te*ting an co99i**ioning of !ctagonal MS (ole* 7 >eig+t @ 9tr , Botto9 ia 1)99 $o( ia @ 99 8 2it+ a*e (late 7 1 99 t+ick 8 an ecorati;e Street Hantern=Hu9inaire 1 x 1) 2att *treet lig+t fixture 2it+ la9(, controlgear etc. co9(lete 2it+ all acce**orie* of BaKaK 'at &o - BE0RH 1) S< or a((ro;e equi;alent 7Mini9u9 %"- 8, ie ca*t alu9iniu9 *u((orting ring an tran*ition (late, (ainte 9etallic, u((er +e9i*(+ere *(un alu9iniu9 an (ainte 9etallic, *ingle (iece ee( ra2 alu9iniu9 anoie reflector *eale on to a toug+ene gla** (rotector , control gear *uitale for )-4) <) >Z, +oriontal 9ounting an ) 99 ia ar9 co9(lete 2it+ 1) 2att S< la9( of a((ro;e 9ake. @ 9tr. "ole 7Single Bracket 8 Su((ly %n*tallation te*ting an co99i**ioning of 1)0 lu9inaire 2it+ la9( 7BaKaK 'at &o BI0RH 1)S< 8 0it+ 1)2 *oiu9 ;a(our la9( or a((ro;e equi;alent 7Mini9u9 %"- 8.(M2* : B22>P63425>V'2)

1 Nos

1 Nos

Su((ly %n*tallation te*ting an co99i**ioning of 'ircular I% (ol* 7 >eig+t 3 9tr 8 2it+ a*e (late an ecorati;e Street Hantern=Hu9inaire 1 x 1) 2att *treet lig+t fixture 2it+ la9(, controlgear etc. co9(lete 2it+ all acce**orie* of BaKaK 'at &o - B%"3M S# 1)0 or a((ro;e equi;alent 7Mini9u9 %"-4 8, (ainte lack, *ingle (iece i*+ in*tall on *ingle ar9 , control gear *uitale for )-4) <) >Z, fully ;er9in A 2eat+er (roof co9(lete 2it+ 1) 2att M> la9( of a((ro;e 9ake. (M2* : B22>P63425>V'2) 1$ Nos-

1."

Su((lying an ra2ing follo2ing *ie* of "<' in*ulate 6RHS 'o((er 'onuctor *ingle core cale in t+e exi*ting *urface = rece**e *teel="<' conuit 3 x 1. *q. 99

a5

7$$ *trs-

1.#

Su((lying, in*tallation, te*ting an co99i**ioning of follo2ing lig+t fixture* co9(lete 2it+ c+oke, la9( an 9ounting arrange9ent, ot+er acce**orie* etc. co9(lete a* require on *ite for Iate = Bounary = "ole Hig+t*.

1.

Su((lying, in*tallation, te*ting A co99i**ioning of 3 0 HD Dri;e o;er lig+t fitting 2it+ la9(, Dri;er* an ot+er acce**orie* on groun co9(lete 2it+ connection* etc. co9(lete a* require. (M2* : B22>P63425>V'2) 1$ Nos-

1.

1.

Su((lying, in*tallation, te*ting A co99i**ioning of 3 0 HD uner 2ater lig+t fitting 2it+ la9(, Dri;er* an ot+er acce**orie* on groun co9(lete 2it+ connection* etc. co9(lete a* require. (M2* : B22>P63425>V'2) =O Su((lying, in*tallation, te*ting A co99i**ioning of Iate Hig+t fitting 2it+ ?) 2att >"M< la9( (B22 BNCLSVO C6',*). (M2* :

145

Nos-

7 Nos-

1.

Su((lying, in*tallation, te*ting A co99i**ioning of 6loo Hig+t fitting 2it+ ) 2att M> la9( (B22 BJFL #0 MH). (M2* : B22>P63425>V'2)

1$ Nos-

TOTAL OF ( J ) 1.0 CARRIED OVER TO SUMMARY PAGE .0

FEEDER PILLAR:

.1

Su((ly an fixing of floor 9ounting, totally enclo*e, co9(art9entalie, cuical, u*t, ;er9in (roof an &,/ ,3* F***/ '662/ faricate out of  99 t+ick col rolle caron aneale e(oxy coate , 2it+ cano(y e*ign on to( , lockale oor , internally *trengt+ene 2it+ angle iron fra9e 2ork 2it+ follo2ing inco9ing an outgoing feeer* 7faricate out of  99 'R'# S+eet *teel8 incluing *u((lying an 9ounting incluing 9aking connection*=interconnection* , 9aking 4))99 +ig+ founation* 2it+ (ro;i*ion of cale entry an cale exit co9(lete in e;ery 2ay a* require. (M2* : EAP>MADHU>PRECISON )

2)

INCOMER :

3 # 4 (ole M''B 71) /#8 2it+ !n = !ff inication* in t+e front 7%S% 9arke8

&5

ii8

HD $y(e "+a*e inicating - 7R,YA B8 Ha9(* (ro;ie 2it+ # S" M'B* for (rotection +a;ing len* an la9( o(enale fro9 t+e to(.-3 no*.

5)

OUTGOING:

$" M'B- 3#9(*- ' Serie* 1) /#- no*. S" M'B-1)=3#9(*-' Serie* 1) /#-1 no*.

&5 &5

4)

CONTROL:

&5

4 "ole 'ontactor 2it+ a t+er9al rating of 3# -  no*.

&&5

$i9e S2itc+ 2it+ Daily ial, *uitale for o(eration on 3) , #' Su((ly -  &o*.

&&&5

#uto-Manual Selector *2itc+- &o*

&v5

!n= !ff "u*+ Button*- &o*

1 Set-

TOTAL OF ( J ) .0 CARRIED OVER TO SUMMARY PAGE

K

INVERTOR: 146

1.0

#KVA INVERTER :

1.1

Su((lying, %n*tallation, te*ting A co99i**ioning of # KVA ca(acity %IB$ tec+nology, 9icro(roce**or a*e e*ign, H'D i*(lay, (ure *ign 9ega out(ut, con*tant ;oltage current cut off c+arger, *ingle (+a*e in an *ingle (+a*e out. %n;ertor= lectronic generator to e u*e for lig+ting an fan loa. $+e *a9e *+all e (re-+eate a*t+etically fini*+e an finally (ainte in (o2er coat. Battery co9(art9ent 7 3) 9in. acku(8 *+all e (ro;ie 2it+ t+e *y*te9. 7Microtek=&exu*=Suka9 9ake8. ( M2* : S&2@ L&'+&@ M'4/,* )

 Nos-

TOTAL OF ( K ) 1.0 CARRIED OVER TO SUMMARY PAGE

L

NURSE CALL BELL SYSTEM :

1.0

NURSE STATION CONSOLE :-

1.1

Su((lying, in*tallation, te*ting an co99i**ioning of follo2ing 2ay M'4//4*/ 52* N&/* 4266 ,2,'+> 2+*6 2it+ #uile A our attery acku( incluing connection*, interconnection* etc. a* require:- 7 Make :

a5

? 2ay Di*(lay Unit

 Nos-

b5

1 2ay Di*(lay unit

 Nos-

b5

4 2ay Di*(lay unit

1 Nos-

b5

4) 2ay Di*(lay unit

 Nos-

1. 1--1

1.! 1-6-1

B*'* (N/26) N&/* C266 M&6*:-

Su((lying, in*tallation, te*ting an co99i**ioning of UH li*te 9icro(roce**or a*e B*'* C266 '+, on 2all incluing *urface = rece**e 9etal oxe* for +ou*ing t+e 'all "oint* +a;ing HD inication* an Kack* for "u*+ cor an +a;ing *tainle** *teel co;er (late incluing connection* etc a* require. ( M2* :

1$$ Nos-

B2,;/ (E*/*+43) P&66 C/ M&6*:-

Su((lying, in*tallation, te*ting an co99i**ioning of UH li*te 9icro(roce**or a*e R*,* P&66 4/ '+, incluing *urface = rece** 9ounte 9etal oxe* for +ou*ing t+e 'all "oint* +a;ing HD inication* along 2it+  feet long "ull cor an +a;ing *tainle** *teel co;er (late incluing connection* etc a* require. 147

6$ Nos-

1." 1-7-1

B*'* P&; C/:-

Su((lying an fixing of UH li*te  <**, 6+ P&; C/ S*, 2it+ "u*+ utton *2itc+ on t+e exi*ting Be *ie &ur*e call 9oule co9(lete a* require. ( M2* : S3,*2,'4 )

1.# 1-8-1

1. 1-"-1

1$$ Nos-

C//'/ L';,:-

Su((lying an fixing of UH li*te 'orrior D* 6';, incluing *urface = rece**e 9ounte ox co9(lete 2it+ la9( etc. incluing connection* etc a* require. ( M2* : S3,*2,'4 )

78 Nos-

W'/'+:-

Su((lying, ra2ing, te*ting an co99i**ioning of " 2'/ UL 6',* C2,- UTP 4256* of 4 #0I *oli co((er conuctor* in exi*ting conuit= race2ay etc. co9(lete a* require. ( M2* : S3,*2,'4 )

1$$$ *trs-

TOTAL OF ( H ) 1.0 CARRIED OVER TO SUMMARY PAGE

M

SAFETY EQUIPMENT

1.1

Su((lying an erection of t+e follo2ing equi(9ent at *uitale (lace in t+e *u*tation uiling a* require:-

a5

b5

%5

M.S 5&4*, <  6',*/ ca(acity

(ainte 2it+ re oxie (aint A lettere a* 6ire 2it+ 0+ite an re 9ounte on free*taning *tan, a* require incluing filling 2it+ ry *an. a((ro;e y St.Eo+n #9ulance Brigae =%nian Re 'ro** *ociety confor9ing to %S : 1@ - 1F3.

1$ Sets-

F'/, 2' 5? a*

9ounte on a 2ooen fra9e 2it+ gla** on, a* require in  language* 7>ini A ngli*+8.

7 Nos-

S;4 ,/*2,*+, 4;2/, uly

7 Nos-

Ruer Mat F14.4 99 2ie an 1 99 t+ick c+eckere ruer 9at to 2it+*tan 11 KV ielectric *trengt+ confir9ing to %S : 44 -1FF co9(lete a*

1 *tr-

e5

Ruer 9at F14.4 99. 0ie an 99 t+ick to 2it+*tan 1.1 KV ielectric

1$ *tr-

,5

"ro;iing 11 /< te*te H2+ G68*.

+5

 Pa&r

148

1.

1.!

1."

1.#

Su((ly an fixing of C2/5+ D'?'* <'/* *?,'+&';*/ of 4. /g eac+ 9ounte on 2all +ook* a* (er %S ?@?-1F@.

8 Nos

Su((ly an fixing of C2/5+ D'?'* <'/* *?,'+&';*/ of F /g eac+ 9ounte on 2all +ook* a* (er %S ?@?-1F@.

" Nos

"ro;iing an fixing MV 2+*/ +,'4* 62,* of )) 99 x 1) 99 9ae of 9il *teel at lea*t 99 t+ick A ;itreou* ena9elle 2+ite on ot+ *ie* an 2it+ in*cri(tion in *ignal re colour on front *ie a* require. "ro;iing an fixing HT 2+*/ +,'4* 62,* ) 99 x )) 99 9ae of 9il *teel at lea*t 99 t+ick A ;itreou* ena9elle 2+ite on ot+ *ie* an 2it+ in*cri(tion in *ignal re colour on front *ie a* require. TOTAL OF ( M ) 1.0 CARRIED OVER TO SUMMARY PAGE

N

L.T. SERVO VOLTAGE STABILIER

&atural !il coole, Rolling contact ty(e H.$. Ser;o ;oltage *tailier, *uitale for inoor in*tallation, unalance *u((ly an unalance loa, co((er 2oun. ( M2* : CS@ S*/8+ ) INPUT 4 "$ to 7"$ Volts@ 6 Ph-@ 8$ HOUTPUT 4 718 VI 1F@ 6 Ph-@ 8$ HRATIN? 4 155 KVA

I&R#H #RR#&IM&$: $+e equi(9ent* 2ill e containe in*ie a *+eet *teel tank fitte 2it+ cooling Raiator an 9ounte on uniirectional roller*. $+e fitting* 2oul inclue a* follo2* : Hifting Hug* ole $oggle S2itc+ to rai*e A lo2er t+e out(ut ;oltage #uto9atic 'ontrol Iear 'on*i*t* of:1 no. 1) # y (a** *2itc+ 1.8 )3 &o*. lectronic Relay .8 )3 &o*. Re;er*ing Ieare Motor Unit 3.8 ) &o*. Hi9it S2itc+e* in orer to a;oi o;errunning +ig+e*t an lo2e*t (o*ition, c+ain ri;e, cou(ling 149

1$ Nos-

1$ Nos-

e;ice* an all electrical connection* an all electrical connection*. TERMINAL ARRANGEMENTS :

'ale ox 2ill e (ro;ie for in(ut an out(ut ter9inal* to recei;e "<' 'ale*. CENTRAL CONSTRUCTIONAL FEATURES :

$+e unit *+all +a;e t2o i*tinct feature* a* uner :I) MOTOR CONTROL :

Rai*e =Ho2er (u*+ utton control y 9ean* of *9all *ingle (+a*e re;er*ile geare 9otor of t+e (er9anent ca(acitor ty(e *+all e (ro;ie. $+e Hi9it S2itc+e* *+all e (ro;ie to re*trict t+e tra;el at extre9e (o*ition*. 2it+ t+i* arrange9ent, it 2oul al*o e (o**ile to (ro;ie re9ote control of t+e Regulating Unit. $+e re;er*ile geare 9otor 2oul of PS$"-SY& ty(e. II) AUTOMATIC CONTROL :

6or auto9atic correction of fluctuating *u((ly ;oltage 2e *+all (ro;ie lectronic Relay 2+ic+ 2ill *en*e t+e out(ut ;oltage an (ro;ie *ignal to t+e ri;ing 9otor for nece**ary correction. TOTAL OF ( N ) 1.0 CARRIED OVER TO SUMMARY PAGE

O

RO

EARLY EARTHQUAKE SYSTEM " M#$% : P#'#() E*')*%% ! 1 E2/,;%&2* D*,*4,/ M2,*/ : a sta)+!alo)e +ev&%e &th a) &)tegrate+@ re%hargeable battery ,or emerge)%y poer- Gour s&re)s (1$8 +e%&bels5 ar) &)hab&ta)ts &) %ase o, a) &mpe)+&)g earth:ua.e a)+ &ts poss&ble to shut o,, gas by a) ele%tromag)et&% gas valve- Ha)+l&)g o, the system &s me)u!+r&ve) through a) C' +&splay (7 x $ %hara%ters5@ &th a %o)sole &)tegrate+ &)to the ,ro)t %over o, the hous&)g All pe)+&)g &),ormat&o) a)+ &)+&%at&o)s are sho) &) the +&splay- The system status &s =O &)+&%ate+ v&sually by E's ,or operat&o)@ ,a&lure a)+ alarm-

Nos

 E2/,;%&2* D*,*4,/ S&52,*/ : Earth:ua.e mo)&tor&)g %a) be per,orme+ by the above!+es%r&be+ vers&o)s- Gor th&s purpose@ the *ASTE= &s %o))e%te+ v&a +ata l&)es to the S;B*ASTE= &) a master!submaster arra)geme)t- The *ASTE= s%a)s all S;B*ASTE= %y%l&%ally a)+ +e%&+es o) tr&gger&)g o, a) alarm o, all earth:ua.e +ete%tors- A max&mum o, 1" a+va)%e earth:ua.e ar)&)g systems %a) be %o))e%te+=O

Nos

6 %noor

=O

Nos

=O

Nos

Siren

7 %n*tallation,

caling an ot+er 9i*cellaneou* ex(en*e*

TOTAL OF ( O ) 1.0 CARRIED OVER TO SUMMARY PAGE

P

E24;

MODULAR CABLE & PIPE SEALING SYSTEM : ( *a.e 4 *CT B=ATTBE=? 5 150

# 'ale Manage9ent *y*te9 2+ic+ (ro;ie *eal* at cale an (i(e entry (oint* in "anel*,'ontrol roo9* 2all*,cale trenc+ A out*ie control roo9,control ox,auxiliary *er;ice roo9 2all=*u *tation* 2all*=floor *anat (oint* 2+ere cale* (a** fro9 one c+a9er to anot+er c+a9er to (rotect again*t +aar* *uc+ a* 6ire,Du*t,0ater, Snake*=Hiar*=Roent*,$e9(erature
M&62/ C256* S*26'+ S6&,'+ 4/'* <:

6ra9e* ,U-Block, Huricant, #-Block, %n*ert Block, Retainer "late, n "acking 76or en co9(re**ion8 TOTAL OF ( P ) 1.0 CARRIED OVER TO SUMMARY PAGE

151

OT

TOTAL AMOUNT

$-$$ $-$$ $-$$ $-$$

$-$$ $-$$ $-$$

$-$$

$-$$ $-$$

$-$$ $-$$ $-$$ $-$$

152

$-$$ $-$$

$-$$ $-$$ $-$$

$-$$ $-$$ $-$$ $-$$ $-$$

$-$$

$-$$ $-$$

$-$$

$-$$ 153

$-$$

$-$$

$-$$

0.00

0.00

RATE

AMOUNT

?

?

?

154

?

?

?

?

?

?

?

? 0.00

155

? 0.00

?

0.00

156

?

?

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0.00

157

$

$

0.00

158

159

160

$

0.00

$

$

$ $

$

$ 161

$

$ $

0.00

$

162

$

$

$

0.00

163

164

165

)

166

)

)

167

)

168

)

)

169

)

170

)

0.00

) ) ) )

171

) ) ) )

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) ) ) 172

) ) ) ) ) ) ) ) ) ) ) ) ) ) ) )

) ) ) 173

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174

) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) ) )

175

) 0.00

)

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176

) 0.00

)

)

177

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) ) )

178

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$-$$

179

$-$$

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180

$-$$

0.00

?

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?

181

?

?

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182

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183

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?

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184

?

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185

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?

186

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187

0.00

)

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) 188

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)

)

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189

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)

) 190

)

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) 191

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)

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192

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193

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194

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195

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196

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197

)

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)

198

) 0.00

) 0.00

199

)

0.00

) ) ) )

)

) 200

)

)

) 0.00

)

)

)

) ) ) 201

)

)

)

) 0.00

202

0.00

203

0.00

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

256


1.

BILL OF QUANTITIES & ESTIMATE SUMMARY OF PRICES

S.No

1

Desr!"#!o$ Of E%!"'e$#s ( M)#er!)*s

Part

9 B*S 0or.-(9G =EQ;9=E' TO C9ENT5

9N=

BILL OF QUANTITIES & ESTIMATE P)r#

I BMS Wor9 M)9e- Ho$e3e**(o2$so$ S.No Desr!"#!o$

U$!#

Q#3.

R)#e

All the &tems l&ste+ belo shall &)%lu+e supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)gA/ 1



Sof#)re )$ O"er)#or Wor9s#)#!o$ Host PC %ompr&s&)g 9F pro%essor@ -7 ?H@ -$ ?B =A*@ 8$$ NO?B H''@ 6-8 1-7*B G''@ 8D C' =o* +r&ve@ ;SB Port@ 1# SV?A %olor ,lat E' mo)&tor@ .eyboar+@ mouse a)+ pre!loa+e+ &)+os NT  DP operat&)g system a)+ a)t& v&rus so,tare@ aser/et pr&)ter (A7 s&e@ B05

1

Supply@ &)stallat&o)@ test&)g < %omm&ss&o)&)g o, the ,ollo&)g 0eb Base+ graph&%al So,tare- Prov&+&)g ,a%&l&t&es to %reate stat&% < a)&mate the graph&%s@ )av&gat&o) betee) the pages@ +&splay o, logs@ %ha)g&)g the t&me o)es@ popup alarms &th u)l&m&te+ user l&%e)se < u)l&m&te+ po&)t %apa%&ty@ %o),&gurable passor+ prote%t&o) ,or the system a)+ shoul+ be able to %ommu)&%ate &th BAC)et*!B;SON0O=J < *O'B;S +ev&%es s&multa)eously- Th&s so,tare &ll a%t as eb server < )o a++&t&o)al l&%e)se shoul+ re:u&re at %l&e)t s&+e-

-1

Appl&%at&o) So,tare ,or Bu&l+&)g Automat&o) System hav&)g OT ,a%&l&ty to to ex%ha)ge &),ormat&o) us&)g SQ +atabase

1

-

0eb Base+ So,tare shall have the ,eatures to %al%ulate the OT total poer %o)sumpt&o)@ total re,r&gerat&o) loa+ %o)sume+ o) every +ay et%- Cr&t&%al alarms ge)erate+ &) a +ay a)+ &ts status shoul+ also be ma&le+ alo)g &th +a&ly report-

1

B/

S"er,!sor3 Co$#ro**ers

257


1

0eb Base+ Netor. Area Co)troller ,or Bu&l+&)g *a)ageme)t OT System (B*S5- Netor. Area Co)troller Shall support Commu)&%at&o) &th AC Pla)t Co)trollers (''C %o)trollers5 < Other Appl&%at&o) Co)trollers o) BAC)et@ Shall support Commu)&%at&o) &th VG'Rs < Ch&llers o) BAC)et  *O'B;S  ON0O=JS- The NAC shall support %ommu)&%at&o) o) *O'B;S!=T; Over =S!78 ,or 9)tegrat&)g &th Ele%tr&%al *eters &, Ele%tr&%al *eters are o) *O'B;S Proto%ol- NAC shoul+ have +e+&%ate+ o)e o)@ =S!78 < =S!6 Port &th m&)&mum o, 1 *B Glash =A* &th 9)bu< 0EB Server-

P)r#

VI BMS Wor9

S.No

Desr!"#!o$

C/

U$!#

1

Q#3.

R)#e

D!re# D!;!#)* Co$#ro**ers +BACNET ( LON T3"e/ Sta)+ alo)e@ &)tell&ge)t@ ; &ste+@ BT teste+@ ANS9  ASH=AE approve+ 9)teroperable ''C as per the spe%&,&%at&o)s- All the Co)trollers shall be ;  BT teste+ < CE %ert&,&e+- Ea%h %o)trollers shall be e:u&ppe+ &th ;)&versal 9)puts &th a max&mum poll&)g spee+ o, 1$$ ms- The %o)troller shall be house+ &) a va)+al proo,@ lo%.able a)+ se%ure *S %ab&)ets to be suppl&e+ alo)g &th %o)trollers- The %o)troller shall have 18F Extra 9O %apa%&ty5- Ea%h o, the ,ollo&)g systems shall have seperate mult&ple %o)trollers@ as re:u&re+The ''C sele%t&o) shall be base+ o) 9!O Summary as g&ve) &) the te)+er-

1

1



Gor Ch&lle+ ater system ! Ch&llers@ CH0 Pumps@ H0?@ H0 OT Pumps < Hea+ers et%- as re:u&re+Gor All A&r Ha)+l&)g ;)&ts@ GA GAN@ Par.&)g < J&t%he) OT Ve)t&lat&o) Ga)s@ Ex Ga)s et%- as re:u&re+- All OT AH; shall have +&splay type tou%h s%ree) &)stalle+ &) the OT sho&)g temperature < =H &th &tRs %ha )g&)g ,a%&l&ty ,rom the OT room-

6

Gor &,t Systems < Pressur&sat&o) Ga)s

OT

1

D/ 1  6

F!e* !$s#r'e$#s As Per I-O S'')r3 9mmers&o) Temperature se)sor ,or Ch&lle+ ater system ;ltraso)&% Type 0ater ,lo meter (@$$$ ;S?P* Gor Hea+er5 ;ltraso)&% Type 0ater ,lo meter (18$$ ;S?P* Gor 9)+&v&+ual Ch&llers5 Amb&e)t a&r temperature a)+ hum&+&ty se)sor Curre)t relay ,or pumps '&,,ere)t&al pressure s&t%h ,or var&ous ve)t- ,a)s '&,,ere)t&al pressure s&t%h ,or AH; bloer status

NoNoNo-

 =O =O

NoNoNoNo-

 " $ 8$

7 8 " #

1

258


  11 1

'&,,ere)t&al pressure s&t%h ,or AH; pre@ ,&)e < hepa ,<er Temperature se)sor ,or retur) temperature mo)&tor&)g '&g&tal ele%tro)&% mult&meter Pressure Tra)s+u%er

E/

9)tegrators ,or th&r+ party systems o) BAC)et*O'B;SON0O=JSOPC*!B;S a)+ other &)+ustry sta)+ar+ Ope) proto%ols ,or the ,ollo&)g Th&r+ Party Systems- 9)tegrator shoul+ have +e+&%ate+ o)e o)@ =S!78 < =S!6 Port &th m&)&mum o, 1 *B Glash =A* &th 9)bu< 0EB Server-

1

Ch&llers o) BAC)et*O'busONor.s@V=V@VSPS@T PANE Other serv&%esVar&able Gre:ue)%y 'r&ves o) BAC)et*STP@ *O'B;S!=T; Over =S!78



NoNoNoNo-

#$ 8$ 1$ 7

OT 1

P)r#

VI BMS Wor9

S.No

Desr!"#!o$

U$!#

Q#3.

F/ 1 

C):*!$; )$ Co$!#!$; Commu)&%at&o) Cabl&)g S&g)al Cabl&)g

=*T =*T

8$$ #$$

6 7

*S Co)+u&t $ mm ,or S&g)al Cable *S Co)+u&t $ mm ,or Commu)&%at&o) Cable

=*T =*T

6$$ 6$$

U$!#

Q#3.

R)#e

No#es )/ 9tem above are m&)&mum a)+ o)ly ,or s%ope %lar&,&%at&o) purpose a)yth&)g re:u&re+ to %omplete B*S shall be &)%lu+e+ here by the b&++er at the t&me o, te)+er&)g:/ B*S System shoul+ be %apable to l&). &th G&re Alaram System@ CCTV System et%%5 Ea%h ''C shall be sele%te+ ,or max&mum o, to )umbers AH; < Ga)s o)ly-

To#)* of P)r# VI )rr!e #o S'')r3 of Pr!es. P)r# VII Tes#!$;@ AGs#!$; & B)*)$!$; +TAB/ S.No 1/

Desr!"#!o$

R)#e

Test&)g@ A+/ust&)g < Bala)%&)g o, the %omplete HVAC System as per te)+er spe%&,&%at&o) 9)%lu+&)g B*S system

259


a5 Cost o, TAB o) A&r S&+e

OT

=O

a5 Cost o, TAB o) 0ater S&+e

OT

=O

To#)* of P)r# VII )rr!e #o S'')r3 of Pr!es.

260


261


A'o$#

$

A'o$#

$

$

$

262


$

A'o$#

$ $

$

$

$ $ $ $

263


$ $ $ $

$

A'o$#

$ $ $ $

5

A'o$#

264


265

HAMS Hospital-HVAC & Electrical BOQ

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