bms io all-final

8/13/2019 BMS IO All-Final

http://slidepdf.com/reader/full/bms-io-all-final 1/79

MMC GAMUDA KVMRT (PDP) SDN BHD

PROJEK MASS RAPID TRANSIT LEMBAH KELANG – JAJARAN SUNGAI BULOH - KAJANG MINUTES OF MEETING

KVMRT

NO. OF PAGES : 12

VENUE AND TIME OF MEETINGDATE & TIME OF

MEETING NEXT MEETING

MKL08, Room 1 24/07/2013, 09:30 a.m. -

TITLE OF MEETING: Discrepac! "# $MS I%O p"is a U'er(r")'

Sai"s *Li#+ Esca,a"r & Tra-e,,a"r a'

E-ir"ea, /"r", S!se0

DISTRI$UTION LIST

ATTENDED $ A,, ae'ees

a0 Ra I'er Si(3 − S!se+ PDP RIS

40

Lee 5e( /3")−

S!se+ PDP L5/c0 T3"as ap − S!se+ PDP T

'0 Terr! 6" − S!se+ PDP T6

e0 Marc" /3e)( − S!se+ PDP M/

#0 /3a( Sia7 ee − S!se+ PDP /S

(0 N""r 6i'a!a3 − S!se+ PDP N6

30 eap $e"7 6e( − MRT/ $6

i0 M"3aa' 6i8i − MRT/

M6



MINUTES OF MEETING

A!"#$a%$o&':

PDP @ Pr"ec De,i-er! Parer

SI @ S!se Ie(rai"%Ier#ace5P/ @ 5"r9s Pac9a(e /"rac"r

$MS @ $)i,'i( Maa(ee S!se

MM @ M" Mac'"a,'

MGKT @ MM/GAMUDA KVMRT T)e,

I%O @ Ip) % O)p)

D%I @ Di(ia, Ip)

D%O @ Di(ia, O)p)

A%I @ Aa,"()e Ip)A%O @ Aa,"()e O)p)

E/S @ E-ir"ea, /"r", S!se

A$SENT 5IT6

APOLOGIES: NIL

ATTA/6MENT TO MINUTES: Ae'ace ,is+ Pre-i")s Meei(

Mi)es #"r 3e LV & UPS+

P,)4i( & Draia(e a' Fire

Ser-ices a' is aac3es+ O-era,,

$MS I%O Discrepac! sc3e'),e #"r

U'er(r")' Sai"s.



MINUTES OF MEETING

ITEM DES/RIPTION A/TION $ TIMELINE

1.0 I&%!o()*%$o&

1.1 L5/ "pee' 3e eei( a' 7e,c"e 3e sa9e3",'er

#"r 3e eei(.

I#"

1.2 T3e pre-i")s eei( i)es 7as 'isc)sse' 3e

sa9e3",'ers a(ree' " 3e eei( i)es.

I#"

1.? T3e p)rp"se "# 3is eei( 7as " carr! " 3e $MS

I%O 'iscrepac! eei( #"r )'er(r")' sai"s. T3e

eei( 7"),' 'isc)ssi" " 3e Li#+ Esca,a"r &

Tra-e,,a"r a' E-ir"ea, /"r", S!se *E/S0.

I#"

2.0 L$+% a&( E'*aa%o!

2.1 Li#

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 3i(3

,e-e, ier#ace.

D%I *#"r ,i# c"r", pae,0

*i0 Pae, L"ca,%Re"e Sa)s

*ii0 O%O## Sa)s

*iii0 R %S S

I#"



MINUTES OF MEETING


*i0

Pae, L"ca,%Re"e Sa)s*ii0 O%O## Sa)s

*iii0 R)%S"p Sa)s

*i-0 Fa),%Trip A,ar

*-0 Up%F"r7ar' Direci"

*-i0 D"7%$ac97ar' Direci"

*-ii0 Maieace O%O## Sa)s

$MS 7"),' c"r", 3e #",,"7i( p"is 3r")(3 3i(3,e-e, ier#ace.

D%O *#"r esca,a"r c"r", pae,0

*i0 O%O## /"a'

*ii0 R)%S"p /"a'

*iii0 Up%F"r7ar' Direci" /"a'

*i-0 D"7%$ac97ar' Direci" /"a'

2.? Tra-e,,a"r

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 3i(3

,e-e, ier#ace.

D%I *#"r ra-e,,a"r c"r", pae,0

*i0 Pae, L"ca,%Re"e Sa)s

*ii0 O%O## Sa)s

*iii0 R)%S"p Sa)s

*i 0 F ,%T i A,

I#"



MINUTES OF MEETING


/irc)i+ /3eica, D"si( S!se+ N"/3eica,Treae S!se+ /"'esi( 5aer $,"7'"7

Operai"

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 6i(3

Le-e,:

D%I *#"r c3i,,er c"r", s!se0

*i0 R)i(%S"p

*ii0 Trip A,ar*iii0 L"ca,%Re"e Sa)s

*i-0 6i(3 Le-e, A,ar

*-0 L"7 Le-e, A,ar

*-i0 Is",ai" Va,-e Sa)s *Ope%/,"se'0

*-ii0 6i(3%O##%L"7 Spee'

A%I *#"r c3i,,er c"r", s!se0*i0 5aer Tepera)re *S)pp,! a' Re)r0

*ii0 F,"7 Ses"r

*iii0 /)rre%953

$MS 7"),' c"r", 3e #",,"7i( p"is 3r")(3 6i(3

Le-e,:

D%O *#"r c3i,,er c"r", s!se0

*i0 O %O## / ,



MINUTES OF MEETING


D%O *#"r c3i,,er c"r", s!se0

*i0 O%O## /"r",

*ii0 Va,-e Ope%/,"se

?.? Varia4,e Re#ri(era F,"7

MGKT c"ee' 3a 3is 7as " a-ai,a4,e "7.

6"7e-er+ MGKT 7"),' re)es $MS " "i"r i#

re)ire' i 3e #))re.

I#"

?.< Air 6a',i( Ui *A6U0

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 L"7

Le-e, ier#ace:

D%I

*i0 R)i(%S"p

*ii0 Fa M""r Trip A,ar

*iii0 L"ca,%Re"e Sa)s

*i-0 /"" S"9e Deec"r Sa)s

*-0 Fi,er Press)re A,ar

*-i0 Di##ereia, Press)re Ses"r *DPS0 Fa Sa)s

*-ii0 Daper F),,! Ope%/,"se Sa)s

A%I

*i0 /)rre%K53

*ii0 Ai T

I#"



MINUTES OF MEETING


MGKT 7"),' 3a-e #)r3er iera, 'isc)ssi"

re(ar'i( 3e c"r", a' "i"ri( "# 3e Priar!

Air 6a',i( Ui S!se a' 7"),' eai-e,! rep,!

" PDP 4! 12 A)()s 2>1?.

PMN " C Sepe4er 2>1?: MGKT c"#ire' 3a

3e Priar! Air 6a',i( Ui is " a-ai,a4,e a 3is

"e a' 3is is s)4ec " 3e #ia, 'esi(.

?. S"9e EBraci" Fa

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 L"7

Le-e, ier#ace:

D%I

*i0 Fa Trip A,ar

*ii0 L"ca,%Re"e Sa)s

*iii0 Daper Ope%/,"se

$MS 7"),' c"r", 3e #",,"7i( p"is 3r")(3 L"7

Le-e, Ier#ace #"r aieace:

D%O

*i0 O%O## /"r",

*ii0 Daper /,"se%Ope

I#"

?. Space /O2 Ses"r I#"



MINUTES OF MEETING


*ii0 R)i(%S"p

*iii0 Fa), A,ar

*i-0 L"ca,%re"e Sa)s

*-0 Va,-e "%"## sa)s

A%I

*i0 R"" Air Tepera)re

$MS 7"),' c"r", 3e #",,"7i( p"is 3r")(3 L"7Le-e, ier#ace:

D%O

*i0 O%O## /"r",.

N"e: T3e O%O## /"r", 7"),' ier,"c9 7i3

3e -a,-e "%"##.

A%O

MGKT 7"),' c"#ir 73e3er $MS ee' " c"r",

3e epera)re eai-e,! " 12 A)()s 2>1?.

PMN " C Sepe4er 2>1?: MGKT c"#ire' 3a

$MS 7"),' " c"r", 3e epera)re

?.11 Fa /"i, Ui *Gr")p Ui0

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 L"7

L , i #

I#" /,"se' as per

PMN



MINUTES OF MEETING


?.12 Sp,i Air /"'ii"i( Ui

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 L"7

Le-e, ier#ace:

D%I

*i0 R)i(%S"p

*ii0 Maser Trip A,ar


A%I

*i0 R"" Air Tepera)re

D%O

*i0 O%O## /"r",

I#"

?.1? Vei,ai"%EBraci" Fa /"r", Pae, *Si(,e Fa

S!se0 a' Si(,e Fa Ui *Fres3%EB3a)s Air Fa0

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 L"7

Le-e, ier#ace:

D%I

*i0 R)i(%S"p

*ii0 Fa), A,ar


*i 0 D F ,, O %/, S

I#"



MINUTES OF MEETING


$MS 7"),' "i"r a' c"r", 3e #",,"7i( p"is:

D%I

*i0 R)i(%S"p

*ii0 Fa Trip%Fa), A,ar


*i-0 Daper Ope%/,"se

A%I *i0 R"" Air Tepera)re

D%O

*i0 O%O## /"r",

*ii0 Daper Ope%/,"se

?.1C Saircase Press)ri8ai" Fa

$MS 7"),' "i"r 3e #",,"7i( p"is 3r")(3 ,"7

,e-e, ier#ace:

D%I

*i0 R)i(%S"p

*ii0 Fa),%Trip A,ar


*i-0 Daper Ope%/,"se

*-0 Di##ereia, Press)re Ses"r

$MS ,' , 3 # ,, i i 3 3 ,

I#"



MINUTES OF MEETING


D%I

*iii0 6i(3 Le-e, A,ar

*i-0 L"7 Le-e, A,ar

N"e: T3e 5aer EBpasi" Ta9 is (r")pe' )'er 3e

cae("r! "# 5aer /"",e' /3i,,er.

?.1H M""ri8e' Va,-e a' M"'),ai( Va,-e

MGKT a'-ise' 3a 3e "i"ri( %c"r",,i( "r"i"ri( a' c"r",,i( "# 3e ""ri8e' -a,-e a'

"'),ai( -a,-e 3a' 4ee cap)re' i 3e i'i-i')a,

E/S s!se.

I#"

?.1 M""ri8e' Daper%M""ri8e' S"9e%Fire Daper

MGKT a'-ise' 3a 3e "i"ri( %c"r",,i( "r

"i"ri( a' c"r",,i( "# 3e ""ri8e'

'aper%""ri8e' s"9e%#ire 'aper 3a' 4ee

cap)re' i 3e i'i-i')a, E/S s!se.

I#"

?.2> M"'),ai( Daper

MGKT a'-ise' 3a 3e "i"ri( %c"r",,i( "r

"i"ri( a' c"r",,i( "# 3e ""ri8e' -a,-e a'

"'),ai( -a,-e 3a' 4ee cap)re' i 3e i'i-i')a,

E/S

I#"



MINUTES OF MEETING


MES$.

<.< T3e eei( 'isisse' a 12:?> p.. I#"



BMS Discrepancy I/O schedule for Building Management System

Legend/Notes:

Font with Blue:

Represents the discrepancy in BMS I/O schedule of BMS contract

compared to the Underground I/O schedule

Font with red:Represents the discrepancy in Underground schedule compared to theBMS I/O schedule of BMS contract.



!uipment "#S/IS$ %ocument "IS/#S/U&'$ %igital Input "%I$ %igital Output "%O$ (nalogue Input "(I$ (nalogue Out )igh *e+el ")I$ "#%#,M&-, MSB$ Meeting omments

0 %igital #ower Meter "%#M$ #S

11Incoming 2rea3er output +oltage

"per phase$

11Incoming 2rea3er output current

"per phase$

11nergy onsumption

0 %igital #ower Meter "%#M$ IS 114/(

0 %igital #ower Meter "%#M$ U&'11)igh *e+el Interface using Mod2us

#rotocol through RS567.

0 ss / 4on0ss Section (B

MSB0( and B "Incoming Brea3er$#S

11Brea3er Open/lose

Status

11Brea3er rip (larm

4/(

0 ss / 4on0ss Section (B IS

11Open/lose

11rip

11*oc3out

11*ocal/Remote

11Open/lose

0 ss / 4on0ss Section (B U&'

11Open/lose

11rip 4/(

0 Bus Section (B "4/O$


11Brea3er Open/lose

Status

11Brea3er rip (larm

0 Bus Section (B "4/O$ IS11Open/lose

11rip

0 Bus Section (B "4/O$ U&'11Open/lose

11rip

0 Bus Section (B "4/$


11Brea3er Open/lose

Status

11Brea3er rip (larm

0 Bus Section (B "4/$ IS11Open/lose

rip

0 Bus Section (B "4/$ U&'11Open/lose

rip

"i$ BMS would monitor the following points +ia

low le+el:

a. Open/losed

2. rip

"ii$ M&- demanded that the non0essential

2rea3er shall 2e controlled 2y either BMS or

FS(%( for sa3e of operation. #%# e8plained

that F95; had 2een issued to instruct BMS

not to control any *< switch2oard.

[PMN: S!"D" #ould only monitor and control

the incoming of the L$ %rea&er'(

BMS would monitor the following points

through high le+el, using Mod2us "RS567$

protocol:

a$ Incoming Brea3er Output <oltage "per phase$

2$ Incoming Brea3er Output urrent "per phase$

c$ nergy onsumption

BMS would monitor the following points:

9$ Open/lose

=$ rip


9$ Open/lose

=$ rip




0 Incomer (B


11Brea3er Open/lose

Status

11Brea3er rip (larm

0 Incomer (B IS

11Open/lose

11#rotection Operated

11rip

0 Incomer (B U&'

11Open/lose


11rip

M SB 0( a nd M SB0B "Outgoing Brea 3er$ #S11Brea3er Open/loseStatus

11Brea3er rip (larm

MSB 0( and MSB0B "Outgoing Brea3er$ IS 4/(

MSB 0( and MSB0B "Outgoing Brea3er$ U&' 4/(

MSB0( and MSB0B #S

11Selector Switch

Operation Mode Status

11#* 'atchdog Fault

Status

MSB0( and MSB0B IS 4/(

MSB0( and MSB0B U&' 4/(

0 % Supply #S 4/(

0 % Supply IS 11ommon (larm11Failure

0 % Supply U&'11ommon (larm

11Failure

0 mergency #ower Outage Button #S "4/($ 4/(

0 mergency #ower Outage Button IS 11Button #ush

0 mergency #ower Outage Button U&' 11Button #ush


9$ Open/lose

=$ #rotection Operated

;$ rip


a. Brea3er Open/close status2. Brea3er rip (larm

"ii$ BMS would monitor any outgoing (B

especially the (B for chiller plant room, <S,

and S M.

he meeting concluded that BMS would not

monitor the selector switch operation mode

status and the #* watchdog fault status of the

MSBs.

4o discrepancy found 2etween contracts. BMS

would monitor the following points:

a$ Button #ush

4ote: M&- would clarify the usage of the

mergency #ower Outage Button for BOMB(.



a$ ommon (larm2$ Failure




0 apacitor Ban3 #S "4/($ 4/(

0 apacitor Ban3 IS

11Open/lose


11rip

11Failure

11mergency (larm

0 apacitor Ban3 U&'

11Open/lose


11rip

11Failure

11mergency (larm

;;3< transformer 0 "Off0load isolator$ #S "4/($ 4/(

; ;3 < tra nsformer 0 "Off0 load isolator $ IS 11Open/lose

;;3< transformer 0 "Off0load isolator$ U&' "4/($ 4/(

;;3< transformer to 597< ( #S "4/($ 4/(

;;3< transformer to 597< ( IS 11Open/lose

;;3< transformer to 597< ( U&'11emperature alarm

")igh emperature$

M&- commented that the off load isolator of

the ;;3< transformer was not in their scope of

wor3. herefore, BMS would not monitor this.

BMS would only monitor the following point:

a$ )igh emperature (larm



a$ Open/lose

2$ #rotection Operated

c$ rip

d$ Failure

e$ mergency (larm




U#S #S

11Fault/rip (larm

11Master rip/Summary rip

11( #ower Supply failure (larm

11*ow <oltage (larm

11U#S Online Status

11U#S on Battery Status

11U#S on Static Bypass Status

11U#S on Maintenance Bypass

11Status Rectifier/In+erter Fault (larm

11Incoming Brea3er Output <oltage

"per phase$

11Incoming Brea3er Output urrent

"per phase$

U#S IS

11On/Off Status

11ommon (larm

11Battery %ischarge (larm

11rip

11Failure

U#S U&'

11Supply ( 2rea3er open/close

11Supply B 2rea3er open/close

11Supply ( 2rea3er trip

11Supply B 2rea3er trip

118ternal Bypass on/off

11Battery charging/discharging

11Battery common alarm

11Fan normal/failure or o+erload11emperature alarm/shutdown

11U#S on/emergency shutdown

11oupling panel summary alarm

11U#S online Status

11U#S on statis 2ypass status

11U#S on maint enance 2ypass status

11Rectifier /In+erter Fault alarm

11Incoming +oltage "per phase$

11Incoming current "per phase$

11outgoing +oltage "per phase$

11outgoing current "per phase$

11Input power "per phase$

11Output power "per phase$

11Input Fre!uency

11Output Fre!uency

11Output acti+e #ower


through high le+el interface.

a$ Supply ( Brea3er Open/lose

2$ Supply B Brea3er Open/lose

c$ Supply ( Brea3er rip

d$ Supply B Brea3er rip

e$ 8ternal Bypass On/Off

f$ Battery harging/%ischarging

g$ Battery ommon (larm

h$ Fan 4ormal/Failure or O+erload emperature

(larm/Shutdown

i$ U#S On/mergency Shutdown

>$ oupling #anel Summary (larm

3$ U#S Online Status

l$ U#S on Static Bypass Status

m$ U#S on Maintenance Bypass Status

Rectifier /In+erter Fault alarm

n$ Incoming <oltage "per phase$

o$ Incoming urrent "per phase$p$ Outgoing <oltage "per phase$

!$ Outgoing urrent "per phase$

r$ Input #ower "per phase$

s$ Output #ower "per phase$

t$ Input Fre!uency

u$ Output Fre!uency

+$ Output (cti+e #ower




*ighting panel"s$ #S

11#anel *ocal/Remote

Status

11Fault/rip

11*ighting Off status

11*ighting ;;? On status

11*ighting @@? On status

11*ighting 9? On status

11*ighting Off command

11*ighting ;;? On

command

11*ighting @@? On

command

11*ighting 9? On

command

*ighting panel"s$ IS11On/Off Status

11rip

11Open control

11lose control

*i ght ing pane l"s $ "#u 2li c li ght ing $ U& '11On/Off Status 11Open control

11lose control

#u2lic *ighting #S 4/( 4/(

#u2lic *ighting IS 11On/Off Status 11On/Off ontrol

#u2lic *ighting U&' 4/( 4/(


a$ *ighting ;;? On/Off

2$ *ighting @@? On/Off

c$ *ighting 9? On/Off

BMS would control the following points:

d$ *ighting ;;? On/Off

e$ *ighting @@? On/Off

f$ *ighting 9? On/Off

4ote: M&- ad+ised that the ;;? lightings

monitoring and controlling are from U#S while

the @@? lightings monitoring and controlling are

from essential power.

#lease refer to the *ighting #anel, Item =.95 of

the minutes.




mergency *ighting "#u2lic (rea$ #S 4/( 4/(

mergency *ighting "#u2lic (rea$ Is 11On/Off Status 11On/Off ontrol

mergency *ighting "#u2lic (rea$ U&' 4/( 4/(

#latform <oid "per platform$ #S 4/( 4/(

#latform <oid "per platform$ IS 11On/Off Status 11On/Off ontrol

#latform <oid "per platform$ U&' 4/( 4/(

ntrance *ighting "per entrance$ #S 4/( 4/(

ntrance *ighting "per entrance$ IS 11On/Off Status 11On/Off ontrol

ntrance *ighting "per entrance$ U&' 4/( 4/(

#hoto Sensor "if any$ #S 4/( 4/(

#hoto Sensor "if any$ IS 11na2le/%isa2le Status na2le/%isa2le ontrol

#hoto Sensor "if any$ U&' 4/( 4/(

unnel 4ormal *ighting #S


Status

11Fault/rip (larm

11*ighting Off Status

11*ighting 9? on status

11On/Off command

unnel 4ormal *ighting IS 4/( 4/(

unnel 4ormal *ighting U&' 4/( 4/(

11it is the U#S lighting ";7?$. #oints had 2een

pro+ided to BMS for monitoring. Refer to

lighting panel.

4o lighting would 2e pro+ided at the #latform

<oid. herefore, BMS would not monitor and

control the lighting at #latform <oid.


a$ On/Off status


a$ On/Off control

M&- ad+ised that photo sensor was not

a+aila2le at this moment. herefore, BMS

would not monitor and control it.

4ote: BMS would monitor if the photo sensor is

a+aila2le in the future.


a$ #anel *ocal/Remote Status

2$ Fault/rip (larm

c$ *ighting Off Status

d$ *ighting 9? on status

BMS would control the following point:

a$ On/Off ommand




%irectional Signage #S 4/( 4/(

%irectional Signage IS 11On/Off Status 11On/Off ontrol

%irectional Signage U&' 4/( 4/(

%irectional Signage 0 stair #S 4/( 4/(

%irectional Signage 0 stair IS11On/Off Status

11ntry/4o ntry Status

11On/Off ontrol

11ntry/4o ntry ontrol

%irectional Signage 0 stair U&' 4/( 4/(

#assenger Information %isplay #S 4/( 4/(

#assenger Information %isplay IS 11On/Off Status 11On/Off ontrol

#assenger Information %isplay U&' 4/( 4/(

(d+ertising #anels #S 4/( 4/(

(d+ertising #anels IS 11On/Off Status 11On/Off ontrol

(d+ertising #anels U&' 11On/Off Status 11On/Off ontrol

%irectional Signage

he meeting ad+ised #%# to see3 ad+ice from

#%#As architect regarding the directional

signage.

9st #M4: #%# had sought ad+ice from the

architect and made to understood that the

scope of wor3 was under the architect 2ased at

M&-As office. herefore, M&- shall ta3e

action on thisC

=nd #M4: M&- would design the directional

signage 2ased on the manual gi+en 2y MR.BMS would monitor and control the On/Off of

the %irectional SignageC

#M4: M&- would design the directional

signage 2ased on the manual gi+en 2y MR.

he I/O schedule for the directional signage

would 2e further discussed in future tentati+ely

after ; Months of this meeting.C

BMS would not control and monitor the

#assenger Information %isplay as this was under

the scope of elecommunication System.


#%#As architect regarding the (d+ertising #anel.





action on thisC



BMS would monitor and control the On/Off of





mergency call 2ells #S 4/(

mergency call 2ells IS 11(cti+ated/%eacti+ated

mergency call 2ells U&' 4/(

Information Signages #S 4/( 4/(

Information Signages IS 11On/Off Status 11On/Off ontrol

Information Signages U&' 4/( 4/(

Security shutter / Roller shutter panel"s$ #S


Status

11On/Off Status

11Fault/rip (larm

11On/Off ommand

Security shutter / Roller shutter panel"s$ IS

11Fully Open Status

11Fully losed Status

11rip

11*ocal/Remote

11Open control

11lose control

Security shutter / Roller shutter panel"s$ U&'

11Fully Open Status

11Fully lose Status

11rip

11*ocal/Remote

11Open control

11lose control

M #S 4/(

M IS

11Open/losed

11#rotection Operated11rip

11*ocal/Remote

M U&'

11Open/lose


11rip

11*oc3out

BMS would not monitor the mergency all

Bells as this was under the scope of

elecommunication System.


#%#As architect regarding the Information

Signage.





action on thisC






a$ Fully Open Status

2$ Fully lose Status

c$ rip

d$ *ocal/Remote


a$ Open control

2$ lose control

#lease refer to the indi+idual mechanical

system.




lectrical panel"s$ #S 4/(

lectrical panel"s$ IS11Open/lose Status

11rip

lectrical panel"s$ U&'11Open/lose Status

11rip

he meeting decided that BMS would monitor

the Su2 Switch Board "SSB$ instead of

%istri2ution Board "%B$.


a$ Open/lose Status

2$ rip Status



!uipment "#S/IS$ %ocument "IS/#%igital Input "%I$ %igital Output "%O$ (nalogue Input "(I$ (nalogue Output "(O$ )igh *e+el ")I$ "#%#,M&-, MSB$ Meeting omments

Sewage 'ater an3 "(-( >ector ransfer

tan3$#S

11)igh *e+el (larm

11*ow *e+el (larm

Sewage 'ater >ection an3 IS 11)igh 'ater *e+el #ump

Sewage 'ater >ection an3 U&' 11)igh 'ater *e+el (larm

Sewage Su2mersi2le #it #S 4/(

Sewage Su2mersi2le #it IS 4/(

Sewage Su2mersi2le #it U&' 11)igh 'ater *e+el (larm

>ector #ump ontrol #anel #S

11#anel (uto/Manual Status

11( #ower Supply Failure

(larm

>ector #ump ontrol #anel IS 4/(

>ector #ump ontrol #anel U&' 4/(

Sewage 'ater >ector #umps "(-( >ector

tranfer pump$#S

11Run/Stop Status

11Fault/rip (larm4/(

Sewage 'ater >ector #umps IS

11Mode "(uto/Manual$

11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip

11#ower Status "on/off$

11On/Off

11Remote reset

Sewage 'ater >ector #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

Sewage Su2mersi2le #umps #S 4/( 4/(

Sewage Su2mersi2le #umps IS 4/( 4/(

Sewage Su2mersi2le #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

Station %rainage 'ater Sump #it "(-( Sump

pit$#S

11)igh *e+el (larm

11*ow *e+el (larm

Station %rainage 'ater Sump #it "(-(

%rainage 'ater Sump #it$IS 11)igh 'ater *e+el (larm

Station %rainage 'ater Sump #it U&'11)igh 'ater *e+el (larm

11*ow 'ater *e+el (larm


a$ )igh 'ater *e+el (larm

2$ *ow 'ater *e+el (larm



he meeting concluded that the >ector #ump

ontrol #anel, Sewerage Su2mersi2le #umps to

2e grouped in a category for the same pump

room.


control the pumps.

BMS would monitor a single panel power

supply 2ut multiple pumps


a$ #anel "(uto/Manual$ Status

2$ Start Status0

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status0single panel.







Sump #ump ontrol #anel #S



(larm

Sump #ump ontrol #anel IS 4/(

Sump #ump ontrol #anel U&' 4/(

Station %rainage 'ater Su2mersi2le #umps

"(-( Sump #ump$#S

11Run/Stop Status



"(-( %rainage 'ater Su2mersi2le #umps$IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote reset

Station %rainage 'ater Su2mersi2le #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

unnel %rainage 'ater Sump #it "(-( Sump

pit$#S

11)igh *e+el (larm

11*ow *e+el (larm

unnel %rainage 'ater Sump #it "(-(

%rainage 'ater Sump pit$IS 11)igh 'ater *e+el (larm

unnel %rainage 'ater Sump #it U&'11)igh 'ater *e+el (larm


unnel %rainage 'ater Su2mersi2le #umps

"(-( Sump #ump$#S

11Run/Stop Status





11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote reset

unnel %rainage 'ater Su2mersi2le #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

#ressure Reducing <al+e #S 11<al+e (larm

#ressure Reducing <al+e IS 4/(

#ressure Reducing <al+e U&' 4/(

he meeting concluded that BMS no need to

monitor the #ressure Reducing <al+e. he

#ressure Reducing <al+e is for domestic

purpose only.

he meeting concluded that the Sump #ump

ontrol #anel and Station %rainage 'ater

Su2mersi2le #ump to 2e grouped in a category

for the same pump room.


control the pumps.

BMS would monitor a single panel powersupply 2ut multiple pumps



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status0 single panel



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ e$ #ower Status0single panel







= ompartment #ota2le 'ater an3 "(-( %'

Storage an3$#S

11)igh *e+el (larm

11*ow *e+el (larm

= o mp artm en t # ota2l e 'ate r an3 IS11)igh 'ater *e+el (larm


= o mp artm en t # ota2l e 'ate r an3 U&'11)igh 'ater *e+el (larm


%' #ump ontrol #anel #S



(larm

%' #ump ontrol #anel IS 4/(

%' #ump ontrol #anel U&' 4/(

#ota2le 'ater Booster #ump "(-( %' #ump$ #S11Run/Stop Status


#ota2le 'ater Booster #ump IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip

11#ower Status "On/Off$

11On/Off

11Remote reset

#ota2le 'ater Booster #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

'ater Meters and Su2metering #S 4/(

'ater Meters and Su2metering IS11'ater onsumption

11'ater *ea3age

'ater Meters and Su2metering U&' 4/( 11'ater onsumption




he meeting concluded that the %omestic

'ater #ump ontrol #anel and #orta2le 'ater

Booster 'ater #ump to 2e grouped in acategory for the same pump room.


control the pumps.





2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status0single panel

BMS would monitor the following point through

high le+el:

a$ 'ater onsumption



!uipment "#S/IS$ %ocument "IS/#S/U&'$ %igital Input "%I$ %igital Output "%O$ (nalogue Input "(I$ (nalogue Output "(O )igh *e+el ")I$ "#%#,M&-, MSB$ Meeting omments

Sprin3ler 'ater an3 #S11 )igh *e+el (larm

11*ow *e+el (larm

Sprin3ler 'ater an3 IS11)igh 'ater le+el (larm


Sprin3ler 'ater an3 U&'11)igh 'ater le+el (larm


Sprin3ler #ump ontrol #anel #S

11#anel (uto/Manual

Status11( #ower Supply Failure

(larm

Sprin3ler #ump ontrol #anel IS 4/(

Sprin3ler #ump ontrol #anel U&' 4/(

Sprin3ler #ump #S11Run/Stop


Sprin3ler #ump IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote Reset

Sprin3ler #ump U&'


11Start Status11Stop Status

11rip/Fault (larm


4/(

Sprin3ler Doc3ey #ump #S11Run/Stop

11Fault/rip (larm

Sprin3ler Doc3ey #ump IS 4/(

Sprin3ler Doc3ey #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


= compartment 'et Riser an3 #S 4/(

= compartment 'et Riser an3 IS 4/(

= compartment 'et Riser an3 U&'11)igh 'ater le+el (larm


'et Riser #ump #S 4/(

'et Riser #ump IS 4/(


2$ )igh 'ater *e+el (larm

c$ *ow 'ater *e+el (larm

he meeting concluded that the Sprin3ler #ump

ontrol #anel and Sprin3ler #ump to 2e grouped

in a category.


control the pumps.



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status

BMS would monitor the following points:a$ )igh 'ater *e+el (larm

*ow 'ater *e+el (larm


l l

" / $ " / / $ l " $ l " $ l " $ l " h l " $ " $




'et Riser #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status

!uipment "#S/IS$ %ocument "IS/#S/U&'$ %igital Input "%I$ %igital Output "%O$ (nalogue Input "(I$ (nalogue Output "(O )igh *e+el ")I$ "#%# M&- MSB$ Meeting omments




'et Riser Doc3ey #ump #S 4/(

'et Riser Doc3ey #ump IS 4/(

'et Riser Doc3ey #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm


Fire (larm #anel #S 11!uipment )ealth Status "%I$

Fire (larm #anel IS 11ommon Fire (larm

Fire (larm #anel U&'11#anel Status "On/Faulty$

11Eone *ocation of Fire

)ose Reel #ump ontrol #anel #S

11On/Off Status


(larm

)ose Reel #ump ontrol #anel IS 4/(

)ose Reel #ump ontrol #anel U&' 4/(

)ose Reel #ump #S11Run/Stop


)ose Reel #ump IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote Reset

)ose Reel #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

= compartment 'et Riser an3 #S11)igh *e+el (larm

11*ow *e+el (larm

= compartment 'et Riser an3 IS11)igh 'ater le+el (larm




he meeting concluded that the )ose Reel #ump

ontrol #anel, and )ose Reel Doc3ey #ump to 2e

grouped in a category.


control the pumps.



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status


high le+el:a$ )ealth Status of the Fire (larm #anel






2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status

!uipment "#S/IS$ %ocument "IS/#S/U&'$ %igital Input "%I$ %igital Output "%O$ (nalogue Input "(I$ (nalogue Output "(O )igh *e+el ")I$ "#%# M&- MSB$ Meeting omments




FM= ontrol #anel #S11!uipment )ealth Status/Fault

alarm

FM= ontrol #anel IS 4/(

FM= ontrol #anel U&' 4/(

Fire Roller Shutter #S

11On/Off Status Fully

Opned / losed

11Fault/rip (larm

Fire Roller Shutter IS 4/(

Fire Roller Shutter U&' 4/(

Fire Ser+ice 'ater Meter #S 4/(

Fire Ser+ice 'ater Meter IS 4/(

Fire Ser+ice 'ater Meter U&'11'ater onsumption

11'ater *ea3age

#M4: BMS would not monitor the water

consumption for the Fire Ser+ices 'ater MeterC

#M4: BMS would not monitor the water lea3age

for the Fire Ser+ices 'ater MeterC

BMS would monitor the following point:

a$ )ealth Status of FM=


a$ Fully Opened

2$ Fully losed

c$ Fault/rip (larm

he Fire Roller Shutter is not monitored through

Fire (larm #anel.

!uipment "#S/IS$ %ocument "IS/#S/U&'$ %igital Input "%I$ %igital Output "%O$ (nalogue Input "(I$ (nalogue Output "(O$ )igh *e+el ")I$ "#%#,M&-, MSB$ Meeting omments




*ift #S

11#anel *ocal/Remote Status "%I$

11On/Off Status "%I$

11Run/Stop Status "%I$

11Fault/rip (larm "%I$

11Master rip/Summary (larm "%I$

11Up/Forward %irection "%I$

11%own/Bac3ward %irection "%I$

11Maintenance On/Off Status "%I$

11%oor (larm "%I$

11mergency (larm "%I$

11Special Operation Mode "%I$GGGGGGGGGGGGGGGGGGGGGGGGG

11*ift #ar3ing *oc3out "%O$

11*ift )ome "%O$

11*ift Reset alarm Bell "%O$

*ift IS


11rip "%I$

11mergency (larm "%I$

11ommon fault/4ormal "%I$

*ift U&'

11Summary *ift Fault/rip "%I$

11#ower On/Off "%I$

11Operation On/Off "%I$

11Summary (larm "%I$

11Maintenance Status "%I$11 ash rolley Function"%I$

1178 Miscellaneous "%I$

GGGGGGGGGGGGGGGGGGGGGGGG

11=8 Operation Mode "%O$

scalator #S 4/( 4/(





11Up/Forward %irection "%I$

11%own/Bac3ward %irection "%I$

11Maintenance On/Off Status "%I$

GGGGGGGGGGGGGGGGGGGGGGGGG

11On/Off ommand "%O$

11Run/Stop ommand "%O$11Up/Forward %irection ommand

"%O$

11%own/Bac3ward %irection

ommand "%O$

scalator IS11On/Off Status

11ommon fault/4ormal

11Open ontrol

11lose ontrol4/(



%/I

"i$ #anel *ocal/Remote Status

"ii$ On/Off Status

"iii$ Run/Stop Status

"i+$ Fault/rip (larm

"+$ Master rip/Summary (larm

"+i$ Up %irection

"+ii$ %own %irection

"+iii$ Maintenance On/Off Status

"i8$ %oor (larm

"8$ mergency (larm

"8i$ Special Operation Mode

"8ii$ ash rolley Function

BMS would control the following points


%/O

"i$ *ift #ar3ing *oc3out

"ii$ *ift )ome

"iii$ *ift Reset alarm Bell

4ote: 8act points to 2e discussed after the

*ift %esignated ontractor is on 2oard. M&-

prefered )igh *e+el InterfaceC



%/I"i$ #anel *ocal/Remote Status

"ii$ On/Off Status



"+$ Up/Forward %irection

"+i$ %own/Bac3ward %irection

"+ii$ Maintenance On/Off Status


l l .




scalator U&' 4/( 4/(

11#ower On/Off Status "%I$


11Up %irection "%I$

11%own %irection "%I$

11Start/Stop Status "%I$

11=8 maintenance On/Off Status "%I$


1178 Miscellaneous "%I$


11Run/Stop ommand "%O$

11Up %irection "%O$

11%own %irection "%O$

11Remote Stop "%O$

1178 Miscellaneous "%O$

ra+ellator #S


Status

11On/Off Status11Run/Stop Status

11Fault/rip (larm

11Up/Forward %irection

11%own/Bac3ward

%irection

11Maintenance On/Off

Status

11#it Flooding (larm

11On/Off ommand

11Run/Stop ommand

11Up/Forward %irection

ommand

11%own/Bac3ward

%irection ommand

ra+ellator IS 4/( 4/(

ra+ellator U&' 4/( 4/(


%/O

"i$ On/Off ommand

"ii$ Run/Stop ommand

"iii$ Up/Forward %irection ommand

"i+$ %own/Bac3ward %irection ommand






%/I

"i$ #anel *ocal/Remote Status

"ii$ On/Off Status



"+$ Up/Forward %irection

"+i$ %own/Bac3ward %irection

"+ii$ Maintenance On/Off Status



%/O

"i$ On/Off ommand

"ii$ Run/Stop ommand

"iii$ Up/Forward %irection ommand

"i+$ %own/Bac3ward %irection ommand







ooling ower #S




11Filter #ressure (larm "%I$


11Room emperature "(I$

11Isolating ontrol <al+e Status "(I$

ooling ower IS

11Running/Stop "%I$

11Master rip (larm "%I$11*ocal/Remote Status "%I$

11)igh/Off/*ow Speed "%I$

11)igh0)igh/)igh/*ow *e+el Switch

"%I$

11<( rip (larm


11Running/Stop "%O$

11)igh/Off/*ow Speed "%O$


11urrent/3'h "(I$

11'ater emperature "(I$ 0supply

11'ater emperature "(I$ 0return

11Flow Sensor "(I$

ooling ower U&'

11Running/Stop "%I$

11rip (larm "%I$

11*ocal/Remote Status "%I$

11)igh *e+el (larm "%I$

11*ow *e+el (larm "%I$

11Isolation <al+e Status "%I$

"Open/losed$


11On/Off ontrol "%O$

11)igh/Off/*ow Speed "%O$

11<al+e lose/Open "%O$


11'ater emperature "(I$

11Flow Sensor "(I$

ondensing 'ater #ump #S


11Run/Stop Status

11Fault rip (larm

4/(

ondensing 'ater #ump "(-( #ump$ IS

11Running/Stop

11Master rip (larm11*ocal/Remote Status

11Flow switch

11<( rip (larm

11Running/Stop11urrentt/3'h

11'ater #ressure4/(

ondensing 'ater #ump U&' 4/(

11Running/Stop "%I$

11rip (larm "%I$

11*ocal Remote Status "%I$

11'ater #ressure "%I$

11-') "(I$

GGGGGGGGGGGGGGGGGGGGGGGG

11On/Off ontrol "%O$BMS would monitor the following points through


l r ll r



hilled 'ater #ump <S% %ri+e #S


11Run/Stop Status

11Fault rip (larm

4/(

hilled 'ater #ump <S% %ri+e "(-( #ump$ IS

11Running/Stop

11Master rip (larm

11*ocal/Remote Status

11Flow switch

11<( rip (larm

11Running/Stop11urrentt/3'h

11'ater #ressure4/(

hilled 'ater #ump <S% %ri+e U&' 4/(

11Running/Stop "%I$

11rip (larm "%I$


11Fault Mode for <S% "%I$

113'h "(I$


11On/Off "%O$

hilled 'ater )eader/#rimary #S 4/(

hilled 'ater )eader/#rimary IS 4/(

hilled 'ater )eader/#rimary U&'

11'ater #ressure "(I$


11Flow Sensor "(I$

%iffferential #ressure ontrol Bypass #S 4/( 4/(

%iffferential #ressure ontrol Bypass "(-(

%ifferential 2y0pass for hilled 'ater ircuit$IS

11'ater temperature

11Flow Sensor

4/(

%iffferential #ressure ontrol Bypass U&' 4/(

11<al+e Opening #osition Feed2ac3"(I$


11<al+e Opening #osition ontrol "(O$

hemical %osing System #S


11Run Stop Status

11Fault/rip (larm

4/(

hemical %osing System IS 4/( 4/(

hemical %osing System U&' 4/(

11Running/Stop "%I$

11Master rip (larm "%I$

114ormal/Fault (larm "%I$


11<al+e Open/lose "%O$

)igh *e+el:

%/I

"i$ Running/Stop

"ii$ rip (larm

"iii$ *ocal/Remote Status

"i+$ )igh *e+el (larm

"+$ *ow *e+el (larm

"+i$ Isolation <al+e Status "Open/losed$

"+ii$ )igh/Off/*ow Speed

(/I

"i$ 'ater emperature "Supply and Return$

"ii$ Flow Sensor

"iii$ urrent/3'h

BMS would control the following points through

)igh *e+el:

%/O

"i$ On/Off ontrol

"ii$ )igh/Off/*ow Speed

"iii$ <al+e lose/Open




4on0hemical reatment System #S

11#anel (uto/Remote Status

(uto/Manual

11Run/Stop Status

11Fault/rip (larm

4on0hemical reatment System IS 4/(

4on0hemical reatment System U&' 4/(

ondensing 'ater Blowdown Operation #S 4/(

ondensing 'ater Blowdown Operation IS 4/(

on de nsi ng 'at er B lo wd own Op er at io n U &'11Isolation <al+e Status "%I$


'ater ooled hiller #S


11Run/Stop Status "%9$


11Filter #ressure (larm "%I$


11Room temperature "(I$11Supply/Return (ir emperature "(I$

11Supply/Return 'ater emperature

"(I$

11ontrol <al+e Status "(I$

11#ressure Sensor "(I$ Refrigerent

Sensor "(I$

'ater ooled hiller IS

11Running/Stop "%I$

11Master rip (larm "%I$



11Running/Stop "%O$


11urrent/3'h "(I$



11Flow Sensor "(I$

BMS would monitor the following points through

)igh *e+el interface:

%/I

"i$ Running/Stop

"ii$ hiller rip (larm l


l



'ater ooled hiller U&'

11Running/Stop "%I$

11hiller rip (larm "%I$


11Isolation <al+e Status "%I$

11Flow Switch "%I$

11Refrigerant *ea3eage "%I$


11On/Off ontrol "%O$



113'h "(I$



11Flow Sensor "(I$

<aria2le Refrigerant Flow #S11#anel *ocal/Remote

Status11<RF ontrol

<aria2le Refrigerant Flow IS 4/(

<aria2le Refrigerant Flow U&' 4/(

(ir )andling Unit #S

11#anel *ocal/remote Status11Run Stop Status

11Fault/trip (larm

11%amper Fully Open/lose

Status

11Filter #ressure (larm

11hilled 'ater

emperature Reset

11%emand *imit ontrol

Reset

11Room emperature

11)umidity/O= *e+el

11Supply/Return (ir

emperature

11Supply Return 'ater

emperature

11ontrol <al+e Status

(ir )andling Unit IS

11Running/Stop

11Master rip (larm

11*ocal/remote Status

11Filter/Stariner log

11ommon Smo3e %etector

Status

11<( trip (larm

11Running/Stop

11urrent/3'h

11(ir emperature

11'ater emperature

11'ater #ressure


*ow *e+el interface:

%/I

"i$ Running/Stop

"ii$ Fan Motor rip (larm


"i+$ ommon Smo3e %etector Status

"+$ Filter #ressure (larm

"+i$ %ifferential #ressure Sensor "%#S$ Fan Status

"+ii$ %amper Fully Open/lose Status

(/I

"i$ urrent/-'h

"ii$ (ir emperature

"iii$ Relati+e )umidity

"i+$ 'ater emperature

"+$ 'ater #ressure

"+i$ <al+e Opening #osition Feed2ac3"+ii$ %amper #osition Feed2ac3

"i+$ Isolation <al+e Status

"+$ Flow Switch

"+i$ Refrigerant *ea3age or Refrigerant Sensor

(/I

"i$ 3'h

"ii$ 'ater emperature

"iii$ 'ater #ressure

"i+$ Flow Sensor


)igh *e+el interface:

%/O

"i$ On/Off ontrol

"ii$ <al+e Open/lose

M&- commented that this was not a+aila2le

now. )owe+er, M&- would re!uest BMS to

monitor if re!uired in the future.


r

"+iii$ O= *e+el in the duct



(ir )andling Unit U&'

11Running/Stop

11Fan Motor rip (larm


11ommon Smo3e %etector

Status

11Filter

11%#S Fan Status

11On/Off ontrol

11urrent/-'h

11(ir emperature

11Relati+e )umidity

11'ater emperature

11'ater #ressure

11<al+e Opening #osition

Feed2ac3

11%amper #ositionFeed2ac3


ontrol

11%amper Opening #osition

ontrol

#rimary (ir )anding Unit #S 4/( 4/( 4/( 4/(

#rimary (ir )anding Unit IS

11Running/Stop

11Master rip/(larm


11Filter/Strainer log

11<( rip (larm

11Running/Stop

11urrent/3'h

11(ir emperature

11'ater emperature

11'ater #ressure

11Flow Sensor

11Fan <aria2le Speed

ontrol

#rimary (ir )anding Unit U&' 4/( 4/( 4/( 4/(

Smo3e 8tract ion Fan "(-( Smo3e Spil l Fan$ #S

11Run/Stop Status

11Fault/rip (larm

11Flow Switch Status


Status

4/(

Smo3e 8traction Fan IS

11Running/Stop

11Master rip (larm

11*ocal/Remote Sattus

11<( rip (larm

11Running/Stop

Smo3e 8traction Fan U&'

11Running/Stop

11Fan rip (larm11*ocal/Remote Status

11%amper Open/lose

11On/Off ontrol11%amper lose/Open

Space O= Sensor "#u2lic (rea$ #S 4/( 4/(

Space O= Sensor "#u2lic (rea$ IS11Running/Stop

11Master rip (larm11O= oncentration

Space O= Sensor "#u2lic (rea$ U&' 4/( 11O= oncentration

"+iii$ O= *e+el in the duct


hardwired *ow *e+el interface:

%/O

"i$ On/Off ontrol

(/O

"i$ <al+e Opening #osition ontrol

"ii$ %amper Opening #osition ontrol

he following points shall 2e pro+ided 2y BMS

through BMS software configuration:

"i$ Set #oint emperature Reset"ii$ %emand *imit ontrol Reset



%/I

"i$ Fan rip (larm

"ii$ *ocal/Remote Status

"iii$ %amper Open/lose


*ow *e+el Interface:

%/O

"i$ On/Off ontrol

"ii$ %amper lose/Open

M&- would ha+e further internal discussion

regarding the control and monitoring of the

#rimary (ir )andling Unit System and would

tentati+ely reply to #%# 2y 9= (ugust =9;.

#M4 on 7 Septem2er =9;: M&- confirmed

that the #rimary (ir )andling Unit is not a+aila2le

at this moment and this is su2>ect to the final

design.C



(/I

"i$ O= concentration





Space emperature Sensor "#u2lic (rea$ #S 4/(

Space emperature Sensor "#u2lic (rea$ IS 4/(

S pac e emp er at ur e S ens or " #u 2l ic (r ea $ U &' 11(ir emperature

Space Relati+e )umidity Sensor "#u2lic (rea$ #S 4/(

Space Relati+e )umidity Sensor "#u2lic (rea$ IS 4/(

Space Relat i+e )umidity Sensor "#u2lic (rea$ U&' 11Relati+e )umidity

Fan oil Unit "Single Unit$ #S 4/( 4/( 4/(

Fan oil Unit "Single Unit$ "(-( FU$ IS

11Running/Stop

11Master rip


11Running/Stop 11(ir emperature

Fan oil Unit "Single Unit$ U&'

11Running/Stop

11Fault (larm


11<al+e on/off status

1 1On /O ff on tr ol 1 1Ro om (i r emp er at ure

Fan oil Unit "&roup Unit$ #S

Fan oil Unit "&roup Unit$ "(-( FU$ IS

11Running/Stop

11Master rip




(/I

(ir emperature



(/I

Relati+e )umidity

BMS would monitor the following points through*ow *e+el interface:

%/I

"ii$ Running/Stop

"iii$ Fault (larm

"i+$ *ocal/remote Status

"+$ <al+e on/off status

(/I

"i$ Room (ir emperature



%/O

"i$ On/Off ontrol.

4ote: he On/Off ontrol would interloc3 with

the +al+e on/off.

(/OM&- would confirm whether BMS need to

control the temperature tentati+ely on 9= (ugust

=9;.



%/I

"+i$ Running/Stop

"+ii$ Fault (larm

"+iii$ *ocal/remote Status

"i8$ <al+e on/off status

(/I"ii$ Room (ir emperature

l r l ll r


l r l ll r




Fan oil Unit "&roup Unit$ U&'

11Running/Stop

11Fault (larm


11<al+e on/off status


Split (ir onditioning Unit #S

S pl it (i r ondi ti on ing Uni t "(- ( S pl it Un it $ I S

11Running/Stop

11Master rip (larm



Split (ir onditioning Unit U&'

11Running/Stop

11Master rip (larm



<entilation/8traction Fan ontrol #anel "Single Fan

System$#S


Status


(larm


System$IS 4/(


System$U&' 4/(

Single Fan Unit

"(-( Fresh (ir Fan$

GGGGGGGGGGGGGGGGGGGGGGGGGGGGG

"(-( 8haust (ir Fan$

#S

11Run/Stop Status

11Fault/rip (larm


Status

GGGGGGGGGGGGGGGGGG

11Run/Stop Status

11Fault/rip (larm


Status

11Run/Stop ommand

GGGGGGGGGGGGGGGGGG

11Run/Stop ommand

4/(

Single Fan Unit

"(-( Fresh (ir Fan$


"(-( 8tract (ir Fan$

IS

11Running/Stop

11Master rip (larm


GGGGGGGGGGGGGGGGGG

11Running/Stop

11Master rip (larm


11Running/Stop

GGGGGGGGGGGGGGGGGG

11Running/Stop

4/(

GGGGGGGGGGGGGGGGGG

11(ir emperature



%/I

"i$ Running/Stop

"ii$ Master rip (larm


(/I


%/O

"i$ On/Off ontrol



%/I

"i$ Running/Stop

"ii$ Fault (larm


"i+$ %amper Fully Open/lose Status

(/I


%/O

"i$ On/Off ontrol

4ote:

"i$ he room temperature would 2e interloc3

with the Fan On/Off. Room emperature

monitoring is only applica2le at #lant and

!uipment Rooms.

"ii$ BMS would control the fan 2ased on the

control logic gi+en 2y M&-.


%/O

"ii$ On/Off ontrol.

4ote: he On/Off ontrol would interloc3 with

the +al+e on/off.

(/O

M&- would confirm whether BMS need to

control the temperature tentati+ely on 9= (ugust

=9;.


that BMS would not control temperatureC


11Running/Stop



Single Fan Unit U&'

11Running/Stop

11Fault (larm



<entilation/8traction Fan ontrol #anel "%ual Fan

System$#S


Status


(larm

11Flow Switch Status

11Room emperature


System$IS 4/( 4/(


System$U&' 4/( 4/(

%ual/win Fan Unit "F(F/(F$

"(-( Fresh (ir Fan$


"(-( 8haust (ir Fan$

#S

11Run/Stop Status

11Fault/rip (larm


Status

GGGGGGGGGGGGGGGGGG

11Run/Stop Status

11Fault/rip (larm


Status

11Run/Stop ommand


ommand

GGGGGGGGGGGGGGGGGG

11Run/Stop ommand


ommand

%ual/win Fan Unit "F(F/(F$

"(-( Fresh (ir Fan$


"(-( 8tract (ir Fan$

IS

11Running/Stop

11Master rip (larm


GGGGGGGGGGGGGGGGGG

11Running/Stop

11Master rip (larm


11Running/Stop

GGGGGGGGGGGGGGGGGG

11Running/Stop

4/(

GGGGGGGGGGGGGGGGGG

11(ir emperature

%ual/win Fan Unit "F(F/(F$ U&'

11Running/Stop

11Fan rip fault (larm


11%amper Open/lose

11On/Off omntrol

11%amper Open/lose11Room (ir emperature

Staircase #ressuriHation Fan #S 4/( 4/(

Staircase #ressuriHation Fan IS

11Running/Stop

11Master rip (larm


11<( rip (larm

11Running/Stop

M&- would further discuss with MR

regarding the control and monitoring of the dual

fan system and would tentati+ely reply to #%# 2y

9= (ugust =9;.


that BMS would monitor and control the

following points:

%/I

"i$ Running/Stop

"ii$ Fan rip/Fault (larm


"i+$ %amper Open/lose

(/I


%/O

"i$ On/Off ontrol

"ii$ %amper Open/lose C




Staircase #ressuriHation Fan U&'

11Running/Stop

11Fan rip Fault (larm


11<al+e/%amper

Open/lose

11Smo3e %etector status

11%#S

11On/Off ontrol

11%amper Open/lose

'ater Ma3e Up an3 #S 11)igh/*ow *e+el (larm

'ater Ma3e Up an3 "(-( an3$ IS11)igh0)igh/)igh/*ow *e+el

Switch

'ater Ma3e Up an3 U&'11)igh *e+el (larm

11*ow *e+el (larm

'ater 8pansion an3 #S 11)igh/*ow *e+el (larm

'ater 8pansion an3 "(-( an3$ IS11)igh0)igh/)igh/*ow *e+el

Switch

'ater 8pansion an3 U&'11)igh *e+el (larm

11*ow *e+el (larm

MotoriHed <al+e #S 4/( 4/(

MotoriHed <al+e IS

11Master rip (larm


11+al+e/%amper lose/Open

11<al+e close/open

MotoriHed <al+e U&' 4/( 4/(


low le+el interface:

%/I

"i$ Running/Stop

"ii$ Fault/rip (larm


"i+$ %amper Open/lose

"+$ %ifferential #ressure Sensor



%/O

"i$ On/Off ontrol"ii$ %amper lose/Open

4ote: BMS pro+ide controlling functions for

maintenance purpose only.



%/I

"i$ )igh *e+el (larm

"ii$ *ow *e+el (larm

4ote: he 'ater Ma3e0up an3 is grouped under

the category of 'ater ooled hiller.



%/I

"iii$ )igh *e+el (larm

"i+$ *ow *e+el (larm

4ote: he 'ater 8pansion an3 is grouped

under the category of 'ater ooled hiller.




Modulating <al+e #S

11Master rip (larm




Feed2ac3


ontrol

Modulating <al+e IS 4/( 4/( 4/(

Modulating <al+e U&' 4/( 4/( 4/(

MotoriHed %amper/MotoriHed Smo3e/Fire %amper #S 4/( 4/(

MotoriHed %amper/MotoriHed Smo3e/Fire %amper IS

11Master rip (larm



11%amper lose/Open

MotoriHed %amper/MotoriHed Smo3e/Fire %amper U&' 4/( 4/(

Modulating %amper #S 4/( 4/( 4/(

Modulating %amper IS

11Master rip (larm



11%amper Opening

#osition Feed2ac3

11%amper Opening #osition

ontrol

Modulating %amper U&' 4/( 4/( 4/(

BU Meter #S 4/( 4/(

BU Meter IS11Running/Stop

11Master rip (larm

11'ater emperature

11otal ooling apacity

"3'$ nergy "BU$11otal hiller power input

"3'$ ooling #ower

"BU/)$

11otal hilled 'ater flow

rate <olume

11Flow Sensor

M&- ad+ised that the monitoring /controlling or

monitoring and controlling of the motoriHed

damper/motoriHed smo3e/fire damper had 2een

captured in the indi+idual S system.



+al+e and modulating +al+e had 2een captured in

the indi+idual S system.



+al+e and modulating +al+e had 2een captured in

the indi+idual S system.


M&- t f th di ith MR f thi d



BU Meter U&' 4/( 4/(

M&- to further discuss with MR for this and

tentati+ely re+ert ad+ice to #%# 2y 9= (ugust

=9;.


that BU Meter is not a+aila2le at this moment.C



MMC GAMUDA KVMRT (PDP) SDN BHDPROJEK MASS RAPID TRANSIT LEMBAH KELANG – JAJARAN SUNGAI BULOH - KAJANG

MINUTES OF MEETINGKVMRT

NO. OF PAGES : 16

VENUE AND TIME OF MEETINGDATE & TIME OF

MEETING NEXT MEETING

MKL05, Room 1 01/07/2013, 02:00 p.m. 24 Jul 2013

TITLE OF MEETING: Discrepac! "# $MS I%O p"is a U'er(r")'

Sai"s *LV &UPS+ P,)-i( & Draia(e a'

Fire Ser/ices0

DISTRI$UTION LIST

ATTENDED $ A,, ae'ees

a2 Ra3 I'er Si(4 − S!se-+ PDP RIS

2 Lee 5e( 4") − S!se-+ PDP L5

c2 T4"-as ap− S!se-+ PDP T

'2 T"4 Si( La − S!se-+ PDP TSL

e2 Ke Lai − MGKT KL

#2 Na/i'ra − MGKT Na/i

(2 Kaa(a − MGKT Kaa(a

42 T. K"" − MM TK

i2 Te4 K)a 5ee − MM TK5



MINUTES OF MEETING

ITEM DESRIPTION ATION $ TIMELINE

1.0 I)(#o+u(&o)

1.1 L5 "pee' 4e -eei( a' 7e,c"-e 4e sa8e4",'er

#"r 4e -eei(.

< <

1.> T4e p)rp"se "# 4e -eei( 7as " #ia,iBe 4e !pica,

$MS I%O #"r a,, 4e )'er(r")' sai"s. T4e -eei(

a,s" ace' " arr"7 4e (ap "# 4e $MS I%O p"i

74ic4 7as sip),ae' i 4e c"rac "# MGKT a'$MS S!se- 5P.

< <

2.0 L- ')+ US S*($m

>.1 Di(ia, P"7er Meer CDPM2

$MS 7"),' -"i"r 4e #",,"7i( p"is 4r")(4 4i(4,e/e,+ )si( M"')s CRS2 pr""c",:

a2 Ic"-i( $rea8er O)p) V",a(e Cper p4ase2

2 Ic"-i( $rea8er O)p) )rre Cper p4ase2

c2 Eer(! "s)-pi"

< <

MINUTES OF MEETING



MINUTES OF MEETING


$MS 7"),' -"i"r 4e #",,"7i( p"is:

Ci2 Ope%,"se

Cii2 Trip

>. $US Seci" A$ CN%2 ; Ic"-i( $rea8er

$MS 7"),' -"i"r 4e #",,"7i( p"is:

Ci2 Ope%,"se

Trip

< <

>. Ic"-er A$

$MS 7"),' -"i"r 4e #",,"7i( p"is:

Ci2 Ope%,"se

Cii2 Pr"eci" Operae'

Ciii2 Trip

< <

MINUTES OF MEETING



MINUTES OF MEETING


-"i"r 4e #",,"7i( p"is:

a2 "--" A,ar-

2 Fai,)re

>. E-er(ec! P"7er O)a(e $)"

N" 'iscrepac! #")' e7ee c"racs. $MS 7"),'

-"i"r 4e #",,"7i( p"is:

a2 $)" P)s4

N"e: MGKT 7"),' c,ari#! 4e )sa(e "# 4e

E-er(ec! P"7er O)a(e $)" #"r $OM$A.

< <

>.1? apaci"r $a8

N" 'iscrepac! #")' e7ee c"racs. $MS 7"),'

-"i"r 4e #",,"7i( p"is:

a2 Ope%,"se

MINUTES OF MEETING



MINUTES OF MEETING


$MS 7"),' -"i"r 4e #",,"7i( p"is 4r")(4 4i(4

,e/e, ier#ace.

a2 S)pp,! A $rea8er Ope%,"se

2 S)pp,! $ $rea8er Ope%,"se

c2 S)pp,! A $rea8er Trip

'2 S)pp,! $ $rea8er Trip

e2 Eera, $!pass O%O##

#2 $aer! 4ar(i(%Disc4ar(i(

(2 $aer! "--" A,ar-

42 Fa N"r-a,%Fai,)re "r O/er,"a' Te-pera)re

A,ar-%S4)'"7

i2 UPS O%E-er(ec! S4)'"7

32 ")p,i( Pae, S)--ar! A,ar-

MINUTES OF MEETING



MINUTES OF MEETING


2 Ip) Fre)ec!

)2 O)p) Fre)ec!

/2 O)p) Aci/e P"7er

>.1 Li(4i( Pae,

$MS 7"),' -"i"r 4e #",,"7i( p"is:

a2 Li(4i( J O%O##

2 Li(4i( 66J O%O##

c2 Li(4i( 1??J O%O##

$MS 7"),' c"r", 4e #",,"7i( p"is:

'2 Li(4i( J O%O##

e2 Li(4i( 66J O%O##

#2 Li(4i( 1??J O%O##

< <

MINUTES OF MEETING



MINUTES OF MEETING


a2 O%O## sa)s

$MS 7"),' c"r", 4e #",,"7i( p"is:

a2 O%O## c"r",

>.1 P4"" Ses"r

MGKT a'/ise' 4a p4"" ses"r 7as " a/ai,a,e a

4is -"-e. T4ere#"re+ $MS 7"),' " -"i"r a'

c"r", i.

N"e: $MS 7"),' -"i"r i# 4e p4"" ses"r is

a/ai,a,e i 4e #))re.

< <

>.1 T)e, N"r-a, Li(4i(

$MS 7"),' -"i"r 4e #",,"7i( p"is:

a2 Pae, L"ca,%Re-"e Sa)s

2 Fa),%Trip A,ar-

MINUTES OF MEETING



MINUTES OF MEETING


&#$(&o)'l S&)'$8

>.>1 Passe(er I#"r-ai" Disp,a!

$MS 7"),' " c"r", a' -"i"r 4e Passe(er

I#"r-ai" Disp,a! as 4is 7as )'er 4e sc"pe "#

Te,ec"--)icai" S!se-.

< <

>.>> A'/erisi( Pae,

T4e -eei( a'/ise' PDP " see8 a'/ice #r"- PDPs

arc4iec re(ar'i( 4e A'/erisi( Pae,.

1*( MN: '+ *ou( '+%&$ #om ($

'#&($( ')+ m'+$ (o u)+$#*(oo+ ('( ($ *op$ o

o#6 '* u)+$# ($ '#&($( "'*$+ '( MGKT*

o&$. T$#$o#$, MGKT *'ll ('6$ '(&o) o) (&*8

2)+

MN: MGKT oul+ +$*&) ($ +&#$(&o)'l

*&)'$ "'*$+ o) ($ m')u'l &%$) " MRT. 9MS

oul+ mo)&(o# ')+ o)(#ol ($ O)/O o ($

&#$(&o)'l S&)'$8

,"se' <

MINUTES OF MEETING



MINUTES OF MEETING


&#$(&o)'l S&)'$8

>.> Sec)ri! S4)er%R",,er S4)er Pae,

$MS 7"),' -"i"r 4e #",,"7i( p"is:

a2 F),,! Ope Sa)s

2 F),,! ,"se Sa)s

c2 Trip

'2 L"ca,%Re-"e

$MS 7"),' c"r", 4e #",,"7i( p"is:

a2

Ope c"r",

2 ,"se c"r",

>.>6 M""r "r", ere CM2

P,ease re#er " 4e i'i/i')a, -ec4aica, s!se-.

< <

MINUTES OF MEETING




2 L"7 5aer Le/e, A,ar-

.> Se7a(e S)-ersi,e Pi

$MS 7"),' -"i"r 4e #",,"7i( p"is:

a2 =i(4 5aer Le/e, A,ar-

< <

. E3ec"r P)-p "r", Pae,+ Se7era(e 7aer P)-ps

a' Se7era(e S)-ersi,e P)-ps.

T4e -eei( c"c,)'e' 4a 4e E3ec"r P)-p "r",

Pae,+ Se7era(e S)-ersi,e P)-ps " e (r")pe' i

a cae("r! #"r 4e sa-e p)-p r""-.

T4e -eei( c"c,)'e' 4a $MS 7"),' " c"r",

4e p)-ps.

$MS 7"),' -"i"r a si(,e pae, p"7er s)pp,! )

-),ip,e p)-ps

$MS 7"),' -"i"r 4e #",,"7i( p"is:

< <

MINUTES OF MEETING




Pae, a' Sai" Draia(e 5aer S)-ersi,e P)-p

" e (r")pe' i a cae("r! #"r 4e sa-e p)-p r""-.

T4e -eei( c"c,)'e' 4a $MS 7"),' " c"r",

4e p)-ps.

$MS 7"),' -"i"r a si(,e pae, p"7er s)pp,! )

-),ip,e p)-ps

$MS 7"),' -"i"r 4e #",,"7i( p"is:

a2 Pae, CA)"%Ma)a,2 Sa)s

2 Sar Sa)s

c2 S"p Sa)s

'2 Trip%Fa), A,ar-

e2 P"7er Sa)s< si(,e pae,

.6 T)e, Draia(e 5aer S)-p Pi < <

MINUTES OF MEETING




T4e -eei( c"c,)'e' 4a $MS " ee' " -"i"r

4e Press)re Re')ci( Va,/e. T4e Press)re Re')ci(Va,/e is #"r '"-esic p)rp"se ",!.

. T7" C>2 "-par-e P"a,e 5aer Ta8%D"-esic

S"ra(e 5aer Ta8

$MS 7"),' -"i"r 4e #",,"7i( p"is:



.1? D"-esic 5aer P)-p "r", Pae, a' P"ra,e

5aer $""ser P)-p

T4e -eei( c"c,)'e' 4a 4e D"-esic 5aer P)-p

"r", Pae, a' P"ra,e 5aer $""ser 5aer P)-p

" e (r")pe' i a cae("r! #"r 4e sa-e p)-p r""-.

T4e -eei( c"c,)'e' 4a $MS 7"),' " c"r",

4e p)-ps.

< <

MINUTES OF MEETING




a2 5aer "s)-pi"

4.0 F&#$ S$#%&$*

.1 T4e -eei( c"c,)'e' 4a $MS 7"),' -"i"r 4e

Fire Ser/ices E)ip-e ecep Fire R",,er S4)er

4r")(4 4e Mai Fire A,ar- Pae, )si( =i(4 Le/e,

Ier#ace.

< <

.> Spri8,er 5aer Ta8

$MS 7"),' -"i"r 4e #",,"7i( p"is:

2 =i(4 5aer Le/e, A,ar-

c2 L"7 5aer Le/e, A,ar-

< <

. Spri8,er P)-p "r", Pae,+ Spri8,er P)-p a'

Spri8,er @"c8e! P)-p

T4e -eei( c"c,)'e' 4a 4e Spri8,er P)-p

"r", Pae,+ Spri8,er P)-p a' Spri8,er @"c8e!

P)-p " e (r")pe' i a cae("r!

< <

MINUTES OF MEETING





L"7 5aer Le/e, A,ar-

. 5e Riser P)-p

$MS 7"),' -"i"r 4e #",,"7i( p"is:


2 Sar Sa)s

c2 S"p Sa)s

'2 Trip%Fa), A,ar-

e2

P"7er Sa)s

< <

.6 5e Riser @"c8e! P)-p

$MS 7"),' -"i"r 4e #",,"7i( p"is:


< <

MINUTES OF MEETING




4e p)-ps.

$MS 7"),' -"i"r 4e #",,"7i( p"is:


2 Sar Sa)s

c2 S"p Sa)s

'2 Trip%Fa), A,ar-

e2 P"7er Sa)s

. T7" C>2 "-par-e 5e Riser Ta8

$MS 7"),' -"i"r 4e #",,"7i( p"is:



< <

.1? FM>?? "r", Pae, < <

MINUTES OF MEETING




o)*ump(&o) o# ($ F&#$ S$#%&$* '($# M$($#8

MN: 9MS oul+ )o( mo)&(o# ($ '($# l$'6'$

o# ($ F&#$ S$#%&$* '($# M$($#8

5.0 L&( ')+ E*'l'(o#

.1 MN: To "$ +&*u**$+ o) 24 Jul 20138 < <

;.0 E)%&#o)m$)( o)(#ol S*($m <ES=

6.1 MN: To "$ +&*u**$+ o) 24 Jul 20138 > <

7.0 E)+ o M$$(&)

H.1 Meei( 'is-isse' a :?? p.-. < <



BMS Discrepancy I/O schedule for Building Management System

Legend/Notes:



Font with Blue:

Represents the discrepancy in BMS I/O schedule of BMS contract

compared to the Underground I/O schedule

Font with red:

Represents the discrepancy in Underground schedule compared to the

BMS I/O schedule of BMS contract.


0 %igital #ower Meter "%#M$ #S

11Incoming 2rea3er output +oltage

"per phase$

11Incoming 2rea3er output current

"per phase$

i


through high le+el, using Mod2us "RS567$

protocol:




11nergy onsumption

0 %igital #ower Meter "%#M$ IS 114/(

0 %igital #ower Meter "%#M$ U&'11)igh *e+el Interface using Mod2us

#rotocol through RS567.

0 ss / 4on0ss Section (B

MSB0( and B "Incoming Brea3er$

#S

11Brea3er Open/lose

Status

11Brea3er rip (larm

4/(

0 ss / 4on0ss Section (B IS

11Open/lose

11rip

11*oc3out

11*ocal/Remote

11Open/lose

0 ss / 4on0ss Section (B U&'

11Open/lose

11rip 4/(

0 Bus Section (B "4/O$


11Brea3er Open/lose

Status

11Brea3er rip (larm

0 Bus Section (B "4/O$ IS11Open/lose

11rip

0 Bus Section (B "4/O$ U&'11Open/lose

11rip

0 Bus Section (B "4/$


11Brea3er Open/lose

Status

11Brea3er rip (larm

0 Bus Section (B "4/$ IS11Open/lose

rip

0 Bus Section (B "4/$ U&'11Open/lose

rip

"i$ BMS would monitor the following points +ia

low le+el:

a. Open/losed

2. rip

"ii$ M&- demanded that the non0essential

2rea3er shall 2e controlled 2y either BMS or

FS(%( for sa3e of operation. #%# e8plained

that F95; had 2een issued to instruct BMS

not to control any *< switch2oard.

[PMN: S!"D" #ould only monitor and control

the incoming of the L$ %rea&er'(


2$ Incoming Brea3er Output urrent "per phase$

c$ nergy onsumption


9$ Open/lose

=$ rip


9$ Open/lose

=$ rip


0 Incomer (B


11Brea3er Open/lose

Status

11Brea3er rip (larm

0 Incomer (B IS

11Open/lose



9$ Open/lose




11rip

0 Incomer (B U&'

11Open/lose


11rip

M SB 0( a nd MSB0B "Outgoing Brea 3er$ #S

11Brea3er Open/lose

Status

11Brea3er rip (larm

MSB 0( and MSB0B "Outgoing Brea3er$ IS 4/(

MSB 0( and MSB0B "Outgoing Brea3er$ U&' 4/(

MSB0( and MSB0B #S

11Selector Switch

Operation Mode Status

11#* 'atchdog Fault

Status

MSB0( and MSB0B IS 4/(

MSB0( and MSB0B U&' 4/(

0 % Supply #S 4/(

0 % Supply IS11ommon (larm

11Failure

0 % Supply U&' 11ommon (larm11Failure

0 mergency #ower Outage Button #S "4/($ 4/(

0 mergency #ower Outage Button IS 11Button #ush

0 mergency #ower Outage Button U&' 11Button #ush


;$ rip


a. Brea3er Open/close status

2. Brea3er rip (larm

"ii$ BMS would monitor any outgoing (Bespecially the (B for chiller plant room, <S,

and S M.


monitor the selector switch operation mode

status and the #* watchdog fault status of the

MSBs.



a$ Button #ush

4ote: M&- would clarify the usage of the

mergency #ower Outage Button for BOMB(.



a$ ommon (larm

2$ Failure


0 apacitor Ban3 #S "4/($ 4/(

0 apacitor Ban3 IS

11Open/lose


11rip

11Failure



a$ Open/lose

2$ #rotection Operated



11mergency (larm

0 apacitor Ban3 U&'

11Open/lose


11rip

11Failure

11mergency (larm

;;3< transformer 0 "Off0load isolator$ #S "4/($ 4/(

; ;3 < tra nsformer 0 "Off 0loa d isola tor$ IS 11Open/lose

;;3< transformer 0 "Off0load isolator$ U&' "4/($ 4/(

;;3< transformer to 597< ( #S "4/($ 4/(

;;3< transformer to 597< ( IS 11Open/lose

;;3< transformer to 597< ( U&'11emperature alarm

")igh emperature$

M&- commented that the off load isolator of

the ;;3< transformer was not in their scope of

wor3. herefore, BMS would not monitor this.

BMS would only monitor the following point:

a$ )igh emperature (larm

$ p

c$ rip

d$ Failure

e$ mergency (larm


11Fault/rip (larm

11Master rip/Summary rip

11( #ower Supply failure (larm

11*ow <oltage (larm

11U#S Online Status



U#S #S

11U#S on Battery Status

11U#S on Static Bypass Status

11U#S on Maintenance Bypass

11Status Rectifier/In+erter Fault (larm

11Incoming Brea3er Output <oltage

"per phase$

11Incoming Brea3er Output urrent

"per phase$

U#S IS

11On/Off Status

11ommon (larm

11Battery %ischarge (larm

11rip

11Failure

U#S U&'

11Supply ( 2rea3er open/close

11Supply B 2rea3er open/close

11Supply ( 2rea3er trip

11Supply B 2rea3er trip

118ternal Bypass on/off

11Battery charging/discharging

11Battery common alarm

11Fan normal/failure or o+erload

11emperature alarm/shutdown

11U#S on/emergency shutdown11oupling panel summary alarm

11U#S online Status

11U#S on statis 2ypass status

11U#S on mainte nance 2ypass status

11Rectifier /In+erter Fault alarm

11Incoming +oltage "per phase$

11Incoming current "per phase$

11outgoing +oltage "per phase$

11outgoing current "per phase$

11Input power "per phase$

11Output power "per phase$

11Input Fre!uency

11Output Fre!uency

11Output acti+e #ower



a$ Supply ( Brea3er Open/lose

2$ Supply B Brea3er Open/lose

c$ Supply ( Brea3er rip

d$ Supply B Brea3er rip

e$ 8ternal Bypass On/Off

f$ Battery harging/%ischarging

g$ Battery ommon (larm

h$ Fan 4ormal/Failure or O+erload emperature

(larm/Shutdown

i$ U#S On/mergency Shutdown

>$ oupling #anel Summary (larm

3$ U#S Online Status

l$ U#S on Static Bypass Status

m$ U#S on Maintenance Bypass Status

Rectifier /In+erter Fault alarm

n$ Incoming <oltage "per phase$

o$ Incoming urrent "per phase$

p$ Outgoing <oltage "per phase$

!$ Outgoing urrent "per phase$r$ Input #ower "per phase$

s$ Output #ower "per phase$

t$ Input Fre!uency

u$ Output Fre!uency

+$ Output (cti+e #ower



Status

F lt/ i

11*ighting Off command

11*ighting ;;? On

d


a$ *ighting ;;? On/Off

2$ *ighting @@? On/Off

c$ *ighting 9? On/Off



*ighting panel"s$ #S

11Fault/rip

11*ighting Off status

11*ighting ;;? On status

11*ighting @@? On status

11*ighting 9? On status

command

11*ighting @@? On

command

11*ighting 9? On

command

*ighting panel"s$ IS11On/Off Status

11rip

11Open control

11lose control

*ig hti ng pane l"s$ "#u2 lic l igh tin g$ U&'11On/Off Status 11Open control

11lose control

#u2lic *ighting #S 4/( 4/(

#u2lic *ighting IS 11On/Off Status 11On/Off ontrol

#u2lic *ighting U&' 4/( 4/(

$ g g /


d$ *ighting ;;? On/Off

e$ *ighting @@? On/Off

f$ *ighting 9? On/Off

4ote: M&- ad+ised that the ;;? lightings

monitoring and controlling are from U#S while

the @@? lightings monitoring and controlling are

from essential power.

#lease refer to the *ighting #anel, Item =.95 of

the minutes.


mergency *ighting "#u2lic (rea$ #S 4/( 4/(

mergency *ighting "#u2lic (rea$ Is 11On/Off Status 11On/Off ontrol

mergency *ighting "#u2lic (rea$ U&' 4/( 4/(

11it is the U#S lighting ";7?$. #oints had 2een

pro+ided to BMS for monitoring. Refer to

lighting panel.



#latform <oid "per platform$ #S 4/( 4/(

#latform <oid "per platform$ IS 11On/Off Status 11On/Off ontrol

#latform <oid "per platform$ U&' 4/( 4/(

ntrance *ighting "per entrance$ #S 4/( 4/(

ntrance *ighting "per entrance$ IS 11On/Off Status 11On/Off ontrol

ntrance *ighting "per entrance$ U&' 4/( 4/(

#hoto Sensor "if any$ #S 4/( 4/(

#hoto Sensor "if any$ IS 11na2le/%isa2le Status na2le/%isa2le ontrol

#hoto Sensor "if any$ U&' 4/( 4/(

unnel 4ormal *ighting #S


Status

11Fault/rip (larm

11*ighting Off Status

11*ighting 9? on status

11On/Off command

unnel 4ormal *ighting IS 4/( 4/(

unnel 4ormal *ighting U&' 4/( 4/(

4o lighting would 2e pro+ided at the #latform

<oid. herefore, BMS would not monitor and

control the lighting at #latform <oid.


a$ On/Off status


a$ On/Off control

M&- ad+ised that photo sensor was not

a+aila2le at this moment. herefore, BMS

would not monitor and control it.

4ote: BMS would monitor if the photo sensor is

a+aila2le in the future.


a$ #anel *ocal/Remote Status

2$ Fault/rip (larm

c$ *ighting Off Status

d$ *ighting 9? on status

BMS would control the following point:

a$ On/Off ommand


%irectional Signage #S 4/( 4/(%irectional Signage


#%#As architect regarding the directional

signage.




%irectional Signage IS 11On/Off Status 11On/Off ontrol

%irectional Signage U&' 4/( 4/(

%irectional Signage 0 stair #S 4/( 4/(

%irectional Signage 0 stair IS11On/Off Status

11ntry/4o ntry Status

11On/Off ontrol

11ntry/4o ntry ontrol

%irectional Signage 0 stair U&' 4/( 4/(

#assenger Information %isplay #S 4/( 4/(

#assenger Information %isplay IS 11On/Off Status 11On/Off ontrol

#assenger Information %isplay U&' 4/( 4/(

(d+ertising #anels #S 4/( 4/(

(d+ertising #anels IS 11On/Off Status 11On/Off ontrol

(d+ertising #anels U&' 11On/Off Status 11On/Off ontrol





action on thisC





#M4: M&- would design the directional


he I/O schedule for the directional signage

would 2e further discussed in future tentati+ely

after ; Months of this meeting.C

BMS would not control and monitor the

#assenger Information %isplay as this was under

the scope of elecommunication System.


#%#As architect regarding the (d+ertising #anel.





action on thisC






mergency call 2ells #S 4/(

mergency call 2ells IS 11(cti+ated/%eacti+ated

mergency call 2ells U&' 4/(

/ /

BMS would not monitor the mergency all

Bells as this was under the scope of

elecommunication System.



Information Signages #S 4/( 4/(

Information Signages IS 11On/Off Status 11On/Off ontrol

Information Signages U&' 4/( 4/(

Security shutter / Roller shutter panel"s$ #S


Status

11On/Off Status

11Fault/rip (larm

11On/Off ommand

Security shutter / Roller shutter panel"s$ IS

11Fully Open Status

11Fully losed Status

11rip

11*ocal/Remote

11Open control

11lose control

Security shutter / Roller shutter panel"s$ U&'

11Fully Open Status

11Fully lose Status

11rip

11*ocal/Remote

11Open control

11lose control

M #S 4/(

M IS

11Open/losed


11rip

11*ocal/Remote

M U&'

11Open/lose


11rip

11*oc3out


#%#As architect regarding the Information

Signage.





action on thisC






a$ Fully Open Status

2$ Fully lose Status

c$ rip

d$ *ocal/Remote


a$ Open control

2$ lose control

#lease refer to the indi+idual mechanical

system.


lectrical panel"s$ #S 4/(

lectrical panel"s$ IS11Open/lose Status

11rip

he meeting decided that BMS would monitor

the Su2 Switch Board "SSB$ instead of

%istri2ution Board "%B$.


a$ Open/lose Status



p

lectrical panel"s$ U&'11Open/lose Status

11rip

a$ Open/lose Status

2$ rip Status


Sewage 'ater an3 "(-( >ector ransfer

tan3$#S

11)igh *e+el (larm

11*ow *e+el (larm

Sewage 'ater >ection an3 IS 11)igh 'ater *e+el #ump

S ' t > ti 3 U&' 11)i h ' t * l (l






Sewage 'ater >ection an3 U&' 11)igh 'ater *e+el (larm

Sewage Su2mersi2le #it #S 4/(

Sewage Su2mersi2le #it IS 4/(

Sewage Su2mersi2le #it U&' 11)igh 'ater *e+el (larm

>ector #ump ontrol #anel #S



(larm

>ector #ump ontrol #anel IS 4/(

>ector #ump ontrol #anel U&' 4/(

Sewage 'ater >ector #umps "(-( >ector

tranfer pump$#S

11Run/Stop Status


Sewage 'ater >ector #umps IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote reset

Sewage 'ater >ector #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

Sewage Su2mersi2le #umps #S 4/( 4/(

Sewage Su2mersi2le #umps IS 4/( 4/(

Sewage Su2mersi2le #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

Station %rainage 'ater Sump #it "(-( Sump

pit$#S

11)igh *e+el (larm

11*ow *e+el (larm

Station %rainage 'ater Sump #it "(-(

%rainage 'ater Sump #it$IS 11)igh 'ater *e+el (larm

Station %rainage 'ater Sump #it U&'11)igh 'ater *e+el (larm




he meeting concluded that the >ector #ump

ontrol #anel, Sewerage Su2mersi2le #umps to

2e grouped in a category for the same pump

room.


control the pumps.





2$ Start Status0

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status0single panel.





Sump #ump ontrol #anel #S



(larm

Sump #ump ontrol #anel IS 4/(

Sump #ump ontrol #anel U&' 4/(he meeting concluded that the Sump #ump




Sump #ump ontrol #anel U&' 4/(


"(-( Sump #ump$#S

11Run/Stop Status





11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote reset

Station %rainage 'ater Su2mersi2le #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

unnel %rainage 'ater Sump #it "(-( Sump

pit$#S

11)igh *e+el (larm

11*ow *e+el (larm

unnel %rainage 'ater Sump #it "(-(

%rainage 'ater Sump pit$IS 11)igh 'ater *e+el (larm

unnel %rainage 'ater Sump #it U&'11)igh 'ater *e+el (larm



"(-( Sump #ump$#S

11Run/Stop Status





11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote reset

unnel %rainage 'ater Su2mersi2le #umps U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

#ressure Reducing <al+e #S 11<al+e (larm

#ressure Reducing <al+e IS 4/(

#ressure Reducing <al+e U&' 4/(

he meeting concluded that BMS no need to

monitor the #ressure Reducing <al+e. he

#ressure Reducing <al+e is for domestic

purpose only.


Su2mersi2le #ump to 2e grouped in a category

for the same pump room.


control the pumps.



BMS would monitor the following points:a$ #anel "(uto/Manual$ Status

2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status0 single panel



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ e$ #ower Status0single panel





= ompartment #ota2le 'ater an3 "(-( %'

Storage an3$#S

11)igh *e+el (larm

11*ow *e+el (larm

= o mpartm en t # ota2l e 'ate r an3 IS11)igh 'ater *e+el (larm


= o mpartm en t # ota2l e 'ate r an3 U&'11)igh 'ater *e+el (larm







%' #ump ontrol #anel #S



(larm

%' #ump ontrol #anel IS 4/(

%' #ump ontrol #anel U&' 4/(

#ota2le 'ater Booster #ump "(-( %' #ump$ #S11Run/Stop Status


#ota2le 'ater Booster #ump IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote reset

#ota2le 'ater Booster #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

'ater Meters and Su2metering #S 4/(

'ater Meters and Su2metering IS11'ater onsumption

11'ater *ea3age

'ater Meters and Su2metering U&' 4/( 11'ater onsumption

he meeting concluded that the %omestic

'ater #ump ontrol #anel and #orta2le 'ater

Booster 'ater #ump to 2e grouped in a

category for the same pump room.

he meeting concluded that BMS would notcontrol the pumps.





2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status0single panel


high le+el:

a$ 'ater onsumption


Sprin3ler 'ater an3 #S11 )igh *e+el (larm

11*ow *e+el (larm

Sprin3ler 'ater an3 IS11)igh 'ater le+el (larm



2$ )igh 'ater *e+el (larm

c$ *ow 'ater *e+el (larm



Sprin3ler 'ater an3 U&'11)igh 'ater le+el (larm


Sprin3ler #ump ontrol #anel #S

11#anel (uto/Manual

Status


(larm

Sprin3ler #ump ontrol #anel IS 4/(

Sprin3ler #ump ontrol #anel U&' 4/(

Sprin3ler #ump #S11Run/Stop


Sprin3ler #ump IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote Reset

Sprin3ler #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm11#ower Status "On/Off$

4/(

Sprin3ler Doc3ey #ump #S11Run/Stop

11Fault/rip (larm

Sprin3ler Doc3ey #ump IS 4/(

Sprin3ler Doc3ey #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


= compartment 'et Riser an3 #S 4/(

= compartment 'et Riser an3 IS 4/(

= compartment 'et Riser an3 U&' 11)igh 'ater le+el (larm11*ow 'ater *e+el (larm

'et Riser #ump #S 4/(

'et Riser #ump IS 4/(

he meeting concluded that the Sprin3ler #ump

ontrol #anel and Sprin3ler #ump to 2e grouped

in a category.


control the pumps.



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status



*ow 'ater *e+el (larm


l l


'et Riser #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status




'et Riser Doc3ey #ump #S 4/(

'et Riser Doc3ey #ump IS 4/(

'et Riser Doc3ey #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm




2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status




Fire (larm #anel #S 11!uipment )ealth Status "%I$

Fire (larm #anel IS 11ommon Fire (larm

Fire (larm #anel U&'11#anel Status "On/Faulty$

11Eone *ocation of Fire

)ose Reel #ump ontrol #anel #S

11On/Off Status


(larm

)ose Reel #ump ontrol #anel IS 4/(

)ose Reel #ump ontrol #anel U&' 4/(

)ose Reel #ump #S11Run/Stop


)ose Reel #ump IS


11Start Status

11Stop Status

11rip/Fault (larm

11Main Brea3er rip


11On/Off

11Remote Reset

)ose Reel #ump U&'


11Start Status

11Stop Status

11rip/Fault (larm


4/(

= compartment 'et Riser an3 #S

11)igh *e+el (larm

11*ow *e+el (larm

= compartment 'et Riser an3 IS11)igh 'ater le+el (larm




he meeting concluded that the )ose Reel #ump

ontrol #anel, and )ose Reel Doc3ey #ump to 2e

grouped in a category.


control the pumps.



2$ Start Status

c$ Stop Status

d$ rip/Fault (larm

e$ #ower Status


a$ )ealth Status of the Fire (larm #anel





FM= ontrol #anel #S11!uipment )ealth Status/Fault

alarm

FM= ontrol #anel IS 4/(

FM= ontrol #anel U&' 4/(


a$ )ealth Status of FM=




Fire Roller Shutter #S

11On/Off Status Fully

Opned / losed

11Fault/rip (larm

Fire Roller Shutter IS 4/(

Fire Roller Shutter U&' 4/(

Fire Ser+ice 'ater Meter #S 4/(

Fire Ser+ice 'ater Meter IS 4/(

Fire Ser+ice 'ater Meter U&'11'ater onsumption

11'ater *ea3age

#M4: BMS would not monitor the water

consumption for the Fire Ser+ices 'ater MeterC

#M4: BMS would not monitor the water lea3age

for the Fire Ser+ices 'ater MeterC


a$ Fully Opened

2$ Fully losed

c$ Fault/rip (larm

he Fire Roller Shutter is not monitored through

Fire (larm #anel.

bms io all-final

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