tb-343-558-034a- rev 02-bms & acs specification... · ing the bms m and fire d vdc mult in...

1.1

1.2

1.3

Scope

The scopepacking, locontrol Syconduits, csections ocommissio Name of c Name of t

Project Sit

Bill of Qu

LOA BBB.II.ABB.II.A

Venplet

Specific te

i) A fully coperatiosystemsThe Buil• Air• Ven• Fire• Sta• Illu

ii) The scopware) fotem, Va

Scope, Q

e of work incoading at wystem (BMSconnector, inf this specificoning& testin

customer:

the project:

te:

antities

BOQ REF. .31.5 .31.4

dor shall proe functionali

echnical r

computerizeon of the mes as detailed ding manage‐conditioninntilation syste fighting ation water sumination sys

pe of work sor synchronizlve hall vent

±800KV, 6

Quantities

ludes designworks, transpS & ACS)inclnterface equication to Agrng of a fully fu

Power Gr

±800KV, 6Interconn

Agra (AG)

ITBuilding MAccess con

ovide detaileity of the spe

requireme

d and automechanical syin section 1 ement Systemg System tem for valve

storage and sstem

shall cover azing/integratilation syste

6000MW, H

Building M

2

SECTI

s & Specif

n, manufactuportation to luding all thipments etc.)ra site. The sunctionalBM

rid Corporati

6000 MW, HVector‐I Proje

TEM DESCRIPanagement strol system (

ed bill of quaecification.

ents

matic Buildinstems servin& 2 of this spm shall cover

e hall & DC H

supply

ll necessary ting the BMSm and Fire D

HVDC MULTIN

ManagemenDoc

ION‐1 fic Technic

ring, assembsite of Buil

he required ) as mentionscope of worMS & ACSat Ag

ion of India

VDC Multi‐Tect

PTION system (BMS(ACS)

ntity (definin

ng Managemng the valvepecification.r the followin

Hall

system provS with the coDetection & F

TI-TERMINNTERCONN

t System& A. No. : TB-3

cal Requir

bly, testing blding Managequipments ed in this secrk also includgra site.

Ltd (POWER

Terminal NER

QUAS) 1 L

1 L

ng 1 LOT) req

ment System hall and se ng services:

visions (incluontrol panelsFire Alarm Sy

NAL NER/ERNECTOR-I

Access Con343-558-03

rements

before supplygement systand access

ction and in vdes complete

RGRID)

R/ER–NR/WR

NTITY LOT LOT

quired meet

(BMS) shallrvice buildin

uding hardwas of Air Condystem.

R – NR/WR PROJECT

trol System34A Rev. 02

y, inspection,tem& accesssories (cable,various othere Installation,

R

ing the com‐

l control theng and other

are and soft‐ditioning sys‐

R T

m2

, s , r ,

‐

e r

‐‐

1.4 The the site

1.5

iii) Monitor

Fire Wat

iv) Control tem.

v) Control

vi) Control

vii) All cableon the la

viii) The equin EHV e

ix) The ConChilled use of p

x) The BMS

Test Requ

vendorshallspecificationrespectively

i) Completii) System

Documen

• Detaileditem

• Technica• Clause‐w• Test cer• Referen

for at le

ring of Fire Fter Tanks etc

(Alarm ackn

and Monitor

& monitorin

es shall be suaying length,

uipments andenvironment

ntrol and MoWater Pumpprogrammab

S & ACS syst

uirement

submit a FAn for Powergy.

te operatingcommissioni

nts to be p

d BOQ to me

al datasheetwise compliatificates as pce list of theeast 2 years.

±800KV, 6

Fighting Systec.

nowledge, re

ring of Utility

ng of illumina

upplied as p, signal loss d

d cables instat which is pro

onitoring of ps, AHU's, vble controller

tem shall be

AT (factory agrid/ BHEL a

and mainteing and acce

provided b

eet the requ

/Catalogues/ance per relevant e Projects wh

6000MW, H

Building M

3

ems includin

eset & test)&

y Services i.e

ation system

er the relevadue to long l

alled in the vone to variou

all Air‐condvalve hall prrs.

expandable

acceptance teapproval tha

nance manueptance tests

by bidder

irement of s

/brochures o

standards here similar

HVDC MULTIN

ManagemenDoc

ng Fire Spray

& monitoring

e. Water Stor

.

ant IEC/IS anength and e

valve hall andus signal inte

ditioning Systressurization

e type.

est) & SAT (sat will be use

uals and trains as specified

with quo

specification

of the item

equipment f

TI-TERMINNTERCONN


and Hydran

g of fire dete

rage and Sup

nd selection nvironment.

d DC hall shaerference.

tems includin Fans, moto

site acceptaned during in

ning of O&Md in site acce

tation

with make,

for similar a

NAL NER/ERNECTOR-I


nt systems, w

ection and fir

pply.

of cables sh.

all be suitabl

ing Chillers, orized damp

nce test) plaspection at

personnel. ptance test (

model& qu

application is

R – NR/WR PROJECT


water level in

re alarm sys‐

hall be based

e to operate

Condensers,pers, etc. by

an complyingworks &and

(SAT) plan.

antity of the

s being used

R T

m2

n

‐

d

e

, y

g d

e

d 01

01

01

1.6

1.7

1.7.

1.7.

Drawing/ • Vendor

routing.• Cable sc• All BOQ

to be su• Cables s

shall be • Vendor

tionality• Submiss• Operatio

ENVIRON Design para 1. Indoor w

For nonappabov

Ma

Mi

Ma

Mi 2. Control

Durioutdincr MaxMinMax

/Documen

shall submit chedule for ritems makepplied as peshall be type witnessed bshall submity of all the BOsion of Site aon & mainte

NMENT

meters for i

with control

normal oper‐operation slication durive 60%.

aximum tem

nimum temp

aximum relat

nimum relat

cabinets in

ing the non‐door applicaease above 6

ximum tempimum tempeximum relati

±800KV, 6

nt Require

t a layout dra

espective sye & model, dr Powergrid tested in ac

by Powergridt a detailed FOQ items. Thcceptance tenance manu

ndoor equip

led environm

rating conditstate of the ng shorter ti

perature

perature

tive humidity

tive humidity

control room

operation sttion during s60%.

erature erature ve humidity

6000MW, H

Building M

4

ement in t

awing indica

ystems as peratasheets shapproved vecordance wi/BHEL and rFactory accephe FAT shall best plan for aual meeting c

pment (as pe

ment

tions the relastation, theimes and the

°

°

y %

y %

m

tate of the stshorter time

°°

%

HVDC MULTIN

ManagemenDoc

the event

ating the sco

r section 2.hall be approendor list. th the relevaeport to be aptance test (be approvedapproval. customer spe

er document

ative humidit temperaturen the maxim

Var

C 60

C 5

% 60

% 10

tation, the tees, and then

°C 5°C 5% 6

TI-TERMINNTERCONN


of order

pe of work a

oved by Pow

ant standardapproved be(FAT) plan tod by Powergr

ecification &

t 1JNL100122

ty is 50% in tres may be mum relative

alve Hall rea 0

0

0

emperaturesthe maximu

55 5 60

NAL NER/ERNECTOR-I


along with ca

wergrid. Cable

ds (IS/IEC). Thefore supply.o verify the qrid.

& application

2‐145 Rev 04

the valve halas specified e humidity m

Indoor Dhall 50

5

60

10

s may be as m relative h

R – NR/WR PROJECT


able/conduit

e & conduits

he type tests quality, func‐

.

4)

ll. During thefor outdoor

may increase

DC Other Area 40

5

60

‐‐

specified forumidity may

R T

m2

t

s

s

‐

e r e

r y

1.7.

1.7.4

3. Indoor w

MaxMax(dryMin

4. Outdoo

without con

ximum tempximum 24 h ay bulb) imum tempe

r environme

±800KV, 6

trolled envir

erature (dryaverage tem

erature (dry

ent informat

6000MW, H

Building M

5

ronment

y bulb) °mperature

°

bulb) °

tion will be a

HVDC MULTIN

ManagemenDoc

°C 6

°C 6

°C 5

as per Sectio

TI-TERMINNTERCONN


60 60

5

on 3.

NAL NER/ERNECTOR-I


R – NR/WR PROJECT


R T

m2

01

2.1

Building m

2.1.1. The Buible an• • •

2.1.2. The in• •

•

•

2.1.3. The Cotercon

a) A Cefacein vopegeneeratdisk•

• • • •

b) BMSThiscontof st

managem

uilding Manand expandab Building LaySystem topoLine diagram

ntegration ofMonitoring Alarm/Malfupeated at BMIn the evenfloors and cDuct DampeIn the eventto help in ev ontractor shnnecting wirientral procee with the coarious areasrator's contreration, histtors control sk) with latest Colored TFTprinter, ExteWindows XPMultimedia Two sets of Following pwith VPS (Vi‐ CPU of B

S outstationss outstation trol paramettand alone o

±800KV, 6

Equ

ment syste

agement Sysble. The BMSyout and Floology, pipingms, bar chart

f the fire Alarof status of eunctioning cMS control pnt of fire alacontrol otheers. t of fire, Secuvacuation an

hall be respoings/cablingsssing unit (Control, monits covered in rol shall provorical data sshall includeconfiguratio

T 22” monitoernal USB 2.0P Prof. or latesoftware anAnti‐ virus Sports/video oideo projectiBMS: 2 Nos.

s at the varioshall provideter dictated operation in

6000MW, H

Building M

6

SECTIO

uipment S

m

stem shall beS software shor plans g and duct wots, pie charts

rm System weach detectoconditions repanel. arm. BMS wer floors to m

ured doors (pd also to avo

nsible for sus of: CPU) locatedtoring and otthe BMS. T

vide for overtorage and r the latest Pon available ir, cordless k0 DVD writerest operatingd hardwareoftware withoutputs alonion System) a DVI‐D port

ous locationse the interfavia the centthe event o

HVDC MULTIN

ManagemenDoc

ON‐2 Specificat

e fully compuhall cover the

ork layout, p of consump

with BMS shaor by super ieported at fi

ould automminimize sm

provided witoid intruder

upply, install

d in the contther informaThe Central prall building retrieval, andentium PC (min the markeeyboard & cr and coloredg system ver

h license ng with suitare required

s: ace betweenral station Cof a BMS com

TI-TERMINNTERCONN


ion

uterized, usee following:

plant symbolsption trends o

all include at mposing there system co

atically shutmoke hazard

th access conalarms on th

ation and co

trol room shation from thprocessing udata acquisid operator inmin 3.2 GHZet along withcordless opticd A4 Scannerrsion with lic

table cable d:

n the operatPU. Each oummunication

NAL NER/ERNECTOR-I


er friendly, m

s. of auxiliaries

least the fole same buildiontrol panel

tdown AHU'by closing

ntrol) would hese doors.

ommissionin

hall provide he MCC’s/paunit (CPU) oftion and tranterface. TheZ, 2GB RAM, h: cal mouse, cr cense

required for

ion of the ptstation shans failure. Th

R – NR/WR PROJECT


modular, flex‐

s.

lowing: ing layout. l shall be re‐

s in the firethe relevant

be disarmed

g with all in‐

a user inter‐anels locatedf the centransfer, reporte central op‐120 GB hard

colored Laser

r integration

lant and thell be capablehe Field Con‐

R T

m2

‐

‐

e t

d

‐

‐d l t ‐d

r

n

e e ‐

trollmoubase

2.1.4. Data c

2.1.5. Full do

2.1.6. The Baccura

2.1.7. I/O PO

The mlow. chang

A. I.

lers shall perunted comped controller

communicati

ocumentatio

MS shall proacy not to beTemperaturHumidity Pressure Flow

OINT SUMMA

minimum conThe quantitge/increase a

AIR‐MAI

a) CHIL(1W1)& servi

b) CHIL(2W(1W1) &servi

c) HEACIRC(1 fofor ring (

±800KV, 6

rform remotpletely self‐crs capable of

ions necessa

on for all soft

ovide stable e worse thanre 2 perce

4 perce 2 perce 3 perce

ARY FOR BM

ntrol & monitty/ No. of as per the re

CONDITIONIN SERVICE BLLERS: (2W+2

W+1SBY for op1W+1SBY foice building

LLED WA+2SBY)

W+1SBY for op 1W+1SBY foice building

DER CIRCUCUITS or operator rest of the m(AC‐2))

6000MW, H

Building M

7

e data acquicontained, ff stand alone

ary to affect a

tware provid

control of an: ent of sensorent of sensorent of sensorent of sensor

MS

toring requirequipment

espective doc

ING SYSTEMBUILDING (M2SBY) perator roomor rest of the(AC‐2))

ATER P

perator roomor rest of the(AC‐2))

UIT : 2 H

room (AC‐1main service

HVDC MULTIN

ManagemenDoc

isition and pfield prograe operation.

a BMS data t

ded.

ll connected

r span r span r span r span

red for the Bt mentionedcument/dra

M MSB)

m (AC‐e main

•••••••

•

•

UMPS:

m (AC‐e main

••

••

EADER

1) & 1 build‐

•

•

•

TI-TERMINNTERCONN


rocess contrmmable, re

transmission

d systems wi

BMS is summd below arwing.

Chiller ‐ EnaChiller Run Chiller RefrFault AlarmCapacity CoChilled WatChiller Comtoring Individual Cture DifferentialIn & out Primary ChiPrimary ChiStart/Stop Primary ChiPump Manu Common ChTemperatuCommon ChTemperatuChilled Wat

NAL NER/ERNECTOR-I


rol. These sheal‐time mic

n system.

ith a closed

marized in thre indicative

able Status igerant Leak

ms ontrol ter Reset mpressor Curr

Chiller Supply

Pressure Ac

illed Water Pilled Water P

illed Water Pual Operatio

hilled Waterre hilled Waterre ter Flow Met

R – NR/WR PROJECT


all be locallycroprocessor

loop contro

e I/O list be‐e and may

k Alarm

rent Moni‐

y Tempera‐

cross Chiller

Pumps Pump

Pump Statuson Status

r Supply

r Return

ter

R T

m2

y r

l

‐y

01

01

01

02

II.

B.

C.

d) AIR H(1W1) &servi

e) EXPA(2 N

. ADDa) Pack

each

VENHALvalvetotatota

FIRE2 npum2 no2 no

±800KV, 6

HANDLING UW+1SBY for op 1W+1SBY foice building

ANSION TANOS.) DITIONAL SERkage AC unh ASB)

TILATION SYL& DC HALL:e hall/ DC hal 4 Valve hall 4 DC halls

E FIGHTING:nos. electrimps os. jockey pumos. diesel fire

6000MW, H

Building M

8

UNITS: 2W+2perator roomor rest of the(AC‐2))

NK

RVICE BUILDnits (1W+1SB

YSTEM FOR : 1W+1SBY Fall, ls

ical fire fi

mps fighting pum

HVDC MULTIN

ManagemenDoc

•

•2SBY m (AC‐e main

•••••••••

•

DING (ASB3 &BY for •

••

VALVE Fan per

•

•

•

•

••

•

••

ighting

mps

•

•••••

TI-TERMINNTERCONN


DifferentialIn & out Outside Air AHU Start/sAHU Start/SAHU BloweAHU ManuaAHU Filter SAHU ReturnAHU modulAHU supplyAHU supply Chilled Wating

& ASB4) Start/Stop Trip/ Fault Return air Tty (RH) Fan start/sAir Fan) peFan Manua(1W+1SBY Svalve hall/Fan start/sAir Fan) peFan Manua(1W+1SBY Evalve hall/Heaters ONValve Hall/ Pressure(wTemperaturonment chinterfacing be providedMotorised dFilter dirty aElectrical Fitus Jockey PumDiesel fire fPressure in Sprinkler linFIRE ALARM

NAL NER/ERNECTOR-I


l Pressure Ac

Temperaturstop Low SpeStop High Spr Status al OperationStatus n Air Temperlate Chilled Wy air temperay air humidity

ter Low Leve

status Temperature

top (1W+1SBer valve hallal Operation Supply Air Fa/ DC hall top (1W+1SBer valve hallal Operation Exhaust Air / DC hall N/OFF DC hall diffe.r.t atmosphre & Humiditheck (free cowith MACH d) damper opealarm re Fighting P

mps status fighting pumHydrant linene flow statuM SYSTEM

R – NR/WR PROJECT


cross Chiller

re and RH eed peed

n Status

rature & RHWater Valveature y

el Monitor‐

e & humidi‐

BY Supply l/ DC hall Status an)per

BY Exhaust l/ DC hall Status Fan) per

erential here) ty: envi‐ntacts for 2 panel shal

n/close

Pumps sta‐

p status e us

R T

m2

l

01

01

01

02

W=WSBY=

D.

E.

I

IIIV

V

F.

G.

WORKING =STANDBY

ILLU

OTHI. 2 no

I. 2 no

I. 2 no

V. 2 nosTran

V. 1 noat mroof1 noat (ASB1 noat (ASBAIR RELA(1W12 N05 BUILGas

±800KV, 6

MINATION S

HER SERVICESos. tube well

os. domestic

os. Fire waters. (1W+1SBY)nsfer pumps

os. treated wmain servicf os. treated wAdditional B 3) roof os. treated wAdditional B 4) roof CONDITION

AY BUILDINGW+1SBY for eaNOS. ARB (ACNOS. FRB

LDING) Genset (CNG

6000MW, H

Building M

9

SYSTEM:

S: pumps

raw water p

r storage tanY) Treated wa

water storagce building

water storagservice bu

water storagservice bu

NING SYSTEG ach ARB/FRBC RELAY BUIL (FILTER

G)

HVDC MULTIN

ManagemenDoc

•

•••

pumps ••

nks •ater •

ge tank g(MSB)

ge tank uilding

ge tank uilding

•

•

•

EM IN

B) LDING) RELAY

••

•

TI-TERMINNTERCONN


Controls anlumination rated centrbuilding Commandstion buildishould be gof the dayweather cooutside. Thof illuminatyard area sdistribution Tube well PTube well PTube well PStatus Domestic RDomestic RON/OFF Domestic Reration Sta3‐step level

Treated watusAll water stel indicatioIndicate Floof treated wFlow rate, Ttreated wa

TemperatuStart/ Stop

Gas Pressurline

NAL NER/ERNECTOR-I


nd commandsystem shalrally integratmanagemen for the lighing,outdoor given accordy and also aonditions anhe control &tion system shall be at Mn board level

Pumps statusPump ON/OFPump Manua

Raw water PuRaw water Pu

Raw water Matus l indication

ater Transfer

torage tanksn ow rate, TDSwater TDS & pH vaater High Ala

re in Relay b of aircondit

re indication

R – NR/WR PROJECT


ds for the il‐l be incorpo‐ted with thent systemhting of sta‐yard area

ding to timeaccording tod brightness&monitoringfor outdoor

Main lighting.

s FF al Operation

ump statusump

Manual Op‐

r Pump Sta‐

s 3‐step lev‐

S & pH value

alue of arm

building tioner

n in input

R T

m2

‐‐e . ‐a e o s g r g

n

e

01

01

01

01

01

02

02

01

2.2

Access Co Access Contdoors for thcontrol cardand it shoul(Guard Hut)access contrMain gate shtorisation ofThe ACS systDetails of ga

S. No. Loc1. Sta

2. Maen

3. Ma

4. Ading

5. Ading

ontrol Syst

trol includinhe control rods (50 Nos.),ld be possib). The man grol cards. hall be Doubf main gate ctem softwarates to be co

cation ation main ga

an gate fortry

ain service b

ditional serg‐pole 3

ditional serg‐pole 4

±800KV, 6

tem

g Motorisedoom building card readele to operatgate (for pers

ble leaf slidincomplete wite shall be insntrolled thro

ate

r personnel

uilding

rvice build‐

rvice build‐

6000MW, H

Building M

10

d Gate at thg including rs etc. shall e the gate fsonnel entry

ng type as peth all accessostalled on though Access

Type of doDouble lesliding typNext togate(min. single leafDouble lea

Double lea

Double lea

HVDC MULTIN

ManagemenDoc

he entrance provision ofbe providedfrom the cony) next to the

er gate drawories & functhe BMS contrcontrol syste

oor eaf,7 m wpe o the m

1.25m wf) af, hinged ty

af, hinged ty

af, hinged ty

TI-TERMINNTERCONN


to the statif electromagd. The main ntrol room ae main gate

wing (gate suptionality is inrol station. em:

Operatide Motori

push bain ide

Accesscard wdoor lo

ype Accesscard wdoor lo



NAL NER/ERNECTOR-I


ion and for gnetic door lgate shall band from insshall be acce

pply in BHELn vendor’s sc

tion Qised with button.

1

s control with EM ocks

1


2


1


1

R – NR/WR PROJECT


all entrancelocks, accessbe motorisedside the gateessible using

L scope). Mo‐cope.

Quantity1

1

2

1

1

R T

m2

e s d e g

‐

02

01

02

Plea

ase refer Doccument TB‐3

±800KV, 6

GENERAL

43‐316‐000

6000MW, H

Building M

11

SECTI

TECHNICA

for General

HVDC MULTIN

ManagemenDoc

ION‐3 AL REQUI

Technical Re

TI-TERMINNTERCONN


REMENTS

equirements

NAL NER/ERNECTOR-I


S

.

R – NR/WR PROJECT


R T

m2

tb-343-558-034a- rev 02-bms & acs specification... · ing the bms m and fire d vdc mult in...

Documents