NATIONAL HIGHWAY AUTHORITY

Transcription

NATIONAL HIGHWAY AUTHORITY
ki;'* ffi,,
Procurement & Contract Administration Section
28 MauveArea,G-9/l,Islamabad E 051,-9032727,
B 051-9260419
No.2(as1-02)/cM(P&cA)/NHAI
2o\sI I O lO
>9il,tuty,zots
To,
All the nominated bidders
M/s...............
Subject:
ADDENDUM NO. 3
CONSTRUCTION OF KARACHI - LAHORE MOTORWAY
SECTION-II: SUKKUR - MULTAN SECTION (392 KMI
Find enclosed herewith Addendum No.S for vour information and
necessary action, please.
AR AIIMEDDUTRANI)
Copv for lnformatlon:
Member (Engg-Coord), NHA, Islamabad.
ApDENpU\4 NO. 3
CONSTRUCTIONOF KARACHI - LAHORE MOTORWAY
This AddendumNo. 3 to Bidding Documentsof Constructionof Karachi - Lahore
Motorwav - Sukkur - Multan Sectionis issuedpursuant
to ClauseIB 7.1of Instructions
to
nidders lifng ana wittr referenceto lre-bid mieting held on 25thand 26thJune,2015.
Pursuantto IB 7.2 of Instructionsto Bidders,this Addendumshallbe part of the Bidding
Document.
The following amendments
havebeenmadein the Bidding/Tender
Documentunderthis
Addendum,which shallbe readand construedas an integralpartsof the Bidding/Tender
Documentand shall take precedencein case of any oonflict / ambiguitiesin the
Bidding/Tender
Documentaadotherprovisionsofthe Bidding/Tender
Document.
1.
a) ClauseIB.26:DetailedEvaluationof Bids
RefertableunderSub-clause
26.2(c)(ii), Sr.No.(iii) underdescription
at theendof
secondlinereplace"four" with "seven",
b) ClauseIB.32: Emnlover'sRisht to Accept any Bid and to Reiect anv or all
Bids
Add thefollowingat the endof Sub-clause
32.2:
After evaluationof Bids, andpresentation
madepursuantto this sub-clause,
the
TechnicalProposalsubmitted
by thebiddermaybediscussed
andadjusted
to obtain
the best desiredobjectivewith respectto the project and accordinglyprice
adjustment
maybemadewith mutualconsent.
c) Sr. # 3 of Aopendix-B(Evidenceof Bidder'sCapability)
The last sentenoe"Who will be involvedfor vettingof the Designfrom Contrqctor
side?"of Sr. # 3 of Appendix-B(Evidenceof Bidder'sCapability)of Addendum
No. 2 is deleted.
2,
SECTION-3_ LETTER OF TECIINICAL BID AND SCHEDULES
TO BID
a) Schedule-Mto Bid: Lumn SumCostBreak-upfor MaioJ CostItems
A. FOREIGN EXCHANGE CURRENCYREQUIREMENT
(ReferITB 12
)
(D
The biddermay indicatehereinbelowhis requirement
of Foreignexchange
(if any)with reference
curuency
to variousinputsto the work. This shallno
exceed20% ofthe conftactprice asper following
AddendumNo, 3 (KLM - Sukkur- MultanSection)
o
.
.
joint, pre-stressed
wire, admixtures
Materialslike expansion
etc.
plant,
per
Import of
machinery,testingequipmentetc. as
approved
of theContractor.
methodology
Manpowerspeciallythosetradesnot easilyavailablelocally
(suchasScheduling/Monitoring
Engineer)
(iD The individualitem may changeasper approvedwork methodology
but not
exceedthelimit statedabove.
(iii) The paymentis furthersubjectto productionof all valid documentation
for
importationof plant/material/equipment
whichis requiredasper construction
methodology
adoptedandapproved
by theEmployer.
b) Schedule-M
to Bid: Lumn SumCostBreak-upfor Maior CostItems
with thefollowing:
TheNoteat the endof Schedule-M
is deletedandreplaced
Note: Biddersshouldprovideiustificationof foreigncunencyrequirement
Foreignourrencyrequirements
will be reimbursed
on productionof actual
receiptsandotherevidenceof vouchersetc.for tle materialandplant.The
staffwill bephysicallypresenton projectin Employer'scountry.
Schedule-O
to Bid: List of ltems of Works and Non-BindineBill of Ouantities
(BOO)for Bidder'sReferenceonly
The existingSchedule-O
to Bid (List of Itemsof WorksandNon-BindingBill of
(BOQ)
for
Bidder's
Referenceonly) is deletedand replacedwith the
Quantities
pagesof thisAddendum(Annexure-I).
Schedule-O
providedonthe subsequent
d) Schedule-O
to Bid: ScheduleofPricesand Pavments
BilI No.2: Structures
B) Other Structures,Service Area, Parking / Rest Area and Intelligent
TransportationSystem(ITS)
Item # 15 (IntelligentTransportation
System)of all the Project Sections
(Section-1throughSection-7)standsdeletedand replacedwith revisedItem
No. # 15of all ProjectSectionsgivenon thenextpages.After the evaluation
andlorFinalDesignby EPCContractor,
theEmployer(NHA) mayat its option
deleteanysub-itemof ITS,ifrequired(Annexure-Il).
3.
SECTION-4 _ PREAMBLE TO CONDITIONS OF CONTRACT
(SpecialStipulations)
First and secondlinesof Clause14,2(AdvancePayment),
(10%)"is replaced
with "fifteenpercent(15%)"
Addendrm No. 3
"ten percent
4. SECTION-6- CONDITIONSOF CONTRACT (COPA)-II
CONDITIONSOF PARTICULAR APPLICATION
the word."10%" is replaoedwith
First line of Clause14.2(AdvancePayrnent),
"15%".
J.
SECTION-7- EMPLOYER'S REOUIREMENTS
a) Para 2: Sconeof Work
with
SAtr.16of "Summaryof Projectcomponents/elements"
thefollowins
S/N
l6
Elements
Numbers
MainLineToll Plazas
0 to 2ma,\.
b) Para3,1: Scopeofthe Field Survev.Investieationand DetailedDesisn
Existing para3.1 is delstedand replacedwith the followingr
3.1 Scopeofthe Field Survev.Investiqationand DetailedDesisn
The Contractorshall cany o\l inter a/ia the following activities in order to
preparea meaningfuldesign:
.
o
.
.
e
o
o
o
.
o
o
o
r
r
r
r
Topogaphic Suwey
Traffic Studies
Soil and GeotechnicalInvestigations(for pavement& structuraldesign)
Survey and testing of oonstruotionmaterial for embankment,pavement,
culvertsand structffesto identif the acceptablesowce.
Hydrological/HydraulicStudies.
Pavementand EmbankmentDesign
GeometricDesign
Structural Design for Interchanges,Bridges, Underpasses,Cattle Creeps,
Culvertsetc.
Roadsidefacilitiesdesign
IntelligentTransportationSystem(lTS) - Design
Design of ServiceArea, Rest Area/Parking(washroomfor man & women,
prayer place within the ROW in addition to parking) with necessary
components
Road Safetyand Road FumitureDesign
Electrificationand lighting design
Horticulture, Greening & landscapingdesign, EMP and Environmental
Protectiondesign
ConstructionSchedule(including ResourceAllooation with respectto Key
Personnel,Material,Equipmentand Machinery).
Desisn Renort
AddendumNo,3 (KLM - Sukkur-
o Construction
Equipment& MachineryReport
r ConstructionDrawings
. Computation
of Quantities
Theseactivitiesaredescribed
brieflyin thefollowingsection.
Sub-Para3,2.2: Traffic Survev& Analvsis
In 2ndline of sub-para
3.2.2(TrafficSurvey& Analysis),the word "48 hours"is
replaced
with "72 hours".
d) Sub-Para3.2,3: SoilInvestieation
with the following:Existingsub-para
3.2.3is deletedandreplaced
3.2.3 SoilandGeotechnical
Investigation
The Contractorshallcarryout lm deeptestpits at a maximumof 1 km or
lessspacing(staggered)
as per site conditionalongthe centerline of the
perform
motorwayandshall
laboratory
testingto arriveat the classification
ofthesoil.
At everybridgesite,minimumoneborehole (30 m deep)shallbe carried
out in additionalto the shallowpits of 2.5 m depthto arive at the bearing
capacityof the soil andto determine
the hardstratawherethe loadis to be
transferred.
The Contractorshall also calry out the surveyandtestingof construction
materialsfor embankmentfill as well as for pavementand ooncrete
structures.It shall cover CBR, Atterberg, Limits, moisture content,
gradation,
of aggregate
etc.
classification,
soundness
e) Sub-Para3,2.7: PavementDesisn
(a) is deletedandreplaced
Existingsub-para
3.2.7up to sub-para
with thefollowing
(b),(c) and(d) remainunchanged:andsub-paras
3.2.7 PavementDesign
Pavementdesignshall be doneas per AASHTO Guidelinefor Pavement
Axle load surveyshall
Design2004Meohanistic
/ Emperical-Mechanistic.
be doneto arriveat actualloadingconditionswith loadfactorsfromNTRC
Reportandconfirmt}reDesignwith mechanistic
designmethodology.The
pavementdesignwill be basedon existingtraffic keepingoverloadfactors
in view. Designlife 10 yearsand overlayfor another10 yearsshall be
proposed.
The pavementthicknessesgiven in para2 may be assumedfor bid purpose
+.//
in generalform asbelow
for pavement
elements
arenaxrated
Designaspects
withoutprejudiceto NHA's GeneralSpecifications:a) AsphaltConcrete
GradeAsphalt as per
The Contractormay like to use Perforrnance
on
Designshallbebasedpredominantly
requirement
of localconditions.
optimizedasphaltlayer thickness.However,it should in no way
Asphaltpenetration
the structuraladequacy
of tle pavement.
undermine
gradeshallbe specified.
Para3.2.9:StructuralDesisn
(a) and(b) of para3.2.9of Employer'sRequirements
aredeleted
Existingsub-paras
andreplaced
with thefollowing:a) General
width with full shouldersas
i, Bridge shallbe designedfor full oarriageway
per Motorwayin eachdirectionplus 2.0mwide walkwayon outersideof
(forpedestrian
andlocalmovement)
thebarier alongeachcaruiageway
ii, Culverts shall be designedfor full formationwidth. For Culvertshaving
skewangle> l35oor skewangle< 450with respectto MotorwayAxis shall
preferablyBox Culvefls.
b) Loading
shall be used for bridge
AASHTO (LRFD) Bridge Design Specifications
design.For Live Loads,in additionto AASHTO(LRFD)Live loads, (West)
PakistanHighwayCode(1967)Loadingshallalsobe Checkedwith impact
factoras applicable.Additionallythe bridgedeckslabshallalsobe checked
Shear
for a wheelloadof21,000pounds(95kN).
in Punching
c) Para3.2,10rDesignStandards
O
Existing sub-para 1) (b) (For Geometricand PavementDesign)of para
3.2.10 of Employer's Requirementsis deleted and replacedwith the
following:Design2004 with load factorsfrom
b) AASHTO Guidelinefor Pavement
design
of
the Designwith mechanistic
Report
and
Confirmation
NTRC
methodology.
(iD Existingsub-para4) (CaniagewayStandards)
of para3.2.10is deletedand
replaced
with thefollowing:4) CarriagewayStandards
Motorwayis:
for theproposed
cross-section
Thecarriageway
r
r
3-lanes@ 3.65m widelaneeachdirection
Calriageway
curbedShoulder3 m outerand1 m inner paved
Concrete
AddendumNo. 3 (KLM - Sukkur- MultanSection)
.
.
r
o
o
o
.
o
r
o
Serviceroadwhererequired3.65m with 1.5m shoulders
eitherside
with TST,(30%of totallengthi.e. 392x2Km minimumshallbe used
for bid purposes).
All the acceleration
and decelerationlanesof the lay-byeshall be
pigmented
with coloredaggregates
andchromebasepigment.
Anti-glareshieldat requiredlocationson medianbanierwheresafety
demandsnot limited to, at curves,bridgesetc..The shieldshall be
flexiblePVC.All bridges,interchanges,
curvesetc.
Controlleddrainagealong curbedshoulderswith ohutesand water
inletsin innershoulders
at super-elevated
sections.
Acceleration
& Deceleration
lanesshallbetaper@ I:50
Roadway fumiturecompletein all respect;whatsoever,
Pavement
marking shall be Thermoplasticreflectivepaint for lane dividers,
shoulderline,chevron,acceleration
anddeceleration
dividers.
Cat-eyeswhite on carriagewaylines, greenon bridgesyellow on
shoulders
andredon deadendsshallbefixed.
Reflectivetapebeacons/reflectors
shallbe fixed on new-jersey
barrier
top whererequired
Metallicbeamguardrailshallbe installedwhererequired.
Embankment
sideslopesshallbe designedwith sideslopeprotection
as2H:lV.
asrequiredhavingminimumslopefor embankment
(iiD Existing8t and9thmainbulletpoint of sub-para5) (RoadUserFacilitation
is deletedand
Requirements)
of para 3.2.10of Employer'sRequirements
replaced
with thefollowing:. SlowspeedWeigh-in-motion
(SSWIM)stationshallbeestablished
at every
interchange
andminimumtwo (2) WIM (full featured)shallbe established
on main carriageway. Overweightvehiclesshall be guidedout without
interferingthemaintraffic.The SSWIMandWIM mustconformto ASTM
E 13180-02.
The systemshouldbe QuartzSensorbasedwith commercial
handlingfollowinginfo;
standard;
ooupledwith peripheralequipment
o Off-scalesensorinstalledon eitherside to align the vehiclepath for
correctdatarecording,
on the
o Over-heightdetector; a pole-mountedreceiver/transmitter
instrumentation
reflectoron
sideof the travellaneand a pole-mounted
acrossthe travel
the oppositesideof lane,Infraredbeamis transmitted
laneandreflectedbackacrossto the receiver.Whena passingvehicle
breaksthebeam,theinformationis displayedon console,
o Traffic Control Systems:Facilitatescontrol of vehicleswithin the
facility
o Vehicleldentification:UsingRF tagson the screen,VehicleID canbe
recorded,
o AutomaticLicensePlateReader:The AutomaticLicensePlateReader
(ALPR) using high-resolutionhigh-speedoameras and image
reoognition
softwarecandetected
andreadthelicenseplatepassingover
thefacility.
to recordthe overallactivityof the facility
o OverviewCamera:Cameras
day& night,
o RemoteDisplays:Remotedisplaysto be usedfor driver information.
Thedisplaycharacter
shouldnot belessthan5 inches.
shallbe installedin travellane
o LoopDeteotors:
Inductiveloopdetectors
to sensethepresence
ofa vehicle.
o All aotivitiesto becontrolledby sollwareto recordandtransmitdata.
Major Bridgesand Criticalareas
Lightingof the MotorwayInterchange,
i.e.Toll Plazas,weighstationsandvicinity of interchanges1 km either
sideand2 Km at terminalpoints.
RoadLighting for serviceareasand rest areasshall be extendedup to
from the startofthe exit rampand500mbeyondtheend
500mbackwards
pointofacceleration
with offset.
laneasperintemational
standards
o LEDslampsshallbeusedthroughout
theMotorwayProjectlightingas
thesecan significantlyreducethe electricityenergysavings- up to
85%, provide good color rendering,making it easierfor usersto
orientate
themselves,
thesearelong life - upto 100,000hoursresulting
in less maintenance,
uniform, high quality white light with good
opportunities
to dim light whennotneeded.
specificationor
o LatesttechnologyLED Road luminaire"Speedstar"
(outdoor).
equivalent
shallbeemployedon all projectcomponents
largeversion,IntegralLED-Module,Greenline
o BGP323or equivalent
(GRN) 169Wor equivalent,Luminousflux >17,0001m, luminaire
of lumen>than90,000hours
effioaoy>100lm/W,Maintenance
o Must havedimmingoptions;6 to 8 hourssetup,RF Antenna,Mains
dimming,NEMA Socket,Photocellprovisionand20 m cable.
o The luminaireshallhavea full die casthousingto providerigidity and
strengthand heatdissipation.It shouldbe IP66 compliance(ingress
protection).
-40oCto 50oC
o Workingtemperature
o Uniform white light dissipationand not black spots on the
caniageway.
o LED lampsto uniformlyilluminateall trafficsignplates.
(iv) Existinglastthree(3) paragraphs
ofsub-para 6) (Horticulture)ofpara 3.2.10
with the following:aredeletedandreplaced
The following issuesmustconsideration
whenmakinga choiceof treesfor
planting adjacentto the Motorway:
rliri:::',,
t+
*-l-
Addendum No. 3
Section)
MinimumHeightof Treesshallbe 1.5mat theits plantationonthemotorway
Ultimatematureheight:
I.
lOm
Smallto approximately
II. Mediumto approximately
15m
m. Largegreaterthan15m
Flowerbeds
interval shall be developed
with flowers
3 m x 10 m staggered
planted.At requiredintewal, water boreswith completesetup in smallenclosed
unit shallbeconstructed
to watertheolantatior-.
h) Para3.2.11:DesisnCriteria
O
Existingsub-para (b) (For Structures)
of para 3.2.11of Employer's
Requirements
with thefollowing:b, For Structures
The designcriteriato be adoptedby the Contractorfor structuraldesign
aresivenbelow:-
s.#
Design
DesisnCriteria/Standards
I
For StructuralDesign AASHTO LRFD Curent Edition
2
For StructuralLoads
All loadswill be aspercurent AASHTOLRFD
BridgeDesignSpecifications.
For Live Loads, in addition to AASHTO
(LRFD) Live loads,(West)PakistanHighway
Code (1967) Loading shall also as itemized
belowshallalsobe Checkedwith imDactfactor
asapplicable,
a. ClassAA 70 ton tank andImpact& braking
associated
with it.
b. Axle Load and spacingfor ClassA truck
trainonly.
c. Additionallythe bridge deck slab shall be
checkedin punchingshearfor a wheelload
of 21000pounds(105KN) on 0.25x 0.5m2
tvfe contactarea.
3
For SeismicAnalysis AASHTO LRFD current Edition but for
selectingPGA latest seismiczoning map of
Pakistanshallbe followed,
(iD Existingsub-para (f) (Designof Struotures)
of para 3.2.11of Employer's
with the following:Requirements
f. Designof Structures:
For designof bridgesand flyovers,latestedition of AASHTO LRFD
BridgeDesignSpecifications
andLRFD SeismicBridgeDesign.For Live
Loads,in additionto AASHTO (LRFD) Live loads,(West) Pakistan
HighwayCode(1967)Loadingshallalsobecheckedwith impactfactoras
applicable.Additionallythe bridgedeck slab shall also be checkedin
Punching
Shearfor a wheelloadof 21,000pounds[95KN] on 0.25x 0.5
m2 tire contactarea.UBC/IBC2003in additionto therevisedseismicrisk
mapofPakistanshallbe usedfor seismicdesignfor all relevantstructures.
(iii) Existingword '7Yell" appearing
in the first line of sub-para(h) (Intelligent
TransportSystem)of para 3.2.11is deletedand replacedwith the word
"well".
PaTa5: INSPECTIONAND TESTING
Add followingat theend4thparagraph
ofpara5 (Inspection
andTesting):given in
The Works shall oonformto the Construotion
Performance
Standards
After the
Table2. Thesestandards
shallbe inspected
andtesteduponcompletion.
period,theIRI shallnot exceed1.5m/km.
completionof maintenance
Table-1:Repair/rectificationof Defectsand deficiencies
Item(a)(ii)is amended
with thefollowing:
andreplaced
(ii)
Index(IRI) exceeding| 120 (one hundred and
| IntemationalRoughness
1.5oer laneoerKm
k) Table-2: Construction Performance Standards
Add the followin g "Table-2" after "Table-1" which is annexedas (Annexure-Ilf
6,
SPECIAL
PROVISIONS
SPECIFICATIONS
AND
SUPPLEMENTARY
a)
SP-900: Intelligent Transport System (ITS) is deleted and replaced with
Specificationfor ITS and annexedwith the AddendumNo.3 (Annexure-IV).
b)
Add following at the end in SP-902.9(AddendumNo.3, Annexure-IV):
The cost of obtaininglicense,testing,commissioning,maintenanoeand operation
period for 4G dedicatedfrequencyshall not be includedin the
during maintenanoe
Bid, It will be finalized afterBid submissiondurine clarificationstase.
(Annexure-I)
SCHEDULI-OTOBID
LIST OF ITEMS OF WORKS AND
NON-BINDING BILL OF QUANTITIES (BOQ)
FOR BIDDEROSREFERENCE ONLY
BILL NO
Description
BILL NO.1
EARTHWORK
BILL NO.z
SUBBASE& BASE
BILL NO.3
SURFACECOURSE& PAVEMENT
BILL NO.4A
PIPECUL\'ERTS
BILL NO,48
(BOX CULVERTS)
STRUCTURES
BILL NO.4C
(Cattlecreeps)
STRUCTURES
BILL NO.4D
(Subways)
STRUCTURES
BILL NO,4E
STRUCTURES
ruNDERPASS)
BILL NO.4F
STRUCTURES,tsRIDGES
BILL NO.5
WORKS
DRAINACEAND EROSION
BILL NO.6
ANCILLARYWORKS
BILL NO.7
GENERALITEMS
BILL NO.8
ROAD SIDEFACILITIES
BILL NO.g
SYSTEM
INTELLICENTTRANSPORTAT]ON
BILL NO.IO
WORKS
GREENINGAND ENVIRONMENTALPROTECTION
NOTE: Quantitiesof Items ofSerrdceRoads(both sides),whereverrequiredate not includedin
this "List of Items of Works andNon-Binding BOQ".
Addendum No, 3 fKLM - Sukkur- Multan Section)
k!i,-i;"9
NON-BINDINGBILL OF QUANTITIES (BOQ)
FOR BIDDER'S REFERENCEONLY
BILL NO. I : EARTH WORK
Item #
Description
Unit
Quantity
101
Clearingand Grubbing
S,M
12,809,950
l02a
RemovalofTrees 150-300mm Gidh
Each
53,4s8
l02b
RemovalofTrees 301-600mm Girth
Each
32,074
l02c
RemovalofTrees 601mmor over Gidh
Each
21,383
103
Stripping
c.M
3,490,7
58
104
Compactionof Natural Ground
s.M
25,619,900
l06a
Excavaxeunsuitable Common Material
c.M
56,708
c.M
15,122
unclassifiedRock Mate al
sP-106b Excavateunsuitable/surplus
108a
Formation ofEmbankment Iiom Roadway Excavation in
CommonMaterial
c.M
56,708
l08bii
Formation ofEmbankment from Roadway Excavation in
Rock Material
c.M
60,488
l08c
Fomation of Embankment from Borrow Exaavation in
Common Material
C.M
83,092,778
108d
Fomation of Embankmentfrom StructuralExcavationin
common Material
c.M
3,005,72r
l08e
FormationofEmbarkment from StructuralExcavationin
unclassified(anytype o0 Material
c.M
36,007
l09a
Sutr grade preparation in Earth cut
S,M
78,078
Improve sub grade with CBR > 20%
c.M
4,680,802
S P - 1 1 7 a Formation of Granular Material Platform
C,M
I,094,636
sP-l l7b
Formation of Earthen Dowels
c.M
612,024
Dismantling of Structures& Obstruaterc
c.M
156,809
sP-116
510
SP-1079 SandGravel cushionlayer
C.M
8 l , lt 3
llla
Soil CementStabilizedSubgrade
c.M
15,702
11lb
r'-^---r
TON
666
^^-r-.r'|..,^a
s P - 1 1 5 Providing and Placingof GeotextileType-l
Addendum No. 3 (KLM - Sukkur- Multan S€ction)
s.M
128,829
BILL NO.2: SUBBASE& BASE
Item #
Description
Unit
Quantity
201
CrranularSub Base
c.M
3,098,895
202
BaseCourse
Aggregate
c.M
6,084,079
203b
AsphalticBaseCoursePlant Mix (ClassB)
c.M
Lt?
209a
BreakingofExisting Road PavementStructure
c.M
Addendum No. 3 (KLM - Sukkur- Multan Section)
oto
1,103
Page12
BILL NO.3 : SURFACECOURSE& PAVEMENT
Description
Item #
Unit
Quantity
302b
Emulsified Asphaltfor bituminousPrime Coat
s.M
13,171,858
303b
EmulsifiedAsphaltfor bituminous
Tack Coat
s.M
30,072,28s
305a
AsphaltConcrele
for WearjngCourse
( ClassA)
c.M
634,137
AsphaltConcrele
for WearingCourse
c.M
494,128
305b ( ClassB)
.{3,,:!
Page 13
BILL NO.4A : PIPE CULVERTS
Description
Item #
l07a
Unit
Quantity
280,233
Structural Excavation in common material
c,M
Rockmaterial
SP-107c SuucturalExcavation
in unclassified
c.M
t4,012
401a2i ConcreteClassA-2 under$ound
c.M
1,2t4
ConcreteClassA-2 on ground
c,M
13,105
Concrete
ClassB in BeddingandEncasement
ofconcrete
PiDeCulvert
c.M
154,089
Lean Concrete
c.M
1,351
Ton
1,575
M
65,431
40la2ii
502b
40lf
404b
50lI
Reinforcementas uer AASHTO M-31 Gade 60
"R.C.C.PipeCulvertAASHTOM 170ClassII
DIA 1520mm"
Page14
LIST OF ITEMS OF WOR](S AND
(BOX CULVERTS)
BILL NO.48: STRUCTURES
Item #
Unit
Description
Quanlity
Structural
Excavation
in commonmalerial
c,M
37,130
ShuoturalExcavationin UnclassifiedRock Material
c.M
1,856
107d
GranularBackfill
c.M
19,424
l07e
CommonBackfill
c,M
5,301
l07f
Selectedfill material
c.M
40tai
Concrete
ClassA-2 Undersround
c.M
8,890
401a2ii
ConueteClassA-2 on sround
c.M
10,546
401aliii
ConcreteClassA-2 (Elevated)
c.M
7 | {?
401f
Lean Conorete
c,M
1,6?1
404b
Reinforcementasper AASHTO M-31Grade-60
Ton
3,191
406a
Premouldedjointfiller 12 mm thick with bitumasticjoint
sealin barrel
S,M
795
M
3,216
l07a
SP-107c
406d(i) PVC WaterStops6" size25mmThick
29,674
509a
Rip Rap Class"A"
c.M
? {dq
509d
GroutedRip RapClass''A"
c.M
2,859
509h
Filter Layer ofCranular Material
c.M
808
c.M
808
sP-509i Filter Layer of Sand
zrr2 Fri\,
AddendumNo.3 (KLM - Sukkur- MultanSection)
Page15
BILL NO. 4C r STRUCTURES(CattleCreeps)
It€m #
Description
Unit
Quantity
SlructuralExcavationin commonmaterial
c.M
42,235
StructuralExcavationin Unclassifiedmaterial
c.M
2,112
l07d
Granular Backfill
c.M
49,134
l07e
CommonBackfill
c.M
1,,230
c.M
45,839
l07a
SP-107c
sP-107f Selectedfill material
4 0 1 a il i
c.M
7,612
40la2i
Confiete ClassA-2 Undercround
c.M
7,856
40la2ii
ConcreteClassA-2 on $ound
c.M
10,096
40laliii
ConoreteClassA-2 (Elevated)
c.M
3,860
401f
Lean Concrete
c.M
? ?11
404b
Reinforcement as DerAASHTO M-3 1Grade-60
Tou
3,531
406a
Premouldedjoint
frller 12mmthickwith bitumasticjoint
seal
SM
1,221
Watcr Stops6" size 25mm Thick
M
5,051
406d(i)
509a
Rip Rap Class''A''
C.M
1,684
509h
Filter layer of Granular rnaterial
c.M
I,099
C.M
1,099
sP-509i Filter layer ofsand
NON.BINDINGBILL OF QUANTITIES (BOQ)
(Subways)
BILL NO,4D: STRUCTUR-ES
Descriptiotr
Item #
Unit
Quantity
c.M
207,080
"Stuctural Excavationin UnolassifiedRock Mate al
c.M
10,354
l07d
GranularBackfill
C.M
l07e
Common Backfill
c.M
20,t32
c.M
188,594
107a
SP-107c
sP-107f Selectedfill material
232,7t5
40lalii
ConcreteClassA-l on ground
c.M
22,104
40Ia2i
ConcreteCIassA-2 Undereround
c.M
s3,695
401a2tI
C.M
71,265
401aliii
ConcreteClassA-2 (Elevated)
c.M
28,535
401f
Lean Concrete
c.M
12,142
404b
Reinforcementas oer AASHTO M-3lGrade-60
TON
2t,950
406a
Premouldedjointfiller l2 mm thick with bitumasticjoint
seal
S.M
6,383
sP406d(i) waterStops6" size
M
?t 1?1
509a
Rip RapClass"A"
c.M
4,474
509h
FilterlayerofGranularmaterial
c.M
2,918
C.M
2,9t8
sP-509i FilterLayerofSand
3t"\
t;
i#
LIST OF ITEMS OF WORKSAND
BILL NO.4E : STRUCTURES(UNDERPASS)
It€m #
l07a
Unit
Description
C,M
SP-107c Stuctural Excavationin UnclassifiedRock material
C,M
QuaDtity
1t9,163
5,958
107d
Granular Backfill
C.M
126,r52
l07e
CommonBackfill
c.M
7,025
C.M
102,315
sP-107f Selectedfil1 material
401a1ii
Conffete ClassA-1 on ground
c.M
10,202
40la2i
ConcreteClassA-? Underground
c.M
41,729
401aZil
c.M
s1,689
4 0 1 a 1 i i i ConcreteClassA-2 (Elevated)
c.M
27,644
7,064
40lf
Lean Concrete
c.M
404b
Reinforcement as pel AASHTO M-3 1Grade-60
Ton
406a
Premouldedjointfiller l2 mm thick with bitumasticjoint
seal
SM
4,637
M
10,811
2,065
406d(D WaterStops6'' size25mmThick
509a
Rip RapCJass''A"
c.M
509h
Filter layer ofGranulfi material
c.M
c.M
sP-509i Filter layer ofsand
| 5,152
1,347
-.;:=
Addetrdum No.
- Sukkur- MultanSection)
Pagel8
FOR BIDDER'S REFERENCE ONLY
BRIDGES
BILL NO.4F: STRUCTURES
Unit
Description
Item #
Quantity
l0'l a
Structural excavation in common material.
c,M
24t,218
107d
Granularbackfill
c.M
132,290
107e
Commonback fill
c.M
64,522
407m
Confirmatory boring
407g
Test piles dia a per drawingsIncluding Boring and
conqete class43 excludingreinforcemenL
407d
401a1ii
40la?iii
401a3i
40la3iii
M
4,6s0
407d1 Boring only (in Normal soil)
M
1,129
407d3Boringonly (in Normalsoil)
M
) a1/-
401a3(i)ConcreteClass,{3 in pile
C.M
4,036
407d1,Boring only in normal soil
M
45,612
407d3.Boringonlyin normalsoil
M
83,454
401a3iii. ConcreteclassA.3in piles
C,M
ConcreteClassA1 in (approachslab,sleeperslab,
barier)
ConcreteClassA2 Elevated(abutment,wing wall, deck
slab, transom, diaphragm, shearkeys, abutment u'all,
side walls)
ConcreteClass43 underground(pile caps,counterfort
wall)
c.M
49,162
c.M
196,829
c.M
45,001
ConcreteClassA.3Elevated(shaffs,piers)
c.M
15,693
TON
s1,390
c.M
90,545
Cast-in-placeconcretepiles dia as per drawings
includingconcrete
class43 but excluding
reinforcement.
DifferenceofCostfor UsingSRCCementin placeof
SP-401a3ivOPCCementfor ConcreteClassA.3UnderGround
(Piles)worksin additionto BOQRates.
401giv
Precast
Concrete
ClassDI
124,438
..zt::Lo4\\
AddendumNo,3 (KLM - Sukkur- MultanSeotion)
il'?F\?
: r .I
t
i
*ir'
'\i_.
l2
,/*t,
;*J
. .'y.t'
Page 19
BILL NO, 4F: STRUCTURESBRIDGES
Description
Item #
Unit
Quantity
401f
Lean concrete
c.M
5,038
404b
''Reinforcement as DerAASHTO M3 1. Grade-60
TON
79,065
Reinforcement
asperASTM-A-36Structural
Shape
Pre-stressing
wiringstrands3/8"-ll2"
DlAcomnletein all resDects
TON
10
TON
6,180
Launchingofgirders
TON
217,308
SP-406ai
ApprovedFiller Board with poly sulphidesealant
as per drawings& specification
S,M
258
SP-406e
BearingPads(Accordingto size&
Elastomeric
make
thickness)-USA/EU
404h
405a
405b
BearingStrip
sP-406i Neoprene
Cu.Cm
93,377,813
S.M
3,866
407j
PileLoadTestupto360ton
(actualte$tload350Tonasperdrawings)
Each
1Z
401k
Pile Load Test upto 550 ton
(actualtest load 400 Ton as per drawings)
Each
9l
4071
Pile Load Test upto 880 ton
(actualtest load 750 Ton as per drawings)
Eacn
40
4071
PileLoadTestupto880ton
(actualtestload650Tonasperdrawings)
Each
1Z
Each
6,300
SP-407p Pile Integrity test on all piles
ManufacturedTradeMarksexpansionjoints
SP-415a (FingerType)for roadway25 mm movement
509e
GroutedRin RaoClassB
includingall fixtures,
G.l. drainpipesfor drainage
bendsandgates(100mm diameter)
PVC pipe25 mm DIA alongdeckslabfor dowels
SP-616a filled with softbitumendrawingswith bitument
filled asperdrawinas& speciflcation
SP-614a
sP-218 PolytheneSheetasperspecification
AddendumNo,3 (KLM - Sukkur- MultanSection)
M
12,886
C.M
ts,326
M
1L1')
M
2,148
SM
7,732
Page20
BILL NO. 5 : DRAINAGE AND EROSIONWORKS
Item #
Description
Unit
Quantity
StructuralExcavationin CommonMaterial
c.M
3,162,356
s P . ll 8
FormationofLeeve banks(guidebanks/apron)from
river bed material)
c.M
125,659
40la1ii
Concrete
ClassA-1
c.M
208,149
40la2ii
ConcreteClassA-2
c.M
20,741
Reinlorcementasper AASHTO M-31 Grade60
TON
|,414
NO
1,206
9'79,208
107a
404b
s P - 4 1 3 b Grating
509d
GroutedRip Rap,ClassA
c.M
401b
Concrete
ClassB
c.M
4l1b
StoneMasonryRandomWith Mortar
c.M
787,222
5 11 b 4
GroutedStonePitching(20-25cm Thick)
s.M
37,414
501C
R.C.C. Pipe culvert AASHTO M 170
ClassII DIA 460 mm
M
SP-526a Relocationof Un-Lined Water Course
S.M
SP-1079 SandGravel Cushion(granularmatedal)
S.M
) a l'1)
s,103
'13
\11nt
SP-616a
Horizontal DrainageincludingU-PVC pipe
310 mm DIA
M
35,266
501a
R.C.C. Pipe culvertAASHTO m 170 classII
' D I A 3 1 0m m
M
4,043
AddendumNo,3 (KLM - Sukkur- MultanSeotion)
Page2l
BILL NO.6 : ANCILLARYWORKS
Unit
Description
Item #
QuaDtity
601dii
Precastcurb in Conffete Class A-1 of incl Beddine &
Haunchingasper Drawing
M
896,929
sP-60ldii
PrecastCurb in ConcreteClass A-1 of Size 340 x 150
mm including beddingand haunching
M
47,320
SP-60lai
RCC New JerseyBarrier (in-situ) for Median Double
Face(incl. Reinforcement)
M
SP-617a New JerseyBarrier SingleFace(inol. Reinforcament)
L.M
M
L11tLL
4,872
470,009
604a
Metal guard rail
604b
Guard Rail End Pieces
Each
2,016
604d
Steel post for guard rail
Each
233,969
607a
Traffic road signscategory1
Each
o)
607b
Traffic road signs category 2
Each
ll1
607c
Traffic road signs category 3(a)
Each
103
607d
Traffic road siguscategory3(b)
Each
4l
607e
Traffic Road SignsCategoryJ ( c )
S,M
1,022
607f
Additional PanelSize60x 30 cms
Each
571
607g
Additional PanelSize90x 30 cms
Each
239
609c
Reflectorized Aluminium
Profile-single)
Each
I t7,095
6l0c
Kilometer post
Each
823
6l0d
Tenkilomet€rpost
Each
84
6 11 a
GalvanizedWire Mesh Fence1500 mm High (or as
providedin drawings)Incl. Prestressed
& RCC Posts
asperM2 Standard
Compleiein all respects
M
613a
Sprigging after shaping of exististing embanknent
SM
Pavement Stud (Raised
e{$
;r(,r)i
R\',"#
890,845
5,871,982
PaEe22
BILL NO.6 : ANCILLARY WORKS
Item #
Unit
Description
6 1 3b
Sodding
SM
613c
Top soil
SM
SP-616a
Supplying and
100mm dia
Installation
of
PVC
Pipe
Supplying and
Installation of
PVC
Pipe
Supplying and
300 mm dia
Installation
PVC
Pipe
sP-616b 150mmdia
SP-616c
of
Quantity
5,871,982
11,743,964
M
7,508
M
7,508
M
7,508
Each
95
Each
46
Each
23
HeightLimit Signfor BridgesandCulverls(0.8m)
Each
466
607ia
Delineator(Type-l)
Each
13,907
607ib
(T1pe-2)
Delineator
Each
12,904
607rc
Delineator(Type-3)
Each
10,323
607id
Reflector(Type1)
Each
6,452
607ie
Reflector(Type2)
Each
6,452
607if
cuard Rail Reflector(butterfly)/type-3
Eacb
26,112
SM
453
S P - 6 1 8 a Overhead Gantry Beam / Truss Information Signs
Manufacture & Installation of Overhead Exit Sisn
s P - 6 1 8 b (Cantliever)
Manufacture & Installation of Overhead Guide Sisn
S P - 6 1 8 c (Cantilever)
sP-607j
pasted
Objectmarking,a kind of reflectivemembrane
sP-607k on the overpasspier andgantry-typesign poststo warn
thevehiclesduringthenight.
Glare-shield facilities, installed on tlre New Jersey
sP-619 Barrier prevent glaring and ensure driving safsty.
to
M
403,055
608h2
Pavement Marking with Thermoplastic paint of lines 15
cm width
M
|,7 66,570
sP.608
Pavement Marking with Thermoplastic Reflective Paint
for lines of 12 cm
M
44t,643
PavementMarking with Themoplastic Reflective Paint
SP-608n for Arrows, Stops, PedestrianCrossings,Hatoh Area,
etc. ofspecified ou drawings
PavementMarking with ThermoplasticReflective Paint
SP-608o as speoifiedon drawings for Ellipse for FOG Waming
SYstem
AddondumNo.3 (KLM - Sukkur- MultanSection)
SM
2,888
SM
4,116
BILL NO. 6 : ANCILLARY WORKS
Description
Unit
SP-608p
Vibration marking provided on the toll plaza to reduce
vehicle speed for safety.
SM
4,200
sP-620
Falling objectpreventionnet, installedon the ouier side
on the main road as
of guardrailson overpasses
providedin drawines
M
13,020
Each
525
Each
221
Item #
sP-621i
sP-62lii
sP-622
Anti-collision sand-safetybarrier,plastic in the outside,
with sand filled inside installedon tle centrelineof toll
olazaIslands
Anti-collision baxrel, plastic in the outside, sand filled
inside, pasted with reflective membrane in red and
yellow, installed on the Gorc Area of slip lanes of
intercharses and servica ar€as,
Waming Indented Strip
(As Shown on Drawing)
for
Addendum No. 3 (KLM - Sukkur- Muttan Section)
Shoulder
Driving
M
Quantity
539,121
Page 24
BILL NO.7 : GENERALITEMS
Item #
Description
Unit
Quantity
L.S for each
section
7
70la
Provide Surveying& Allied Inshuments
70lb
MaintainSurveyInstrumentsandprovide SuweyTeams
(For7 Sections)
Month
702a
Provide Client and Employer'sRepresentativeOffice and
Residenca
L,S for each
section
7
702b
Represeutative
FurnishandEquipClient/Employer's
OfficesandResidence
L.S for each
secuon
7
702c
Office and Residence
Maintain Employer'sRepressntative
(For 7 different Ofiices & Residences)
Month
36x7
PerMonth
36
L.S
I
Month
36
702d
Control &
Provisionof Employer'sRepfesentative
Monitoring OIIice at Islamabadon RentalBasis
702e
FumishandequipEmployer's
Representative
Control&
MonitorinsOflioeat Islamabad
702f
Representative
Control& Monitoring
MaintainEmployer's
Officeat Islamabad
JOX/
703a
ProvideMaterialTestingProjectLaboratory
L.S for each
section
7
703b
Equip andfumish MaterialTestingProjectLaboratory
L.S for each
seotion
7
703c
Maintain Material Testing Project Laboratory
(7 Laboratories)
Month
36x7
708a
Transpoft
ProvideEmployer'sRepresentative
(i) Toyota Fotuner with A"iCor equivalent
No.
2
(ii) Toyota or equivalentDouble CabinPick Up 4x4 with
AC
No.
28
(iii) Toyota or equivalentSingleCabinPiok Up 4x4 with
AC
No.
28
708b
of Employer'sRepresentaxive
Running& Maintenance
TransDort
Vehicle
Month
2088
sP-713
Employing Trainee Engineerswith boarding. Lodging and
messing(28 TraineeEngineersfor 32 months)
Month
896
fft"
AddendumNo.3 (KLM -
t^4o
ef"6:*
Page25
BILL NO. 8. ROADSIDEFACILITIES
Unit
Quantity
Building
SM
77,346
Flexible Pavementand/orParkine
SM
763,592
Omametal Plants and Rockery
SM
509,061
Hard Scaping
LS
Miscellaneous
LS
I
Building
SM
18,368
l1
Flexible Pavementand/orParkine
SM
150,979
Iu
Landscaping,OrnametalPlantsandRockery
SM
100,653
iv
Hard Scaping
LS
Miscellaneous
LS
I
Flexible Pavementard/or Parkine
SM
44,740
ll
Landscaping, Omametal Plants and Rockery
SM
27,970
ul
Hard Scaping
LS
tv
Miscellaneous
LS
Item #
lt
l
Description
sP-803
Slip RoadToll Fla"a (2? Nos - 1I at EachSide)
SM
Building
10,096
f91*:,:>,
Add ;Ar-
No. 3 (KLM -
Section)
+
lai
<..\*#
Pa{9 26
BILL NO,8 - ROADSIDEFACILITIES
Item #
Description
Unit
Quartity
ll
Rigid pavement
SM
80,388
1|l
Flexible Pavementand/orParking
SM
43,784
Landscaping,OrnametalPlantsandRockery
SM
18,764
Toll canopy
SM
10,989
vl
Hard Scaping
LS
vu
Miscellaneous
LS
Buildine and other Civil Works
SM
5,489
tl
Flexible Pavementand/orParking
SM
67,846
|ll
Landscaping,OrnametalPlantsand Rockery
SM
29,077
1Y
Rigidpavement
SM
28,226
Sswim Scale
LS
VI
Hard Scaping
LS
vll
Miscellaneous
LS
SP-806a Lightingof Interchanges
LS
sP-806b Lighting of Major Bridge (Bridge over tuver Sutlej)
LS
sP-805
sP-807
PoliceBooths(every10kms)andat Toll Plazas
No.
62
Page27
BILL NO, 9 - INTELLIGENT TRANSPORTATIONSYSTEM
Item #
Description
Unit
sP-901 Traffi c OperationCentre includingCommunicationInfrastructure
9 0 1 , 1 Traffl c Operation Centre
901.2
CommunicationSystemCables
L.S
9 0 1 . 3 UnifiedCommunication
System
sP-902 Advanced Trayeller Information System
902.1
Real Time Travel Information
902.2
RouteGuidance/ NavigationSystem
902.3
Roadside Weather Infomation System including Driving
Assistancein Low Visibility
902.4
Dynamic MessageSigns(or VMS)
902.5
EmergencyCall Systems,Wi-Fi HotspotAlong the
Alignment and DesignatedAreas
902.6
Web Portal and Kiosks
902.7
FM Radio Channel (Broadcast)
902.8
MotorwayAdvisory Radio
902.9
Road User Intemet facility through DedicatedFrequenry
on LTE
LS
sP-903 Advanced Traffic Management System
ElectronicSurveillance(Data Stations),Roadway
9 0 3 . 1 (Microwave)
Detectors and RFID Readers
903.2 Video Surveillanceand Monitoring System
903.3
L.S
Accident/ EmergencyReportingSystemandAutomatic
IncidentDetectionSystem(AlD) though CheckPoint
Cameras
sP-904 ITS Enabled Electronic Tolling and Weighing System
904.1
Electlonic Tolling System
L.S
904.2
Overloading Control System on Main Line
L.S
sP-905 Power Supply ofITS Deviceson Motorway
9 0 5 . 1 Main Power
L.S
90s.2 SolarPower
L.S
9 0 5 . 3 BackupPower(Generators)
L.S
AddendumNo 3 (KLM - Sukkur- MultanSection)
Quantity
(BOQ)
BrLL OF QUANTTTTES
NON-BTNDTNG
BILL NO. 10 Greening and Environmental Protection
Unit
Descriptio!
Item #
Quantity
GREENING
Fumishingand Plantingof Mango trees(8-10 cm
SP-612a-1diameter at breast height) including its Maintenance in
Each
MaintenanceDeriod
FurnishingandPlantingofPapaya(6-8 cm diameterat
SP-612a-2breast height) including its Maintenance in Maintenance
oeriod
FurnishingandPlantingof Arab acaoia(6-8 cm diameter
in
SP-612a-3at breastheight)includingils Maintenance
MaintenanceDeriod
155,833
Each
Each
1,423
Each
1,774
Each
1,579
Each
1s4,919
FurnishingandPlantingof Whitepoplar(5-6cmcm
in
at breastheiglt) includingits Maintenance
sP-612a-7diameter
Maintenance
neriod
Each
153,644
FurnishingandPlantingof Lemon tree (height l20cm,
SP-612a-8crown diameter80cm) including its Maintenancein
MaintenanceDeriod
Each
1{1{
FumishingandPlantingof Moriugatree(heightl80cm,
in
SP-612a-4 crowndiameter150cm)includingits Maintenance
period
Maintenance
Fumishing and PlantingofBodhi Tree (8-10 cm
SP-612a-5 diarneter at breast height) including its Maiutenance in
MaintenanceDeriod
FurnishingandPlantingofNeem tree (6-8 cm diameter
in
SP-612a-6at breastheight)includingits Maintenance
MaintenanceDeriod
FurnishingandPlantingof3m x 10mFlowerbeds,
complete
in all respects
SP-612e includingwaterborein enclosure
pedod
in Maintenance
includingits Maintenance
Sodding(including its Maintenancein Maintenance
Period)
Top soil (For Flower Beds,Treesand GrassArea
between Toe and Fence)
SM
45,960
SM
| |,027,244
SM
20,049,535
sP-613d andFence
SM
9,637,500
sP-612f Omamental Plants and Rookery on Interchanges
SM
667,748
M
26,100
613b
613o
Spreading
ofBermudaGrassseedson AreaBetweenToe
ENVIRONMENTAL PROTECTION
Soundbarrier of3.0 m height madeofcolour plate
perforatedacousticboardswith PC sunlight boardsand
sP-I 001
middle txansparent
acousticboard asprovided in the
Drawines,
Sedimentationbasinunderbridge as providedin
sP-1002 drawings
RechargeWells I m dia. for SurfacewaterRunoff as
sP-1003 providedin drawings
Each
294
M
3,920
/it}'
;\1on8,--st,.':i
-,-
{
AddendumNo.3 (KLM -
- Multan
/
\1,
8){,
f
: - 4 ' ' ' - . - , ''*-7
\{'..s,,,,
Page29
(Annexure-II)
PROJECT SECTION-I
(From Chainage 380+000 to Chainage 435+000)
BILLNO.2: STRUCTURES
B)
OTHER STRUCTURES,SERVICEAREA,PARKING/ RESTAREA AND
INTELLIGENT TRAFISPORTATIONSYSTEM(ITS)
Item No. 15- INTELLIGENT TRANSPORTATIONSYSTEM
Unit
Description
Item #
Quantity
Unit Rate
(Rs.)
Amount
(Rs.)
sP-901 Traffic Operation Centre including Communication Infrastructure
9 0 1 . 1 Tmffic Operation Centre
LS
90t.2 Communicaxion
SystemCables
LS
9 0 1 . 3 Unifi ed CommunicationSystem
LS
0
sP-902 AdvancedTravellerInformatlonSvstem
902.1
LS
902.2
RouteGuidance
/ NavigationSystem
LS
902.3
Roadside Weather Information System including
Driving Assistancein Low Visibility
LS
902.4
LS
I
Systems, Wi-Fi Hotspot Along the
902.s Emergency CallDesignated
LS
I
902.6
WebPortalandKiosks
LS
I
902.7
FM Radio Channel(Broadcast)
LS
1
902.8
MotorwayAdvisoryRadio
LS
902.9
Road User Intemet facility through Dedicated
Frequency
on LTE
LS
1
Alignment and
Areas
903.1
Electronic Surveillance(Data Stations),Roadway
(Microwave)DetectorsandRFID Readers
LS
I
903.2
Video Surveillance and Monitoring System
LS
1
LS
I
9 0 4 . 1 ElectronicTolling System
LS
I
904.2
LS
I
LS
I
9 0 5 . 2 SolarPower
LS
I
90s.3 BackupPower(Generatorc)
LS
I
Accident / EmergencyReporting System and
903.3 Automatic Incident Deteotion System (AID)
throushCheckPoint Caneras
sP-904 ITS Enabled Electronic Tolling and Weighlng S)rtem
OverloadingControl Systemon Main Line
sP-g05 Power SUDDIVof ITS Deviceson Motorwfly
AddendumNo.3 (KLM - Sukkur-
ilJ
Page30
PROJECT SECTION-2
435+000
to Chainage491+000)
@romChainage
B)
OTHER STRUCTURESO SERVICE AREA, PARIflNG / REST
AREA AND INTELLIGENT TRANSPORTATIONSYSTEM(ITS)
Description
Item #
Unit
Quantiry
Unit Rate
(RsJ
Amount
(Rs.)
sP-901 Traf{ic OperationC€ntre includingCommunicalionInfraslruclure
901.1
Tmffic OperationCentre
LS
0
901.2
LS
I
901.3
Unifi ed CommunicationSystem
LS
I
sP-902 Advanced Traveller Information Svstem
902.1 RealTimeTravelInformadon
LS
I
902.2
Route Guidance / Navigation Systern
LS
I
902.3
Roadside Weather Information System including
LS
I
902.4
DynamicMessage
Signs(or VMS)
LS
I
902.s
Emergency Call Systems,Wi-Fi Hotspot Along
the Alignment and DesignatedAreas
LS
I
902.6
Web Portal and Kiosks
LS
I
902.7
LS
I
902.8
LS
I
902.9
Road User Internet facility through Dedicated
Freouencvon LTE
LS
I
sP-903 Adyanced Traffic Management System
903.1
Electronic Surveillance(Data Stations),Roadway
(Microwave) Detectors and R-FID Readers
LS
I
903.2
Video Surveillanceand Monitoring System
LS
I
903.3
Accident / Emergency Reporting System and
Automatic Incident Detection System (AID)
throushCheckPointCameras
LS
I
sP-904 ITS EnabledElectronicTolling and WeighingSystem
904.1
ElectronicTollingSystem
LS
1
904.2
Overloading
ConlrolSystem
onMainLine
LS
I
sP-905
Power SuDDlvof ITS Deviceson Motorwav
905.1
Main Power
LS
I
905.2
Solar Power
LS
I
905.3
Backup Power (Generators)
LS
I
AddendumNo. 3 (KLM - Sukkur- Multan
,E#S
-
|
^ t
l<
,-L
./s1
'.sl;s'r:gz
\a\
Page3l
PROJECT SECTION-3
(FromChainage491+000
to Chainage550+000)
BILLNO.2: STRUCTURIS
B)
OTHER STRUCTURES,SERVICEAREA, PARKING / REST
AREA AND INTELLTGENTTRANSPORTATIONSYSTEM(ITS)
Item #
Unit
Description
Quantity
Utrit Rate
(RsJ
Amount
(Rs.)
sP-901 Traflic OperationCentreincludingCommunicationInfrastructur€
9 0 1 . 1 Tlaffic Operation Centre
LS
0
90r.2 CommunicationSystemCables
LS
I
9 0 1 . 3 UnifiedCommunication
System
LS
I
sP-902 Advanced Trayeller Information Svstem
902.1
LS
1
902.2
RouteGuidance
/ NavigationSystem
LS
1
902.3
RoadsideWeatherInformation Systeminoluding
LS
I
902.4
DynarnicMessage
Signs(or \MS)
LS
1
902.5
Alignment and DesignatedAreas
LS
1
902.6
WebPortalard Kiosk
LS
I
902.7
FM RadioChannel(Broadcast)
LS
I
902.8
Motorway Advisory Radio
LS
I
902.9
RoadUserInternetfacilitythroughDedicated
Frequency
on LTE
LS
I
903.1 (Microwave)Detectorsard RFID Readers
LS
I
903.2
LS
I
LS
I
sP-903 Advanced Traffic Management Syst€m
(DataStations),
Electxonic
Surveillance
Roadway
Video SurveillanceandMonitoring System
Accident / Emergency Reporiing System and
903.3 Automatic Incident Detection System (AID)
throush Check Point Cameras
sP-g04 ITS Ensbled Electronic Tolling and Weighing System
904.1
Electronic Tolling System
LS
I
904.2
OverloadineControl Svstemon Main Line
LS
I
sP-90s Power Supplv ofITS DeviceJon Motorway
905.1
Main Power
LS
t
905.2
Solar Power
LS
I
LS
I
905.3 Backup Power (Generators)
AdderdumNo. 3 (KLM - Sukkur- MultanSection
ffi:
q
!l
oi
Page32
PROJECT SECTION-4
(From Chainage550+000to Chainage604+000)
B)
OTHER STRUCTURES, SERVICE AREA, PARIilNG / REST
AREA AND INTELLIGENT TRANSPORTATION SYSTEM (ITS)
SYSTEM
ItemNo.15- INTELLIGENTTRANSPORTATION
Item #
Description
Unit
Quantity
Utrit Rate
(Rs')
Amount
(Rs.)
sP-901 Traffic Operation Celtre itrcluding Communication Infrastructure
9 0 1. 1
Traffi c Operation Centre
LS
0
901.2
LS
1
901.3
Unifi ed Communicatio[ Systsm
LS
I
sP-902 Advanced Traveller Information System
902.1
RealTimeTravelInfomation
LS
1
902.2
Route Guidance/ Navigation System
LS
1
902.3
RoadsideWeatherInformationSystemincluding
in Low Visibility
DrivingAssistance
LS
I
902.4
LS
1
902.5
EmergencyCall Systems,Wi-Fi HotspotAlong
the AlignmentandDesignatedAreas
LS
I
902.6
WebPortalandKiosks
LS
I
902.7
LS
I
902.8
LS
I
902.9
Road User Iniemet facility through Dedicated
Frequenoy on LTE
LS
1
sP-903 Advanced Traflic Management System
903.1
Eleotronic Surveillance(Data Stations),Roadway
(Microwave) Detectors and R.FID Readers
LS
I
903.2
Video Surveillanoeand Monitoring System
LS
1
903.3
Accident / Emergency Reporting System and
Automatic Incident Deiection System (AID)
throuehCheckPointCameras
LS
1
sP-904 ITS En&bled Electronic Totling and Weighing System
904.1
Electronic Tolling System
LS
1
904.2
LS
I
sP-905 Power Supolv ofITS Deviceson Motorway
9 0 s . 1 Main Power
LS
I
905.2
Solar Power
LS
1
905.3
LS
1
Addendum No. 3 rKLM - Sukkur- Multan Section)
t
lE
v\*#
Page33
PROJECT SECTION-s
(From Chainage604+000
to Chainage659+000)
BILLNO,2: STRUCTURES
B)
OTHER STRUCTURES,SERVICEAREA, PARKING / REST
Item #
Description
Unit
Urit Rrfe
(Rs.)
Quantity
A!|louDt
(Rs.)
sP-901 Traffic Opcration Centr€ lncluditrg Communication Infraslructure
9 0 1 . 1 Traffi c Operation Centre
LS
901.2
LS
I
LS
I
sP-902 Advanced Traveller Information System
902.1
Real Time Travel lnformation
LS
907.2
Route Guidance / Navigalion System
LS
902.3
RoadsideWeatherInformation Systemincluding
LS
902.4
LS
902.5
Emergency
Wi-Fi HotspotAlongthe
Call Systems,
Alignmentard Dcsignated
Areas
LS
902.6
Web Portal andKiosks
LS
902.7
LS
902.8
MotorwayAdvisory Radio
LS
RoadUserIntemetfacility though Dedicated
902.9 Frequencyon LTE
LS
1
ElectronicSurveillance(DataStations),Roadway
9 0 3 . 1 (Miorowave)
Detectorsard RFID Readers
LS
1
903.2 Video Surveillanceand Moniloring System
LS
I
Accident/ Emergency
ReportingSystemand
903.3 AutomaticIncidentDetectionSystem(AID)
LS
throuehCheckPointCameras
sP-904 ITS Enabled Electronic Tolling and Weighing System
904.1
ElectronicTollingSystem
LS
I
904.2
Overloading Control System on Main Line
LS
I
sP-905 PowerSupnlyofITS Devlceson Motorway
9 0 5 . 1 MainPower
LS
I
905.2
LS
1
SolarPower
905.3 BsckupPower(Generatort
AddendumNo.3 fKLM - Sukkur- MultanSection)
LS
rfif..--
p[-/;
\9/p.r.Kra9l
Page34
I
PROJECT SECTION-6
to Chainage716+000)
B)
OTIIERSTRUCTURES,SER\4CEAREA,PARKING/REST
Description
Item #
Unlt
Quatrtity
Unit Rate
(Rs.)
Amount
(Rs.)
sP-901 Traffic Operation Centre including Communication Infrastructure
9 0 1 . 1 Traffi c OperationCentre
LS
0
90t.2
CornmunicationSystemCables
LS
I
LS
I
sP-902 Advsnced Traveller Information System
902.1
LS
902.2
Route Guidance/ Navigation System
LS
902.3
RoadsideWeatherInformation Systemincluding
LS
902.4
DynamicMessage
Signs(or VMS)
LS
902.5
Emergency
Call Systems,
Wi-Fi HotspotAlongthe
AlignmentandDesignatedAreas
LS
902.6
Web Portal andKiosks
LS
902.7
FM Radio Channel (Broadoast)
LS
902.8
LS
902.9
Road User Intemetfacility thrcugh Dedicated
IreouencYon LTE
LS
sP-903 AdvancedTraffic ManagementSystem
ElectronicSurveillance(Data Stations),Roadway
9 0 3 . 1 (Microwave)
Detectorsaud RFID Readers
LS
1
903.2
VideoSuveillanceandMonitoringSystem
LS
I
903.3
Accident/ Emergency
ReportingSystemand
AutomaticIncidentDetectionSystem(AID)
throuehCheckPointCarneras
LS
I
sP-904 ITS Etrnbled Elecfonic Tolting and Weighirg sys(em
904.I
ElectronicTolling System
LS
1
904.2
LS
I
905.r MainPower
LS
I
905.2
SolarPower
LS
1
905.3
sP-90s Power Supply ofITS Deviceson Motorway
Addetrdum No. 3 (KLM - Sukkur- Multan Section)
tr#fr
ry--Xr)
Page35
PROJECT SECTTON-7
to Chainage772+000)
BILLNO.2: STRUCTURTS
B)
OTHERSTRUCTURES,SERVICEAREA,PARKING/REST
Item No. 15 - INTELLIGENT TRANSPORTATIONSYSTEM
Description
Item #
Unit
Quantity
Unit Rate
{Rs,)
Amount
(Rs.)
sP-901 Trtf{ic Operation Centre including Communication Infrastructure
9 0 1 . 1 Traffi c Operation Centre
LS
901,2
LS
0
LS
sP-902 Advanced Traveller Information Svstcm
902.1
LS
1
902.2
Route Guidance / Navigation System
LS
I
LS
t
Weatherlnformation Systemincluding
902.3 Roadside
Assistancein Low Visibility
Driving
902.4
DynamicMessageSiens(or VMS)
LS
I
902.5
AlignmentandDesignated
Areas
LS
I
902.6
Web Potal and Kiosks
LS
I
902.7
LS
I
LS
t
LS
I
Surveillance(Data Stations),Roadway
903.r Electronic
(Microwave)
LS
1
903.2 VideoSurveillance
andMonitoringSystem
LS
I
LS
1
902.8 MotorwayAdvisoryRadio
902.9
Road User Intemet facility through Dedicated
Frequencyon LTE
sP-903 AdvancedTrsffic Manag€metrtSystem
Detsctorsand RFID Readers
Accident J Emergency Reporting System and
9 0 3 . 3 Automatic Incident Detection System(AID)
throuah CheakPoint Camems
sP-904 ITS EnflbledElectronicTolliog and WeighingSystem
9 0 4 . 1 Electronic Tolling System
LS
1
904.2
LS
I
LS
I
905.2
LS
I
LS
I
ControlSystemon MainLine
Overloading
sP-905 Power Supnlv ofITS Devicesotr Motorwav
SolarPower
9 0 5 . 3 Backup Power (Generators)
KT
AddendumNo, 3 (KLM - Sukkur- Multan
\'
'v^,F
t,'\
-,/^.4
+ xtiro$
Page36
f{,,
ro/
(Annexure-IID
TABLE - 2
CONSTRUCTIONPERFORMANCESTANDARDS
Project Area Clearance
ProjectArea/Project
Assets
shallbefree
from debris,surplusmaterialor leftover
construction
material
PavementIncluding Shouldersand Slopes
IntemationalRoughness
Index(IRI) per
Lessthan1.2m/km.
As pertheApproved
Detailed
Design
FavedShoulders
New JerseyBanier (NJB)
No edge step, no reverseslope, no drop off,
raveling and no pothole
As perApprovedDetailedDesign(usingSlip
As per Intemational Motorway Standards
Neatwith clearsishtdistance
andno obstruction
Slopeis stableaspertheapproved
detaileddesign
Neatwith no disturbedpitching
jointsareall
No erosion,structurally
sound,
intact, clear, upstreamand downstreamside are
clearwith no blockaeeanddrains
Box Culverts/S
labCulverts
Structurallysound,joints are all intact if any,
clear, upstreamand downstreamside are clear,
free of blockaseand drains
Drains/D
itches(Linedor Unlined)
AII drains are functionaland clean without
DrainageStructures
sound,joints intact,no water
Kerb andGutter
soundandfunctional
Smoothride,structurally
sound,substructures
free
of blockage,no structuraloraokand functional,
Parapet
wallsandrailingsif anyarein acceptable
condition,NJB in acceptable
condition,wearing
course properly sloped, expansionjoints in
workingcondition,bearingsare all checkedand
OtherStructures
like RetainingWall,Toe
Wall,etc.
Structurally sound with all weep holes
operationalwith proper backfill, cleanedand
Ancillarv Works
Road Signs,Markings,
Delineators,Road
Studsetc.and
OtherRoadFurniture
Structurally sound, replaced with new one
whereverbroken,damagedor missingmust meet
intemationalsafetystandards
Good reflectivity, visible, undamaged,replaced
with new ones wherever broken, damaged or
missing painted, present in proper location,
properly mounted and all are functional must
All illuminationsystemshallbe functional
Facilitiesshouldbe functionalard structurally
sound.All buildingsare in good shapeand
functional,properlypaintedinsideand outside
Administrative Office,
Centralized the building,no structuraldamageinsideand
Operation Center, Toll Plazas, Service outsidethe building water supply, drainage
Areasand WeighStations
systemand electricalappliancesif any are all
functionaland in line with the needsof road
users,no damagein the intemalroadpavement
AddendumNo. 3 (KLM - Sukkur- MultnnSection)
$yr901u.{'€
Annexure-IV
P$/ a"-.L*.1,
CONSTRUCTIONOF
KARACHT LAHORE MOTORWAY (KLM):
SECTION-II: SUKKUR - MULTAN SECTION
(3e2KM)
ON EPC/TURNKEY BASIS
SPECIFICATIONFOR TTS
JULY 2015
)-
sP-901
TMFFIC OPERATION CENTER INCLIDING COMMUNICATION
INF'RASTRUCTRE
TRAFFIC OPERATION CENTRE
Thebuilding for the Traffic OperationCentershallbe providedunderseparateitem 801for Service
Areas.The work under this specificationsincludesthe hardware,soffware,equiprnents,
furniture,
devices,supports,racks,chasisetcrequiredfor theTraffic operationcentre
The Data Center/ Serverroom of the Traffic OperaionCenterwill be designedto houseRacks in
modulewith Cold Aisle Containment.The designusescold aisle containmentfor enhancingthe
efficiencyof the air conditioner.Contractorshall submit detailedlayout of the Floor Layout plan
basedon their calculationsand technologiesused.The initial designshall be basedon a minimum
heatdissipationof 8 kWrack andusageof air cooledsolution.The objectiveis to reduceoperating
costs(GREENDataCenterconcept),improveresiliencyandprovidea flexible infrastructure
for fast
time-to-marketof innovative servicesand for supportingthe network evolution.The common
elementsin the MAIN DataCentershallinclude:
l)
2)
3)
4)
s)
6)
7)
8)
e)
10)
t
I
I
Vinyl flooring(Anti-Static)
Commercial
powerandUPSPower
Grounding
Powerutility sockets
The racksandcontainment
ModularUPS
PDUs installation
Powerandcommunications
cableabove
the rack andGaspiping trays
Fire detectionand suppressionsystem
for Datacenterandpowerroom
Datacenterinfrastructuremonitoring
andmanagement
software.
TheDatacenter/ sevrverRoomof the Traffic operationcentershall be providedwith the
following minimumrequirements
:-
80KVA Modular UPS
In-Row Coolin:,
Supply,installand commissionof 80KVA modularm$iequtvtent,
total of 2*80KVA UPSsystemin l+1 configuration,the capacitycanbe
scalableup to I20KVA.
powerpath,in caseof failureofany UpS,
lach Ue! shouldfeedseparate
the otherUPSshouldtakeoverthe full load, arideachUpS shouldsupport
20min backuptime;
Rechargeable
VRLA bafrerywith capacityof l2V65Ah will bedeployedin
powerroom;
sepa.rate
The modularUPSsystemshallusebuilt-in, concentrated
andhot
swappablebypass.
The powermoduleshouldbe high power density;eachpowermoduleis
40KW with 3U height.
SYSTEM INPUT
l) Input Voltagerange:140-480V
2) Input tequency: 40-70Hz
3) Input powerfactor:0.99
4) Total harmonic distortionof input current: <3% (linear load, rated
load)
5) Power walk-in/Soft-StarfiShall be linear tom 0 to l00yo of the load
overa l5-secondperiod
SYSTEM OUTPAT
1) NominalOutputvoltagerating:3x380/400/415V.
2) Outputfrequencyregulation:Synchronizedto mainsoverthe rangeof
44-56H2 or 54-66H2 in normal operation, + 0.5 Hz in battery
operation.
3) Outputpowerfactor: l.
MONITORING
l) The UPS shall be provided with RS-232 and WEB/SNMp for
communication,andprovidescommunicationcablesandvariousalarm
signaloutputterminalsupportingthe useof interfaces.
2) The foliowing minimum set of alarm conditionsshall be available:
Real-time monitoring system working status: normal mode/battery
mode/bypass
mode,overload,Iow bafteryvoltage,batterydischarging
stair,rs,
AC failure,recordof systemfaiiure andrunning status.Acquire
and storesystemrunningparameters:main input voltage,bypassinput
voltage, output circuit, output frequency, battery voltage,
/dischziige
chr-..,r,,'
circuit.
:) Ui:., r-i:luici;;ene
-tiicii'bi.;
...,ivisua.laitrrmwhenprotectivefunctionis
actir'ated,At the sametime, alarm signalscan be sent to monitoring
devices:
4) UPS shouldhavealarmrecordand inquiry function and recordshould
be refresledreal-timelyall be savedwithout power comeletel.f.
Supply,instailand conrmissiL.;ri
of in-roil precisE; air conditior,e.or
equivalentwith 2+l redundancy
design.The in-row precisioncooling
shouldcomplywith IEC standards
andthe capacityshouldbe 25KW.
The powersourceallowedvoltagetolerance:
!10o/o- -l\Yo
Frequencytolerance:50/6AHzt ZHz
-20'COperatingambienttemperature:
I
l,
ti
i-1
t:
j:
I
I
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ServerA.{etwork
Cabinets
Operatingambienthumidity:S 95%RH
OperatingHumidifiercapacity:>3kg/h
Air flow capacity;24500m3/h
Temperature & Humidity p erformance
1) The cooling units shouldbe ableto adjustto the indoortemperature&
humidity conditions according to requirements,should have the
functionof cooling,reheating,humidificationanddehumidification.
2) Temperature
adjustmentrange:+18oC,+45oC
3) Temperature
controlaccuracy;*1oe temperaturechangerate<So0hour
4) Humidity adjustment range: 20%o- g0%oRH,humidity control
accuracy:5 %RH
5) Alarm signal should be provided when temperature& humidity
fluctuationsoverrun.
Compon ents andfun ctions
l) The precisioncooling units should be configuredwith compressor,
evaporator,variablespeeddual EC fans,controller,thermalexpansion
valve, oil separator,sight glass,dryer filtei, humidifierand electrical
heater,
2) The precisioncooling units shouldbe configuredwith high efficiency
DC inverter scroll compressor.To save energy,the cooling capacity
shouldadjustaccordingto heatload.
3) The cooling capacityderatingshouldnot be more thanlTvo at 45"C
ambienttemperature,and the unit should operatestablyup to 55"C
ambienttemperature
4) Useenvironmentfriendly refrigerantR4l0A,
5) The precisioncooling units shouldbe configuredwith prc electrical
heater; heating capacity should be self-adjustableto improve
reliability. Electricalheatershouldbe fixed in the front of the unit for
easymaintenance
purpose.
6) The precision cooling units should be configured with 5 built-in
temperaturesensorsand I built-in temperature& humidity sensorto
measure the temperature more accurately and increase system
reliability.
7) The precisioncooling unit shouldbe configuredwith surgeprotection
deviceto increasesafetyand reliabilify and shouldusehigh efficiency
energy saving variable speed EC fans to reduce fan power
consumption,
Monitoring and Control system
1) The cooling units have RS485communicationinterfaceto do remote
inspectionand parametersetting,Modbus open protocol should be
provided to integrateto data centerfacility management
systemand
reduceOPEX.
2) The cooling units should be configuredwith more than 6 inch LCD
color touch screento provide good interactionand a vivid interface.
The controllershouldsupportinterfaceswitchingby touchingjustone
kc;r. The controller should supi;ci.lto display the iemperaturc&
humidity color curves,and shouldalso be able :o graphicallydisplay
the operationstatusofthe unit components.
The cooling units equippedwith advancedmicroprocessor
controller,
and unit shouldhavelinkage andgroupcontrol funotionttrough CAN
communication
protocol.
l) The server cabinets with the dimensionffi
2000mm
(W*D*H).
2) Frontventedsingledoor (70%perfqg|pE*pg[ with swivelhandle
LffI
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t_.
t;:ffi'1'ol,3,l'
ooo,,r*ffiN
swiver
handr
e
il
l l
f..-a
ii
ll
lock (universalkey);
4) Cabinetssurfacepowderthicknessshouldbe no lessthan 50 p m and
black sand-graincraft, andcomplywith requirements
of anti-corrosion,
anti-rust, fire protection,smooth,no sagging,no blisters,no cracks,
free of buns or rust for metalparts.
5) Overall protectionlevel shouldnot be lessthanIp20.
6) The cabinetshall supportconcretefloor, anti-staticfloor installation,
without fasteninginstallation shall be supportedaccordingto the
requirements,
7) Rack mounted220Y-32A power distribution units, 2Nos. per rack,
verticallymounted,24PowerOutputs(Cl9, Cl3)
8) The Racks should be of samemanufactureras of in-row cooling
Equipment.If not then the coolingmanufacturerletterof confirmation
shouldbe attachedfor the compatibilityandIntegrationwith DC racks.
J:
I
i
t:
IJ
{t
I
J
I
:
4
5
6
I
!
j
l)
Cable trough install on the top of the cabinetsuse0 to route powu
cablesand signalcables,to enableseparatemanagement
for different
cables.
2) There are cablesholes in the middle of each cabinettop. The cable
duct can bs extendedand provideupperand lower channelsfor power
cables and signal cablesrespectivelywhen power cablesand signal
cablesintersect.
Aisle ContainmentSystem l) The confinedaisleshouldconsistoffront and end doors,ioof, panels
and other necessarysealing to ensurethe cold air and hot air are
effectively separated.
The roofadoptselectromagnetic
control and can
be automaticallyopenedin the caseof fire, alsosupportmanualcontrol
for the convenience
of maintenance.
2) The smoke sensor,temperaturehumidity sensor,Ip Camer4 etc.
shouldbe installedinsidethe datacenteraisle,connected
to datacenter
management
system.
3) Aisle containmentdoors have translucentviewing panel shall be
revolvingtype with accesscontrolsystsm.
4) Aisle containmentdoor shall havea height to matchthe cooling unit
and server/networkrack,
5) Revolvable roof be capableto use in aisle containmentsolutions,
supported by equipment rack and cannot interfering while roof
opening,with 1.96feet width or asrequiredand4.4 feetin length.
systemprovidescentrallymonitor
Data Center infrastructurE 1) Web-basedDatacentermanagement
and managefor data center infrastructurefacilities including power,
monitoring
and
environment,video, modular access,and fire detection. With the
management
System
functions for managementof security,assets,reports,display, alarm
and so on, The softwaredesignedto collect and managedataofassets,
resourceand operationstatusthroughoutthe datacenterlifecycie,This
infornration is then distributed,integrated,and applied in ways that
.elp mar::igers
optimizethe daiacr;llter'spower usageeffecti.;rness
(PUE) an<imeetIT, businessandserviceorientedgoals.
2) The Data centermanagement
systemcan monitor and manageat le:,r:t
50 intelligentnodes,at most 20000indicatordata,log can be storedon
lTb hald drive for halfa yearandsystemappliesbrowser/server
(B/S)
architectureto supportsat most20 clients'visiting at the sametime.
Assetsmanagement
1) Assetsmanagement
supportdifferenttypes of devicesto be managed
in the unifiedmodel.
2) Allow to addor deleteassets,chagp{ffift6assets
properties.
3) Provide web integration .ffi$iftU$6p*r,
reatizing the
Cablingtrough
'{ft
gl
la
II
3i
8X#
I
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t";
ll
I
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ti
management
of subsystems.
4) Support managementgrading of assetsand managementauthority
control,
Display management
I ) The Client UI shallprovidethe ability to displaysview of datacenter
infrastructure,cabinet,UPS, air condition,PowerDistributionsystem,
sensor,imageof IP camera
2) Displaythe statusof managedobjects.
3) Query or browse for alarm information.In the alarm list, system
supportdistinguishes
differentalarmlevelsby differentcolors,suchas
thenew alarms,recognizedalarms,andclearedalarms,
4) Support2D, 3D view display.
5) Support addition, deletion, management of devices under
administrativedomain, and view adjustmentaccording to actual
physicallocation.
6) Supportsconfigurationtechnology,userto draw the datacenterbased
on the actual layout of the room, supportsto createand layout the
devicesin the datacenterview.
7) Supportsjumping directly from view screento device information
management
interface.
8) Supportsdisplayingcustomerspecifieddeviceview.
Alarm Management
l) Allows equipmentto generateacquisitiontask, collect dataand report
alarmsbasedon a monitoringdatatemplate.
2) Accordingto the seriousness
ofthe alarm,the alarm level is divided
into critical, major, minor and tips, event is managedat different
levels,and the eventsare divided into normal,warningand abnormal,
candiscoveravarietyofpotential andemergedfault.
3) Supportsalarmstatistics,alarmscumulativenumber,alarmhistogram.
4) Supportsalarmconfirmationand anti-confiimationfinction.
5) Supportsalarmshieldingfi.rnction.
6) Supportsredefiningthe level of alarmsaccordingto the actualusing
status,
7) Supportsdirectly locatingthe positionof alarm sourceon the alarm
interface.
8) Supportsdirectly creatingthe fault work-orderon the alarminterface,
realizesprocesstreatment.
9) Supportsdynamicmodifying alarm conditionand recoveryconditiono
andsupportsreportingalarmswhenmeetthoseconditions.
System Perfotman ce management
t) Supportsreal-time monitoring for device indicators.Using graphic
form to displayingtherunningstatusofthe devices.
2) Supportsdisplaying historical curve of devices indicatorsthrough
graph.
:.1) Su'-.i,,,-:":,qut:trirqnonitori:''- data according tc :he spe':i'l ri1 t.iir,c
period,displayingrunningstatusofthe devices.
4) Supportsuser manuallycreate,delete,start and stop the monitoring
instances,
Supportsmodifiing the propertiesof monitoringindicators.
6) Devices monitoring panel can be combined to meet different
monitorlngrequirements,
Aisle containment sumeillance
real-timeviews on the
l) Connectin the video
platformin d
management
UsesIP cameras,support
suchasH.264
'
ii
rr
I
i r
FireSuppression
&
DetectionSYSTEM
(FM200)
7
andMJPEG,andsupportpowerover Ethernet(PoE) function.
3) Controlsand managesvideosby the NVR, $upportvideo recording,
query,audiointercom,cameracontrol,andalarmhandling.
4) Storesvideos for at least30 days, supportexpansionin accordance
with thecustom.
5) Real-timemonitoringvideo images,clicks on the appropriateicon on
the view to seethe camerascreen.
6) The flexibility to setthe video mode,including24 hoursof recording,
presettime recordingandothervarietyofways.
Monitoring D ata analyze
l) Monitoring databaseanalyzemanagementallows execute, query,
maintain report by createa task. Savesthe report generatedin the
storagezoneand sendsthereportbasedon configuration.
2) Supportdisplaythe databy excel,graph,barchart,pie chart.
3) Customizes
reportsbasedon userand servicerequirements.
4) SupportLogo customization
ofreports.
5) Support different report templatessuch as electricity consumption,
performanceandcapacity.
temperature,
6) Supportclassificationshowof dynamicdataandstaticdata.
Module Accesssecurity Control
l) Accesssecuritycontrol enableto monitor the door statusin real time
and recordsevents such as swiping card and opening and closing
doors.
2) Support Identification (ID)
cards, transmission Control
ProtocoL/Internet
Protocol(TCPflP).
r ) Real-timemonitoringandrecordingpersonnelaccess.
4) Authorizes personnel available region, date, and time of access,
supportdivision of permissions
group.
s) Supportremotemanagementoperationfor accesscontroller.
6) Supportalarm of accessabnormal,suchas illegally open the door or
the door
FM 200 suppression
System
1) Gascontainer.
2) SystemControlPackage
3) RemoteManualControl
4) AlarmBells
5) DetectionandActuationEquipment's
6) OperationAlarms And Indicators
7) DistributionSystemPiping
8) Valves,Gaugesetc
9) DischargeNozzles
l0) Maintenance
I l) Addressable
System
Manu*l Operation
1) Whenthel,l::rualRrl;:as€Sti'iioriis aoivate-!,the;ompleteop,.,.r.'n
sequence
of
ActivationstageI & stage2 areexecutedsimultaneously,
2) Dischargeof the cleanagentmay be preventedby pressingthe 'Stopga
s'pushbutton
at
the controlpanel.However,alarmstatusshallbe remained,
3) If the 'StopGas'pushbutton
is beingpressedbeforethe LED timer reac
hes'0', timer shallrestartcount
down immediately upon releas-epftheswhbutto n.
Storage
Container
,7ff9l!*\
1) The Cylindersshallbe mfigfgrffired in \6$qnce
II
I
(Jrl
/
\/
fq
i&v fl->
:t -.,
I
I
?i
to EuropeanDirect
ive for Transportable
Pressure
Equipment99/36lEC(TPED).
Eachcontainermustbe equippedwith a dischargevalveto discharget
heagentatrequiredrate with a zorLedisable switch Contractorto
submitdetailedroom flow calcualtionsheetsalongwith thebid.
3) Over pressurization
ofthe containershall be preventedby a safetydisc
incorporatedwith the containervalve.
AutomaticDetectorsand Alarm Bells
l) The automaticdetectorsshouldbe combinationIonizationsmokeando
ptical smoke
type. The alarmbells shouldproducean alarm at least90 dB noiseleve
I abovethesurrounding. The bellsshall be installedbesidethe Contro
I Panels.
2) Piping andFitting All piping lessthan 1112"schedule40 seamlesspip
e shallbe used.Above 17l7'-3" shallbe Schedule80.
3) Dischargenozzlesshallbe manufacturedin corrosionresistantmateria
I and shallbe positionedin a mannerto effect a uniformconcentration
at the shortesttims after discharge
4) Room Integritytestshouldbe performedbeforefinal accpetance
and in
caseofleakage,room shuldbe righly sealed.
s) Fire Systemshould be configuredwith shutdownrelays and entire
systemshouldis integratedwith fire panelsand shuoldshutdownall
the equipmentin caseof fire.
IP basedAccessControl SystemFeatures
l) Multi biometricDevice(FingerVein Pattern+ Fingerprint), Full color
LCD Screen,Networking Options: LAN, .WAN, RS485, Optional
Wireless LAN, Integrated Card Reader : Prox, iClass,
MIFARE/DESFire,LargeTemplateStorageCapacity
2) The Datacenterpremisesareto be protectedby a sophisticated
securit
y system that shall compriseintegratedsoftware/hardware,
which con
sistsof:
3) Accesscontroller
4) ENTRY reader- FingerVein BiometricSystemfor DataCentredoors
5) ENTRY reader- ProximityMi farelPinfor non DataCentredoors
6) EXIT releasebutton
7) Electromagneticlock (600lbs)
8) Magneticdoorcontact
9) Emergencybreak glass
l0) Powersupplyunit with metalcase
I l) Cabling,conduit,outlet boxes,junction boxes
12) All materials,equipmentandlaborfor a completeworkingsystem
Specification
1) The controlunit shallbe equippedwith an individu;l addressing
syste
t\
IP basedAccess
Control
System
8
m
-quality.
All equipment
shallbe of high
Thr: _;:is ,:hallbe t-iexible
in teri.',of ph.rriinganc ''mplr. cr :rg.
Futureexpansions
or nodificationsshall be madepossible.
The systemshallbe microprocessor
#edntrolled by a progra
m containedin a non
<rletdile
6) The systemparameters
for a certainapplicationsshallbe setvia tools r
unningon an ordinary personalcomputer.
Power Supply
l) The controlunit shall oontainthe3Amp 12V DC powerssupplyfor the
2)
3)
4)
5)
z,tT#ill:;ffi
fl(/
W*e
?
.V
JB
s-)
"p'w
:T:ffr;*:i
x;5
fflH:'
i.
:.
i1
l:
l:
150KVA Diesel
Generator:
9
EarthPits (for DC &
Generator)
l0
Powercable four coreI 50
mm2
i
t2
!
DataCenter- Security&
SurveillanceSystemwith
NVR
Control Unit
l) The controllershallbe built into steel
sheetmetal housingfor surfacemounting.
2) The housingshallbe tamper
fimrfcontact andbacktamper).
3) The housing shall provide free spacefor fi.rther equipment
150KVA DieselGenerator:
Engineand Alternator Specifications:
l) 3 Phase
2) RatedFrequency(Hz) 50-60Hz
3) RateVoltage(AC) (V) 400/230
4) RatedCurrent(AC) (A) 288
5) PowerFactor(COSO) 0.8 (lag)
6) PowerSupplyAC, 3-phase,4Jines
7) TypeIn-line, 4-strokes,water cooled,direct.injection,dieselengine
8) NumberOf Cylinders:6 / In line.
9) VoltageRegulator
l0) PhaseSelector
l1) Voltmeter
12) IntemalFuel Tank Capacity:350 Liters
l3) Safetyshutdownfor Oil Pressure,WaterTemperature,WarningLights
indicateabnormalconditions
14) 1000Liters externalfuel tank with baseframeand locking
Super-Silenced
AcousticCanopy
1) Freshair providedthroughAcousticLouvers.
2) Hingedand lockabledoor all aroundCanopyfor easyaccess
to DG Set
for routinemaintenancg,
3) Soundlevel within 72 dB (A) at I meter.
4) Canopypaintedwith two coatsof Epoxyprimer and final paintedwith
two coatsof chemicalresistantEpoxypaint.
RCC FoundationPad with all material
Earth Pits specifications
1) Supply& installationof Earthing systemcomprisingof 38 mm dia 10
feet long electroplatedtin copperelectrodefilled with soilconditioner,
earth conductivity enhancementcompound (primary) and earth
conductivityenhancement
compound(secondary)6" dia20 feet deep
bore in soil including brass nut bolt washers, allied material &
in all respectalong with the man hole inspectionchamber
accessories,
- 250 mm dia x 6mm thicknessC,l tin / powder coatedcover with
earthingconductorsandtest terminaipointsas requiredcompletein all
resDect.
PowerCableSpecification
1) Providr,instali& connectthe following450| 750 v copperconductor
gade ?YClarmoredinsulated& sheathedcopper cablesas required
clipr' to surfacewith cleats or on already installed cable tray /
;i',rj:r...., r : pel ,pCr.";iCrr.,i: & dra','.
:ngS,where::;lp'iC;il
le.
2) Note: Contractorto perform site survey and cable size should be
suggestedaccordingto the designedload, temperature,voltage drop
anddistanceby the Contractor.Main Cablefrom Main LT/ATS/AMF
Panel to MDB should be armored.Indoor Cabline from MDB to
flrrthel distributionshouldbe PVC-PVC.
Data Center-- Security& SurveilianceSystemspecifications
l) Minimum 2 MegapixelResolution(Dome/Bullet)
2) Up to 29 ImagesperSecond(ips)
3) Auto BackFocusfor ffipcusing
4) H.264 andMJPEGgf$ffisrtdNrt\
id
R(, it
(I!
i.-'.J
Powerover EthernetQEEE 802.3af)or 24Y
6) Up to 2 Simultaneous
Video Streams
7) Motion Detection
8) VarioFocalLens2.8-8mm
e)
Color andDayAlightCapability.
l0) Web Viewing
l l ) NVR (Network Video Storage) with camera License. Remote
Air Conditioning
4 Tons
Air ConditioningCassette
Type 2 Tons
PowerSwitchsear
Administration,Monitoring, and Managementof Video and Audio
Data.(Minimum Tdays)
12) Logical CameraGrouping.
13) RecordingRateConfigurableper IndividualCamera.
14) Supportfor DS DataPoint Integration.
l5) l6-ChannelNetworkVideo Recorder
16) ManagesandRecordsVideo from IP CamerasOveran IP Network
17) Supportfor StandardIP Video Devices
18) Supportsthe Recordingof JPEG,MPEG-4, and(.264 Streamsfrom
IP Cameras
19) DS Archive Util
Air Conditioning4 Tonsspecifications
l) 4 TonsFloorstanding
2) Sequencecontrollerswitch to managertwo A,/Cunits(Powerroom)
3) Auto RestartOption
4) ThreePhaseInput
Air Conditioning2 Tonsspecifications
1) 2 Tons cassettetype
2) Sequence
controilerswitch to managertwo A./Cunits(NOC room)
3) Auto RestartOption
(ATS with MORlPhase ReversaUMain DB/UPS DB/Row electrical
circuit DB as per design/survey)
l)
Output Main andSubmain distributionshall be of the totally enclosed
typg dust proo{, damp proof and be suitable for floor/surface/flush
mounting,with cableentry systemfrom top and bottom.All main and
sub main distributionboardsshall be factory assembled.Main and
Sub-maindistributionboards shall be fabricatedwith I4SWG sheet
steel, de-rusted,degreased,rust proofed with two basecoats of anticorrosivepaint and paintedwith two coats of heavyenamelpaint in
approvedcolor or powdercoated.
2) Air Circuit Breakers(A.C.Bs), Miniature circuit breakers(M.C.B's)
and molded casecircuit breakers(MCCBs) shall be of the molded
pattemand their switchingleversshall be suchthatthey are accessible
throughthe safetyplate for operation. The short circuit rating of the
circ,.ritbreeriirsshall be as indicatedon the drawing.Each and every
pa;:ei , i".,uiJ rave tren^sijittvoltageSurgeprr:tectiondevice; as r .,1
Tier requirement
of class,ype.
RoddentReppelent
3) All ATSAv1ain/lt4ain/sub
main Panelsshould be providedwith SNMP
basedenergyanalyzers.
Note: Contractorto providemotorizedbreakersaii per approveddesignand
SLD.
Rodent repellent system
Rodentrepellentsystemto be installedin the DataCentreto avoid damage
to the datacabling.Electronic Rat Repellent Specification having the
t7
Anti Staticvinyl floor
l8
Air Curtainrvith door
sensor
l9
Anti StaticMats
20
Hilux DC LED Lights(36
Watts)
2l
22
Cat6aData Cabling
55'' LED TV
Furniture for DataCentre
NOC Area
2) CoversUpto37 Square
Feet
3) UltrasonicFrequency20 -25D8 at20KHz
4) Soundoutput shouldnot be Audibleto Humans.
5) Shouldhaveelectromagnetic
features,completein all respect.
Anti-Staticvinyl floor Specifications
I) Antistaticvinyl floor for Datacenter
arearequiredasper standard
Air Curtain with door sensorSpecifications
l) Air curtainhasto be providedat entryandexit points
sensors
Anti-Static Mats Specifications
l) AntistaticDatacenterMats requiredasper standard
with
door
Hilux DC LED Lights (36 Watts) Specifications
The lighting system shall satisfy the following minimum requirements
1) Luminancein all room:minimum500Lux on the horizontalplane
2) Light colour: standardwhite or daylight
3) SafetyClassI
Cat 6a Data Cabling
l) CAT 6a Based cabling solution for datacentercompletewith patch
panelspatch cords(l&3Meters) cableorganizers,fluke testing etc as
per satisfaction
55" LED TV Specifications
l) 55" 200HzRefreshRate
2) Smartfeature
3) Full HD
Furniture Specifications
l) High quality workstationswith modularside drawer as approvedby
customer
2) High quality Filing Cabinetsin lamination finish as approved by
cusxomer
3) High quality 3 seatbenchas approvedby customer
4) High quality Low Back Staff hydraulicchairswith tilt function fabric
upholsteryas approvedby customer
5) Visitor Chairs Fabricupholsterywith SS frame without hydraulic and
castersas approvedby customer
6) CoffeeTable asapprovedby customer
The Data Center / Sevrver R.oom of the Traffic Operation Center shall be provided with the
following minimum deviceslbr effbctive communica.ionretween TOC and installeddeviceson the
motorway:-
Device
1. CoreSwitch
Features
Basic
Requirements
FeaturesDescription
ModularSwitchwith Deployment
Rack
Switching
capacity
> 10Tbit/sextendable
to 20Tbit/salsoMin slot
bandwidth
> 500Gbii/s
performance
Forwarding
> 5000Mbpsextendable
to 8000Mpps
MainController
Board:2 per chassis
Switchboardg$sQp\ggldsupport:4perchassis
'i(
)
ffiftF}€Bff', k
\?\
flr-d-)
perchassis
3)l
Thedevicesupports
modularfan framesand hot swapping.
The
devicesupports
modularpowermodules,
M+Nredundancy
(RJ-45)
48 port IOILOO/7000
BASE-T
Interfacemodule:1 perchassis
port
(OpticalGE)interfacemodulewith SFPs:
48
100/1000BASE-X
4
At least8-PortlOGBASE-X
lnterfacemodule(SFP+)
withSFPs:
1 per
chassis
Support
for 40 Gbpsinterfaces
Multiplephysical
devices
into onelogical
arevirtualized
device.
A
groupshoulduse uniformforwardingentriesand
virtualization
ThebiddingswitchshouldsupportSDNandpasses
SDNReady
test.
Supportof Value-added
servicelikeWLANController,
Firewall,
lPS,
persystem:32,000
MaximumMACaddresses
Jumboframes(bytes):
9,216
Numberof VLANs:
4,096
GARPVLANRegistration
Protocol(GVRP)
IEEE
802.1A8:
Protocol{LLDP)
LinkLayerDiscovery
(RSTP),
IEEE
802.1d{STP),
802.1s{MSTP)
802.1w
(CoS)prioritization
IEEE
802.1p:Class-of-service
Portisolationin a VLAN
IEEE
802.1X:
Portaccess
control
LinkProtectionin milleseconds
L:1,N:1,and1:Nportm
Remoteportmirrorine(RSPAN)
DHCP
andDHCPrelay
client,DHCP
Server,
DHCP
snooping
from
trustedinterfaceusedto preventattacks
servers
boeusDHCP
DHCP
snooping
binding
table(DAl,lPsourceguard)to preventARP
attacks,DDoSattacks,and man-in-the-middleattacks
(LAr-) support
80.,..1:.d
groups(LAGs)
Numberof linkaggregation
supported:
64
Maximum
numberof portsperLAG:8
Broadcast
stormsuppression
Maximumnumberof Address
Protocol(ARP)
entries:
Resolution
12,000
Maximumnumberof lPv4unicastroutesin hardware:
10,000
Maximumnumberof lPv4multicast
routesin hardware:
4,000
Routingprotocols:
Rl
Staticrouting
Routingpolicy
Bidirectional
(BFD)
Forwarding
Detection
Layer3 redundancy:
VirtualRouterRedundancy
(VRRp)
Protocol
Layer3 Features:
lPv6
lPv4Routingprotocols;RIPvt/v2,OSPF,
BGP,lS-lS
j.,090
Maxnumberof lPv6unicastroutesin hardware:
Maxnumberof lPv6multicastroutesin hardware:
1,000
Otherprotocols:
RlPng,
OSPFv3,
lSlS,BGP4+,
PlM,MLD,MLDv2,
MPLS,
PIM-SM,
PIM-SSM,
PIM-DM
Security
High
Availability
MACLimiting
AllowedMACaddresses,
perport
configurable
lPSourceGuard
LocalProxyARP
StaticARPSupport
ACLs,PortbasedACLs,VLANbasedACLs
MACauthentication
(RADIUS)
Nonstopactiverouting (NSR)-OSPFv2, RIPv2, BGP,lSlS,lGMp v1,
v2,v3
ISSU(ln ServiceSoftwareUpgrade)
Redundant,
powersupplies
hot-swappable
protocolrestart-OSPF,
Graceful
BGP
Layer 2 QoS
Layer3 QoS
QoS
queuesperport:8
Hardware
Supportfor SP,WRR,DWRR,SP+WRR,
SP+DWRR
802,1.p,
DSCP/IP
Precedence
trustandmarkins
Layer2-4classification
criteria:Interface,
MACaddress,
Ethertype,
802,1p,
VLAN,lPaddress,
port
DSCP/IP
Precedence,
TCP/UDp
numbers,
etc,
C o n g e s t i oanv o i d a n c ce a p a b i l i t i e s : T adirl o p a n d W R E D
Integrated
NextGeneration
Firewall
module(Preferred)
OR
external
firewallwithfirewallthroughput
of at least20Gbps
ryg!-t "f C"r.rrr""tr.
per
2. Firewall
Firewall
Requirements
NewSessions second:
200,000
lPSec
VPNthroughput:
L2_Gbps_
Minir-,:lm usersir.rpi:orteo
: 10,000
Maximum
Numberof policies:
25,000
Virtualfirewalls:
500
Avoiding
the vulnerability
exploitation
for Web,Proxy,email,
database
andsto:'ase
servers
Controlling
Insideandoutsidetrafficof Datacenter
for viruses,
intrusionandDOS- DDOS
SSLVPNthroughputL Gbpsor more
At least60 MillionURlsmlut be identified
I
Remote
VPN
access
StaticRouting
Support
for OSPF
PolicybasedRouting
protocols
At least6,000application
mustbe identifiedand
managed
Detectionof NetworkAttacks
DoSandDDoSprotection
TCPReassembly
for Fragmented
PacketProtection
Brute-force
attackmitigation
SYNCookie
Zone-based
lPSpoofing
MalformedPacketProtection
LocalUserdatabase
LDAP,RADIUS
& TACACS+
AdvanceThreatPrevention
Antivirus
Web Filter(HTTP/HTTPS)
Application
Control
DataLeakPrevention
IPS
Statefull protocolsignatures
protocol
mechanisms:
Statefull signatures,
Attackdetection
(zero-day
application
identification
anomalydetection
coverage),
mechanisms:
Dropconnection,
Attackresponse
closeconnection
packetlog,session
summary,
email,customsession
session
syslog
Attacknotification
mechanisms:
Structured
Wormprotection
Trojanprotection
loggerprotection
Spyware/adware/key
Othermalware protection
performance
in Core
LANConiloller/Card
High
ModularWireless
Switch
minimum10,000APsin
musthavecapacity
of supporting
Controller
withmaximumof Five(05)boxesbut with
a singleboxor stackable
unifiedmanagement.
supervisor
engines
andN+1fabricmodules
Supports
redundant
redundanc,r
3. Access
Controller
Access
Contrc'!ler
Requirer:rents
iviustsupprrriIEEE80:.1L aiblgin1;c
equipment
shallsupporthigherlevelQoS.
Theproposed
SupportL2andL3roaming
WiredandWireless
802.1xUserAuthentication
lntegrated
users>25K+
Numberof access
Active-activeand activestandbyfailover
PowerSupply
andFanModule,
Redundant
10Ginterface:
Support
supportof lPv6
Musthavea hardware
dualstacksupporti.e.lPv4,lPv6
Controller
basedHighperformance
enterprise
classAP'swith Dual
(PoE)
Radio
MustSupports
3x3 MIMOandprovidesa minimumrateof 1.2
GbpsperAP.
M ust SupportIEEE
802.tt n/ac
SupportP2PIPZMP
bridge(WDS),
Meshzeroconfisuration
Supportconcurrent
usernumberperAPmorethan200
Support1 x 1GEnetworkport
Industry
compliance:
lP4L
Supportfor 3 spatialstreams
Maximumtransmitpowerfor eachradiono lessthan20dBmand
adiustthe transmitpowerwith a steoof 1 dB
Plugand plav deploymentwith integratedMesh
products
BiddermustquoteonlyWi-FiCERTIFIEDTM
dualradiosupports2.4GHzand5 GHz
lndoorAccess Softwareconfisurable
4. Access
- Controller
APs
shallsupportfollowingmodesof operations:
based
Point
Points(lndoor)
trafficforwarding Distributed
traffic
Requirements StandafoneCentralized
forwardins
SupportslPSource
Guard,DHCP
andDynamic
Snooping
ARP
inspection
in distributed
forwarding
mode
Suppofts
4kVsureeprotection
on networkports
-10eC
Operating
temperature:
to 50eC
(non-condensine)
Operati
ns humiditv:5%*95%
MustSupports
wireless
intrusiondetectionsystem(WIDS),
including
rogueAPandSTAdetection,
attackdetection,
STA/AP
blacklist
andwhitelist.Supportloadbalancing
basedon user
numberanddatatraffic
Supportsecurity
of LocalForwarding.
APsupportsDHCP
Snooping,
DAI(Dynamic
ARPInspection), IPSG( lPSource
Guard) bogus
DHCP
seruerattackdefensein localforwardinsmode
Must have a hardwaresupportof lPv6
Dual stacksupporti.e. lPv4,lPvS
Complieswith IEEE802.17n/acand passedthe certificationof Wi-Fi
Alliance
S u p p o r t s3 x 3 M I M O a r , : i1 . 2 G b i i , r . l .
5. Access
Points
{Outdoor}
A Cd u a l - l i n kb a c k u p
rrotection :,. network pcrls
Support.lkV sr.lrge
'.1,
Si;np^;';
i: inter-i,.:;:
OutdoorAccess 802.1xal;thentication,MAC addressauthentication,and Portal
Point
authentication
Requirements
P o Ep o w e r
}3pg4::!Y_:: gelrr ":;gt-qf!! antenna ports
-1CsC
Operating
temperature:
to 60eC
Ineress
Protection
ratineof lP66or hieher
Musthavea hardware
supportof lPv6
Duarsracrsuppon
r.e.rPv4,
rPvS
I
l
i
I
i
I
ru
zfrfur
e-"Ytl
6. Access
Switches(52
Ports)
(RJ-45)
48 port 10/100/1000BASE-T
Interfaces
ports
4 x L0O0Base-X
SFP
FullLaver2 Manaeed
Stackable
GieabitSwitch
2 x gpticaI Transceiver,eSFP,G
E,Single-mode
Module(13
10nm,10km,
LC)
Throughput
up to: 75 Mpps
Switching
capacitv:
200Gbps
PoEon all downlinkportswith maximumpowercapacity
of 15
wattson all 48 ports
PoE+
of 30 watts
on downlinkportswith maximumpowercapacity
on 24 portsat least
Sunoort
for Stackine
Support
for Qualitvof Seruice
Minimumof 8 queueson eachinterface
Support
for WRR,DWRR
Algorithms
QueueScheduling
Access
Switch Suoport
for TelnetandSNMP
(52Ports)
Industry
standardCLI
requirements Secure,encryptedWeb and CLImanagementwith SSHv2
Two levelsof accessprivileges
MACAddressbasedVLANAssisnment
port-level
802.1X
authentication
requiredsupportfor
including
"GuestMode"feature-sets
RADIUS
Authentication
TACACS
Authentication
or eouivalent
Defense
spoofing
againstDenialof Service
attacks
and MACaddress
NetworkAdmission
Control
IEEE
VLAN,VLANtrunkins
802.1Q,
(MSTP)
IEEE
802.1s
802.1d(STP),
802.1w(RSTP),
IEEE
802.3ad,
Linkaggregation
controlprotocol
Protocol
IEEE
802.1abLinkLaverDiscoverv
I G M Pv 1 , v 2 , v 3s n o o p i n g
Suoport
for NTP
Support
for sFlow
24 oon 10/100.11Ci:i.:
BASE-T(RJ-45]i',terfaces
4.i lCri0Bise-X
5i- ;,;rts
Fulll-ayer? Man;;1eci
2 x u l t i c ; , , . r ar : s c r : i v e i ' , e - ' i F
c ,PS,iG
ngle-mode
7. Access
Switches(28
Ports)
Access
Switch M o d u l e ( 1 3 1 0 n m , 1 C k m , L C )
(28Ports)
Throushput
up to: 40 Mpps
requirements
120 Gbps
Switchinecapacitv:
of 15
FoEon aii downlinkportswith maximumpowercapacity
ports
wattson all 24
of 30 watts
PoE+
on downlinkportswith maximumpowercapacity
on 12portsat least
€'
Support
for Stacking
I
I
;ffi A ""'*.-X.
ffi(/
)Er
W"
\"-N
Supportfor Qualityof Seruice
Minimumof 8 queueson eachinterface
Supportfor WRR,DWRR
Aleorithms
QueueScheduline
Support
for TelnetandSNMP
IndustrvstandardCLI
Secure,
encrypted
WebandCLImanaeement
with SSHv2
privileses
Twolevelsof access
MACAddress
andportbaseVLANAssignment
I
r'
!
i
|'
802,1Xport-level
authentication
including
requiredsupportfor
"GuestMode"feature-sets
RADIUS
Authentication
TACACS
Authentication
or equivalent
Defense
againstDenialof Service
attacksandMACaddress
spoofine
NetworkAdmissionControl
IEEE
802.10,VLAN,VLANtrunking
IEEE
802,1d(STP),
802.1w{RSTP),
802.1s(MSTP)
IEEE
Linkaggregation
802.3ad,
controlprotocol
IEEE
802.1abLinkLayerDiscovery
Protocol
IGMPvl.,v2,v3snooping
Supportfor NTP
Supportfor sFlow
M i n i m u ms w i t c h i n gc a p a c i W
25 Gbps
06 WANgigabitEthernet
Ports
S,,ppq4lqrfedunda
nt powersupplies
ThelnternetEdgeRoutershouldsupportlP routingprotocol
including:
RlPv2,RlPng,
OSPFv2fv3,lSlSv4/v6,
andBGPv4+
andMPBGP
The lnternet EdgeRoutershouldhave RAM:2GB (at-least)
8, lnternet
Gateway
Router
TheInternetEdgeRoutershould
havel/Oexpansion:31/O
slots(atleast)
TheInternetEdgeRoutershallSupportSTP,RSTP
andMSTP
Protocol
Requirements TheInternetEdgeRoutershallhaveLinkLayerDiscovery
for lnternet (LLDP)
TheInternetEdgeRoutershallhaveLinkAggregation
Control
Gateway
Protccol(LACP)
Router
The inlernet Edg::.iouir,;shouldsupport MPLS(12 and L3VPN)
The Internet EdgeRoutershouldsupport IGMPv1/v2/v3,PIM-SM,
Plt\t Dfu1Plr;1_5S1.1
and i\;15DP
T i ' , -. n r e r n e c' : c o eR o u i . esfh o u l ds u p p o r tl G t ' A 'vPL / v 2 l v 3s n o o p i n g
S u p D o rfto r H i e r a r c h i 6 6Qi o S
The jilternet EdgeRoutershouldsupportSPand WRRqueue
schecit.:
ling algorithms
ThelnternetEdgeRoutershouldsupportRADIUS,
TACACS
andIEEE
802.1xauthentications
9. Access
Devices
for
I
TheInternetEdgeRoutershouldsupportVRRP
for lPv4andlPv6
-40"Cto +70"C
GradedevicewithOperating
RequirementsIndustrial
temperature
for Access At reast4 x GESFPintenaces
for up4gfluiffi
qrl)
%#t
;
I
Video
Surveillance
Devices
for
interfaces
for downlink
At least15x RJ-45
Video
lP Protection
erading:lP40or hieher
Surveillance
routinsprotocols
Suooortfor RIPandOSPF
VPN
Supportfor lPSec
powersupplies
Supportfor redundant
Shouldhavea fan-freedesisn
with strongelectromagnetic
Shouldworkproperlyin environments
comply
with
lEEE1613
standards
andshould
interference
(MTBF)
of more
a MeanTimeBetweenFailures
ShouldSupports
than50 vears
anduser-friendlv
Ul
visualized
confisuration
Supoortfor web-based
Realtime monitorins
Alerts
Reporting
Syslog
ProtectionagainstFailover
10.NMS
(Network
NMS
Management Requirements Muttipleviewsi.e.separateview of eachsiteto monitorthe
selectednodesasper requirements.
tool/ software)
Capableof importingmapsfor eachview.
pollingengines
Supportmultiple
provide
andclientlPand
with APaddress
end nodetracking
Should
MACaddress
IP BACKBONEROUTER
Onecore router shall be proposedfor every Motorway Informationmain site.The core router will be
used for connectingthe main sitesthrough 10 GEfiber network ring. The router shall conformto the
following mandatoryminimum specificationsas listed belowrMinimum Mandatory Specifications
t,
The proposedcore routers shall be flexible and upgradeableand basedon a modular design
with minimum of 8 slots for future scalability.The upgradabilityof the nodesmeansthat they
shouldbe upgradedwithout affectingtraffic.
2.
Corenodemust be basedon a Terabitplatform'
3.
Equipmentmust support at leas-i15T of backriane capacifyto guaranteefuture scalabilityand
supportfor high capacityline speedports.
4.
Th,. equinrnentSwi,'':lir : Canacity,:liall sr.rpportnot le.':sthan 7 Tbps and the Forwarding
high cap'city links with linesh.iil su;:pcr, nri less ,;:rari2800 lvlcpsto gu:,.r-anteij
Pe. ,..r'i::..rr:,.;3
proof
scalability.
speedand future
5.
Heightcf the proposedequipmentshouldno more than 14 U.
6.
The deviceshall have separateswitchingcard slots,which is completelyseparatedwith the
main control boards,fo ensurethat doesnot affectthe forwardingwhile singlemasterboard is
failingover.Redundancyin switchingfabricis required,
7.
The proposedequipmentshall have dedicatedTraffic Managementc hip (not integrated with
dwidth and poor QoS
other Network Processorchips) in order to avoid
performancethat may affectsother videosand audios,
r^6''
S1
i{
,\4)'
\4-
8.
The equipment shall be upgradableto 400G/slot smoothly to guaranteesupport of highthroughputline-speedfuture interfacesor high-densitymoduleswith line-speedports to satis$r
the increaseddemandfor bandwidthfor at leastnextten years,
9.
The line cardsshouldsupport flexiblecards,mixingof differenttype sub-cardto insert,to have
the flexibility to usea serviceslot with different traffictypes to maximizeslot usability,
10.
The line cards should support hot-swap of mother-cardsand daughter-cardswhich does not
need configurationfor easytroubleshootingand maintenance(O&M) in caseof a port failure
with minimum influenceto the traffic on other ports.
T1,
Mustbe configuredwith two redundantroute switchprocessormodules.
L2.
Routeswitch processormust haveout of band managementports.
13.
Mustbe configuredwith redundanthot swappableACpower supplies.
14.
The.proposedrouter shallsupportredundantclockmodules
IJ.
Must be configuredwith two redundant modular transport line cards eachwith minimum of
100 Gbpsbackplaneperformance
16.
Mustsupport two 100 GigabitEthernetinterfacesports module
17.
Mustsupport layer-Ztunnelingprotocols
tB,
Mustsupport morethan 12BKMACaddresses
L9,
Must include where required variety of interfacesincluding 1-gigabitEthernetinterface,10gigabitEthernetinterfaces,STMl and 0C192/STM64interfaces,
20.
Theproposedrouter shallsupportQinQwith all kindsof EthernetLine card
21.
The Core node shall satisfy the service requirementsof IP or MPLS bearer networks and
backbonenetworks by providing support for a wide range of featuresand powerful service
processing
capabilities.
22.
The equipment shall support VPN services - LZ/L3YPN and MVPN shall be all deployed
dependingon networkingrequirements.
23.
Shallproviding reliableprotection at different levels,includingthe equipmentlevel, network
Ievel,and servicelevel.
24,
The Core node shall cone with various kinds of bearer network failures and ensure service
recovery.
25.
The Corenode shallsupporteasyevolutionfrom IPv4to IPv6.
26.
Equipment must support a hot-swappablefan system,if a fan fail the equipment must be
operatenormally.
Lt,
Equipmentmust support1588V2,SyncE,Adaptiveclocksynchronization.
zi':.
Eluipment must supportat least4094 VLANsper Interface.
29,
VLANStacking.
EquipmentmustsupportIEEEB02.1ad
30,
The.troposeriioutei si, ,ll supporlSupeiVLAN/ . ub v l,AN,
?1
Theproposedrouter shall supportport isolationwithin VLAN.
32.
The proposedrouter shallsupportVLANMapping.
33.
Equipmentmust supportnode or link switchoverin lessthan 5Omsat L3
34.
Equipmentmust suppoft BGP/ MPLSVPNsfor IPV4and IPv6,
35.
Shall support a variety of reliability technologies,with device-levelreliability greater than
ms recovery and most
99.999o/o,an end-to-end network failure within
comprehensiveBFD,with full-serviceprotectionswi
l l
36.
The network availability is critical for Ministry of Information business,the proposed
equipmentshall supportvarious reliability techniquesmentionedwhich canachieve5Omsfault
convergence
to safeguardthe normal operationof the Ministry of Informationbusiness.
37.
The proposedroutershallsupporthardware-basedBidirectionalForwardingDetection(BFD)of
3.3 ms.
.
o
.
o
Theproposed
routershallsupportBFDfor MPLSLSP
Theproposedrouter shall supportBFDfor TE
Theproposedrouter shall supportBFDfor MP-BGP
r
Theproposedrouter shall supportBFDfor PW
Theproposedrouter shall supportBFDforVRRP
Theproposedrouter shallsupportmulti hop BFD
Theproposed
routershallsupportNon-Stop
Routing
for PIMSSM.
o
o
Theproposedrouter shall supportNon-StopRoutingfor remote LDP
Theproposedrouter shall supportNon-StopRoutingfor T-LDP
o
o
Minimum Mandatory Features
1. As the traffic data of motorway is mainly video and audio, the QoS performanceis a very
important performanceparameter of the router and the following characteristicsare the
minimum mandatory featuresto guaranteehigh quality traffic handling are:o
Theproposedrouter shall support NQAfunction,Suchas DHCPdetection.
.
The proposedrouter shallsupport NQAfunction,Suchas DNSdetection,
e
Theproposedrouter shallsupport NQAfunction,Suchas SNMPdetection.
r
Theproposedrouter shall support NQAfunction,SuchasTCPdetection.
.
Theproposedrouter shallsupport vpn FRR,
Must havefull MPLSfeaturesincludingr
.
.
.
.
.
.
.
.
.
,
.
4.
LabelDistributionProtocol(LDPJ
TargetedLDP(T-LDP)
ResourceReservationProtocolIRSVP)
DifferentiatedServices(DiffServJ-awaretrafficEmployering
MPLSL3VPN[includingCarrierSupportingCarrier[CSC])
IPv6ProviderEdgeand IPv6VPN to ProviderEdge
MPLSTraffic Employering[includingTE-FRR)
MPLSTE PreferredPath
SupportVLL,VPLS,and support Martini & KompellaMPLSLZVPN
Equipmentmust supportthe signalingand controlversionsof VPLSspecifiedin RFC4762
Equipmentmust support L2 Interworking over MPLS; the equipmentshould be able to
interconnectdiffelent L2 pri:tocolsthrougha cir'.:uitPWE3
.
Equipmentmust support L3 VLANinterfacesthat can be associatedto one or more VLANs
or VPLS
.
SupportHoVPN
Provide .ndustry authority EANTCIP / MPLSinteroperabilitytest reports, certificatethat the
interoperabilitywith the high-endrouters of mainstreammanufacturers
Must havefull routing featuresincluding:
andOpenShortest
IPv4 Routing(BGP,IntermediateSystem-to-lntermedi
US-lsl,
PathFirst IOSPF])
and IS-lS.
IS-lS,and BGP,su
SupportMD5of RIPv2,OSPF,
4
\$
.
.
.
.
.
.
.
.
J,
6.
7,
B.
q
Equipmentmust supportroutingprotocolsIPv6 0SPFv3,RIPng,IS-lS,MP-BGP
SupportBGPpeersnot lessthan 4K
Equipmentmust supporttraffic Employeringbetweendifferent0SPFareas
RoutePolicyConfiguration
Virtual Router RedundanryProtocol(VRRP)
IPv6routing
(PIC)
BGPPrefix IndependentConvergence
Shallbe ableto establishOSPFadjacencies
includingBroadcast,NBMA,P2Pand P2MP
Must suppoft IPv6 including:
.
Supportvarioustechnologiesfor transition from IPv4to IPv6:manualtunnel configurations,
automatic tunnel configurations, IPv6-to-lPv4 (6-to-aJ $nneling, Generic Routing
encapsulation(GREJtunneling and Intra-Site Automatic Tunnel Addressing Protocol
(ISATAP)tunneling,
.
SupportIPv4overIPv6tunnelingandIPv6 ProviderEdgeRouter(6PE).
.
SupportNAT44and DS-lite.
.
Shallsupport IFv6 Multicast,IPv6Access,IP FRRfor IPv6,RSVPIPv6,and LDPIPv6.
Must havefull wide areanetwork technologies
and protocolsincluding:
r
PacketOverSONET
.
PacketOverSynchronousDigitalHierarchy(SDHJ
.
Non-Ethernetinterfacesupportup to OC76B
/STM256
.
FrameRelay
r
Point-to-PointProtocolIPPPJ
.
High-LevelDataLink Control(HDLC),
.
Multilink Point-to-PointProtocol(MLPPP)
.
Any Transportover MPLS[AToMj
.
Internet ProtocoiheaderCompression(lPHCj
Must haveminimum of the followingQualityof Servicefeatures:
.
Morethan 3 millionqueuesper system
.
WeightedFair Queuing(CBWFQ)
Class-Based
.
WeightedRandomEarlyDetection(WRED)
.
Prioritl Queuingwith propagation
.
Z-rate3-color (2R3ClPolicing
.
ModularQoSCLI(MeC)
.
S-levelH-QoSso that the traffic canbe managedproperly and the network resourcescan be
usedrationally.
.
SupportMPLSHQoS
.
SupportDS-TE
8 CT
.
In-ServiceModification
.
SupportVOQ(VirtualOutput QueueJ
Supportlow forwardingdelayof lessthan 30ps
.
SupportVoQBufferofl00ms
Mustsuppcrt the foilowingaddedservices:
.
Snpp,::tIPSec,IPSectunnels;switchingcapacitp=10G
o
RET,/1'j
St,i" -:'tvideoenhancement:
Musthaverhe followingmulticastfeatures;
.
Source-based
and shareddistributiontrees
.
ProtocolIndependentMulticastsparsemode (PIM-SX)
.
PIMSourceSpecificMulticast(PIMSSM)
.
Automaticroute processing(AutoRP)
.
MultiProtocolBGP(MBGPJ
.
MulticastVirtualPrivateNetwork(MVPN)
.
MulticastSourceDiscoveryProtocol(MSDPJ
.
Internet GroupManagementProtocolVersions2 and 3 (lG
.
IGMPvZand v3 snooping
10, The proposedequipmentshallhavepossibilityto useone or more interfacesof 100 Gbps,40
STM-16,STM-4,STM'1,E1 interfaces
Gbps,10 Gbps,1 Gbps,FE,STM-2
11. AII the requiredprotectionmu
;
j1,
90I.2 COMMUNICATION SYSTEM CABLES
GENERAL,ANDPURPOSE
The Trafftc OperationCenter(TOC) employsvariousmethqdsef communicationfrom its central
VAX computerto ITS componentsin the field. Voice, dataand video communications
areusedby
TOC. TOC communicates
to ITS devicesthrough fiber optic cable,coppertwisted pair cable IP
telephoneCommunicationand microwavetransmission.Thesecommunicationlines arehousedand
protectedby supportstructures.
COMPONENTS
Components
mustbe selectedasto ensurecontinuitythroughoutthe ITS system.
Support Structure
The supportstructureis that which is usedto mechanicallyaccommodate
the componentsof the
Traffic Management
System(TMS) Hubs,cablevaults,junction boxes,pull boxes,terminalcabinets,
conduitsandinnerductsaredefinedassupportstructures.
Hubs
Communicationhubs are used as informationgatheringpoints in the field. Data from the field
devicesis transmitted
to a local hub via twistedpair copperand singlemode
fiber opticcables.This
placed
datais
on a singlemodeopticalfiber and sentto TOC whereit is compiledfor immediateuse
andstoredfor futureuse.Hubsshall be locatedthroughoutthe ITS system.Hubs aretypicallyspaced
at fifteen (15)Kilometersintervals,andat majorinterchanges,
to facilitateredundantcommunication
links.
CableVaults
Cable vaults are used as pull points, splice locations(with Employer'sapproval)and where the
mainline conduit has major changes in direction. They are also used whenevermainline
communications
conduitchangesfrom PVC to GRSandvisaversa.At least50 feetof cableshould
be coiledandrackedat all cablevaults.
JunctionBoxes
Junctionboxescan be usedas "pull points"for coppertwistedpair. Type 2 shouldbe usedas a
minimumfor mainlinecommunicationcables.The loopsare splicedin thejunction box to shielded
lead-incablesthat run to the loop amplifiersin the cabinet.Junctionboxesusedfor lateralcableruns
may be type2 or 3, with a speciallid whentheremay be traffic on the box.
Pull Boxes
Pull boxesaretypically spacedat 1000foot intervalsalongmainlineconduitruns.Pull boxes,as
pull pointswherecablevaultsarenot needed.
theirnameimplies,areusedasintermediate
Pull boxes
arege:ierallysmallerthani--.able
vaults.Puitrboxes:naybeusedin jackingoperations.
Splicesarenot
in null bo>,:s.
allolv':,.,
Terminal Cabinets
Terminal cabinetsshall be
aluminumNEMA type 3R. Terminalcabinetsaresplicepoints
for the mainlinetwisted copper communicationcable, when a cameracontrol cabinet is not used as
such.Terminal cabinetspacingis basedon the distancethe cable can physically be pulled, generally
taken to be 1600 to 1800 feet. Terminal cabinetsshall not be placed at a low point in the roadway
alignment,unlessthe conduitscan be drainedprior to enteringthe cabinet.All splicesto the twisted
copper communication cable are done above ground in a terminal cabinet,
will
on how manycablesand whattype of equipment
Terminalcabinetsshouldbe sizeddepending
be housedinside,i.e. cameraline amplifiers,numbetof terminalblocks,etc.Therefore,thereis no
standardsizeterminalcabinet,however,continuitythroughoutajob shouldbeconsidered.
cablewith a
A terminalcabinetis alsousedto connectthe mainlinetwistedcoppercommunications
pait cable,
6
to
12
in
from
a
will
range
size
cable.This lateral
controller,via a lateralcommunications
pairsare
on
many
eachpair is copper#22 AWG (sameas mainlinecable).Lateralsize depends how
neededatthe controllercabinet.Sparepairs shouldbe included.
Conduit
Conduit is usedto protect communicationcables.Our mainlinecommunicationsuse 2-four inch
conduits.The conduitis eitherburiedin a trenchor attachedto structures.Whenburied,schedule40
PVC conduitis encasedin red tinted concreteand buried in a trench with fiber optic warningtape
anda #4 insulatedTHWN-XHIIW locationwire. When attachedto shuctures,Rigid Galvanized
Steel,RGS, must be used along with approvedmountingbrackets.All mainline communication
conduitis to havefour-1.12 inchfactorysiliconlined andinstalled,smoothwalled,innerducts.
CommunicationLines
The TOC communicatesto field devicesthroughfiber optic cable, coppertwisted pair cable,IP
telephonelinesandmicrowaves.Fiber optic cableis ableto carrylargequantitiesof dataon a single
fiber. Fiber optic cable is usedfor its communicationefficiencyand to avoid the use of a bulky,
mainlinecoppertwistedpair commuricationcable.
from hubsto the TOC'
Singlemodefiber optic cableis usedfor mainlinelong-haulcommunications
from
the hubs to the field
communications,
for
short-haul
is
used
cable
optic
Muitimode fiber
devices.
to
field
hubs
from
pair
to
communicate
is alsoused
devices.Coppertwisted
The mainlinecablebrings the datafrom the controllersand cameracabinetsfor CCTV on twisted
hub. This datais then put onto singlemodefiber
pairsand coaxialcablebackto a communications
andsentto theTOC.
SYSTEMCABLES
COMMUNICATION
Description
The work specifiedin this sectionshall includethe furnishingand installationof communication
systemcablls and associatedcomponents.Thesepecificationsdefine the types of communication
systemcables and interface equipmc;rtthat shall be implementedon project:rcontainingITS
communications.
'l're
cf
requiredfor the installation
iindtheexpertise
Contl:,,::r -..h:llrrovidr-.nateria!,..?quipi.r,':rt"
TIVIS.
of the
fiberoptic,copper,cameraandpowercablesascomponents
Submittals
With a minimumof 30 calerrdardaysprior to anticipatedconstruction,the Contractorshallprovide
ail documentation,pertainingto the materialsand methodof executionproposedto satisfy the
requirementsof this section.The Employer'sapproval is required prior to commiffing of any
materialsor the commencementof any
I
i
The Employerwill either approveor disapproveeachsubmitteditem within 30 calendardays of
submittal. Actual time for the Employer's review is dependentupon the completenessand
appropriateness
of the documentation
beingsubmitted.Any deficiencieswill requireadditionaltime
for approval.Any delayscausedby suchdeficiencieswill not be eligible for extensionof project
time consideration.
The Employer'sapprovalof any submitteddocumentationshall in no way relieve the Contractor
asspecifiedherein.
from compliancewith the safetyandperformancerequirements
Submittalsrequiredby this item shall includebut not be limitedto the following:
1.
A materialstagingplan.
systemcablesandassociated
Themanufacturer's
specificationsfor all communication
2.
components.
specifications
for opticalfiberspliceenclosures.
3.
Themanufacturer's
4.
A detailedfiber opticcableinstallationprocedureincludingthe following:
a.
b.
c.
d.
e.
Fiber optic cable cutting lengths reflecting the cable order and reel allocations.
Cable pulling plan comprising the exact operationmethodswith the physical locations,
equipment setupand type.
Exact splice points as provided for herein.
Manpower proposed for all equipment, safety, and manual assistoperations.
Traffic and right-of-way control with respectto public safety, if applicable
Cable Installations
The Contractor shall determine a sr.litablecable installation method to allow all cable installation
requirementsto be met in all the conduit sections.A11'.vorkshall be carried out in accordancewith
the highest standardsof craftsmanshipin the communication industry with regard to the electrical
and mechanical integrity of the connections,the finished appearanceof the installation, and the
accuracy a4d completenessof the documentation.
The Contractor shall survey the project site and establishthe exact cable routing and cutting lengths
prior to the commencementof any work or committing any materials. The Contractor shall submit a
detailed installation procedurefor approval by the Employer, which shall addressthe issueslisted
above, under submittals.
All work areasshall be made clean and orderly at the completion of the work and at times required
by the Employer during the progressof work.
QualityAssurance
All work de:;cribedin this sectionshall ineet or erceedthe applicableprovisionsof the following
documents:
f
. i : , 1 1 1 3 1-{! p < ,: : i i c a t i o i '
for Fiber Optic Fibers,Cables,
2. Ei-,i ,+55-1-5(addenduI through5) StandardTest Procedures
andTerminatingDevices
T;'ansducers,
Connecting
3. EIA 27A, Methodfor Measuring(Uncoated)Diameterof OpticalWaveguideFibers
Fibers
MethodForMeasuringTensileFailurePointof OpticalWaveguide
4. EIA 455.-28A,
Interconnection
DeviceInsertionLossTest
5. EIA 455.",i,1,
OpticalFibers
For LongLengthGraded-Index
6. EIA 455-46,SpectralAffenuationMeasurement
7. EIA 455-51,Pulse Distortion Measurementof Multimode Glass Optical Fiber Information
Capacity
Transmission
8. EIA 455-52,Me
$easuring TemperatureDependenceof Attenuation for Optical
WaveguideFibers
I
j
t,
;
9. EIA 455-53,Attenuationby SubstitutionMeasurementfor Multimode Graded-IndexOptical
Fibersor FiberAssembliesUsedin Long Length
I
10.EIA 455-89,FiberOptic CableJacketBlongationandTensileStrength
1l. EIA 455-95,AbsoluteOpticalPowerTestfor OpticalFibersandCables
BufferedFiberBendTest
l2.EIA 455-103,
13.EIA 359-A-1,SpecialColors
Thermoplastic-Jacketed
AmericanNationalStandardfor Polyolefin-Insulated
14.ANSI, C8.47-1983
Communication
Cables.
15.REA, PE-39,TwistedPairCopperCables
Materials
TheContractorshallprovideall productsandmaterialsrequiredfor the installationandsplicingof
interfacedevices.
cablesandpowercablesandassociated
the specifiedcommunications
Communication Gables
cablesare definedas 8.3/125um singlemode,62.5/125um multimode,#22 AWG
Communication
twisted pair copper, ffid multiconductorcameracables. Optical fiber dimensionsshall be in
in EIA,455-27A.
compliancewith the methodsfor measuringasestablished
FIBEROPTICCABLE
GENERAL
Fiber Optic Gable Description
that all fiber
or test resultsthat demonstrates
The Contractorshall provide certifieddocumentation
All
optical
fibersshall
performance
criteria.
optic cablesmeetthe specifiedoptical and mechanical
be identifiableby standardcolor codesas definedin EIA 395-A.All cablesshallbe free of material
flaws and dimensionalnonuniformity'swhichwould:
or manufacturing
cableinstallationpractices,
1. Interferewith the cableinstallationusingaccepted
afterinstallation,
resistance
performance
and
environmental
transmission
2.Degradt:;he
and
interfacing
elements,
3. Inhibit properconnectionto
4. Otherwiseyield an inferior product.
Fiber Optic Cable Mechanical PerformanceRequirements
for completedfiber optic
requirements
Thefollowing definesthe physicalandenvironmental
cable(s):
Singlemode cablesshall be comprisedof optical fibers in a loosetube buffer desigrrof industry
installations
andof dielectricconstruction.
cor:drrit
fcl'undel"':relnd
stri:4:;rd,:rtnstr'.rr:iion
Multimodecablesshall be comprisedof opticalfibersin a tight tube buffer design.Eachmultimode
optical fiber shall be containedin a breakoutstyle cable,with core locked elastometric2'0 mm
by
shall be comprisedof 900 um multimodefiberssurrounded
The 2.0 mm subcables
subcables.
aramidstrenglhfibersand elastomeito form a nominal2.0 mm outsidediameter.
Newton(600
Singlemodeandmultimodefiberopticcablesshallbe capableof withstandinga2,T00
pounds)pull forceduringinstallation.
Fiber optical cablesshall be conshuctedin accordancewith EIA 455.
The completed cablesshall have sequentially numberedlength markers,in a contrastingcolor to the
cablejacket, at regular intervals of not more than one meter along the outside of the jacket. Stamped
on the jacket shall be the cable code to identify the number and type of fibers, the manufacturer's
name and the sequentiallength markings.
The cablesshall be capableof being stored, installed, and operatedat the temperaturerange of -55oC.
to *85oC.
The cable(s) shall be able to withstand bending to a minimum radius of 10 times the cable outer
diameter without tensile load applied, and of 20 times the cable outer diameter with maximum load
applied (during installation),without damage to the cable componentsor degradationof the optical
fiber performance.The fiber optic cablesshall withstand at least 20 cycles at a minimum bend radius
without damageto the fiber optic cable components or degradationof the optical performance. The
cyclic flexing test shall be in accordancewith EIA 455.
The minimum crush resistance of the fiber optic cable shall be greater than 2200 Newton's/cm
without damageto the cable componentsor degradationof the optical performance.
The fibpr optic cables shall be capable of withstanding 2500 impacts, at 5 newton-meters force
without damageto the fiber optic cable components or degradationof the optical performance. The
impact resistancetest shall be in accordancewith EIA 455.
The single mode fiber optic cablesshall be testedfor the ability of the gel filling compound in the
interior of the inner jacket and buffer to resist flow at the above mentioned temperature range in
accordancewith EIA 455.
The fiber optic cable shall be capableof preventing the entry and axial migration of 9 psi pressurized
water when subjectedto fluid penetrationtesting in accordancewith EIA 455.
FiberOpticGableFactoryAcceptanceTest
The Contractor shall provide factory acceptancetest data sheetsfor eachreel offiber optic cable
delivered. These shall be performed by the factory and shall include both-way OTDR traces and test
data for each fiber used in the cable.
The Employer reservesthe right to witness factory acceptancetests of the fiber optic cables.The
Contractorshall perform OTDR testson each fiber cable after delivery andjust prior to installation
of the cable.
The Contractor shall supply the factory test re:'rultsdocumentingthat the cables meet EIA
specificationsas specitiedin theseSpecialProvisions.The Contractorshall submit a 1 meter sample
of ea'.litype ,|':abie to the l rnployeii,,.rapproval.
Fiber Optic Cable Installation
Fiber optic cables shall be installed in continuous lengthswithout intermediatesplicesthroughout the
entire project,exceptat the location(s)specifiedin the Plans.
The cable installation personnel shall be familiar with the cable manufacturer's recommended
proceduresincluding but not limited to the following:
to the cablestrengthelementsfor pulling duringinstallati
Properattachment
2 .Cabletensilelimitationsandthetensionmonitoringprocedure.
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3. Cablebendingradiuslimitations.
at all times.
specifications
TheContractorshallcomplywith the cablemanufacturer's
pulling
ofthe fiber optic cableis
lengths,
bi-directional
long continuousinstallation
To accommodate
asfollows:
approvedandshallbe implemented
From the midpoint,pull the fiber optic cable into the conduitfrom the shippingreel in the usual
fashion.Whenthis portion of thepull is complete,the remainderof the cablemustbe removedfrom
the reel to makethe insideendavailablefor pulling in the oppositedirection.This is accomplished
by handpulling the cablefrom the reel and laying into largefigure eight loopson the ground.The
purposeof the figure eight pattemis to avoid cabletanglingand kinking. The loops must be laid
tangling)andmust be in a protectedarea.The
carefullyone uponthe other (to preventsubsequent
to set
insidereel endof the cableis thenavailablefor installation.In somecases,it maybe necessary
up the winch at an intermediatecablevault. Therequiredlen$h of cableis pulledto that point, and
broughtout of the cablevault andcoiled into a figure eight.The figure eight is then tumed overto
gain accessto the free cableendwhich can then be reinsertedinto the duct systemfor installation
intothe next section.
Installationshallinvolvethe placementof the fiber optic cablesin a specifiedinnerductor conduitas
definedin the Plans.The Contractorshall ensurethat innerductsare securedto preventmovement
duringthe cableinstallation.
terminationhardwareon the fiber optic cablesshall not be pulled over any
The pulling eye/sheath
sheaves.
Whenpowerequipmentis usedto install the fiber optic cables,it must be designedto be usedwith
fiber optic cable.Low speedsshallbe used,not to exceed30 metersper minute.The equipmentmust
show the rate of pull, tensionand automaticallyshut down if any cable pulling parametersare
under
The tensileandbendinglimitationfor fiber optic cablesshallnot be exceeded
exceeded.
andcableguidesshall beused
The useof largediameterwheels,pulling sheaves,
anycircumstances.
to maintain the appropriatebending radius. Tension monitoring shall be accomplishedusing
or load-cellinstruments.
commercialdynamometers
Fiber Optic Cable Splicing
for splicingandconnectingof the specifiedfiber optic
minimumrequirements
This sectiondescribes
cables.The singlemodecablesarethe only fiber optic cablesthatshallcontainintermediatesplices.
All splicing equipmentshall be in good working ordet, properlycalibrated,andmeetall industry
standardsand safety regulations.Cable preparation,closure installation,and splicing shall be
andapprovedindustrystandards.
with i:ccepteC
in accr:rdance
accomplished
Upon ccmpletionof the splicingoperation,all waste materialshall be depositedin suitable
at:zptthle lrli;,nei
of in anenvitonmentally
i,:moveitom the;ob-site,andiiisposed
cont..riner,r.
The Contractor shall use the fusion method with local
splicing.
and detection for all fiber optic
splicelossis definedas
Theaveragesplicelossof eachfibershallbe 0.15dB or less.Theaverage
the
thesummationof the attenuationasmeasuredin both directionsthrough fusionsplice,dividedin
half.
in a singledirectionshallexceed0.25dB.
No individualsplicelossmeasured
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splicecasedesignedfor useon fiber opticcablesin a
Splicesshallbe containedin a re-enterable
manholeenvironmentwheretotal andcontinuoussubmersionin wateris to be expected.
At all fiber optic splicelocations,theContractorshallneatlycoil andsecure50 feetof fiber optic
includingminimumbendradius'
cablein a mannerthatis consistentwith opticalfiber specifications,
SINGLEMODEOPTICALFIBER
Single Mode Optical Fiber MechanicalRequirements
Singlemodefibersshallhavea nominalcorediameterof 8.3um.
Themodefield diameterfor all singlemodefibersshallbe 10 um nominally,with no variation
at 1300nm.
greaterthan1.0um whenmeasured
Single mode fibers shall be containedin a loose buffer tube and multimode fibers shall be
constructedwith a tight bufferedjacket. These configurationsshall be dimensionallysized to
with EIA 455-103.Theinteriorof the
andmicrobendlossesin compliance
minimizelocal stresses
buffer tube shall be filled with a compoundof suitableviscosityto dampenfiber vibrationsand
preventthe ingressandmigrationof water.
Void areasaroundthe individual buffertubesin singlemode cablesshall be filled with a moisture
resistantfilling compoundasa blockagainstmoisturemigration.
A reinforcinglayerof aramidstrengthfibers shallbe appliedas an innerjacket to provideadditional
cablestrengthandprotection.
An outerjacket of UL ratedOpticalFiberNon-conductiveRiser (OFNR)PVC shallbeappliedover
the reinforcingmaterialto provide mechanicalprotection,and to serye as the primary moisture
barrierfor the singlemodecables.The PVC shallbe core lockedto the tight bufferedjackets in the
multimodecables.The cablesheathsshall be designedto meetor exceedthe tensilecriteriadefined
in EIA 455-89.
The singlemodefiber claddingshallhavea nominaldiameterof 125um, with no variationgreater
than 3 um. The non-circularityof the claddingsurfaceshall be lessthan 2 percent'Claddingnoncircularityis definedasthe differencebetweenthe longestand shortestchordseachpassingthrough
the centJrof the claddingand connectingpointson the outer claddingsurface,dividedby the
diameterof thecladdingsurface.
ayerage
Thecorecladdingoffsetshallbe lessthan1.0um.Thecorecladdingoffsetis definetiasth',:distance
betweenthe core centerand the claridingcenter.The coatedsinglemode optical fibersshall have a
nominaloutsidediameterof 500 um, with no variationgreaterihan 15 um and a minimumcoating
fiL,,'l sr'all,as a:ninimul: cr';-viJe
rnoder"nt:.-,'i
aot lessthan50 um. -cingi=
ai anypr-.tnt
thii:liness
EIA
455-28A'
with
in accordance
industrystandardlevelsof tensilestrength,
Singlemodeopticalfibersshailbe 100,000psi glass'
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shallcontain
Fibers
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SingleMo{e OpticalFiber Performance
nC to
of each8.3/125singlemodefiber at the temperaturerangeof -55
Themaximumattenuation
at 1,310
Od50tsftm
+85
E8ndhall bndr0.SedBfl<traat
nominal. The attenuationshall be measuredon a completed reel length of cable
ized to a
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the manufacturer's
length of I km. The measurementmethod shall be in accordance
procedure.
recommended
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All fibers shallbe free from imperfectionsandinclusionsthat would preventthemfrom meetingthe
transmissionand mechanicalrequirementsof this specification.All anomaliesshall be kept to a
minimum,andin no caseshallbein excessof 0.20dB.
ffi
The maximumdispersionat 68
nm.
1,575
1,525
to
of
rcnge
17-20pslnm-kmoverthe
$di tw}frrgslnfl.l,225 to 1,330nm, and
Thecutoff wavelengthshall be 1,200um nominal,andshallhaveno variationgreaterthan70 um.
Single mode Fiber Optic Cable MechanicalPerformanceRequirements
for completedsinglemodefiber
requirements
Thelollowing definesthe physicalandenvironmental
opticcable(s):
Newton(600pounds)pull
Singlemodefiberopticcablesshallbe capableof withstandinga2,T00
forceduringinstallation.
with EIA 455.
Singlemodefiber optic cablesshallbe conshuctedin accordance
MULTIMODEOPTICALFIBER
design'
with a tight-buffered,breakout-style
Multimodefibersshallbe constructed
Multimode Optical Fiber MechanicalRequirements
Multimodefibersshall havea nominalcorediameterof 62.5um, with no variationgreaterthan3 um'
The non-circularityof the claddingsurfaceshall be less than 6 percent.Core non-circularityis
definedasthe differencebetweenttre longestandshortestchordseachpassingthroughthe centerof
the core and connectingon the core/claddinginterface,divided by the averagecore diameter.The
multimodecladdingshall havea nominaloutsidediameterof 125um with no variationgleaterthan 3
um. Non-circulariryof the claddingsurfaceshallbe lessthan 4 percent.Claddingnon circularity is
definedasthe differencebetweenthe longestandshortestchords,eachpassingthroughthe centerof
thecladdingandconnectingpointson the outercladdingsurface,dividedby the averagediameter
of the claddingsurface.
The concentticity error for multimodeopticalfibers shall be lessthan 6 percent,wherethe error is
thedistancebetweenthe coreandcladdingcentersdividedby the averagecorediameter.
fibers :hall havea norninaloutsidediameterof 500 um, with
The acrylatecoatedmulr;inodeoptir.,.'il
no variation greaterthan 15 um and a minimum coatingthicknessof 50 um. The acrylatecoated
multimodefibers shall be coveredwith an elastometricbuffer brining the total outsidenominal
p:-iglass'
:;: i':-tlfiber;siiailbe 100,000
dl3pe,,:i'io100um,The ,';:itlti;noc-,'
The multimode optical fibers shall, as a minimum, provide industry standardlevels of tensile
with EIA 455-28,4'.
strengthin accordance
Fibersshallcontainno factorysplices'
Multimode Optical Fiber Performance
r ange of -55
flC to
multimodefiber at the temperature
The maximumattenuationfor each62.51125
nominal.
+85
FEKIIbe no greaterthan3.0 dBlkm at 850 nm nominaland 1.0 dB/km at 1.300nm
Theattenuationof multimodeopticalfibersshallbe determinedby EIA a55-46'S
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The informationtransmissioncapacity(bandwidth)of each multimodeoptical fiber shall be 600
MHz-km at 1300um. The informationcapacrtyof eachfiber shallbe measuredin thetime domain
environmentand the result shall be expressedin terms of -3 dB (Optical power) frequency.The
methodto determinethepulsedistortionshallbe EIA 455-51.
Multimode Fiber Optic Cable Mechanical PerformanceRequirements
Multimodefiber opticcablesshall be capableof withstandingan 2700Newton (600pounds)pulling
forceduringinstallation.
COPPERCABLE
Copper Gable Description
Coppercablesshallcontain25, or asnotedin the Plans,twisted#22 AWG copperpairs.All pairs
shall be color codedusing standardNorth Americancommunicationindustry colorsto uniquely
identi$ eachpair in the cable.Coppercablesshallbe constructedfor installationin anunderground
conduit environment,with a sheathconsistingof a double coatedaluminum shieldover which a
mediumdensitypolyethylenejacketis extruded.
All cablesshall be filled with a gel compoundto resistwaterpenetrationandmigration.
All coppercablesshallbe constructedin accordance
with REA, PE-39.
Copper Cable Performance
of 9,600b/sec
Coppercablesshallcontainno faultypairsand shallbe capableof the transmission
datacircuitsoverdistances
of 5 miles.
Twisted Pair Copper Cable Installation
terminalblocksandsplicecase.
TheContractor
shallinstallthe 25-pairOSPcableandassociated
shall
Wherecablesare terminatedat terminalblocks in terminalcabinets,the sarnepair assignment
be maintainedfrom existingto new pairs.
The cableshall be terminatedin the cabievault in a water-proofre-enterablesplicecase.The cable
andsplicecaseshallberackedin the cablevault andsealedaftercompletionof cabletesting.
Twisted Pair GopperTesting
Uponcompletionof installation,the following testsshallbe conducted:
Eachpairof 25 TWPcableand6 TWPcableinstalledshallbetesteil.
ratio,andlossat l kHz, fromthehub endof
shalltestfcr continuity,signal'-io-noise
The Contractor
i:t:i-t1e
p;,rir":.,
;\r".-v
:eg::"rntconfeininga p'-'.:ior pairs
ta ih, ,:t,1:end',1'-aterirl
the.nainli;- :-r.'rit-.r
shalibe better
measurements
be
repaired
or
replaced.
Signal-to-noise
exhibitingciiscr:ntinuity
shail
per
mile.
shallbe betterthan2 dB
that 55 dB, and 1 kHz signallossmeasurements
and recorded.
continuityshall be measured
Tip-to-tipand ring-to-ringcontinuityand color sequence
for eachtwisteJpair withineachcablesection.
Thistestshallbe conducted
Copper Cable Splice Cases
{t
The Contractor shall provide and install re-enterablewaterproof copper cable
splice caseenclosuressuitable for a cable vault environment and capableof a
branchspliceof 25 pairsasshownin theplans.
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Copper Cable Protector Block
terminalblock for
The Contractorshall provideandinstalla combinationprotectorblock/punchdown
the protectionandterminationof a Zl-pair OSPcable.
25 protectorunits of the low voltageheatcoil andgastubetype, with goldpins,shallbeprovided
and installedwith the protectorblock.Theblock shallbe equippedwith punch-downterminalsfor
both inputandoutputcablepairs.
Gopper Cable Termination Blocks
The Contractorshall provideandinstallcableterminationson blocksthatarc 25-pairType66 punchType 66 blocksshall be usedfor 24 AWG ISP cables.Unconnectorized
down blocks.Connectorized
andunconnectorized
Type 66 blocksshall be usedfor 22 AWG OSPandrisercables.Connectorized
blocks shall have six columnsof terminalpins, with the left three in eachrow connectedand the
and capableof throughconnectionsusingremovablebridge clips
right threein eachrow connected,
in eachrow.
CAMERACABLE
Gamera Gable Description
Cameracablesshall extendfrom the cameracontrol receiverto the cameraand pan/tilt drive unit.
Thesecablesshall providecamerapower,environmentalhousingheaterpower,panltiltdrive power
and controls,cameralens controls,and additionalwires for presetpositioningof paMilt and lens.
uponthe vendorselectedfor
The numberand size of wiresrequiredin the cameracableis dependent
proper
type and quantity of
with
the
provide
cables
camera
pan/tilt drives.The Contractorshall
by the selectedvendors'
conductorsto enableconnectionasrecommended
as shownon the Plansandas required
The Contractorshall installthe cameracablesand connectors
of the closedcircuittelevisionsystem.
to providefor properoperation
Camera Gable Performance
shall be designedfor long life operationunderadverseweatherconditions.Cable
Cameracables
with vendor
connectorsat the camerahousingandpanltilt drive shallbewaterproofedin accordance
pole
box on
camera
NEMA
Cameracablesshallbe terminatedon terminalsin the
reconrrnendations.
one endandterminalsin the cameracontrolcabineton theotherend.
PCWER CABLE
Power 0able Desc :'iption
powersourceto the Contractor-provided
Pgwercablesshall extendfiom the Governntent-provided
installed
to providepowe.to specifieddevices,
Porvercablesmustalsobe
loc:rlpowertransfi-irmer.
':lci:irali,
'cal
-,1
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sha1lconsistof #3c-8AWG and#3c-10
Powerca;bies
:' rrovi ;.'i
trrr,.--orinr:;.
vi:i
AWG or asapplicable.
Power Cable Performance
with their
of the powercablesshallbe in accordance
Mechanicalandperformancecharacteristics
relevantspecifications.
CABLEVAULTS
CabteRackingin GableV
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After thecablesareinstalledandspliced,cables,andinnerductsshallberackedwith spareconduits
handling
and innerductssealed.Sincethereis substantialrisk of damageto opticalfibersby careless
of the cables,muchcareshallbe exercised,especiallywith regardto observingthe minimum
bendingIimitations.
Lateralcablesshallbe placedbehindthemain cableswhenchanginglevels.
Cablesor innerductsshallbe securedin rackedpositionwith Ty-Rapsor approvedequivalent.
Identification/warningtags shall be securelyattachedto the cablesor innerductsin at least two
locationsin eachcablevault or pull box.
All coiledcableshall be suitablyprotectedto preventdamageto the cableand fibers,Rackingshall
includesecuringcablesor innerductsto brackets(rackinghardware)that extendfromthe side walls
of the cablevaultor pull box.
When all cablesor innerductsat each cable vault and pull box are securelyracked,all unused
conduitsand innerducts,andthe void areasaroundthe conduitscontainingcablesor innerductsshall
be sealedusingsealingmaterialsmeetingor exceedingindustrystandards.
Junction Boxes
In-gradejunctionboxesshallbe placedon a 6-inchcushionofcrushedsurfacingtop course.Boxes
shall be installedbehindbarriersexceptas otherwiseshown in the Plans.Boxesshall be installed
to sustain
flush with the pavingin shoulderareasand shall be supportedby basematerialsadequate
slow movingH-20 designloads.Boxesshall be installedas closeand as practicalto barrierson
pavedshoulders.
Surfacemountedjunction boxesshallbe ratedNEMA 4X and shallbe properlysizedper the NEC.
by theEmployer.
Installation
of thejunctionboxesshallbe in a mannerapproved
Gommunication System Gable Testing and Acceptance
Fiber Optic Cable Testlng
Upon completionof thefiber optic cableinstallation(andsplicing)thefollowing testsshallbe
performed.
Prior to performingthesetests,the Contractorshallnotify the Employer10 daysin advanceso that
theymaybe witnessed.
A recordingoptical time domain reflectometer(OTDR) shall be utilized to test for end-to-end
of eachopticalfiber. The OTDR shallbe equippedwith a 1,300nm and
continuityand attenuaticn
1,550nm light sourcef,,i singlexode opti,rll fibersandan 850 nm and 1,300nm light sourcefor
multimodeoptical5bers.TheOTDRshallhaveanX-Y plotterto providea hardcopyrecordof each
T:.eOTDR shallbe equippedwith sufficientintemalmaskingto allowthe entire
testmeasurement.
lengtii
Tli:; n:,';.'bc ac;ir;yi:Jby usingan optic:ilfiberpigtailo'-:;urficient
cebleir i: n ,i': - ,. -;teC.
normalizatlon
to
display
suff,rcient
with
or
by
using
an
OTDR
to displaythe requiredcablesection,
therequiredcablesection.
tests.
A hardcopyX-Y plot shallbe providedfor all fiber opticattenuation
The OTDR shall be calibratedfor correctindex of refractionto provideproperlengthmeasurement
for the known lengthof referencefiber. The Conhactorshall providethe OTDR aftertype approval
by the State.After fiber testinghasbeencompleted,theOTDR.will becomethe propertyof the State.
Each singlemode and multimodespliceshall be testedfor optical loss using an OTDR. Measure
e splicesand 850 nm for multimodesplices.
at 1300
eachsplicein bothdirections,
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An X-Y plot,from the OTDR,shallbe providedfor eachsplicemeasurement.
Splicelossshallmeet
or exceedthe requirementsof the SpecialProvisions.Splicesto existing fibers shall also be
measuredandrecorded.
A transmission
testshall be performedwith the useof a stabilizedlight sourceand an opticalpower
level meter.Each single modefiber, includingthosespliceto existingsinglemode fiber, shall be
measuredat both 1300nm and 1550nm, in both directions,subsequent
to field andpigtail splicing.
Eachmultimodefiber shallbe measuredat both 850nm and 1300nm, in bothdirections,subsequent
to fiber connectorization.
The light sourceshallbe at the field end andthe power level meterat the
hub. Relativecalibrationbetweenthe two power metersmust be checkedagainst
communications
the samesourceat both the beginningandend of eachsession.Fiber lossshall meetor exceedthe
requirements
of the SpecialProvisions.
Upon completionof the abovementionedtestsall fiber optic cablecoils shall be securedwith ends
cappedto preventintrusionof dirt andwater.
Power Gable Test
All power cablesshall be testedin accordance
with the StandardSpecifications.
Installationof all
communicationssystemcable interfaceequipmentshall be in accordance
with the manufacfurer's
specificationsand the transmissionequipmentrequirements.
For specificlocationsand cable/wire
connectivity,referto the Plansif available.
Testing
Tests shall be performedon all interfaceequipmentthat shall demonstratecompliancewith the
(or powertransformation
transmission
equipmentrequirements
equipment),
Optical fiber connectorsand jumpers shall be measuredat the fiber optic terminationpanel, in
accordance
with testsdefinedin EIA 455-
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901.3 UNIFIED COMMUNICATION SYSTEM
1.I
IPPBX REOUI,REMENT
1.1.1 FEATURE REQUIREMENT
!
Local numberqueryingservice
By dialinga specialprefix on a phone,a subscriber
can querythephone
number,
Callingline identification
presentation
(CLIP) service
The CLIP ssrviceenablesa terminalto displaythe calling party'snumber(short
or long)or name.An enterprisecandeterminethecalling partyinformationto
be displayedon terminalsbasedon enterpriserequirements.
By default,for an
intra-officecall, the numberformat(shortor long)displayedon the called
party'sterminalis the sameasthat of the numberthe calling partydials.For an
inter-officecall, the long numberofthe callingparty is displayedon the called
party'sterminal,
If an enterprisedoesnot enablethe CLIP service,the word "Unknown"will be
displayedon terminalswhencalls comein,
This servicehidesthe callingparty'snumberfrom the calledpartyregardlessof
whetherthe calledparty hasenabledthe CLIP service.The word "Anonymou$"
will be displayedon terminalswhencallscomein.
restriction(CLIR) service
The CLIR serviceis availableonly to a callingparty.
restriction
override(CLIRO)
service
Thisservice
enablesthecalledpartyto viewthe callingnumberwhen
the callingpartyenablestheCLIRservice.
TheCLIROserviceis available
oniyto a calledparty.
Service of call forwarding
unconditional
This serviceallows callsto a registereduserto be automaticallyforwardedto a
presetphonenumberregardless
ofthe user'sstatus.
Service of call forwarding no
reply
presetphonenumberwhenthis userdoesnot answerthe callswithin a specified
duration,
Serviceofcall forwardingbusy
presetphonenumberwhenthis useris busy.
Serviceof call forwardingoffline
presetphonenumberwhenthis useris offline. This servicepreventsmissed
calls.
Serviceof call forwarding
conditionai
uscl io be automaticallyforwardeci;o a
This serviceallows calisto a regi-.rered
presetphonenumber(mobilenumber,oflice number,family number,and
extemalnetworknumber)undera certainc'::rdition.The usercanspecify
fl:nvard-tonumbr:rs
bas';rion th. io':::aglrtr,butes:
mr-ritipie
Userstatus:busy,no reply,offline, andDND
Call source:calls madeby usersin a specifiedcallingnumberlist, inter-office
calls,andintra-officecalls
Time segment:a time point anda time segmentin a day or week
Serviceof call forwarding
immediatelv
This serviceallows callsto forwardto VMS (Voicemail system)by pressing
on.
the forwardbuttonin ringing/connecting/hold
Serviceof call forwardingto
VMS (Voicemail system)
unconditional
This serviceallows callsto a registereduserto be automaticallyforwardedto
VMS regardless
of the user'sstatus.
f''
.*
<l
ry*
1;
\($
\.-
-/
teuor.t
)
!
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Serviceofcall forwardingto
VMS busy
This serviceallowscallsto a registereduserto be automaticallyforwardedto
VMS whenthis useris busv.
VMS no reply
This serviceallowscallsto a registereduserto be automaticallyforwardedto
VMS whenthis userdoesnot answerthe callswithin a soecifiedduration.
VMS offline
This serviceallowscallsto a registereduserto be automaticallyforwardedto a
VMS whenthis useris offline. This servicepreventsmissedcalls.
Reiectionof all forwardedcalls
This serviceallowsusersto rejectall forwardedcallsandplay a notificationfor
the callingparties.
BlacklisVWhitelist
A usercanmakeblacklistsandwhitelistfor the incomingcall process.The user
cannotreceivea oall from the blacklistedusersbut canreceivea call from the
whitelist users.
Anonymouscall rejection
This serviceenablesa terminalto automaticallyrejectall anonymousincoming
calls.
One Number Link You(ONLY)
This serviceenablesmultipleterminalsof a userto displaythe mainterminal's
services.
numberto the calling or calledpartyandto sharesupplementary
The serviceconfigurationsandphonenumberof the main terminal alsotake
effectfor callsmadeby slavephones,
Whenthe ONLY numberis called,the terminalsring in the specifiedringing
mode(simultaneous
ringing,sequentialringing,or overlappingringing)
configuredfor the ONLY service.
diala presetnumberif the
Thisservice
allowsa terminalto automatically
canbe set)seconds
afterpickup.
userdoesnot pressanykeywithin{S,10,15
Afterpickup,a usercanpressthe poundkey(#)on a terminalor IADto
automatically
diala presetnumber.
Delayhotline
diala
Thisservice
allowsa terminalor an analogphoneto automatically
presetnumberimmediately
afterp i c k u p .
Instanthotline
callto a thirdparty.When
Thisservice
allowsa userto transferan ongoing
ends.Whenthe call
the originalconversation
successfully,
the callisforwarded
comesback.Boththe
isforwardedunsuccessfully,
the originalconversation
callingandcalledpartiescantransferthe call.
Blind Transfer
lf the userregistersthe service,it cancallthe 3rd partywhenit is in the
the call,it cantransferthe callto the 3rd
calling.
lf the 3rd partycananswer
party,the userendsthe original
conversation.
Boththe callingandcalled
partiescantransferthe call.
Attend Transfer
Call deflection(CD)
This serviceenablesa userto forwarda call to a third party whentheuser
cannotanswerthe call.
Cail hold serrce
A user can hold an ongoing ca.ilanc resume it iater. rrier a usel'rrolds :; call, the
peer parry hearsthe waiting music.
Call parkservice
at
Ifuser answersa call at onelocationbut needto havethe conversation
anotherlocation,they canhold the call on a phoneandunhold it on another
intra-officephone.If the userdoesnot resumethe call within the specified
andthe heldparlyhearsthe
duration,the durationis 5 min, the call is released,
busvtone.
If a third parfymakesa call to the userwhentheuseris on a call, thethird party
will hearthetoneof callingwaiting,the calledpartyon a call will heara
rgsnl toneof the new call(softclient will senda reminderof new call ), it
Call waitingservice
l
t_
7
iI
i"_,
€uonej
I
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-:
meansthata new useris waitins.
Three-way
callingservice
This serviceallowsa callingor calledpartyto initiatea call to a third party
The partywho initiatesthe call can
without endingthe cunentconversation.
thenstarta three-partyconversation.
Call-outRestriction
by
Restrictionuser'soutgoingtelephoneprivileges(suchas long-distance)
oassword
Passwordchange
A usercanchangethe voicepassword.A usercanenterthe serviceaccessoode,
old password,new password,andconfirm the pass*ordto changethe voice
password.(The confirmedpasswordmust be thesameasthe newpassword,)
Password-based
call restriction
customization
After a usersetsa voicepasswordfor a phone,the phonecan be usedonly
whenthe corrcctpasswordis entered.This voicepasswordis alsousedin the
call-outrestrictioq passwordchange,andremoteserviceregistrationservices.
call restrictionservicerestrictsvarious
The customization
ofpassword-based
typesof call. Someof the restrictedcall typesarelisted as follows:
. inter: intra-officecall
. local:localcall
. ddd: nationaltoll call
. idd: internationaltoll call
. ldd: localtoll call
Call restrictlonon an incoming
trunk
A trunk tandemcall is an incomingcall that is forwardedoutsidethe office
througha trunk. For example,after a PSTN userdialsthe switchboardnumber,
the usei dials0xxxx (0 is an outgoingprefix) insteadofan extensionnumber,
This serviceenablesCall AS to reiecttrunk tandemcalls.
Pin-Code
The devicedetermineswhethera usercanmakean outgoingcall by askingthe
userto enterPin-Code.
Abbreviateddialing service
This serviceallowsa userto call frequentcontactsby dialing an abbreviated
numberconsistingof oneto threedigits. The abbreviatednumberis I digit that
is shorterthanthe shortnumber.
call restriction
Password-based
customization
After a user'setsa voice passwordfor a phone,the phonecanbe usedonly
whenthe correctpasswordis entered.This voicepasswordis alsousedin the
call-outbaning,passwordchange,and remoteserviceregistrationservices,
call restrictionservicerestrictsvarious
ofpassword-based
The customization
call typesarelistedas follorvs:
typesofcall. Someofthe restricted
. inter: intra-officecall
. local:locaicall
. ddd: nationaltoil call
:dd:r::'jg:y3|i"il._
**
{
I
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t**"to.n*;.**
caii barring,
i: ;s"d ;;i ide catl-outba''ing,password-based
ihe voii.epas:rivord
ONLY, andall servicescrncellationservice.A usercanchangethevoice
AccessCode*OldPassword*New
password.
Userinput"Sc'i','ice
Password"to changethe voice password.(Theconfirm
Password*Confirm
passwordmustbe sameasnewpassword)
Co-grouppickupservice
This serviceallows a registereduserto answerlhe calls i?:ra userin the same
pickupgroupby dialing thepickup accesscode.
pickupservice
Designated
This serviceallows a registereduserto answerthe calls for a userin the same
pickupgroupby dialing thepickup accesscodeandcallednumber,
Automaticcallbackbusy
This serviceallowsa userto automaticallycall backthe calledparrywhenthe
calledparty is busy.
Automatic callbackno reply
This serviceallowsa userto automaticallycall backthecalledparfywhenthe
calledparty initiatesa call aftera no-replyperiodandhangsup the call.
Secretaryservice
This serviceallowsan authorizeduser(manager)to registerany intra-office
userasthe secretary.All calls to the managerare forwardedto the secretary
who will keepthecallson hold andaskthe managerwhetherto answerthese
calls.The managercanseeinformationaboutall incomingcallsanddirectly
answerimportantcalls without thetransferof the secretary.Sharedcall
appearance(SCA) allows multiple IP phonesto sharea line. The sharedline is
configuredfor terminalsbasedon the associationbetweenthe managetandthe
secretary.All terminalswill be awareof the statusof the sharedline. Userswho
haveregisteredthe secretaryservicearegrantedwith managerpermissions'
Userswho haveregisteredthe secretarystationservicearegrantedwith
secretarypermissions.
Do-not-disturbservice
or the busy
This serviceallowsthe calling partyto heara DND announcement
tone. A userwho doesnot want to answercalls can registerthis service,After
registeringthis service,the usercannotreceiveany callsbut canstill make
calls.
Alarm clock service
This serviceallowsa terminalto ring automaticallyat the presettime'
Auto attendant
This serviceallowsan enterpriseto setan autoattendantnumberandforward
all incomingcallsto the number.Systemcanplay theenterpriseintroduction
andmenus,forwardcallsto a targetnumber,an extension
announcement
number,or an attendant,andregisteror deregisterservices'An enterprisecan
customizemenusandgreetings.
DistinctiveRing Tone
This serviceenablesa userto determinethe callingpartytype basedon
differentring tones.For example,on-netcall, off-netcall, autocall back.
Remoteserviceregistration
This serviceenablesa userto remotelyregisteror deregistera service.
Cancelingall registeredservices
This serviceenablesa userto dial a specialprefix to cancelall registered
services,suchasCFU,CFB, CFNR,CFO,abbreviateddialing'
supplementary
password-based
call barring,andONLY.
DND,
Voice recordingservice
Enterpriseuserscanpressthe recordingkey on the terminalto manuallyrecord
or enablethe automatic
theconversationduringthe voiceconversation,
whenthe call is
recordingfi.nctionto automaticallyrecordthe conversation
Beforethe recordingbegins,the recordingsystemplaysan
cormected.
indicatingthat the conversationwill berecorded.Thevoice
announcement
recordingserviceis not supporterlin video calls.
Hunt group
I Coleaguesor individualsin the samefield canbe addedto a Huntinggroup.
'.
II Wf. a userdialsthe accesscodeof the group,theterminalsof the group
se.:uentially'
i It",:.,;.--rsi :l q r:itnultrt',r-.usly,
Alarm clockservice
I This serviceailowsa terminalto ring automaticallyat the presettime'
Call barringby systemblacklist
or whitelist
Call barringby systemblacklistor whitelist allowsa userto acceptor reject
callsmadeby a list of users.
Usersin theblacklistgroupcancallonly usersin thewhitelistgroup.
Usersin the ordinarycall baring groupcan call useisin the samegroupor in
the whitelist gtoup,but cannotcall usersin the blacklistgroup.
Usersin the whitelistgroup cancall all users.
Call barring by personalblacklist
frT
6
ft
<r
>l
61
frallbarring by blacklist or whitelist allows a userto acceptor reject calls made
t\
1".
z
auoncR
t
.-l
i{ r:
l.
by a list ofusers.The personalblacklisthasa lower priority thanthc system
blacklist.
ii
theMWI blinks.
Whena userreceivesa newvoice message,
Whena new messagearrivesandthe MWI tumson, a usercanpressa key on
the terminal(or a soft key)to accessthe voicemailboxsystem,andenterthe
Userscan
usernameand passwordaspromptedto listento the voice message.
alsouseouter-officephonesor mobilephonesto dial the voicemessageaccess
codeto accdssthe voicemailboxto receivevoicemessages.
Click to dial (CTD)
This serviceallows a userto click a contactor enterthe callednumberon the
mobileclient to call anotheruser.
I,T.2 VOICE GATEWAY BASIC FUNCTION
Capacity:
4l
Ll
Shallsupportup to 1000users
z',, ShallsupportmultipleendpointssuchaslP phones,analogphones,faxmachineandintegratedaccess
deviceIAD(for Remoteanalog/ faxusers),
OtherFeatures& Specifications
gateway.
Whenthe networkconnection
of lP phonesin
to act asremotesurvivable
1) Shallhavecapability
branchsitebreaksdownwith CallControlSwitch,lPphonesshallbe ableto registerto the voice
gateway.
2\
andSIPinterface,
ShallprovideFXO,BRItrunk,E1{PRl,SS7,QSIG,R2),T1(PRl,QSIG)
andiLBC
G.722,G.722.!,andG.722.2
G.71tA/1t,
G.729ab,
3) Shallsupportfollowingvoicecodecs
4)
ShallsupportFAXabilitywith T.30andT.38
(BusyHour
(calipersecond),
parameter
or BHCC
shallhigherthan10 CAPS
5) Thesystemperformances
not lessthan36k.
CallCompletions)
withl.+1
V,typical-48V)powersupplies
6) ShallsupportAr.i100V-240V)andDC(-38.4V--60
redundancy
backup
'l
!nterf.rce
switch,
7) S! supportEthernei
1 i-bi,ckup,
canautomatically
on
f alogtrunksforonesingleequipment
S ) S h a si lu p p o r t s n o t l e s s t h a n l 4 E l amn od r ea n d T 2 l i n e s a
9)
platformshall99.995%reliability,
shouldbe 10
andmeantime betweenfailures(MTBF)
Hardware
years.
shallbe stored-in
abilitymorethan30 items.Voicemail
the concurrent
10) Shallsupportbuildin voicemail,
buildin CFcard.
portal.Supportat
andwebmanagement
built-invoicemeetingresources
11) Shallsupporthigh-quality,
at all.Eachonemeetinghallsupport60 attendees.
leastL20meetinghalland36Q4Sg4{ees
il
ii
l
-I
ii
and
maintenance,
configuration,
toolfor deployment
12) Shallsupportbuildin web configuration
management
andTlS-based
RTPmediastreamencryption
andmanagement,
13) ShallsupportSSHbasedconfiguration
SIPsignaling
encryption
t4') ShallsupportlPV6.
1,2
BASIC IP PHONE REOUIREMENTS
ThelPphonemustsupport/provide:
pixelswith 2.83"colorLCD
1) 32Ox240
2l Supportat least3 lines
peaker/Headset/Mute/
andnavigation.
4 fixedfunctionbuttons(withLED),
3) Provide10 programmable
4l CallHistory
5) Provide2 GEports(10/100/1000).
802.3af
1),followIEEE
6) SupportPOE(class
Opusand
G.722,G.722.I,andG.722,2,ILBC,
G.7ttA/1t,G.729ab,
7I Shalfsupportfollowingvoicecodecs
AAC-LD
GainControl)/
AGC(Automatic
EchoCancellation)/
AEC(Acoustic
8) SupportACLP(Anti-clippinC)/
NoiseGeneration)/
CNG(Comfort
NoiseReduction)/
JitterBuffer)/ANR(Automatic
AJB(Adaptive
Side
ActivityDetection)/
VAD(Voice
LossConcealment)/
PLC(Packet
AidCompatibility)/
HAC(Hearing
ToneCancellation/VQM{Voice
QualityMonitor)/BuzzCancellation
cansupport1000contacts.
9) Contacts
10) SupportXMLBrowser
viaTR069.
andmanagement
11) Supportremotemaintenance
{ t\
tzl
and
Andthe terminalscanalsobe managed
automatically.
andsoftwareupgrades
Supportdeployment
viathe web.
configured
128)/HTTPS
13) SupportTLS/SRTP(AES
lx.sos/8O2.LX(EAP-MDs/EAP-TLS)
ToS,DSCP.
t4) Support802,1P/O,
1Cl
of 6 parties.
Supportlocalconference
with deskphone,call
profilepicturedisplay,
linkage
display,
nameanddepartment
1 6 ) SupportUCservice:
mcbilityand:o on,
rer:.rding,extension
1.3
HIGH ENDIP EE::lNE REOUIREMENTS
1) 800x480pixelswith 5" colorLCD
2) At least6 lines.
andnavigation.
Speaker/Headset/Mute/
4 fixedfunctionbuttons(withLED),
3) Provide
4l CallHistory
I
I
t__
5)
Provide
L Bluetooth
6) Support3 expansion
modules,
eachoneprovides
40 programmable
key(withLED)
7)
Provide2 GEports(10/100/1.000).
2,not including
8) SupportPOE(class
expansion
board),followIEEE
802.3af
9)
Shalfsupportfollowing
voicecodecsG.7tLA/9,G,729ab,
G.722,G.722.L,
andGJ222,iLBC,Opus
and
AAC.LD
10) Support
ACLP(Anti-clippinC)/
AEC(Acoustic
EchoCancellation)/
AGC(Automatic
GainControl)/
AJB(Adaptive
JitterBuffer)/ANR(Automatic
NoiseReduction)/
CNG(Comfort
NoiseGeneration)/
HAC(Hearing
AidCompatibility)/
PLC(Packet
LossConcealment)/
VAD(Voice
ActivityDetection)/
Side
l
ToneCancel
lation/VQM(Voice
QualityMonitor)/BuzzCancellation
11) Contacts
cansupport1000contacts.
12) SupportXMLBrowser
13) Supportremotemaintenance
andmanagement
viaTR069.
14) Supportdeployment
andsoftwareupgrades
Andthe terminals
canalsobe managed
and
automatically.
configured
via the web.
128)/HTTPS
15) SupportTLS/SRTP(AES
/x.s09/802.tX(EAP-MD5/EAP-TLS)
16) Support802.1PlQToS,DSCP.
17) Supportlocalconference
of 6 parties.
18) SupportUCservice:nameanddepartment
linkagewithdeskphone,call
display,
recording
mobilityandsoon.
,extension
T.4
VIDEO IP PHONE REOUIREMENTS
1) SupportL280* 800pixelscolorLCD,with S"multitouchscreen,
2l
SupportAndroid4.2+OS,supportvoice,videocommunication
3) SupportPOE, followIEEE
802.3af
4l
voicecodecsG.-/!!A/g,G,729ab,
G.722,ILBC
andopus
Shallsupportfollowing
H.264MP/B
P and1080P@30fps,
5) Shallsupport
3.0,HDMIinterface,
MicroSDslotandWi-Fi(IEEE
802.11a/b/e/nl,
6) Shallsupportbuildin Bluetooth
viaTRo69.
andmanagement
7'l Supportremotemainlenance
8) Supportbulidin microphone
with rotationalcamera.
t28\/ 802.1X(EAP-MDs/EAP-TLS)
9) supportTLs/sRTP(AES
10) Supportlocalconference
of 6 parties,
linkagewithdeskphone,call
display,
11) SupportUCservicernameanddepartment
recording,extension
mobilityandsoon.
12) SupportVideoConferences
usercanbe
I
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I
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"r
via listactively.
orjointhe conference
Anduseralso
li
ri
f ,'1
ii
li
ii
is allowedto initiatemultipartvideoconference
upto 16 participants.
1 3 ) Supportvideoconference
controlfeatures:including
multi-screen
switching,
the participant
list,
speeches
statuspresence
andonekeymuteparticipants
capabilities
tI
II
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SP.9O2
ADVANCE
TRAVELLER
INFORMATION
SYSTEMS
902.1 Realtime travel information
It includeall necessary
componentto run fully integratedtravel informationsystemin real-time.A
mobileapplication
builtfor cross-platform
i.e.to be run on android,iPhoneand otherindustrystandard
provider
mobile operatingsystem,The solution
shall includecompleteback-endfunctionalityfor
management
of:
r
r
o
r
r
o
r
o
I
l.
I
I
I
I
I
I
i
RouteGuidance/Navigationsystem
Roadside
weather informationsystem
DynamicMessage
Signs
Drivingassistance
in low visibility
Trafficstatusupdate
Speedlimitsbaseson GPS
Emergency
call
Geofencingto avoidunwantedinformation
902.2 RouteGuidance/ NavigationSystems
componentto run fully integratedRouteGuidance/ Navigationsystemin realIt includeall necessary
time,
of:
The solutionprovidershallincludecompleteback-endfunctionalityfor management
1.
A mobile applicationbuilt for cross-platformi.e. to be run on android,iPhone and other industry
standardmobile operatingsystemas describedabove,
EmbeddedGPSreceiversin vehicleson
Freightersand CargoCompanies,
For Corporations,
boardunits (OBU's) shall be providedat the Toll Gateswith a built-in GPS receiversfor
providingGuidance
andshallalsobeusedfor tracking
t.
t'
I
t;
li.
t_
I
ii
t'r
ii
I
902.3 RoadsideWeatherInforrnationSystemincludingDrlvingAssistance
in LowVisibility
r''.
Weatherstationssuchas shown belowshallbe placedstrategically
at importantplacesall alongthe
precipitationand net visibilityetc. Weather
Alignmentto gatherthe wind, Atmosphericmeasurements,
data shallbe presentedby usingthe accompanied
software.
il r;
I
ii
j
ii
Sincethe major concernedfor the Sukkur-Multansectionis low visibilityunder FOG,therefore,this
feature needsto be very pr6cised.Visibilitywill be assessedand motonrvayusersmay be warned
through,VMS,MobileApplication,MotorwayAdvisoryRadio,Web and FM RadioBroadcast
etc.
I
WINOMEASUREMENT
lt
I
. Wnd speed
. 14inddirection
fiVERVIfWCA!,.lERA
Visualmonitonhgof roadststus
Visuelmonltoring
of ectuelwe€ther
Addonnlghtvlsion
ATt!40SPHEBIC
MTASURgMEJ{TS
. Airienrperstura
. Dbw po;nt
' Relatiie humidity
* NCTRADIATIfiN
SUNSI.III\IE
PRECIPITATIOI{
ANN
VISIFILITY
f[NTfi0L UNITAn*DDATALilG6f
R
. Type of precipitation
" lnton$ity andamount
of precipitation
. Visibility
ANDPBWEftSUPPLY
CA8}NET
CONSIT'ON
ROAS
MT,qSUREMENT
*ATATl]"{tl$tvl
I551CIN
Rosdsurfacetemperature
Subsurfacetemperature
Roadstgtus
Freezingpoint
Wbterlayerthickness
Seftconcentration
Friction
lst r$
t"
t,
902.4 Variable (Dynamic)MessageSign
Variable (Dynamic) MessageSigns shall be placed at important locations strategicallyfor
providingthe informationto the facilityusersas and when required.
General
remotelyfrom the TOCor a
VariableMessageSigns(VMS)are capableof displayingdifferentmessages
gate controlcabinet(suchas for reversiblelanes).VMS can also be operatedlocally.VMSare usedto
give motoristsinformationon crashes,incidents,constructionand maintenanceactivities,reversible
Publicinformationnoticesarealsodisplayedon a limited
lanestatus,and tractiondevicerequirements.
basis.
VMS lettersare typicallyformed by pixels(dots or disks)arrangedin a 5 wide by 7 tall matrix.VMS
which give minimum readability
letters are typically18 inchestall for mainlinefreeway applications,
distancesof 800feet.
displayedon the sign
are two phases(a phaseis the particularpart of the message
ManyVMSmessages
at that time).A messagephasetypicallylastsbetween1.5 and 2 seconds.A car traveling60 mph has
on the VMS(if the motoriststartsreadingat 800feet),which gives
to readthe message
about9 seconds
the motoristhas other
the motoristtime to read a 2 phasemessageunder idealconditions.Because
good
is
very
important.
(including
location
a
steering),
driving
to deal-withwhile
distractions
Location
The ideai locationfor a VMSis on a minimum800 foot sectionof straightroadway,sincethe motorist
VMSshouldbe
a horizontalcurve.Permanent
must pay moreattentionto the roadwhen negotiating
mountedovera freeway,on a structureor signbridge.
for a VMSshouldbe per the MUTCD.
Signspacing
is alsoimportantin VMSvisibility,
Signspacing
The brighterfiber optic/flipdisk hybridshouldbe specifiedwhen the South,Eastor West sky is visible
wherethe North,or no sky,is
diskhybridis more suitedfor applications
behindthe sign.The LED/flip
the
sign.
behind
visible
Technologies
VMS technologycan be dividedinto 3 categoriescommonlyused in the United Employers:flip
(reflertive)disk, light-emittingand light-emittingflipdisk hybrid, The flip disk VMS is the oldest
tech, .;iogy,and usesreflectedlight off of a 2" disk to form the pixel.The light-emittingVMS usesan
Diode(LED)to form the pixel.The hybridusesa flip diskin combination
optic;l fibe; or Light-Emitting
to form the pixel.
technology
with light-emitting
The tight-emittingand hybrid signs are newer, still-developingtechnologiesthat are becoming
visibility,The followingis a
becauseof their increased
popularin the UnitedEmployers
increasingly
synopsisof VMStechnologies:
FlipDisk
diskto form a pixel.The
reflective
that usesa 2" yellow/green
FlipdiskVMSare an oldertechnology
a blankspaceis to be
its
backside.
When
across
pivots
mounted
a
hinge
its
axis
by
on
disk
reflective
i'
t;
!t
;l
ii
ii
l
i:
li
ir
i
shown,the disk magneticallypivots 180 degreesrevealingits matte blackbackside.The pixel can be
illuminatedwith a fluorescent
or blacklight.Evenwith this illumination,
though,flip disksignshave
poor visibilityat night.On the plusside,flip diskVMS havegoodvisibility(about800 feet)
notoriously
with the sunshiningon them and arethe mosteconomicalVMS
to buyandoperate.
i:
il
tED/Flip Disk Hybrid
Thistechnologyforms a pixelby shininga smallclusterof LEDs(about7) througha holein the reflective
pivots180degreesand the LEDclusteris
disk,Whena blankspaceis to be shown,the diskmagnetically
switchedoff.
LEDflip disk VMS are very visibleday or night (about1,000feet), and bright sun will not wash the
messageout becauseof the reflectivedisk.A dimmingsystemshouldbe built into the LEDclusterfor
low lightconditions.
Thistechnologyis well suitedfor retrofittingexistingflip disksigns.
Fiber optic/Flip Disk Hybrid
This technologyforms a pixel by shininga halogen-fed
fiber optic light sourcethrougha hole in the
pivots180 degreesand the light is
reflectivedisk.When a blankspaceis shown,the diskmagnetically
shutteredby a tab on the backofthe disk,suchthat no lightescapes.
The fiber optic/flipdiskVMS is alsoquitevisiblein the day or night (at least1,000feet).An over bright
from washingout
settingon the dimmingcontrolcombineswith the reflectivediskto keepthe message
in brightsunlight.
Fiber Optic
Thistechnologyforms a pixelvia a pairof halogenbulb-fedfiber optic lightsourcesplacednext to each
The fiber
other. When a blankspaceis shown,the light sourcesare shutteredso that no light escapes.
optic VMS is also very visiblein the day or night (at least1,000feet).Thesesignsare more expensive
from
than flip diskor hybridsigns.An over brightsettingon the dimmingcontrol,keepsthe message
washingout in brightsunlight.
LEDCluster
Whena
about60) andis under'development.
formsa pixelvia a clusterof LEDs(usually
Thistechnology
green
LEDs
of
red,
oramber
is shown,theLEDis switchedoff. Theclustercanbe composed
biankspace
point
which car-ibe combined:c form differentcoiors,Thistechnclogyis still not developedto the
cf the LEDs"
,-ifLEDsocciiij,due io differentlightlevi:ls:nd lighldegracJ.rticn
whereu:. .;iirtcoilibinirrg
The LEDciusterVMSis veryvisibleat nightbut canwashoutunderdirectsunlight.Also,coolingsystems
to
must be includedin the VMS housingdue to the heatthe clustersgenerate(whichalsocontributes
the lightdegradation).
Io":
:)
i(
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)iri
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ia
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VMSSystemComponents
ControlCabinet
The VMS cabinet houses the controller, modem, and associatedelectricaland climate control
voltsAC(VAC)forpower,which may be steppeddownfrom 480
equipment.TheVMS requiresL2O-240
be
large
enoughto provideadequateair circulationfor cooling.The
VACif needed,The cabinetshould
cabinetis usuallymountedto the outsideof the VMSsupport(i.e,SignBridge)
Modem
The modemconvertsa twisted pair copperdatasignalto a signalusefulto the controller.Themodem is
1200baud.
Controller
display
functionsof the sign.
Thecontrollerlocallycontrolsthe message
Sign Housing
The sign housingcontainsthe displaymodules,drivers,and air circulationand climatecontrol
equipment.A displaymoduleconsistsof one or more 5 by 7 matrixof pixelswhichform one cMARacter.
lens in front of the modules.
The sign housingis a rain tight, vented enclosurewith a polycarbonate
Adequate
are locatedon top of the housing.
that alternatelyflashon selectedmessages
Amber beacons
catwalks,tie-offs,and signaccessmust be providedfor maintenance.
Comrnunications
hub over singlemodefiber optic
VMS controlsignalsare carriedfrom the TOCto the communications
hub closestto the VMS.A 6
cable.The signalis put on a 25 twistedpaircableat the communication
cablevaultto the modem
pairs
closest
(2
signal
from
the
pair
carries
the
required)
lateral
cable
twisted
andcontroller.
Description
The Contractorshalldesign,furnish,and installa completevariablemessagesign(VMS)in accordance
with
Thesignshallbe installed
Specifications.
the Plans,andthe Standard
Provisions,
with theseSpecial
walkwaysignbridge.
a maintenance
Materials and Sign Display
The lollowingfeaturesshallbe provided:
of
linecomposed
messages
on a horizontal
of Crsplaying
Thesignfacefor rhe VMSsignshaiibe capable
Themo'iulesareformeiiby,-rixei:
.rllbe formedby:ncr.lules.
The i:;<ed
i;iai,':. ,:eld:l-,
:,fii:r: r,,'il':xfie::i,
(dots or disks)arrangedin 5 wide by 7 tall matrix.An 18 inch high matrixis requiredfor mainline
freewayapplications.
For
usedandthe signsapplication.
on the technology
of the VMSwillvarydepending
Theconfiguration
example
2 lineby 22 moduleoverhead,
1.
2.
2 lineby21modg,!4fggd,
*
i!
3,
4.
i'''
l.
2 lineby 15 moduleoverhead,
3 lineby 8 modulepostor trailermounted.
The 2x22overheadsignshall be usedwhen flip diskor LED/FlipDiskHybridtechnologyis applied.The
2x21 overheadsignshall be usedwhen FiberOptic/FlipDisk Hybridtechnologyis applied.The 2x15
DiskHybridtechnology
is appliedfor a reversible
overheadsignshallbe usedwhenFlipDiskor LED/Flip
post
Disk
lanesinformation
sign.The3x8
or trailermountedsignshallbe usedwhenflip diskor LED/Flip
is appliedfor eithera temporarypostmountedor a portabletrailermountedsign.
Hybridtechnology
Messagesdisplayedon the signface shall be readablefrom a minimumof 800 feet, for the 18 inch
matrix.The signfaceshallbe capableof a characterchangerateof not lessthan forty-eightper second.
Thesignfaceshallbe perpendicular
to the roadway.
Flip Disk VMS
two-Employertechnologyto form alpha-numeric
The sign face shalluse pixelsusingelectromagnetic,
symbols.
Eachpixel shallbe comprisedof a 2-inch,two-sideddisk.The two-sideddisksshallconsistof a highly
reflectivefluorescentyellow mylarmaterialon one side, and flat blackon the other side to match in
with the flat blackof the signface.The pixelshallbe internallyilluminatedwith a blacklight,for signs
Disktechnology.
LED/Flip
Diskor FiberOptic/Flip
not employing
LED/FlipFisk HybridVMS
and LightEmitting
technology
two-Employer
Thesignfaceshalluse pixelscombiningelectromagnetic,
symbols.
Diodes(LEDs)
to form alpha-numeric
of a diskand a clusterof highintensityLEDsshiningthrougha holein the
Eachpixelshallbe comprised
disk.The LEDsshallhavea half-lifeof luminousintensityof 3 candelaper pixelThe LEDsshallhavea
for nighttime
half-lifeof luminousintensityof 50,000hours.The LEDsshallhavedimmingcapabilities
operation.
Thetwo-sideddisksshallconsistof a highlyreflectivefluorescentyellowmylarmaterialon one side,and
flat blackon the othersideto matchin with the flat blackof the signface.
FiberOptic/FlipDiskHybrid
technology
and a halogen-fed
electromagnetic,
two-Employer
The signfrce shalluse pixelscombining
'orm
pixel
of a diskand a
bti
comprised
E;.r;h
shall
symbols.
alpha-numeric
fiber opti,;:lightsourceto
fiberopticfibersshining
througha holein the disk.Thelight
snall clusterof highintensity,halogen-fed
per pixel,The lightshallbe completell;
shutteredwhen the blank
intensityshallbe at least27 cancjelas
': Cimming.'ntrcl
fr'.:r-:,;i
the pixelis shi;wn.Th,.iiber:::ha!lbe highquality1':.;sfibe'; ani :ha 1har,';:
Each
fcr the light sourcewith a minimumof three dimminglevels,(night,norrnaland over-brighti,
fails,
the
VMS
light
lf
a
halogen
source
shallfeed a maximumof three modules,
halogenlight.source
message.
shallcontinueto displaya discernible
SignMountingHardware
walkwayallowingaccessfrom
ForVMSthat are installedon an existingsignbridge,a new maintenance
For a new VMS and sign bridge,a maintenance
over the roadwayshouldershallbe constructed.
tion. The sign housingshall be providedwith all necessary
walkwaywill be includedin
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Hardwareincludingsign mountingbeams,verticaland horizontalbrackets,maintenance
walkwaysand
all relatedHardwareto installthe VMS.
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The maintenance
walkwayshallbe a minimum5 feet wide and be equippedwith a foldinghandrailon
the front edgeof the walkwayand eithera safetychainor rail betweenthe handrailand the sign.The
maintenance
walkwayshallbe mounteda minimumof 18 inchesbelowthe bottom of the sign.All
mountingHardwareshallbe hot-dipgalvanized
steeland shallconformto the StandardSpecifications
andthe BridgePlans.
SignHousing
Thesignhousingshallbe constructedof galvanized
steelandshallhavea neat,unclutteredappearance.
The housingshallbe providedwith 120 VACpower.The housingshall be designedto withstandwind
velocitiesof 80 mph with 30 percentgust factors,be constructedas an environmentally
controlled
front face.
cabinetwith a clearpolycarbonate
All componentsof the VMSshalloperatewithout degradation
due to vibrationscausedby traffic and
wind.
The interiorsidesof the signhousing,excluding
the signface,shallbe coveredwith insulationratedat Rwithinthe sign.
or condense
6. Thesignhousing
shallbe ableto drainwaterthat mightpermeate
TheVMSexteriorshallbe shoppaintedwith the followingcoatsof paintas a minimumin the orderthat
follows:
r
o
Onecoatof primer,(red).
Two finishcoatsof paint,{matteblack).
The interiorof the VMSshallbe shop paintedwith the followingcoatsof paint,as a minimum,in the
orderthat follows:
.
o
Onecoatof primer,(red),
Onecoatof paint,(matteblack).
priorto painting.
whicharenot stainless
steel,shallbe galvanized
All steelcomponents,
at no additional
costto the Employer.
Paintdamaged
from shipping
or installation
shallbe repaired,
for approval,
to the Employer
TheContractor
shallsubmitfinalcolorsamples
Allcr,,isof palri shallbe ;:t leasttwo milsihick.
Corrosionprotectionbetweendissimilarmetalsshallbe provided.
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SignFeatures
The sign housingshall have adequatethermostaticallycontrolled,filtered, forced ventilation.The
ventilationsystem/with the useof blowersorfans, shallbe capableof two volumechangesof the VMS
housingper minute.A manualoverridetimer switchshallbe locatedin the localsigncontrolcabinetat
the baseof the sign bridge,The overridetimer switchshall be capableof turning on the ventilation
systemfor up to one hour,in one minuteincrements.
Filtersfor the ventilationshallbe on the intake
and exhaust.Thefiltersshallbe standardsizeandtype,and easyto replace.
The sign housingshallhave one thermostatically
controlled500-wattheater.A manualoverridetimer
switchshall be locatedin the localsign control cabinet.The overridetimer switchshall be capableof
The ventilationand heating
turningon the heatersfor up to one hour, in one minute increments.
systemsshallhaveseparatethermostatsand overridetimer switches,which shallbe clearlymarkedas
to whichsystemthey control.
convenientlyplacedinside
The cabinetshall be providewith one 20 amp, 120VACduplex receptacle,
the cabinet.The cabinetshallopenfrom the front; havestainlesssteelhinges,and a two-positionstop
assembly.
1'hesignfaceshallbe modularin designsuchthat the displayunitscanbe easilyremovedand installed
by the use of a screwdriver,Wiringfor each displayunit shall employ connectorsfor ease of unit
replacement.
Theconnectorsshallprovidea positivelatchthat locksthe cableto the displayunit.
Communications
betweenthe signcontrollerand the TrafficOperationCentre(TOC)shallbe through22
Communications
AWGTwistedPair{TWP)to the fiber optic hub andsinglernodefiber opticcableto the TOC.Thecopper
twistedpairfrom the signto the fibershallbe 4 wire E&Mcardssupplied.
Control
with andcapableof
TheVMSandsigncontrolssuppliedunderthiscontractshallbe fullycompatible
Model
beingoperatedby the computersystem.Thesigncontrolcomputershallbe a Ferranti-Packard
Electronics
Ltd.or approvedequal.
by Ferranti-Packard
2001"manufactured
equipmentin a cabinetat the baseof
Localcontrolshallbe providedfor the sign.Localcontrolincludes
selectionand operationfrom
message
sign
is
located
to
allow
sign
the supportingsignbridgewherethe
or nearthe roadwayshoulder.
suppliers,
variesr,vrth
the followingfunctionsshallbe
Whileai:ualequipment
withinthe c;rl,.inetry
of beingperformed
from the localcontrolpanel;
capable
dimmingfeature.
shallhavean automatic,adjustable
TheLEDs
shalldenote
for displayon the sign.A visualindication
shallbe selectable
A minimumof 16 messages
is beingdisplayed
on the sign.
whichmessage
Theabilityto run test patternson the
ry diskelementin the signface.
{
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Selectivitywhether to have the sign face blank in the event of a power failure or loss of
displayed.
or to havethe lastmessage
communications,
ventilationandheatingoverridetime switches.
VMShousing
with the localcontrolshallbe installedin the cabinetin a neat and orderlymanner.
All itemsassociated
Wiringin the cabinetshall
Accessto terminalboardsshallbe providedwithout movingany equipment.
be boundin a neatmanner.
LocalControlCabinet
The localequipmentshallbe providedwith a new signcontrolcabinet.Thiscabinetshallbe fabricatedof
sheetaluminummeetingNEMA3Rspecifications.
anodized
The cabinetdoor shallemployclosedcell neoprenegasketingplusdrip shieldto assurea weatherproof
Thedoor shallbe held by a verticalstainlesssteelhingeand be providedwith a two position
enclosure.
The cabinetdoorsshall be providedwith springloadedconstructioncore lockscapable
stop assembly.
a BestLockCompanyCXseriescore.TheContractorshallprovideone Best"R" construction
of accepting
core with two keysper cabinet.The locksshallnot protrudebeyondthe front of the doors.The cabinet
Thecabinetshallbe equippedwith mountingpansandterminal
door shallbe ableto swing180degrees.
or fluorescentlight shall be mounted in the cabinet and
Strip boardsas required.An incandescent
controlledfan and
be providedwith a thermostatically
cabinet
shall
The
activatedby a door switch.
vents.
associated
ControlSystem
The VMS control system shall include all excavation,backfill,conduit, wiring, and all Hardware
with providingpower and controlbetweenthe localcontrollerand the sign.lt shallalso
associated
all softwareand any neededHardwareto ensurethe VMS is
and installing
includewriting,providing,
fully compatiblewith and completelycapableof beingoperatedby the computersystem,while
requiringno additionalsoftwarebe installedin the Server.
Requirements
Construction
Signlnstallation
on the signsupportstructureat the locationandasshownin the Plans'
TheVMSshallbe installed
New Conduit
fittingsand couplings
All conduitsshalluse hot-dipgalvanized
All conduitshallbe hot-dipgalvanized.
straps.
steel
and shallbe attachedto the signstrlcturewith sti:inless
shallhavethe le;IersV.M. brazedonto the lid. Lettersizingfor the
Junctionboxesfor the VMSsyste;-n
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be::i;brrilrrdtcr:heimoloyerforapprcval.
b;,
typ.r
anil
varioursize-"
and if the VMSis located
on: 1)the signbridge,if appropriate,
cabinetshallbe installed
The localcontrol
in the
on a signbridge.or 2) on a concretefoundation,in closeproximityto the sign,as designated
personnel.
by maintenance
is easilyaccessible
Plans.Thecontrolcabinetmustbe in a
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SignTransportationand Delivery
TheVMS,localcontrolcabinet,and componentsshallbe packedand loadedfor shippingso no damage
will occurduringshippingand storage.The Contractorshallnotify the Employerof signdelivery5 days
priorto delivery.
ShopDrawingsand Documentation
!:
ShopDrawings
Thefollowingshop drawingsshall be submittedto the Employerfor approvalpriorto signfabrication.
Employerapprovalnormallytakes 30 days.lf the drawingsare returnedwithout approvalanother30day approvalperiodwill occurafter resubmittalforapproval:
L.
2.
3.
4.
5,
6.
Parts list
Signhousingand localcontrolcabinetfabricationdetails
Equipment
layoutwithinthe signhousingandcontrolcabinet
Detailsof mountingHardwareand mountingmethod
Electrical
schematics
of the signhousingandcontrolcabinet
Theactualdeadloadof the signshallbe noted
Documentation
Thefollowihgdocumentation
shallbe suppliedwith eachsign.
7.
2,
3.
4.
Signtechnical
description
andoperationprinciple.
andpartnumber.
Partslistincluding
description
manufacturer
procedures.
Maintenance
scheduleincluding
component
testingand replacement
Schematic
anddiagrammatic
wiringdrawings.
Testing
The VMS will be tested in order to checkthe operationof the sign.The Contractorshall designate
qualifiedrepresentatives
followingthe complete
for the test.Thistest shallbe conductedimmediately
of the VMS.The Contractorshall demonstratethat all functionsof the sign and local
installation
The lightlevels
in the presence
of the Employer,
controllerare operational.
Thistest shallbe conducted
VMSshallbe adjustableso that nightand day levelsare acceptable,
as determined
of the light-emitting
by the [mployer.
period
a 20-day::'!al
Upon .,iisfactionof the Employerthatallfunctionsof the rv:;temareoperational,
shall
The
wlthout
major
or
interruption
of
of conr;inuous
operation
begin.
signshalloperate
breakdown
operaiionas a systemdueto anyfaultof the equipmentprovidedfor this project,Thefollowing"hallbe
obs.':.'l iu'ing the te"t perioC.
It is assumedthat all equipmentshallbe in workingorder at the beginningof the test. Therefore,
adjustmentor replacementof componentsshall be consideredas a malfunctionand causefor
of the test period,
termination
to the Employerandthe Contractor.
Thetest periodshallbe startedon a date mutuallyagreeable
Thesystemshalloperatefor 20 consecu
houtmalfunction.
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for the Contractorto providepersonnelto be in attendanceduringthe 20'
Althoughit is not necessary
period,
informed of a malfunction,the Contractorshall respond with a
being
upon
day testing
who is thoroughlyfamiliarwith the operationof all partsof the system.
representative
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the test andtest time shallbe stoppedandthe malfunctioncorrected.
Upon detectionof a malfunction,
by
the Employerto be a majorbreakdownor interruptionof operation,
is
determined
malfunction
lf the
20-daytrial periodagain.lf the malfunctionis consideredto be
the
the test time will be resetto start
the testtime will continuewhenthe problemis corrected'
minorby the Employer
Warranty
The Contractorshallprovidea warrantyperiodof 6 monthsfrom the datethat the VMS(includinglocal
completesthe system acceptancetest' This quality
control cabinet and equipment)successfully
shallcover eachpieceof equipmentand shallbe providedby the manufactureror agentof
assurance
saidequipment.
of the VMS providedunderthis contractand shall
The warrantyperiodshallapplyto all components
includethe following:
of parts usedduring this warranty periodshall be by the Contractorat no cost to the
Replacement
Employer.
every3 monthsfor the 36-monthperiod.
preventative
maintenance
scheduled
Regularly
repair shallcommencewithin 24 hoursof notificationby the Employer.
Emergency
of the VM5, one reflectivedisk/LEDmoduleshall be furnishedfor the sign.This
Upon acceptance
to the Employer.
moduleshallbe delivered
Measurement
as "Warranty- Variable
VMS will be measuredper each.When describedin theseSpecialProvisions
shallbe for the sum total
shallapply,but me,isurement
unit of measurement
Sign",no specific
Message
of all itemsrequiredto providethe warrantyasso Employedand specified.
Payment
The unit contractpricepereachfor "VariableMessageSign"shallbe full payfor performingthe work as
specified,including maintenancewalkways,control system, local control cabinet, field located
of wiringand relatedwork betweenthe localcontrolcabinet
coordination
equipment,
communications
andshrp drawing:'
doc';mentation
andthe VMS,includinginstallation,
tign" shallbe full payfor all cos : related
: ..,. ump :ij:-. ri.i:i:-,:ti
,4t}/- VariableMecsage
1 {tr "W
i-.i-'i
paid
at
the completionof the first preventative
:. Halfoi :nisitem will be
to the warrantyas speciii'maintenanceservice,ancj the seccnd half paid at the completionof the second preventative
service.
maintenance
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Areas
CallSystems,Wi-FiHotspotalongthe Alignmentand Designated
902"5 Emergency
suchthat the distancebetweenthe SOSshallbe 4 km
ProvideSOSat every2 Km alternatively
with TOC.
to fiberopticsfor the communication
on eitherside.SOSshallbe connected
box
housed
in robustaluminum
to workon Motorway,
will be designed
calltelephone
Theemergency
vandals.
and
protection
the
environment
against outdoor
button;it will offer
ANSWER
with oneCALL/
standardstelephony,waterproofing1P65,and lightening
The unit will meet all the latestEuropean/UK
protectiontogether with offering the level of performanceand reliabilitydemandedin such an
environment.
The systen:shcll be ir>;ciforl
'
.
.
Emergency
callpoints
basedon GISlocation
Rapidresponse
Integrationwith rescuevan/carfor automatedlocationbasedresponse'
The Main Featuresof the systemshallbe
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GSMoptionsavailable
Analogue
andVolP-SlP/
Standard
andSMART
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rt
a
a
a
a
a
3
a
a
a
a
a
a
a
a
a
ToneMultiFrequencY)
DTMF(Dual
most PABX,PBXand PAXsystems.
with
Matching
Mainbodywith wholemetalbody,solidand temperaturebearable
Handsetfree, build-inloudspeaker,
standardto ITU-TK21
Resumelightningproofprotectionautomatically
WaterproofgradeaboutlP55
with
The metal shell is providedwith groundingconnectiondeviceand is absolutelyinsulated
shield'
innercircuitand electric,then hasthe effectof electromagnetism
if the other sideclose'
Supporthotlinecall,canrealizeringoff automatically
Totallyadopt SMTCcraftworkkeepverygoodquality'
stylecanbe chosen.
KNEM-23Thedesignis superthin andsmart.Embedstyleand hanging
(optional)
Everycallis limited(setby five minutes),auto ringoff if time exceeded.
(2000)
Thetelephonehaspassedthe certificateof lSO9000
whentelephoneon/OFF'
Built-inCCTVcamerawiltopen/closeautomatically
openand/closewhenthere'sa phonecallcoming'
Bluelightautomatically
OVERlP- SIP
UseVOICE
o
o
o
o
Connectiontype: RJ45Socketinsidesealedenclosure
External24Vdc
PowersuPPlY:
lnitiationProtocol(SlP)
Callset-upProtocol:Session
DHCPor StaticlP addressprovisioning
Configuration:
indexes:
Maintechnical
with feeding
Applicablefor varioustYPesof SPCexchangeand dispatchingexchangesystem
voltageof 48-69V.
r0%*9s%
humiditY:
Relative
temperature: 30c-60c
Ambient
noise:350dB (A)
86-106KpaCircumstance
Atmosphericpressure:
Soundlevelof ringing: >70d8 (n) . fW speaker
group: 697, 770, 852. 941H2,
frequency
low
frequency:
Standard
deviationi s!L.s%
frequency
group : 1209' 1336, t477Hz,
frequency
high
signal-level:
3Km
line
service
lf
-9dBt3dB, high frequencygroup : - 7dBt3dB,
Standardfrequency:low frequencygroup :
2t1dB' the total
level difference between low and high frequencyof compoundsignal:
of harmonicwave is lowerthan the basiclevelby at least
distortioncauseijby intermodulation
20dB,
output impedanceis 600O'
index:(5KM):LR<12,RLR<-1,STMR)10,
Calltransmission
in the memory
Superstrong function is availablefor dialing 12 groups of numbersstored
r is16digits)
(maximumlengthof
<s
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902.6 Web PortalandKiosks
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The Contractorshalldevelopedthe web portalfor the Motorwaywhich providesAdvanced
etc. and shall havelinksfor providinginformationand transactionas
Travelerlnformation's
requiredto all formof transportations.
shallbe placedfor providingaccess
by the Client,the Kiosks
At all importantplacesas.defined
to theWebPortal,7,;1,i;i;:;:';
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9A2.7 FM RadioChannel(BroadcastingSystem)
tl
The Contractorshall provideFM RadioChannel(broadCastingSystem)alongwith all the
requiredequipment,hardware,transmitters,towers,repeaters,furniture and fixture etc.
of the FM RadioChannel
completein all respectfor the functioning
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All the
licensefrom PEMRA.
NHA wilt helpthe Contractorin obtainingthe Non-Commercial
period
will
by the
be
borne
fees, chargesand annualservicecostsduringthe maintenance
Contractor.
may be achievedby installing720ft high towersat every50 kms alongthe
FM transmissions
Motorway.
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shallbe providedin the Centerwhile a sub-studioat
One mainstudiofor CentralBroadcast
each end shallbe provided.The sub-studioshallbe connectedwith the Main studiovia the
fiber optic, Eachstudioshall have at minimum 2 KM transmitter,UPS10KVA,lP Phones,
andshallhaveminimum3 to 5 Rooms.
Generator
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902.8 Motorway Advisory Radio {MAR)
General
HighwayAdvisoryRadio(MAR)is used as a driver informationsystemto warn motoristsvia their car
radio of constructionand maintenanceroadwayclosures,and major traffic incidents.MAR has an
advantageoverVariableMessageSign(VMS)becausemore detailedinformationcan be relayedto the
motoringpublic,givingthem the chanceto use alternateroutes.Both the RadioShopand the TOC
shouldbe includedin any planreviewinvolvingMAR.
all alongthe Motorway.
MARshallbe placedat importantlocationsstrategically
la
Restrictionson MessageContent
MAR messagecontent shall be restricted by PEMRAand may restricts MAR messagesto noncommercialvoiceinformationpertainingto trafficand road conditions,major incidents,traffichazards
andtraveladvisories.
BasicOptions
All MAR systemscontainthe followingthree components:a modulatingsource,a transmitter,and an
the modulatingsourceand transmitterare locatedin
antennasystem,In the simplestconfiguration,
at a singlesite.
pole-mounted,
weatherproofenclosures
Major Componentsof MAR Systeh
1) MAR Signs
MARsignstell the motoriststo tune to the MAR broadcastwhen beaconsabovethe signare flashing.
Thusgivingthe
MAR signsare typicallylocatedon the approachlegs of majorfreeway interchanges.
from the
far
enough
be
located
should
Signs
or
closure.
motoristamplewarningto avoidan incident
(15-20
to
message
twice
listen
seconds),
alternateroute to give motoristtime to locateradio channel
(approx.60 seconds)=
and divertto alternateroute'
The distancefrom sign to alternateroute on a 55 mph freewayshould be approximately1 L/2 to 2
sign
from the MARtransmitterto its MARsignshouldnot exceed2 miles.Existing
miles.The distance
not
have
to
should
shouldbe usedwhen placingMARsign,exceptthat the motorist
spacing
standards
take their attentionfrom a difficultstretchof roadway(sharpcurves,merges,etc.)to tune radio.MAR
signsshouldbe locatedwithin sightof a CCTVto visuallyconfirmthe statusof flashingbeacons.
MAF .ignflashingbeaconsare controlledby radiosignalsfrom the TSMC.Whenthe beacons
Existing
to radio
areturned on or off, a confirmationDTMFtone signalis re:urnedbackto TSMC.A disadvantage
operator
uses
or
the
on,
turned
sign
is
being
when
the
is
radio
traffic
lf there
controlis lackof reliability.
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sign
.
:
s
h
o
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M
a
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be acti'r'rteu.
t h e w r c ; , gf r e q r j r i - ' . ' . . . r ^ , : 1 ! , , ; - . v i r l
control.
Thestandardis "TRAFFIC ADVISORY / TUNE 530 AM / WHEN FLASHING" on a 7'by 15',
blackon yellowsign,
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Externallllumination and FlashingBeacons
eitherremotelyor from sign,when
8 inchamberflashingbeaconswith cadetvisorsshallbe activated,
to be heard'
thereis a MARbroadcast
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Antennaand Mount (radiocontrolledsigns)
frequencyin
at designated
A 3 elementbeam antennacapableof transmittingand receiving
MHz.Theantennashallbe fastenedto a signpostwith a mastmount,
ControlCabinet
NEMAtype3Rwith a
aluminum,
anodized
enclosure,
Thecontrolcabinetshallbe rainproof,lockable
fromgroundlevel.
hingeddoor,accessible
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Transmitter/Receiver
and
is locatedin the controlcabinetand mustbe capableof transmitting
The transmitter/receiver
frequencyin MHz.
at at designated
receiving
Encoder/ Decoder
anddecodesDTMFtonesa n d
is locatedin controlcabinet.Thisunit encodes
The encoder/decoder
istripped.
relay
reportsbackto TSMCandon/offstatusof theMARsignwhenexternal
RelayPaneland PowerSuPPIY
in controlcabinet.
powersupply
arelocated
Therelaypaneland
Key Switch
The key switchallowsfor controlat the MARsignand is mountedbelowthe signon a signpost.The key
switchhi:sthree positions:"manualon" for controlof beaconsat the MARsign,"off" to turn the signs
andequipmentoff,and "autoon" to remotelycontrolthesign.
beacons
2) MAR Transmitter
that the MARsignsare covering'Typicallythe
The MARtransmitteris usuallylocatedat the interchange
transmitteris locatedwithinthe open areawithin a loop ramp,sincethe transmitter'santennarequires
a 100 foot minimum radiuson the ground.The MAR transmittershouldbe locatedon the highest
of the transmission.
to aid reception
groundpossible,
The MAR transmitteris controlledremotelyfrom the TSMC,via phonelinesor (preferably)mainline
cable.Themaximumtransmitteroutput is 10 watts.
A MARtransmittersetupconsistsof the followingcomponents:
Antenna
The antennais center or top loadeciverticalfeaturinga low-loss,embedded,weatherproofloadingcoil
':::
of #8
{,,;i,ilart,* a l.;'lcd,:. \4lr;-i .;nteni,tl.The antenla systemincludesa groundplaneconsisting
placedin a horizontalplanea minimumof 100feet in radiusfrom the
copperconductors
non-insulated
antenna.
controlcabinet
NEMAtype 3R'The cabinet
typically
enclosure,
weatherproof
.,luminum,
Controlcabinetis an anodized
keys'
cores
and
series
CX
ctor suppliedconstruction
shouldbe lockab
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AM Transmitter
The transmitteris locatedin the controlcabinet.The amplitudemodulatedtransmittermust be FCC
to an AudiosinebrandmodelAM10WSAM.
equivalent
typeaccepted,
VoiceStorageUnit
Voicestorageunit is locatedin controlcabinet.Thevoicestorageunit shalldigitallystore 60 secondsof
(inputover phonelinesor mainlinecable).The voicestorageunit shouldbe equippedwith
message
DTMF controlcapability.
RelayPaneland PowerSupply
Relaypaneland powersupplyarelocatedin controlcabinet,
t
I
902.9 Road User Internet facility through Dedicated Frequencyon LTE
1.1 CoverageArea
The systemshallprovideradiocoverageto coverthe wholefranchisearea;coverageareawill be
RFIDcards
alongMotorway.Thesolutionprovidedshallalsoprovideaboutl millionWiFienabled
with the BaseTowerStations(BTS).
for communication
1.2 CarManagementService
Eachcar from different entranceat the Toll Gateswill get a WiFi enabledRFIDcard (with WiFi
chip) and return it backto Toll Gateswhile exiting.In additionto provideWiFi,this will ensure
also'
efficiencyaswell as RFIDcardmanagement
roadtoll management
RFIDcard connectedto wirelesseLTEbasestation, recordthe positionof Toll Management
stationwhen givento driver,when the driverexits out of Highwayand returnthe RFIDcardto
Toll Managementstation.Basedon the locationsthe distancetravelledmay be calculatedand
Tollfeesmay be computedby applyingthe TollRates.
Service
1.3 InternetAccessing
The drivercanaccessthe internetthroughthe WiFl enabledRFIDcard,whichcantransformthe
LTEsignaltoWiFisignalbetweenBTSandCard'
To provideinternetservicewith high speedon highway,the WiFi enabledRFIDcard shallhave
on the high speed.lt shall
the functionof mobile WiFi,guaranteesteadydata transmission
peakdatathroughputof
with
theoretically
providehighlyreliablewirelessbroadbanddataaccess
downlinkand 50Mbpsuplinkin 20MHzbandwidth'
1OOMbps
2.A 0verallNetworkDesign
eLTEsolutionshallhavewith threeparts:
.
Top networkLaYer
Network layershall includecore network providingcore switch centerfor terminalsbetween
differentbasestation (BTS)and connectingto the lnternetgatewayto providelnternetservice
for all network
for Smart phoneand personallaptop.OSSsystemshallprovidemaintenance
(RFID
servermay be partof
elementsandRFIDserverto manageandstorethe dataof RFIDcard
systemsunderSP-903).
trafficmanagement
r
Layer
Transmission
c4nnect.;lleLTEbasestation,
iayersh,,llbe a fiber ringalongthe Highway,'to
l-heti.ns,-nissir,,..
gateway.
transmitthe datafrom the terminalto datacenterand Internet
o
TerminalLayer
Theterminallayershallbe a WiFi EnabledRFIDcard,providedto the driverto transformthe LTE
air-interfaceto WiFi interfacefor smart phone and laptop to connectand have high speed
Internetserviceall alongthe Motorway.TheRFIDcardcanrecordthe distanceandTollfeesmay
be calculatedby
RFIDServer
Core Network
:
::
{'ttt}
&
BTS
BTS
.t
fi
{
il
RFIDcard
RFID card
ly
E
Smart Phone Smart Phone
\
--.%r
X:ll'.,'-I;iLl
G-:IlD
-
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*ll
Laptop
Laptop
3.l Perfcrmance
lt shall
eLTEsystemshallbe designedand developedbasedon the provenadvantageLTE technology.
peak
of
throughput
data
with
theoretically
data
access
provide highly reliable wireless broadband
100Mbpsdownlinkand 50Mbpsuplinkin 20MHzbandwidth.
bandwidthcan be configuredupon scenarios.This shall offersflexible
Inherently,the uplink/downlink
solutiorsfor industrialusers, where the uplink multi-streamvideo transmissionis alwaysa cruciai
dernanti.
pr,:vide
-. optimaimobilitymanagementalgorithmsto en*ttreterminal
The Ll'*. celluiarbased ner'.,vork
Stee'..rtiata
,;LTE ,,,'ril bo :apable io gtj:n:-l-ir':i$i:;
us,.:; rruft ;:ltntlcverirr 1i'=,.-spr:;d mr-veme;ia,
at
350KM/H.
on the highspeedrailwaytravelling
transmission
evenin the celledgeareadue to various
eLTEsolutionshallbe capableof improvinguser'sperformance
from
algorithms.Especiallyfor situationslike highbackgroundnoiseand interference
of anti-interference
both intra and inter frequency networks. By adaptive allocating of the wireless resource:i with
and shallmaintaina goodperformance
eLTEsolutionshallmaximizethe spectralefficiency
optimization,
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(9
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NetworkDeployment
3.2Flexible
Besides,
eLTE
to 400MHz.
from1,8GHz,1.AGHz,800MHz
solutions
spectrum
multiple
eLTEshalloffers
widely
harmonized
The
20MHz
bandwidth.
10MHz
or
in
3MHz,
SMHz,
shallsupportnetworkdeployment
complexity.
thedeployment
whileminimizing
implementations,
ensurehighlyefficient
frequencies
For largescale
full scalablenetworkdimensions.
eLTEshallpromotes
For variousindustryscenarios,
200thousands
up to 1500basestations,
of supporting
the largecorenetworkshallbe capabte
network,
deployment'
network
or nation-wide
theneedsof state-wide
users,20000trunkinggroups,whichsatisfies
the mediumcorenetworkshallbe capableof supportupto 30 basestations,
Formediumscalenetwork,
groups.
20000usersand4000trunking
Furthermore,platformbased devicesof eLTE shall supportflexible networkdeploymentscheme' For
example,to expandnetworkcoverageand to decreasethe costs of networkconstruction,RRUs can be
installedlar awayfrom a BBU (maximumdistanceis 20 KM). ln the meanwhile,the Node B can be
in staror chaintopology.
connected
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sP-903
[]
The primaryobjectiveof the freeway/ MotorwayTrafficManagementSystem(TMS)is to improvethe
safetyand efficiencyof peopleandgoodsmovementon the freewaynetwork.Theseimprovementsare
accomplishedthrough various measuresthat are intended to reduce traffic congestion,fuel
consumption,
traveltime,andaccidents.
AdvancedTrafficManagementSystems(TMS)
{t
Purpose
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The entire systeminstall in control room shall be interlinkedwith traffic managementsystem.The
solution providerwill ensurethe reliabilityand real-timepropertiesrequiredto effectivelymanage
on criticalpoint ideally
trafficflow. The providedsystemshouldensuresoptimalusageand safepassage
installin every5 KM, both under normal conditionsand during periodswhen plannedeventsor
unexpectedadverseconditionssuchas inclementweather,laneclosures,vehicularincidentsand heavy
monitor and
volumecan impactthe normalflow of traffic. lt shell allowsits clientsto cost-effectively
real-time
respond
to
conditions
and
emergency
improvetheir operations,enhancesafetyand rapidly
situationsusinga fully integratedsoftwaresuite.
a
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basedGUI
GISmapaswell asschematic
videomanagement
Seamless
digitaland analogue
Electronic
signcontrol,remotelychangeroadspeedlimit/ laneclosures/etc,
Highdigitalpanelswith at least30" X 36" sizeor vendorrecommendation.
etc)
andcontrol.(GPRS/EDGE/3G
Wireless
mediumfor real-timemonitoring
facilitymanagement
with one solution
andtechnical
Allowstrafficoperations
management
regarding
an incidenton a singleUl
all information
to summarize
"Totalsituationawareness"
Alarmpagingto managecomplexemergencyeventsby onlya few mouseclicks
data
Historical
data recording,
trendingon real-timeand historicaltraffic
Trafficandequipmentma
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sP-903.1
Electronic Surveillance (Data Stations), Roadway (Microwave) Detectors and RFID
Readers
Electronic(dataStations)/ InductiveLoops
sensors- lnductiveLoopsat every10kms
of the roadway)
in thepavement
Thein Roadway(embedded
TollGates
at selectedlocations(notincluding
underSP-903.3),
alongwithRFIDReaders(as described
rampshallbe installedandshall
andat entrance
beforeandafterthe interchanges
andWIM)especially
andgap)suchas
providebasictrafficparameters
(e.9.,volume,presence,
speed,headway,
occupancy,
showninthe imagebelow.
for
weathersuchas rain,fog,andsnow.lt shallprovidebestaccuracy
to inclement
It shallbe insensitive
accurate
for obtaining
lt shallbe a commonstandard
withotherusedtechniques.
countdataas compared
models
excitation
datausinghighfrequency
lt shallalsoprovideclassification
measurements.
occupancy
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2.
MicrowaveDetectors
on sidesalong
at every10kmalternate
sensor- microwave
detector
shallbe installed
The over-roadway
betweenthe
all alongthe Motorway
underSP-903.2)
camera(as described
with longhaulsurveillance
At the interchanges
the inductiveloopsshallbe installedas
and not at the interchange.
interchanges
above.
described
to inclementweatherand shalltake the direct
The detectorsmountedon Pole shall be insensitive
provide
parameters
(e.9.,volume,presence,
occupancy,
speed
and
shall
basic
traffic
of
measurement
suchas shownintheimagebelow.
andgapexceptstoppages)
speed,headway,
tl
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RFIDReadercat every10 km on eachLane(GantryMounted)
The RFIDreadersshallbe installedat every10 kmsfor EachLaneto be usedfor locationof vehicles
SP-903'3.
systemas definedunderspecifications
alongwithALPRcamerafor TrafficIncidentDetection
pole
also.
the
on
one
of
mounted
be
shallalso
underSP-903.2)
TheIonghaulcamera(asdescribed
3.
EFfcwrWr
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sP-903.2
A,
Video Surveillanceand MonitoringSystem
GENERAL
Location
1.
Findingthe correctlocationfor CCTVis extremelyimportant,Locationsshouldprovidea clear line of sight
Camerasused in low light conditions(such as tunnelsor parkinggarages)
obstructions.
with m-inimal
shouldbe locatedso that the main view will havethe cameralookingaway from brightlight' Lookinginto
brightlightfroma low lightconditioncauseswashoutof the videoimage.In the caseof a tunnelcamera,
thJfirst camerawould ideallybe locatedat the tunnelentrancefacingintothe tunnel'
CCry camerastypicallycan turn 355 degrees.This 5 degreeblindspot shouldbe orientedat a location
non-criticalto viewing.
CCTV is locatedalongthe highwayat a maximumdistanceof 5 Km betweencameras.The camerasshall
up to about3 kms.
givesadequatemonitoringcapability
A camera is typicallylocatedat each interchange.This allows monitoringof ramp meteringas well as
ramp queues.A minimumof two camerasshouldbe placedat interchanges.
Camerasshould,where feasible,be locatedso that the messageof an adjacentVariableMessageSign
(VMS)can be read.This allowsfor visualverificationof VMS status'
It is often desirableto locate camerasas high as possibleover the roadway,to a maximumof 60 feet.
The camerapole is typicallybetween30 and 50 feet tall. However,camerasmountedon retainingwalls
and under structuresmay riot need a pole. ln rare instancesa 60-footpole may be used, but only when
seryiceaccessis locateddirectlyunderneath.
The best cameralocationwill often be on or nextto an undercrossingbecauseof the increasedaltitude
over the roadwayor view of an interchange.
-an lf possible,the camerashould be locatedoff of the bridge
affecton camerareliability(usuallythis affectis minimal).
have
can
bridge
of
the
structure.Vibration
Often however,becauseof obstructionssuch as trees, the bridgestructurewill clearlybe the best place
to installthe camera.ldeallythispolewouldbe locatedabovea bridgecolumnor bentto reducevibration'
A less desirablealternativeto bridge placementis to place the camera adjacentto the roadway,a
maximumof 10 feet from the bridge stiucture,and extendinga minimum30 feet above the top of the
undercrossin;.The cameramay thln be servicedfrom the roadwayon top of the undercrossing.
The roadwaylcoksvery differentfrom 40 feet in the air than from down on the ground.An extra 10 feet of
pole height can meanihe differencebetwe,:i a sign bridgeblocking50 feet of roadwayview or 1,000
feet.
CCTVSystem GomPonents
2.
Most CCTVcomponents,exceptfor cabinetsand twistedpaircable,will be obtainedunderproprietary
CCTVcomponents(the first 3 listedare locatedon the camerapole)are as follows:
requirements.
2.1 Csrnera
The cameramust be equippedwitha sun/rain
the videoimagefor transmission.
The camera'captures
visorto protectthe
t_
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for
(cameras
arefavoriteperches
fromsunglare,rain,andbirddroppings
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open or closethe iris for lightcontrol,and focus
birds).The cameracan remotelyzoomfor magnification,
the videoimage.
2.2 Panffilt Unit
The pan/tiltunit is responsiblefor the movementof the camera.
2,3 Junction Box
This junctionbox is locatedat the top of the camerapolebelowthe pan/tiltunit. Controlcablegoes into
the junctionbox and is terminatedon terminalstrips,fromwhich the appropriatecablesgo to eitherthe
cameraor the pan/tiltunit.Coaxialcableleavingthe cameragoes intothe junctionbox on its way to the
cameracabinet.
2.4 Control Receiver
The controlreceivergets controlsignalsover 4 wire twistedpair wire or over multimodeopticalfiber,from
hub,for the pan/tiltunitand the camera.Controlcableleavesthe control
its associatedcommunications
polejunctionbox.
camera
way
to
the
on
its
receiver
2.5 Coaxial/FiberOptic Converter
This deviceconvertsthe video imagecomingfrom the cameraovercoaxialcableto an imagecarried
overmultimodefiber opticcable.
2.6 CameraCabinet
opticconverter,and the power
The cameracabinethousesthe controlreceiver,the coaxial/fiber
for cooling.The
provide
adequateair circulation
to
enough
be
large
panel.
The cabinetshould
distribution
location.
cabinet
from
camera
the
visible
clearly
should
be
camera
Communications
3.
Camera control signals are carried from the TOC over single mode fiber optic cable to the
hub nearestthe camera.The signalcontinueson singlemode fiberopticcable to the
communications
junction box
controlreceiverin the camera cabinet.A controlcable connectsthe controlreceiverto the
and camera.
The video signalleavesthe cameravia coaxialcableto the junctionbox, and then to the cameracabinet'
The coaxial/iiberopticconverterin the cameracabinetputs the signalontosinglemodefiberoptic cable.
The singlemode fiber optic cable leavesthe cameracabinetto the cable vault, then backto the closest
backto theTOC.
hub,and then continues
communications
B.
TYPE.i
[. ,:tg ]i:ul lr,-elligentPTZC ::ilerdsfor MotorwaySurueillance
1.
upto3 Kms,25 X
poie MountedSurveillance
lP lR PTZi-lDCameraat every5 km capableof recognition
equal
>
approved
or
COHU
Kms
by
6
& detection
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lntelligent PTZ Camera for Interchanges,Toll Building, Service Areas, Weigh Scales,
Parkingareasetc. and ITS DevicesSurveillance
1)
progressive
L/2.8'2.0 megapixel
scanCMOSimagesensor;
2l
Maximumpixels1920(H)x 1080(V);
3)
AutomaticICR;day/nightsurveillance;
Minimumluminance
multicolor
B/W 0.006|ux
0.06lux(F1.6),
(F1,6);
4l
LensFocallength4.3mm- 129.0mm,optical
zoom3Ox,digitalzoom
20x;
5)
CameraAngleof rotation : Horizontal0' - 360', Vertical-10'- 90';
6)
Maxirnumnumberof presetpositionsis 256;
7l
SupportTourscan,and patternscan;
for eachscanline ;
Tourscan:Eightscanlinesand32 presetpositions
patternscan: A maximumof fivescanlinesand10 minutesfor eachscanline
MJPEG
8) Video codecstandard:supportH.264HP/MP/BP,
s)
1920x1080,1280x720,720x576(PAL),
720x480{NTSC),
SupportvideoResolution:
52x240(NTSC);
352x288(PAL),3
SupportFrameRate:30fps,
25fps,20fps- lfps
Video bit rate : 100Kbpsto 8Mbps ;
10) Supportvideointelligentanalysis(Tripwiredetection. Loiteringdetection. Intrusiondetection,
Abandonedobjectdetection. Removedobjectdetection);
11) *Support widedynamicrange86db;
function;
12) Supportdefogging
13) 5upportlightinhibition;
14) Supportdigitalwatermark,streamencryptionusingthe AES728/L92/256;
1.5)Supportvideobuffering;
protocol: ONVIFand openSDK
16) Supportaccess
alarmoutpu!
alarminputand 2-channel
17) Support8-channel
L8) SupportAudio poil : L-channelaudio input and RCAaudio port
L':) SupportA.rrdicencodi -:format:G.7l1a/G.7t1':/G.725
20) SupportVoicecommunication:Voice intercom(a sound pickupis required),Voice broadcast,
Channelassociatedvoice
2tl lnfraredradiationdistanceof 120metersand intelligentcontrol;
22], Supportthreetypesof streamsl
23l, SupportmicroSDcards
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storagefor videoand maximumcapacityis 32 GB;
additionally)
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AC24V!25%;
24) PowersupplyDC24VL2A%
25) Operatingtemperature-40? to 60"C;
26) SupportlP66;
27) SupportCE, FCC. KCCproductcertification.
3.
lP NetworklR BtllletGamerafor Inside of Buildings
1)
progressive
scanCMOS;
L/2.8'2.0megapixel
2l
Maximumpixels1920(H)x1080(V);
3)
Lens: focal length2.8mmto 12mm, motorizedzoom,auto focus;OnePushfocus,Synchronism
focus
4)
Infrareddistancemaximum30 meters;
5)
Supportcorridorformat (aspectratio9:16);
6)
function;
Supportdefogging
7l
Supportmanualfocus,auto focus,one-pushfocus,synchronousFocus;-
8)
Video encodingformat: H.264,MJPEG
g)
Video resolutionand frame rate:1920x1080,l-280x720,720x576,'ftQx480, 352x288,
352x240
Maxim frame rate:30 fps/25 fPs
10) Predefinedfour typical scenarios:Indoor/Outdoor/Action capturing/Lowillumination;and
eight user-definedscenarios
1L) SupportDynamicbit rate;
and PKIdigitalcertificate;
802.1xauthentication
authentication,
12) Supportusernameand password
encryptionalgorithm
13) Streamencryptionusingthe AESL28/L92/256
14) SupportVidec bufferingWhendetectingalarmssuchas motiondetection,lensmask,and Boolean
valueoutput;
valueinput,the systemlinksBoolean
a!',iminPutand i-channelalarn:output:
1.') Itc lessth. r 2-ch'Lrnel
16) supportDC12V!25%.AC24Vt25To,PoEpowersupply.The DCadapterand PoEare hot standby
for eachother;
17) SupportlP66;
18) supportaccessprotocol: ONVIFandopen SDK;
-40'Cto 60"C;
temperature:
19) Operating
20) SupportCE. KCC. FCCproductcertification.
c.
.l
Video cloud recording platform
HardwareRequirements
Ll
Adoptsthe cable-freedesignwithin the cabinet.
2l
two independentsystemdisksand
Installsthe devicein a standard19" cabinet.Possesses
the two systemdisksas redundantarrayof independentdisks1 {RAID1) to ensure
configures
systemdisksecurity.Supportsat least36 data disksfor a singledevice.
?l
and hot swapto enhancesystemsecurity.
dualpowersupplies
Supports
4l Supportsredundantbasicinput/outputsystem(BIOS)to enhancesystemsecurity.
s)
systemdisksfrom data disksto enhancesystem
Adoptsthe modulardesignand separates
reliability.
6)
*Rllows SATAand SASharddisksto be installedin the samediskarray.Supportshot swapand
capabilityof 6 Gbit/sfor SAS
of faultydisks.Supportsa minimumprocessing
onlinereplacement
channelinterfaces.
7l
*Suppofcssoft start of harddisksto avoidlargecurrentattacksto cabinetpowersupplywhen the
disksare poweredon.
8)
Configures
two 64-bitIntelXeonquad-coreCPUswith a frequencynot lessthan 2.2 GHzand with a
cachenot lessthan 10 MB.
qi
(canbe scaledto 96 GBat
e memoryof et least16 GBandsupportsmemoryscalability
Provides
most).
10) Providesone 10/100Mbit/s Ethernetinterfaceand supportsthe lntelligentPlatformManagement
serialport,and one DBL5VGAport.
one RS-232
2.0(lPMl2.0)protocol,
Interface
networkportsand providesredundant
at leastfour 10/100/1000Mbit/s self-adaptive
1 1 ) Configures
capabilities.
connection
,1
a . l" \
^iorag., me.:laniri;;.i.atis,th.l:toragedoesnot deperrdon the operating
*Adonr: the :, .;ck
{BS)
systemandfilesand repeateddata rewritingdoesnot generatediskfragments'
disksto be readwhen multipledisksin the RAIDgroupare
datain undamaged
1 3 ) *Allows recording
damaged.
14) *SupportsRAID5 for dataharddisk ;
1s)Supportthe permanen
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nit number{LUN)storagetechnology,
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data
whilemaintaining
evenif multipledatadisksin a RAIDgrouparedamaged
readable
availability.
When a
amongRAIDgroups(at leasttwo RAIDgroupsare required).
16) *Supports loadbalancing
t;
switchedto
on the faultyRAIDgroupareautomatically
RAIDgroupis faulty,recordingservices
a1
ii
anothernormalRAIDgroup.Whenthe fault is rectified,the recordingservicesare automatically
1:
amongthe RAIDgrouPs'
balanced
L7) *Supports a dynamichot sparedisk.When a datadiskis damagedanda new data diskis inserted,
to the hot sparediskandthe originalhot sparedisk
changes
the newdata diskautomatically
to the datadisk.
changes
adjuststhe
and intelligently
configurelogicalunit numbers(LUNs)
18) Doesnot needto independently
bit rateof eachcamera'
1s) *Supports the datasafefunction,that is,makingmultiplecopiesof keydata in the systemdiskto
the datadisk,which helpsquicklyrestoredatawhenthe systemdiskisfaulty'
andelastic
management,
automaticcameradistribution
20) *Support cloudvideomonitoring,
of clusternodes.
expansion
with no bad effectto the normaloperationof
2t) *Rllow multiplenodesto go down simultaneously
betweenclusternodeswhenthe faulty
andthe clusterwill enableautomaticbalancing
the business
nodesrecover.
real-timemaintenance.
helpsto achieve
22]. *e mbeddedvideoqualitydiagnosis
access,mediascheduling,
softwarethat supportsPU(camera)
23) Itprovidesbuilt-invideosurveillance
andSystem
deviCemanagement,
Storagemanagement,
Servicemanagement,
videOStOrage,
management.
256videostoraBe
256videoforwardingchannels,
24) Supportsat least256videoaccesschannels,
for a singledevice'
anddownloadchannels
and 64 videoplayback
channel,
512Mbit/s for videoforwarding,512Mbit/s for
25) *Supports at least512 Mbit/s for videoaccess,
videostorage,and 128Mbit/s for videoplaybackanddownload.
; E, ns iO
t ' ui ei '' '-vl i e w , p r e v e n t s a i a U l t y d e v i c e
25) Supi;ortstirer::lf-sta;kai1lclev:'..3s,pl':videsu
from affectingother normaldevices,and allowsthe stackof up to 128devices'
videostreamsfrom lPCsto be directlystoredon storagedevicesand allowsclientsto
27) Enables
obtainvideostreamsdirectlyfrom lPCs.
UL,and
SoNCAP,
SASO,
MexicoCOC,
lC,GOST-R,
FCC,
WEEE,
c-TlcK,cB,cE,Bg*h, RoHS,
2g) Provides
VCCIcertificates.
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29) Thedata disksmust useenterprise-level
or server-level
SATAharddisksof 7200rpm and must
providethe originalequipmentmanufacturer
(OEM)supplycertificate.
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2,
Software Requirements
1)
the Linuxoperatingsystemon the diskarray.
Pre-installs
2l
Supportsmulti-leveland multi-domainmanagement,
interconnection
of up to 128external
I'
i)
domains,and interconnection
of up to eightlevelsof platforms.
[]
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3)
Supportsa maximumof 5000usersfor a singledomainand allowsa maximumof 2000usersto log
in at the sametime and a maximumof 500usersto performoperations
at the sametime.
4)
Supportsthe accessof up to 200,000cameras,
5)
Supportsthe PU(camera)access,
mediascheduling,
videostorage,servicemanagement,
storage
management,
devicemanagement,
and systemmanagement.
6)
Displays
livevideoinformation
including
the cameraname,bit rate,framerate,andencoding
format.
7,
Supportsself-adaptive
aspectratioand windowsizeadjustment.
B) >kQuictlyrestoresto the servicescenariothat a userhasperformedduringthe lastlogout.
9)
Forwardsvideostreamsfrom PUsto CUsin directconnectionmode.
10) *Supports digitalzoomof liveand recordedvideo(evenvideoshot by non-P1-Z
camerasis
supported).
11) *Allows usersto playbacka maximumof 25 recordings
at the sametime.Allowsusersto play
(fast
backa maximumof eightsimultaneously
recorded
video.Allowsusersto controlthe playback
forward,slowdown,andjumpto a specified
time point).
(l/4x andI/2x), fast12) Affowsusersto play backrecordings
usingthe followingcontrols:slow-reverse
forward (2x, 4x,8x,and 16x),slow-down (7/32x,L/t6x, t/8x,I/4x, and L/2x1,rewind llx, 4x,8x,
and i;x), drag,and frame-by-frame.
13) *Displaysvideosearchresultsand bookmarks
in a timeline.Marksdifferenttypesof recordings
(a: ,'3'l.p1ttur;:,J
rer:crding,:,leduledrecoi'Jir:6,
andn, 'nual,'ecording)
with differ::rtcolors,
14) Allowsusersto searchfor ca:nerasby time or bookmark,or in a fuzzyway,
in a
mapandplayvideoshotby cameras
15) Allowsusersto view surveillance
siteson the electronic
specified
site. Allowsusersto zoomin andzoomout on a box-shaped
areaor by
surveillance
mode,
or eagle-eye
scrolling
the mousewheel,dragand movethe map,viewthe map in full-screen
pan up, down,left, and ri
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16) Allowsusersto add camerasand alarmsourceiconson the electronicmap.
.i;
t7l Allowsusersto createhotzonesthat linkmaps.
lr
ii
18) Allowsusersto start livevideoviewingin an independentwindow by clickingcameraiconson
recordvideoto a localdisk,bookmarkthe video,and enable
maps.Allowsusersto takesnapshots,
livevideowindow.
the 3D positioning
in the displayed
I
j
1e) Allowsusersto receive,guery,and processalarmsand set alarmseverities(warning,minor,major,
critical).
20l' Allowsusersto query historical
alarmsby multipletypesof querycriteria,includingalarmtype,
an alarm,alarmsource,andalarm
alarmstatus,starttime,endtime,userwho acknowledges
file.
Allowsusersto exportalarmresultsas an EXCEL
description.
zLl Linksthe centralplatformto performthe followingactionswhen an alarmistriggered:records
video,takessnapshots,
invokespresetpositions,
displaysvideoon clientsor videowalls,and
providesBooleanvalueoutputsand emaillinkage,Allowsusersto manageprotectionzones.
recording,and
22) Supportsmultiplerecordingtypesincludingscheduledrecording,alarm-triggered
manualrecording.
by specifying
a time segmenton the timeline.
23]' Supportsscheduled
recording
to facilitatelaterquery.Supportsvideobuffering.
24) Allowsusersto bookmarkrecordings
to a localdiskor platform,customizethe
savethe snapshots
2sl Allowsusersto take snapshots,
quantityandinterval,andnamethe snapshots
in the
the snapshot
snapshot
savepath,customize
format.
Cameraname_No._Time
policiesincludingthe snapshotquantityand interval.
snapshc:.
26], Allowsusersset alarm-triggered
uploadedto the imageserver.
Allowssnapshots
taken by camerasto be automatically
Allowsusersto playlive
27l' Allowsusersto guery,preview,delete,download,and printsnapshots,
videoon the videowall bysimplyone click,
2 8 ) Controlsthe acti alvideowallthroughthe virtualvideowallonthe client.
2e) Managessystemlogs,alarmlogs,devicelogs,operationlogs,and NMSiogs.Allowsusersto query
log.'by user,time, type, or level.Allowsusersto exoortlogsas an XL.lfile.
informationsuchas
for eachNE.Centrallycollectsand manages
30) *Supports servicemanagement
information.
alarmandperformance
for easy
treesandallocatecamerasto organizations
3 1 ) Allowsusersto createorganization
management
and authorization.
32) *Rllows usersto add devicesby followinga wizard.Supportsautomaticdeviceupgrade.Supports
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of devices.
Supportsunifiedconfiguration
and management
of devices,
3 3 ) *Allows usersto configureand managecameraswith the intelligentanalysis
functionand
integratesthe intelligentanalysisresults.
videoqualitydiagnosis,
34]. Embedded
implementing
9 kindsof videodiagnosis
functionswith no needs
to configurea stand-alone
server.Suchas Definitionexceptiondetection,lmagenoisedetection,
Brightness
exceptiondetection,Definitionexceptiondetection,lmagefreezingdetection,andLens
blockdetection.
3s)Sharesvideoandalarmsub-devices
with externaldomainsthat are connected.
36) Supportscentralized
authorization
and certification
and refinedrightscontrol.Supportsrole-based
rightsmanagement.
Locksthe screenwhen usersdo not performoperationswithin a specified
period.A passwordis requiredto unlockthe screen.
37) Allowsthe administrator
to add usersby followingwizard,
38) ;kAllowsthe administrator
to queryusersessions
andforcean onlineuserto signout.
3s)*Allows usersto login to the systemusingWindowsdomainaccounts.
40) Addswatermarksto videoto preventthe videofrom beingforged,tampered,repudiated,or
copied.
4t') Transmitsvideoafter beingencryptedusingAES256
to ensuredatasecurity.
42) :tworks with camerasto detectthe networkbandwidth.Basedon this information,the cameras
dynamically
adjustthe framerateand codecqualityto ensuresmoothvideo.
43) >tSupportsmediadatatransmission
in ForwardErrorCorrection(FEC)mode,ensuringthat the
videocan be plEyedsmoothiyevenwith a 5% packetloss.TheFECparametersare configurable.
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Accident / Emergency Reporting System and Automatic Incident DetectionSystem
(AlD)through Check PointCameras
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1.
Checkpoint
System
CheckPointCamera
shallbe installed
at every10 kmson Gantryfor eachlane.Thisworkshallinclude
for thecamera
the mounting
support(Gantry)
also.
il,
I
AutomaticVehicle
System
Classification
Correlatesand processesvehicle
datafrom:
r
In-PavementLoop
r
RFIDReader
r
VehicleEnforcementSystem
Tranrponder
fTag'; . ln-Tehluls
r-1
ld:ag.n*tit:Fiard
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LouF
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CheckpointcameraSpecifications(3 Mega pixel)
scanCCD
1/1.8inch,3 megapixelprogressive
1
lmagesensor
2
system
Operating
EmbeddedLinux
3
Memory
DDR2-800
512MB
4
Hostport
ports,RS232.1,CVBS.1,
MbiUsEthernet
2x101100
USB*1
HD-SDI"1.
Localstorage
The externalUSBflashdrive(1 to 16 GB) and built-in
1.8-inchSSD harddisk(8 to 64G)are supported.
A
Pixelsize
3.69um*3.69um
7
Minimum
illumination
gainON)
Colormode: 0.3lux@(F1.2,automatic
8
Signaltonoiseratio
48dB
9
Electronic
shutter
1/50sto 1/100000s
10
White balance
balance
is supported.
andmanualwhite
Bothautomatic
11
Automatic
exoosure
Supported
12
Automaticgaincontrol
Supported
13
Lensmount
CS
14
Snapshotformat
JPEG
15
Capturedimageresolution
1932*1452
16
Snapshotdelay
80ms
17
Video streamoutput
H.264
18
Videoresolution
192A1080, 72A.576
Outputframerate
25 fps
tl 4\,
LJ
Videostreambandwidth
512biVsto BMbiUs(adjustable)
21
Networkprotocol
TCP/IP,RTSP,and NTP
22
Processor
- DSPx2
FPGA+dual-core
5
tr*R
*.,'#
i,ttaies-
23
Dualstreams:
MJPEGandH.264
Videostreamoutput
Vehiclecapturerate: 95%
24
performance
Checkpoint
25
Recognitionrateof licenseplates
Pakistanstandardvehicleplate : Daytime:
>=75o/o.
>=85%,Night-time:
26
Vehiclespeed
0-180Km/h
27
temperature
Operating
-30"Cto +70"C
28
humidity
Operating
10%to 95% (RH)
3.
3.1
systemfunctions
Checkpoint
Systemfeatures
Software
module
Serial
Number Requirementof modulefunction
4
I
Withthis feature,userscan implementthe followingfunctions:
list.
1.Add, delete,modify,or querya dispatching
2. lmportthe data of blacklistedvehiclesin an Excelfile in batches,
types.
includinglicenseplatenumbersand dispatching
a
z
The systemreviewsdispatchingcontents.Dispatchingcan be
implementedonlythe reviewis complete.Otherwise,dispatchinglistsdo
not take effect.
Investigation
and
dispatching 3
Queryand
analysis
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Oulputinformation:magnifiedimagesshowing
vehicles,smallimages,imageusingbinarization
algorithmsand recognitionnumbersof licenseplates,
vehicles,including
of blacklisted
The systemcancelsthe dispatching
is
Afterthe dispatching
and manualcancelation.
naturalcancelation
list.
historical
dispatching
to
the
data
is
moved
the
vehicle
canceled,
4
Userscan queryand collectstatisticsof dispatchingtasks, blacklisted
vehicleswhose dispatchingis canceled,processinformationabout
cancelation.
verification,
and dispatching
dispatching,
1
The systemcan:
1, Tracethe vehicleand displaystheirdrivingrouteson the GISmap in
realtime by locatingcheckpointsthat the targetedvehiclespassedby.
passingeach checkpoint.
2. Displayrl-.*capturedirn:rgr,:of vehi..:ies
2
The systemcan:
1. Set an incidentoccuri3rtc€locationas a centerfor trafficinspectionin
a radialpattern,querypassingvehicleinformationby time segment,
providea list of suspiciousvehicles,and associatevehicleinformation.
vehiclespassingeach
2. Displaythe capturedimagesof suspicious
checkpoint,
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Thesystemcan:
driveat thecrimethatfrequently
vehicles
a listof suspicious
1. Provide
occurs.
proneareabeforeandafteran incident
passing
each
vehicles
imagesof suspicious
thecaptured
2. Display
checkpoint.
4
The systemcan:
1. Queryand analyzehistoricaltracksof any specifiedvehicles.The
recordsof a vehicleat all or part of checkpointscan be searchedby
licenseplate numberand time segmentand tracksof the vehiclecan be
displayedin time sequence.
2, Invokeassociatedimages.By associatingrelatedintelligent
checkpoints,imagesof specifiedtargetvehiclespassingcheckpoints
can be obtained.
5
Thesystemcan:
at the
1. Findoutthe samelicenseplatethatappearsat twocheckpoints
passing
vehicle
the
period
on
based
of
time
short
a
very
time
or
in
same
obtained
andlicenseplatenumbers
time,location,
analysis
information,
system,and
andrecording
roadvehiclemonitoring
by theintelligent
of
vehicleswithclonedplateswiththeassistance
suspicious
determine
manual
surveillance.
vehicleswithclonedplatesintothe
2. lmportdataof suspicious
to keepclonedanddispatching
tableof vehicleinspection
database
platevehiclesundersurveillance.
o
The systemcan:
1, Calculatethe traveltlme of vehiclesby analyzingthe time difference
that the sar"nevehiclepassestwo differentcheckpointswithinthe same
road section.
2. Analyzethe traveltime of vehiclespassingthe roadsectionwithina
periodof time, obtainthe averagetraveltime at the roadsectionbased
on weightedaverageresults,and displaythe traveltimein a list.
7
The systemcan:
1. Reiord the time whenvehiclespassthe two checkpointsat both ends
of a roadsectionwith speed limits,comparesand analyzesthe time that
the average
and calculates
vehiclestake to passthe checkpoints,
vehiclespeedon this road sectionbasedon its mileage'
2. Comparethe averagevehiclespeedon this roadsectionwith the
speedlimitsto determinewhetherthe vehiclespeedexceedsthe limit,
and displaythem in a list.
The systen:
Autarnatic
detection
recordsfor
traffic
violation
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3nd llcense
ihe videodetectionto detec:vehlcles
F.,i:c
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capturesHD imagesof vehiclespassingthe
The systemautomatically
monitoredarea and vehiclesviolatedtrafficrules.
,*_
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licenseplatenumbers.
recognizes
Thesystemautomatically
4
andcapluresHDimagesof
radarspeeddetection
Thesystemsupports
details,suchas
TheHD imagescontainviolation
vehicles.
speeding
traffic
lanenumber,
drivingdirection,
location,
violation
time,violation
percentage,
violation
types,currentspeed,lanespeedlimit,speeding
platenumber.
andlicense
6
HD
andcaptures
thevehicledrivingdirection
Thesystemdetermines
The HD imagescontainviolation
drivingvehicles.
imagesof wrong-way
lane
location,
drivingdirection,
time,violation
details,suchas violation
type,andlicenseplatenumber.
trafficviolation
number,
o
The systemdeterminesthe vehicledrivingdirectionand lanesand
capturesHD imagesof vehiclespressingtrafficlines.The HD images
containviolationdetails,such as violationtime, violationlocation,driving
direction,lane number,trafficviolationtype, and licenseplatenumber.
7
lanes
drivingin themonitored
imagesof vehicles
Thesystemcaptures
time,
recordsvehicleimages,whichcontainspassing
andautomatically
plate
andlicense
direction,
name,intersection
lanenumber,intersection
number.
8
parameters
suchas trafficvolumeand
Thesystemdetectsreal-time
lane';ccupancy
o
The centralserverprovidestime to the all-in-onefront end to implement
timesynchronization.
ll
ti
it
ia
li 1i
10
to
download
storageandresumable
front-end
Thesystemsupports
is disconnected.
whenthenetwork
ensuredatacontinuity
11
The trafficcamerausesthe data receivingsoftwareto add watermarks
to imageson the data receivingserver,preventingimagetampering
duringdata storageand processing.
12
frontend is
Theall-in-one
faultrecovery.
automatic
Thesystemsupports
lf thefrontendis down,thedongle
witha dongle.
configured
thesystem,afterwhichthecameraentersthe
reboots
automatically
workstate.
1
Checxpoint
information
management
absrltcheckpointpassingveniclesby a
Usi,;; car;queryiniormatiori
suchas licenseplatenumber,
of
criteria,
singleor a combination
office.
name,direction,lane,time,and administrative
checkpoint
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e-tj-l
Userscan:
of
bya singleor a combination
alarminformation
1. Querycheckpoint
name,alarmtime,and
checkpoint
criteria,
suchas licenseplatenumber,
alarmtype.
vehicle
by
andimages
of a violating
information
2. Querythedetailed
selecting
a queryresult.
in anExcelfile.
andsavethequeryresults
3. Download
in thediagram
alarminformation
of checkpoint
4, Collectstatistics
format,
of
by a singleor a combination
1. Querytrafficvolumeinformation
name,andvehicledriving
criteria,suchas timerange,checkpoint
direction.
hour,day,month,
of tratficvolumesby fiveminutes,
2. Collectstatistics
andyear,anddisplaysthequeryresultsin a tableor histogram.
The systemcan monitorthe statusof front-enddevicesin the intelligent
resultsin a list'
in realtimeanddisplaythemonitoring
checkpoint
Processing
for traffic
violation
Userscan:
1. Querytrafficviolationinformationby a singleor a combinationof
criteria,such as violationstartand end time,trafficadministrative
organizationin the area whereviolationoccurs,licenseplatenumber,
violationlocation,violation
violationdata source(e-Police/checkpoint),
reviewer,
and
vehicle'sdrivingdirection,violationtype,approvalstatus,
penaltystatus,
and imagesof a violationvehicle.
2. Querythe detailedinformation
query
in an Excelfile.
results
the
and
save
3. Download
datafromaspects
Thisfeatureenablesusersto reviewtheviolation
After
andconsistency.
validity,recognizability,
thetamperproofing,
violationis approved,the systemgeneratesand savesthe datato be
punished,and exportsthe datain an Excelfile or preparesticketsusing
specifiedformats.
of trafficviolationdata by a singleor a
combinationof criteria,suchas time segment(or violationtime),
area (or violationlocation),violationtype, licenseplate
administrative
number,and approvalstatus.
n
informationto these rightsitems,and delete,modifyand querythese
rightsitems.
tc
rightsinformation
required
fne systemcancreateroles,allo.:ates
theseroles,and delete,modify,and querythe roles.
manageme,rt
to
i requiredtule informai:cn
can ::,.;ateusers,aile-i:atl
3y{::i3m
theseusers,anci.:elete,modify,andquerytheusers'
modify,andque'ryuserinformation,
rn@-4,
position,
and
lD,responsibility,
including
name,gender,department,
contactinformation,
j
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Add, delete,modify,and querythe informationabout locationareas
where e-Policesystemsand checkpointsare to be deployed,including
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sequence
number,
2
3
- Addinformation
processing
system,including
abouttheviolation
unit,systemtype,
systemcode,systemnamersystemmanagement
server,lP addressof the
nameandlP addressof thedatareceiving
and
of thesystemlocation,
message
server,latitudeandlongitude
addressof theWebserverusedinthesystem.
- Modifyanddeleteinformation
processihg
system.
abouttheviolation
- Queryinformation
processing
systembasedonthe
abouttheviolation
processing
system.
codeof theviolation
4
- Add,modifyanddeletedeviceinformation,
including
devicelD,device
devicelP address,port
name,devicetype,devicemanufacturer,
description.
number,
andlocation
- Display
interruption,
alarm,
including
normal,
devicestatus,
current
andunknown.
- Querydeviceinformation
basedon devicename,devicetype,and
currentdevicestatus.
5
Add, delete,modifyand querylaneinformationaboutthe deployment
location,includingthe nameof the violationprocessingsystem,camera
code,cameraname,locationname,directionname,lane code,the
maximumand minimumspeedsallowedfor largevehicles,and the
maximumand minimumspeedsallowedfor smallvehicles.
4
t
Logquery
information
aboutintersections
Addthe direction
androadsections
devicesaredeployed,
systemandcheckpoint
wherethe e-Police
andpointdirection.
the
code,name,location,
including
direction
, Delete
Modify
androadsections.
information
aboutintersections
direction
code.
by direction
information
name.Querythedirection
direction
instructions
in the
andoperating
Systemlogscontainall useractivities
plane.By querying
systemlogs,youcanobtaintheevent
management
time,userlD,eventtype,
information,
suchas eventoccurrence
result.
name,andoperation
accessed
resource
System access performance
Accessof i:afficsignalcontrollers:a
Unit(CCU)servercan be connectedwith a maximumof 32 traffic
sigr',lcontrolle:'t.
Acciissof CCL;:a singledomainUrbanTrafficControl(UTC)server
can be connectedwith a maximumof 32 CCU.
Accessof client:supportconcurrentaccessof 16 users
Access
witha maximum
servercanbeconnected
performance A singlevolumecollection
traffic
detectors.
microwave
of
video
and
400
channels
of
of volume
collection
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systems
3.3
3
Access
Accessof guidance
screens:
a singleguidance
management
server
performance canbeconnected
witha maximum
of 16guidance
screens.
of guidance
managementA maximum
of 16guidance
management
serverscanbe deployed
systems
andcanbe connected
with256guidance
screens.
4
Frontendaccess:
a singledataaccessservercanbe connected
with
a maximum
of 750e-Policecamerasandprocess300,000records
perday,fromwhichselecttheminimumvalues;
Access
performance Dataprocessing:
whenthedatabase
serveris deployed
in a single
per
of e-Police node,thesystemcanprocessa maximumof 1,6millionrecords
systems
day;whenthedatabase
serveris deployedin a two-node
cluster,
the
systemcanprocess
a maximum
of 3 millionrecordsperday;
Accessofclient:supportconcurrent
accessof 16 users.
5
Frontendaccess:a singledataaccessservercanbe connected
with
a maximum
of 750checkpoint
camerasandprocess300,000records
perday,fromwhichselecttheminimum
Access
values;
performance Dataprocessing:
whenthedatabase
serveris deployed
in a single
per
of intelligent node,the systemcanprocess
a maximumof 1.6millionrecords
checkpoints day;whenthedatabase
serveris deployedin a two-node
cluster,
the
systemcanprocess
a maximum
of 3 millionrecordsperday;
Accessof client:supportconcurrent
accessof 16 users.
Reliability
I
Sub-module
Uninterrupted
running Thesystemsupports
7x24-hour
running.
uninterrupted
Database
server
cluster
Two databaseserversare deployedusingthe RAC
functionto implement
dati:baseclusterapplication.
Databasebackupand
re:.tor;:tion
Thisfeatureenablesthe systemto back up and recov€r
datain a dat:.lhr:e(regularlyautomaticbackupand
:j|))i
mili,iualrestor;.:::
datafails to be transmittedfrom the front-enddeviceto
thecomrnand
centerdueto networkinterruption
orother
f3ulls,
the
front-end
device
temporarily
stores
the
datain
I
Redundant
data
or
prciection i ,ffJi"':lfiii$?t1?ft;l'?ff
llXffi'#%recovers
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t.
automatically
uploadsthe data generatedduringnetwork
interruption
to the commandcenter.
5
6
the systemto rollbackto thesource
Versionrollbackupon Thisfeatureenables
fails.
versionwhensoftware
versionupgrade
failure
U=upgrade
Automaticrecovery
1,Afterthe systemrecoversfroma poweroutage,the
faultalarm
restarts
andgenerates
automatically
software
information.
resurne
whentheclient
automatically
2. Userservices
andthefront-end
recovers
fromnetworkdisconnection
fromthe poweroutage.
devicerecovers
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sP-904.1
ElectronicToll CollectionSystem(ETCS)
suchas the
for the ETCSto meet the TechnicalRequirements,
It Includesall equipmentnecessary
following: multi-protocol readers and antennas,in-pavementloops, zone controllers,violation
from
enforcementcameras,toll lanevehicledetectionequipment,roadsidecabinets,communications
power
back-upsystems,mounts,brackets,and
cabinetto controller,power from cabinetto devices,
other incidentalitems to completethe installation,testing,and integrationservices.Installationof
will be
equipmentwill be providedby the Toll SystemProvider.Integrationof equipmentinto the ETCS
and in coordinationwith the EPC
of the Toll SystemProviderworkingcollaboratively
the responsibility
Contractor.
for providingthe appropriate
Toll OperationsCenter:TheTollSystemProvidershallalsobe responsible
ITS
and TCS-related
rates,
conditions
toll
traffic
toll
rate
signs,
effective
TOCto monitorthe equipment,
devices,and operatethe toll collectionand roadwaysystemon a day-to-daybasis.A CCTVcamerais
requiredfor eachCMS.The toll rate sign cameraswill be fully integrated,monitoredand controlledin
the TOC.TheTollSystemProviderwill haveprimarycontrolof all tollingcomponentsand toll relatedITS
components(toll rates signs,CMS,traffic cameras,etc.) to support ETCSoperationsand will provide
staffingfor the operationsof this center
(BOS):The roadsidetoll collectionsystemwill captureand processindividualtolling
BackOfficeSystenn
along
pointtransactions
toll for revenuedue.ThisTrafficTransaction
by a vehicleandassigna calculated
toll will be transmittedto an "off the shelf"BOSfor postingto a custome/saccount,
with the associated
The ICDfor the roadsidetoll collection
post-paid
process
transactionsand/or for violationprocessing.
of the Toll SystemProvider.
systemequipmentto the "off the shelf' backofficewill the responsibility
BOS,
all
typical
requirementsof a standard
the
has
reached
Additionally,oncethe TrafficTransaction
mobiledevice
accountmanagement,
backoffice operationshouldbe included:transactionprocessing,
these
to
support
(both
hardware
and
software
manual
and
automated)
imagereview
applications,
lockboxservicesand suchother servicesrequired
operations,transponderfulfillment,mailingservices,
provide
for this operation includingcustomerservice
will
staffing
Provider
to BOS.The Toll System
imagereviewers,staff for systemand technologysupport,fulfillmentstaffing,lock box
representatives,
and oversightof theseoperations.
management
administration,
operationstaffing,violationprocessing,
flow of traffic of
System:The roadsidesystemis to operatethe bi-directional
RoadsideBi-Directional
the facility and will be designed,furnished,and installedby Toll SystemProvider.The lanesare not
during
on a daily basisbut only as a resultof alteringtrafficconfigurations
intendedto be bi-directional
for biequipmentnece.isary
The Toll SystemProvidershallbe capableof reinstalling
consti.uction.
Event.
Majeure
ora
Force
rehabilitation
and
in the eventof futureconstruction
directionaltraffic
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sP-904.2
OverloadingControlSystemWIM on Mainline
minimumtwo (2) Full
at eachentranceramp of the interchange,
In additionto SSWIM(established)
at the selectedlocations(probablyone at start and one in the center
FeaturedWIM shallbe established
of the motorwaystretch)on the Mainlinesuchas shownbelowin the followingimages,The WIM must
ionform to ASTME 13180-82.The systemshouldbe QuartzSensorbasedwith commercialstandard;
the following:equipmenthandling
coupledwith peripheral
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l. Off-scalesensorinstalledon eithersideto align the vehicle path for correctdatarecording,
2. Over-height detector: a pole-mountedreceiver/transmitteron the instrumentationside of the
travel lane and a pole-mountedreflector on the oppositeside of lane.Infrared beamis transmitted
acrossthe travel lane and reflectedback acrossto the receiver.When a passingvehicle breaksthe
beam,the information is displayedon console,
3. Traffic Control Systems:Facilitatescontrol of vehicleswithin the facility
4. Vehicle Identification: Using RF tagson the screen,Vehicle ID canbe recorded,
5. Automatic License Plate Reader: The Automatic License Plate Reader (ALPR) using highresolution high-speedcamerasand image recognitionsoftware can detectedand read the license
plate passingover the facility.
6. Overview Camera:Camerasto recordthe overall activity of the facility day & night,
7. Remote Displays: Remote displays to be used for driver information. The display character
shouldnot be lessthan 5 inches.
8. Loop Detectors:Inductive loop detectorsshall be installedin travel lane to sensethe presenceof a
vehicle.
9. All activities to be controlled by softwareto record and transmit data.
The Full featuredWIM shall include
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2 inductive loops per line
6 Quartzsensorper line
2Piezo sensorper line
Shall be equippedwith LPR, Over view cameras,vehicle size measurementsensor,and VMS.
The Control Unit of WIM shall:
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Capableof Speedmeasurementrange5-250km/hr
Capableof weightingresolutionof 10 kg
Have Minimum 98%oaccuracyof traffic intensify
Have Minimum 95Yoaccuracyof classification
Have Ethernet Inerface
opticls GSM/GPRS,TCP/IP,Wi-Fi and shallbe connectedto Optic Fiber
Havecom.n:r:rrication
.:,,
(C':tir-nallybighert-apar'll.y)
H,.-.'e1-.'- 1' 391 6l:r: fo; ..i.:storage
Havemtx. Lengtirof Loop ieati-in300 m i WM Sensor100m
Capableof operating'rnder-200Cto 600C
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NATIONAL HIGHWAY AUTHORITY

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