Ibms Design Based Report

7/28/2019 Ibms Design Based Report

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PROJECT: PROPOSED CORPORATE OFFICE

FOR

GVK GROUP @ HYDERABAD

DESIGN BRIEF REPORT

ON

IBMS SERVICES

ARCHITECT:

VENKATARAMANAN ASSOCIATES., BANGALORE

SENT TO VA ( Architects) ON 13th JUNE 2013 IN CD-1

Submitted by:-ENTASK CONSULTANCY

SERVICES PVT. LTD.# 39/2, PSV Pearl Plaza,CKC Garden, Off Mission Road

BANGALORE 560 027Tel : +91 80 2234 8020

e-mail : [email protected]
mailto:[email protected]:[email protected]


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Project: GVK-Corporate Office, Hyderabad Architects:Venkataramanan Associates

Client: GVK, Hyderabad --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------

I N D E X OF C O N T E N T S

INTEGRATED BUILDING MANAGEMENT, SAFETY & SECURITYSYSTEMS

1. INTRODUCTION

2. SCOPE

3. SITE & BUILDING CONDITIONS

4. DESIGN CRITERIA, DESCRIPTION

5. SCHEMATIC DRAWINGS

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Last modified date: 25.03.13IBMS Consultants: Entask Consultancy Services Pvt. Ltd.

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1.0 Introduction

GVK ,Hyderabad plans to deploy a state-of-the-art IBMS and IP

Communication Network for their proposed New Corporate office facility at

Hyderabad encompassing Integrated Building management System ( BMS /

FAS / ACS / CCTV / PAS / 2Way ), IT Services (Structured Cabling System for

Voice & Data Connectivity, Ethernet switching solution, Network Security,

WiFi, Audio / Visual System & Voice Communication System).

GVK Head Office, Corporate House at Hyderabad is coming up with a Office

Complex consisting of two basements, ground, 6 upper floors and terrace

floor. The floor plate is approximately sq.ft.

The scope is to design IBMS System and IP Communication Network for

infrastructure and interior fit-out. The office is proposed to be complete in all

respects with all amenities and facilities required for an office.

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2.0 Scope of Design

Integrated Building Management System Consists of following systems:

Building Management System

HVAC System

PHE System

Electrical System

Fire Fighting System

Lift System

Integrated Safety System

Fire Detection & Alarm System

Public Address & Voice Evacuation System

Emergency Talk Back System

Integrated Security System

IP Access Control System

Visitor Management System

Guard Tour System

Boom Barriers with RF ID

IP Based Video ( CCTV ) Surveillance System

Gate Automation

Under Vehicle Scanning System

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Server Room/ Data Center Infrastructure.

UPS System

3.0 Site / Building Conditions

3.1 Location:

SITE LOCATION - HYDERABAD

GEOGRAPHICAL LOCATION - .DEG NALTITUDE - .M ABOVE MEAN SEALEVEL

3.2 Outside Design :

Dry Bulb Temperature - Deg. CWet Bulb Temperature - Deg. CRelative Humidity - .%

3.3 Indoor Design:

Dry bulb Temp. - 23 +/- 1 DEG C.Relative Humidity - Less than 60%.

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4.0 Design Criteria, Description & System Architecture

4.1 Building Management System

Contents

1. General Description

2. System Overview

3. Codes, Standards

4. BMS Topology

5. BMS Deliverables

6. Design Concept

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GENERAL DESCRIPTION

Building Management Systems main focus is on Automation of utilityservices and increases the comfort of the working environment, which canimprove the productivity and also contributes to Energy Conservation.

Today, most of the Industries, commercial and Institutional buildings havesome form of controls to Automate Ventilation and Air-Conditioning (HVAC),Electrical Systems, Plumbing Systems etc within the building.

Before each had different control for HVAC Systems, Electrical Systems,Plumbing Systems, which did not have any communication between eachother. Due to which the building had more number of control systems. Eachhas different network running through out the building.

Since time and energy are very important factors people thought of usingintelligent systems in an intelligent way. There came the evaluation ofBuilding Automation.

Building Automation is making an intelligent building by using technicallyadvanced systems that fully integrates the HVAC Systems, ElectricalSystems, Plumbing Systems and other major building functions.

What can Automation do for your Building?

a. Reduce energy consumption

b. Reduce system operating and maintaining costs

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c. Create a comfortable and productive working environment

d. Ensure security for people and property

e. Increase occupancy and rental income

What do you look for in an Automation System?

a. Cost effective to install

b. Reliable and trouble free to operate

c. Inexpensive to modify and expand

d. Easy to operate and maintain

BUILDING MANAGEMENT SYSTEM - OVERVIEW

CODES AND STANDARDS

1. UL 916 for Energy Management Equipment

2. UL 864 for Control Units for Fire Protective Signaling Systems

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3. National Electric Safety Code ANSI/IEEE C2-1997

4. National Electric Code ANSI/NFPA 70-2002,

5. Thermal Guidelines for Data Processing Environments ASHRAE

6. Measuring Contact Resistance of Electrical Connection ASTM B539.90

7. International Building Code IBC

8. Recommended practice for Powering and grounding Electronic

Equipment IEEE Std.1100

9. ECBC 2007 (Energy Conservation Building code)

APPROVALS

1. UL Approved / Listed

GENERAL DESCRIPTION

The system shall be provided to monitor all parameters of HVAC,

Plumbing, Electrical, Fire Fighting Systems and other services in the

building. Building Automation System shall not only help in conserving

energy by making it possible to plan and execute various energy

conservation control schemes but also help in reducing scarce trained

man power requirement for operating and maintaining the building

services without compromising on quality of services. It shall also act as a

Management information System (MIS) by keeping the management

informed about the critical operation of various building services and

make available data required for analyzing the working of, and

possibilities of conserving the energy. The system shall be based on MicroProcessor Control System, Using the various Energy Management

Programs to save the energy with the latest techniques of controlling the

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environment. BAS shall be capable of performing the following main

functions:

The major components of the proposed BAS System are:

i. Operator workstations.

ii. Printers

iii. Direct Digital Controllers (DDC)

iv. Gateway / Network Controller

v. Software MMI / HMI

Operator Workstation

Operator workstations shall be the latest generation personal

computers using a Pentium microprocessor. These shall act as Man

Machine Interface (MMI) on which BAS software is run which allows

the operator to initiate request to controllers. Operator workstations

shall use the windows operating system so that popular business

software can run concurrently with the BAS software. To display high

resolution graphics, all operator workstations shall have colourmonitors with super VGA resolution.

Printers

To prevent mixing of alarms with report printouts, there shall be twotypes of printers.

i. Alarm Printer

ii. Report Printer

If an alarm printer is off-line, alarm messages shall be printed on thereport printer so that alarm messages are not lost.

Standards Intelligent Controllers (DDC)

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All controllers shall be mounted in mechanical rooms & serviceareas and shall include:

i. A lockable cabinet for security.

ii. Connection for POT troubleshooting as well as connection toall field devices.

iii. Battery backup for Uninterrupted Power Supply (UPS) duringintermittent mains failure.

To reduce wiring and simplify servicing, DDC controllers shall be

located close to the equipment being controlled. For fault tolerance,

each DDC controller shall be capable of stand alone operation so

that Direct Digital Control is not lost even if the DDC controller loses

communication with the BAS.

SOFTWARE

Password

Password system shall have a password feature to limit

unauthorised access. None of the features of the Operator Station

shall be accessible without the user first being required to LOG IN by

entering a password. Multilevel Alpha-numeric passwords upto 15

characters shall be available and definable. Database related

commands shall be given a higher level password than monitoring

and control related functions. It shall be possible to limit operator

access to a class of points also. A log of previous users shall be

maintained at the Operator Station. Password summary shall be

available to the operators with the highest level of access where a

record of the users name, time and date of LOG IN and LOG OFF

shall be available.

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Operator Interface

For simple operation, the operator interface shall be graphic based

whereby a mouse is used to select symbols and menu items from

the screen. Selecting a symbol such as a fan shall allow control of

the equipment. Selecting a symbol such as a floor of the building

shall display another graphic such as a floor plan. As a

troubleshooting tool, the operator shall be able to display multiple

graphics on the screen concurrently. Each graphic shall be

dynamically updated as field conditions change. Colour banding of

screen displays shall be provided for display and differentiation of

normal and abnormal signals.

The following graphics shall be provided:

i. Main screen for each block.

ii. Flow diagram for every Air Handling Unit.

iii. Flow diagram for Chiller System.

iv. Point history graph for all analog points.

v. Real- time graph for all analog points.

As an audit trail to assist in pinpointing responsibility, operator

commands such as starting or stopping of equipment and adjusting

of set points shall be stored in hard disk files at both Operator

Workstations. The message shall include the day, time, point name

and operator initials. Historical system trouble, faults, false alarms

etc shall be stored on line in the hard disk for trouble analysis.

Facility of on-line graphics generation shall be a major requirement

i.e., the operator shall have the ability to create new graphics on-

site from a menu by reconfiguring or modifying existing points

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without taking any part of the system off-line. The operator shall be

provided the facility to override the use of portable Operator

Terminal (POT).

Help Facility

A help facility shall be made available to the Operator for every

menu item. A dialogue box shall come on line by use of dedicated

key or a single key click on the mouse. The information provided

shall be a simple clear language and shall be capable of being

added to or modified by an authorized operator.

Alarm Management

Each analog point shall have limits and alarm limits. Each alarm

message shall be printed on all alarm printers and stored in hard

disk files at both Operator Workstations. The message shall include

the date, time, point name and operator initials, when the point

returns to normal or it is overridden by operator, the event shall be

stored in hard disk files at all Operator Workstations.

Proposed system shall also be capable of displaying a list of alarms

in the system. An operator with authorized password can lock out

control on a point to force it to remain in its current state.

Time Scheduling

The following commands shall be time scheduled to be issued at a

later date and time:

i. Start and Stop a point

ii. Change alarm limits, warning limits or set point.

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iii. Lock/Unlock point reporting or point control.

iv. Demand limit target setting.

v. Trend point enable/disable for a point.

vi. Totalization enable/disable for a point.

vii. Alarm Summary.

One time override schedule shall be provided to accommodateovertime usage. Separate Schedule shall be able to accommodatefor holidays and shall be defined up to one year in advance.

Demand limiting/load rolling

The BAS shall calculate the instantaneous demand based on a

sliding average of the previous 30 minutes of consumption. A

predictive control algorithm shall be used to anticipate excessive

demand peaks and turn off equipment while there is still time to

affect the demand. The operator shall define a desired reduction in

energy consumption and the BAS will turn off equipment to meet

this target. Selection of equipment to be turned off by demand

limiting and load rolling features is based on both prioritization and

rotational algorithms. Demand limiting and load rolling features are

co-ordinated with other features to ensure that no equipment

damage or occupant discomfort results.

Totalization

The BAS shall be capable of calculating run-time for any number of

monitored pieces of equipment. When the accumulated run time for

a piece of equipment reaches an operator defined limit, the

operator is alerted, the event is reported to all operators, printed on

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all alarm printers and stored in hard disk files at all operator

workstations. The messages include the date, time and point name.

Graphic Engineering

The BAS shall also allow the operator to generate new graphics and

link them into the BAS. Graphic engineering shall be mouse driven

with all typical features found in PC based drawing packages. The

BAS is provided with a library of Standard symbols such as fans,

pumps and VRV which can be incorporated in operator generated

graphics. The graphics shall have the ability to display real time

field data and change colour of symbols based on field conditions.For example a fan could be green when ON, white when OFF, red

when IN-ALARM conditions.

Summaries

Standard reports shall be provided, which shall be selectable by

operator to appear on the Operator Workstation and on any

selected printer or on both. The following summaries shall be

available:

i. Point Summaryii. Alarm Summaryiii. Limited Summaryiv. Off-line Summaryv. Override Summaryvi. Lockout Summaryvii. Utility Summary

Alarm and run time reports shall be automatically issued to

assigned printers immediately upon occurrence and shall consist of

the point with engineering unit, time, data and the message.

COMMUNICATION NETWORK

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The communication protocol shall be compatible with proposed

ASHRAEs standard protocol BACnet, to allow devices from multiple

vendors to the connected into network. This will ensure that the

client is not tied to one vendor, system or technology for future

additions of modification to the system.

SYSTEM DESCRIPTION

The system installed shall be a Direct Distributed Digital Control

(DDC) system with the functions distributed both physically and

functionally over the field controllers. Microprocessor based Direct

Digital Distributed Controllers (DDC) shall interface with sensors,

actuators and environmental control systems (i.e., Ceiling

Suspended Handling Units, VRV, Pumps etc.,) and carry out the

followings functions:

a. Individual input/output point scanning, processing and control.

b. Direct Digital Controls with proportional, integral derivative andadaptive gain and with any mix possible.

c. Energy Management.

d. Alarm Detection.

e. Time, event and holiday scheduling.

f. Temporary Scheduling.

g. Communication interface and control.

h. Suggestive preventive maintenance for all equipment.

i. Building maintenance & report generation.

These Controllers shall be capable of functioning on stand-alone mode i.e.,

on case of loss of communication with the central control station, these

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shall function independently. These shall have microprocessors built-in as

standard, which control the respective operation centres and also offer

fast peer to peer communication of data via the network communication

system. The access to these shall be either through a keypad fitted to the

facia of each outstation or through a Portable Operator Terminal (POT).

The controllers shall be capable of executing advanced control algorithm

like proportional + integral + Derivative control. They shall also execute

logic functions based on time and / or event. Totalisation and averaging

functions shall be an inherent feature of the controller. These shall be

sized to suit the operation centres requirement which will help in reducing

the site electrical installation.

All DDC Controllers shall be connected via communication Bus/LAN.

Communication between controllers shall be such that, controllers can

communicate between themselves without having to first communicate

with the control station. The communication between the different buses

shall be through the system integration units. All the system Integration

Units shall be placed on a Local Area Network (LAN) where the speed of

communication desired shall be above 9.8 KB.

BMS DELIVERABLES

The following sub-systems are under the purview of the Building Controlsystem:

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DESIGN CONCEPT

IP based DDCs for monitoring & controlling of HVAC, Plumbing &Electrical Systems with IP integrator.

The DDCs are capable of working in standalone mode. Hence if theGUI monitoring system fails the DDCs still continue to work & theinformations can be accessed by logging into the DDC using thededicated IP address.

Each CSUs control & monitoring signals are connected to thededicated DDCs.

The BMS is designed to monitor the HVAC, Plumbing & Electricalequipments.

All the sensors are considered with 4 t 20 mA transmitter in order toavoid signal transmission loss.

DDCs and Sensors will be UL approved.

4.2 INTEGRATED SAFETY SYSTEM

Fire Detection & Alarm System, Public Address & Voice Evacuation

System and Firemen Communication System

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Contents

1. Introduction

2. System Overview

3. Codes, Standards

4. General Description

5. Design Concept

6. Design Matrix

4.2.1 FIRE DETECTION & ALARM SYSTEM

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INTRODUCTION

Fire Alarm and Detection system shall provide life safety and property

protection through the early detection of fire.

Fire Alarm and Detection system shall provide a local audible warning to

evacuate a building because of fire, and may also automatically notify the

Customer Service Center and/or fire department.

Fire Alarm/Detection system shall be provided throughout the building

designed in accordance with Local Norms / NFPA 72. Fire alarm and

detection systems shall be UL listed and labeled, and FM approved.

FIRE ALARM SYSTEM OVERVIEW

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CODES, STANDARDS & SPECIFICATIONS

National Fire Protection Association (NFPA) - USA:

British Standard (BS)-UK

EN Norms

Underwriters Laboratories Inc. (UL) USA

National Building Codes (NBC) Part IV

Indian Standard IS2175 & IS2189

Local Fire Authorities

DESCRIPTION

Fire Alarm Systems is a life safety will protect assets and human lives in case

of a fire eruption in a building. They make use of various kinds of smoke /

heat sensors, which in turn are linked in a loop to a fire Alarm Control Panel.

The Fire Detection and Alarm system shall be of high quality fast-acting

electronic type adopting Soft Addressing Technique. The FDA System

comprising of main fire alarm control panels; heat sensors; optical sensors;

manual call points; electronic sounders; transponders; sounder controllers,

mimic panels conforming to the relevant and applicable requirements and

recommendations ofIS 2189 / UL Standards / EN and Local Authority.

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The Control and indicating equipment shall be capable of interfacing directly

to building management system on

Ethernet/Modbus/Lon/BACnet/RS485/TCP/IP.

Point by point graphic identification and annunciation of all initiating devices

shown on floor plans shall be provided.

Interface with other system:

CSU through hard wired signals to shut down incase of fire signal

Stairwell pressurization - through hard wired signals

Fire Suppression System through hard wired signals

Basement Ventilation System - through hard wired signals

Security system through hard wired signals to unlock the door in case of

fire signal.

Lift - through hard wired signals.

Other Electrical system - through hard wired signals.

Building Automation and Management System through hard wired and

software interface.

DESIGN CONCEPTIt is proposed to have Intelligent Analogue Addressable Fire

Detection & Alarm System

Fire Detection and Alarm System Design Considerations

Intelligent Analogue Addressable Fire alarm control panel:

The main fire alarm control panel shall be located at the BMS Room in

basement of the building.

Design Considerations for FACP

The main FACP Loops shall be capable of accommodating a

maximum of

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100 / 125 / 159 Intelligent Analogue Adressable Detectors and

devices.

One 8 loop panel has been considered for entire building

FACPs shall be Networkable with repeater panel & MIMIC. The FACP

shall be located in the BMS / Security room

Repeater panel shall be located at the reception area / security

area.

MMI Graphic Software:

Graphical representation of the building floors with the AFC / BFC

detectors and devices location indicated.

Detectors:

Photo detectors / Multi Sensors: are particularly well suited to

detecting slow-burning, smoldering fires, which produce smoke with

large particles.

Design Considerations for detectors

Smoke detectors are considered for above false ceiling area of the

office.

For areas like corridors and others where above false ceiling area

one Photo Detector per 36m2 is considered.

One Multi sensor detector per 36m2 is considered for the below false

ceiling area. Multi Sensor Detectors are considered for DG area.

Heat Detectors are considered in the kitchen.

Devices:

Manual Call Points are located at each

Exit staircases

Lift lobbies + Staircase

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Basement Car park area.

Hooters/Strobes are located for

Exit staircases

Lift lobbies + Staircase

Building Entry / Exits

Basement Car park area.

Control modules are considered

For Activating the Hooters / Strobes in the event of fire.

Relaymodules are considered

For tripping of HVAC equipments in the event of fire.

For running smoke exhaust fans in fire mode

Fault isolators

If the detectors are not with inbuilt fault isolator then one

Fault Isolator is considered every 20 detectors so as to bypass

only a part of the loop having fault, which will not affect

function of the other detectors of the loop.

Monitor Modules are considered for monitoring the status of flow

switches / fire pumps / below false ceiling loops and other dry

contacts.

All the fire alarm cables will be FRLS type armored.

4.2.2 PUBLIC ADDRESS & VOICE EVACUATION SYSTEM

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INTRODUCTION

A simple Public Address System can be used for addressing the public and as

an music system also, in case of any emergencies provisions are made in thesystem to play the pre recorded messages.

PUBLIC ADDRESS SYSTEM OVERVIEW


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The system shall meet the following design Standards

1. Local Fire Norms

2. National Building Codes (NBC) Part IV

3. EVAC certified

4. IEC60268 - Part 5

5. BS5839 Part 8

6. Tested accordance with BS6840 Part 5

GENERAL DESCRIPTION

Operator Control Room (OCR) Call stations

Security Kiosk Call Stations

Ceiling, wall mount and Loudspeakers

The detailed descriptions of above mentioned equipment is described below.

1. Operator Control Room call stations: The Security Supervisor can

make an announcement to any zone or any combination of zones of that

building via the OCR call station. The type of announcements, that are

allowed from the OCR call station, are:

Live announcements

Background music

Pre-recorded emergency announcements

2. Security Kiosk Announcements: At the security kiosks, the operator

can make live announcements to the hospital zone wise.

3. Emergency Announcements: The pre-recorded announcements can be

initiated by the fire alarm signal that is sent from the fire alarm system.

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Zone wise announcements can be triggered. Phased evacuation shall be

triggered.

LOUDSPEAKER

Ceiling Type Loudspeaker

A flush-mounting ceiling loudspeaker shall be spring loaded and Shall

be ideal for mounting in false ceiling.

Rated power of ceiling speaker 6Watts at the sounder pressure level

max at 98 dB.

Wall Mount Type Speaker

The cabinets are equipped with a high efficiency dual cone loudspeaker

offering a wide frequency range suitable for both speech and music

reproduction.

Rated power of wall mount speaker 6W at the sounder pressure level

max at 102/94 dB.

Background Music Source/CD Player

The BGM/paging system is the versatile all-in-one solution to cover allneeds for background music (BGM), making announcements and

paging people. It shall be very easy to install and operate. This unit

shall have a CD-player that plays audio CDs and CDRs with MP3-

encoded files. It shall have mono operation in accordance with public

address needs and allows for a whole day of high-quality uninterrupted

music playback from a single MP3-disc.

Voice Alarm Controller/Router

The Voice Alarm Controller with background music and paging system.

CD player for audio and MP3 for CD/CD-R. Interface with selectable

priority. One zone for precede announcement.

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Voice Alarm Call Station & Voice Alarm Keypads

The call station keypad allows the building supervisor to broadcast an

announcement to any zone or combination of zones within the building.

The destination zones can be selected at the zone selection keys at the

call station. The status of the zone is indicated by an LED when that

zone is selected. The zone selection keys operate in latching mode.

The announcements, to the selected zones, can be initiated by

pressing the press to talk key at the call station throughout the

announcement. The press to talk status LED indicates the status of

the announcement.

60 zones can be configured based on the actual requirement. The

zones are addressed using call station and the keypads.

Emergency Operation

In the event of emergency, i.e. fire, the PA system will receive fire

alarm signal from the fire alarm system to initiate the pre-recorded

emergency announcement to peoples and staff in the building. The PA

system will address the zones based on the Alarm Zones. Phasedemergency announcements shall be planned.

In the event that the PA system fails to receive the fire alarm signal,

the emergency messages shall be activated/ deactivated through the

OCR call station.

The emergency announcement can be overridden by an

announcement from the OCR and reception call stations.

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INTERFACE TO OTHER SUB-SYSTEMS

Interfacing to Fire Alarm System

The PA system requires the fire alarm signal from the fire alarm system

at building to initiate the pre-recorded emergency announcement. The

means of interface is a single dry contact from the fire alarm system to

the alarm input at the PA system cabinet at control room. The contact

is normally close, which means that the contact will be opened when

the fire alarm system sends alarm signal to the PA system and the

contact will open when there is no fire alarm signal from the fire alarm

system.

In the event that the fire alarm system fails to send the alarm signal to

the PA system, the operator can either initiate the pre-recorded

emergency announcement or make a live announcement manually at

the OCR call station for the building, the broadcast may be made

manually from the appropriate administration office.

The system will be IP based, facility business announcement as well,

with an override for safety duty fire.

DESIGN CONCEPT

1. Column Type Speakers

For the parking area

2. Ceiling/Wall mount type speakers

Common Area

Staircase lobby

Lift lobby,

Utility areas / Toilets

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Office Floor area

3. Amplifier Designed as per the speaker quantity

4. Routers as per the zones requirement

5. Music System for Common Area and Lift lobbies

4.2.3 FIREMEN COMMUNICATION SYSTEM TWO WAY TALK BACK

SYSTEM

Introduction

A simple 2 way communication system consists of talkback speakers with

microphone, an amplifier and control console with gooseneck microphone.

SYSTEM OVERVIEW

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The system shall meet the following design Standards

1. Local Fire Norms

2. EVAC certified

GENERAL DESCRIPTION

Two way talkback speakers with microphone: These are located

at the staircases. This provides simplex communication, by using press

and hold button on the talkback speaker set, communication can be

established with the central console. Only one talkback

speaker/microphone setup can communicate with the central console

at a time.

Amplifier: Class B type amplifiers of 70% efficiency are used.

Control Console with Gooseneck Microphone or Telephone: The

control console is located at the Fire Control Room, by pressing the

zone button; communication can be established with the two way

talkback speakers. The central console can communicate with only one

talkback speaker/microphone setup at a time.

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FIRE CONTROL ROOM

As per NBC the Fire Control Room has been considered at the entrance

floor of the building so that in case of emergency the external

authorized authorities can get clear access to the safety and security

system equipments of the building.

4.3 INTEGRATED SECURITY SYSTEM

4.3.1 ACCESS CONTROL SYSTEM

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CONTENTS

1. Introduction

2. System Overview

3. Codes & Standards

4. Design Concept

5. Design Matrix

INTRODUCTION

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ACCESS CONTROL SYSTEM OVERVIEW

Code and Standards

1. Electromagnetic Compatibility:

EMC Immunity : EN50130-4

EMC Emission : EN505022 class B , CE Emission Class B

According FCC, class B part 15

2. Safety

EN60065 UL6500 CE, UL, cUL.

DESIGN CONCEPT

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1. Access control system to cover all type of security door like

standard security, high security and Restricted security

2. Access control system shall be integrated with the following sub-

system

a. Attendance Recording system with Biometric and Card

3. IP based reader controllers are considered.

4. The break glass units are considered for FIRE doors as well as

Access Controlled Doors.

5. The door positioning sensors considered are built into the electro

magnetic locks.

6. The access controlled doors are integrated with fire detection and

alarm system, the CM disables the access command to provide free

movement in the event of fire.

7. The Corporate floor shall have access through Palm Identification.

8. All the cables considered are FRLS type cables.

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4.3.2 VIDEO (CCTV) SURVEILLANCE SYSTEM

CONTENTS

1. Introduction

2. System Overview

3. Codes & Standards

4. Design Concept

5. Design Matrix

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1. INTRODUCTION

CCTV systems or Closed Circuit Television Systems are the most basic

need in electronic security. The organized and integrated video data base

obtained through this, will be an effective and valuable tool to counter and

act security sensitive areas and situations.

2. SYSTEM OVERVIEW

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3. Codes, Standards & Specifications

Video Surveillance System

UL Standard, EN & FCC

1. UL 983- Surveillance camera

2. UL 1410 Video products

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EMC Immunity : EN50130-4

EMC Emission : EN505022 class B , CE Emission Class B

According FCC, class B part 15

4. Safety

EN60065 UL6500 CE, UL, cUL.

NFPA Standard

1. No-101 Life Safety code

ANSI - American National Standards Institute

1. ANSI 208 Measurement of resolution of camera system

2. ANSI 287 Precision coaxial connectors

GENERAL DESCRIPTION

Types of Surveillance camera shall be as follows

1. Indoor Fixed Dome IR Camera

2. Outdoor Fixed Dome Day / Night or IR Camera

3. Indoor Pan Tilt Zoom Camera (PTZ)

4. Outdoor Pan Tilt Zoom Camera (PTZ)

The Video surveillance system shall cover the following areas

1. Indoor Fixed Dome IR Camera Lift Lobby

Floor Corridors

Fire escape / Emergency exit door

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High security area.

2. Outdoor Fixed Dome (Verifocal with Auto Iris ) Day / Night orIR Camera

Main Gate Entry / Exit

Parking area Entry / Exit

This camera should weather proof enclosure with Day /

Night type or IRFacility

3. Indoor Pan Tilt Zoom Camera (PTZ) Main Lobby

4.Outdoor Pan Tilt Zoom Camera (PTZ)

Building Perimeter

Terrace

This camera should weather proof enclosure with Day /

Night type or IR Facility

DESIGN CONCEPT

Outdoor camera shall be Day / Night type or IR type with Varifocal lensand shall be IP based or analog type with IP encoder or analog type.

Outdoor camera shall be pole mounted with security protection &

detection

All the Indoor fixed dome / Varifocal and Outdoor Fixed dome /

Varifocal Cameras shall be IP based or analog type with IP encoder or

analog type connected to IP based DVR. All indoor PTZ and outdoor PTZ

Cameras shall be analog type with IP Encoders or analog typeconnected to IP based DVR.

The CCTV storage server or DVR, client work station, archival and

directory / database servers shall be located at BMS Room.

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In case of IP cameras or Analog Cameras with IP encoders each client

work station shall support two nos of monitors, number of client work

station will be considered based on the camera quantity and the

number of locations preferred for monitoring. In case of DVR each DVR

shall have associated monitor.

In case of IP cameras or Analog Cameras with IP encoders the multi

casting features of the Camera & Encoder shall support multiple access

permission with different security levels definable.

In case of IP cameras or Analog Cameras with IP encoders the dual

stream feature of Camera & Encoders shall support monitoring at 25

FPS @ 4 CIF and recording at 5 FPS @ 1 CIF i.e. with dual streaming

feature the monitoring and recording can be programmed for different

FPS @ different CIF

CAT6 cable shall be used for IP Cameras or combination of CAT6 &

RG59/RG11 cable shall be used for cameras with Encoders. In case of

Analog cameras RG59/RG11 cable shall be used.

In case of IP cameras or Analog Cameras with IP encoders the flexibility

of the system shall supports distribution recording (Optional).

In case of IP cameras or Analog Cameras with IP encoders the

recording system is considered with RAID5 configuration.

In case of IP cameras or Analog Cameras with IP encoders 32 Cameras

shall be connected to one SERVER

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DESIGN MATRIX

CCTV SURVEILLANCE SYSTEM ARCHITECTURE IP SYSTEM

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4.3.3 GATE AUTOMATION SYSTEM

GATE AUTOMATION SYSTEM

The Gate Automation system shall cover the following areas

1. Entry and Exit Gates

. Types of Gates shall be as follows1. Boom Barriers

2. Bollards / Tyre Killers

SYSTEM OVERVIEW

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DESIGN CONCEPT

1. Gates shall operate electrically with heavy duty mechanism

2. Gates shall open after the vehicle is allowed to pass through boom

barrier system and under surveillance scanning and check

3. If at this stage there is a problem the gate shall not open

4. If the gate is force opened then the underground Bollards / Tyre

Killers / Crash Guard shall pop out from the ground level and disable

further movement of the vehicle

5. Gates shall be monitored for round the clock operation by security

guard.

6. Gates shall be operable even from the security central control room

in case of emergency

PERSONNEL SCANNING AND MATERIAL CHECK

Person Check:

1. Persons (Employee and Visitor)shall be checked with help of

Hand held metal detector

Walk Thro Metal Detectors

2. Person check to be done at all entry / exits of Building /

campus

Material Check:

1. Material (Bag, suitcase, etc) should be checked with the help

of hand held metal detector / baggage Scanners

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2. Material check to be done at all entry / exits of Building /

campus

3. Fixed outdoor type cameras shall be considered in this area

Vehicle Check:

1. Vehicles shall be checked with under surveillance vehicle

system

2. System shall automatically detect the license plate and shall

have automatic front image capture

3. All cameras shall be pole mounted with security protection &

detection for sabotage with outdoor type with weather and

dust proof capability

4. The Outdoor cameras shall be Day / Night type or IR type with

Verifocal lens

1. All Cameras shall be connected to SERVER (in the case of IP

cameras or analog cameras with IP Encoders) or DVR (in the

case of Analog Cameras with IP based DVR) for recording and

post investigation purpose with monitoring capability at

strategic locations as desired by the management.

2. The entire system shall be IP based (IP cameras or Analog

Cameras with IP Encoders or Analog Cameras with IP based

DVR) and shall ride on the Security Network.

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4.6 IP COMMUNICATION NETWORK SYSTEM

Introduction

IP (Internet Protocol) communication Networks of the future will be digital

and intelligent and will offer high transmission capacity and flexible

bandwidth in addition, they will be easily accessed and connected while its

services will be personal and tailored to individual needs. They will allow us

to interact in ways previously not possible - available at any time and any

place. In addition to providing entertainment and business services, networks

of the future will provide education, health and other public services.

Major advances in communications technology have substantially widened

the range of services carried by the network. Satellites, Microwave radio,

Optical cable links, digital switching and transmission, offer a potential for

the improvement of quality and for the extension of access to all the areas.

The pace of technological change is increasing while the magnitude of

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demands the future will make on our creativity and capacity to adapt is

great. Users will demand more than just state-of-the-art technology; they will

want convenience and increased control over their lives that easy and

affordable information access can provide while businesses will look for total

telecommunications solutions that will not only enable them to remain

productive and compete globally but will also give them a Competitive edge.

As the technology and mode of transport are changing fast, a broad

approach to suit all future type of services will have to be born in mind, while

designing the infrastructures for the Commercial building and a Hospital

Premises in specific. A properly designed communications Network will define

clear road map for the AVVID services (viz) (Architecture for Voice Video &

integrated Data). Also, supports future advanced services warranting higher

speeds, higher bandwidth and foolproof security planned to be available in

near future, for faster provision of services.

System Overview

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Codes and Standards

Industry Standards for Communications Cabling

These are the current versions of the major Industry standards governing

1. ANSI/TIA/EIA-568-B.1 and addendaCommercial Building Telecommunications Cabling Standard - Part1: General Requirements

2. ANSI/TIA/EIA-568-B.2 and addendaCommercial Building Telecommunications Cabling Standard - Part2: Balanced Twisted-Pair

3. ANSI/TIA/EIA-568-B.3 and addendaCommercial Building Telecommunications Cabling Standard - Part3: Optical Fiber Cabling and Components Standard

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4. ANSI/TIA/EIA-569-A and addenda Commercial Building Standard f/TIA/Eor TelecommunicationsPathways and Spaces

5. ANSIIA-606-A and addenda Administration Standard for the TelecommunicationsInfrastructure of Commercial Buildings

6. ANSI-J-STD-607-A and addenda Commercial Building Grounding and Bonding Requirements forTelecommunications

7. ANSI/TIA/EIA-526-7Measurement of Optical Power Loss of Installed Single-Mode FiberCable Plant

8. ANSI/TIA/EIA-526-14A

Optical Power Loss Measurements of Installed Multimode FiberCable Plant

9. IEC/TR3 61000-5-2 - Ed. 1.0 and amendmentsElectromagnetic compatibility (EMC) - Part 5: Installation andmitigation guidelines - Section 2: Earthing and cabling

10. ISO/IEC 11801:2000 Ed2.0 and amendments Information technology - Generic cabling for customer premises

11. CENELEC EN 50173:2000 and amendments Information Technology - Generic cabling systems

GENERAL DESCRPTION

Networks can be categorized in several different ways. One method definesthe type of a network according to the geographic area it spans.Alternatively, networks can also be classified based on topology or on thetypes ofprotocols they support.

The building blocks of a home computer network include adapters, routersand/or access points. Wired (and hybrid wired/wireless) networking also

involves cables of varying types. Finally, large-scale enterprise networks inparticular often employ other advanced equipment for specializedcommunication purposes.

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Wi-Fi is the most popular wireless communication protocol for local areanetworks. Private home and business networks, and public hotspots, use Wi-Fi to networks computers and other wireless devices to each other and theInternet. Bluetooth is another wireless protocol commonly used in cellular

phones and computer peripherals for short range network communication.

A wireless router receives the signal and decodes it. The router sends theinformation to the Internet using a physical, wired Ethernet connection.The process also works in reverse, with the router receiving information fromthe Internet, translating it into a radio signal and sending it to the computer'swireless adapter.

The radios used for WiFi communication are very similar to the radios usedfor walkie-talkies, cell phones and other devices. They can transmit andreceive radio waves, and they can convert 1s and 0s into radio waves andconvert the radio waves back into 1s and 0s. But WiFi radios have a fewnotable differences from other radios:

They transmit at frequencies of 2.4 GHz or 5 GHz. This frequency isconsiderably higher than the

frequencies used for cell phones, walkie-talkies and televisions. The higherfrequency allows the

signal to carry more data.

They use 802.11 networking standards, which come in as mentioned below:o

802.11a transmits at 5 GHz and can move up to 54 megabits of data per

second. It also uses orthogonal frequency-division multiplexing (OFDM),a more efficient coding technique that splits that radio signal into severalsub-signals before they reach a receiver. This greatly reduces interference.

o

802.11b is the slowest and least expensive standard. For a while, its costmade it popular, but now it's becoming less common as faster standardsbecome less expensive. 802.11b transmits in the 2.4 GHz frequency band ofthe radio spectrum. It can handle up to 11 megabits of data per second, andit uses complementary code keying (CCK) modulation to improve speeds.

802.11g transmits at 2.4 GHz like 802.11b, but it's a lot faster -- it can

handle up to 54 megabits of data per second. 802.11g is faster because ituses the same OFDM coding as 802.11a.

802.11n is the newest standard that is widely available. This standardsignificantly improves speed and range. For instance, although 802.11gtheoretically moves 54 megabits of data per second, it only achieves real-

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world speeds of about 24 megabits of data per second because of networkcongestion. 802.11n, however, reportedly can achieve speeds as high as 140megabits per second. The standard is currently in draft form -- the Instituteof Electrical and Electronics Engineers (IEEE) plans to formally ratify

802.11n by the end of 2009.

Other 802.11 standards focus on specific applications of wireless networks,like wide area networks (WANs) inside vehicles or technology that lets youmove from one wireless network to another seamlessly.

WiFi radios can transmit on any of three frequency bands. Or, they can"frequency hop" rapidly between the different bands. Frequency hoppinghelps reduce interference and lets multiple devices use the same wirelessconnection simultaneously.

As long as they all have wireless adapters, several devices can use onerouter to connect to the Internet. This connection is convenient, virtuallyinvisible and fairly reliable; however, if the router fails or if too many peopletry to use high-bandwidth applications at the same time, users canexperience interference or lose their connections.

Wifi has a lot of advantages. Wireless networks are easy to set up andinexpensive. They're also unobtrusive -- unless you're on the lookout for aplace to use your laptop, you may not even notice when you're in a hotspot.In this article, we'll look at the technology that allows information to travel

over the air. We'll also review what it takes to create a wireless network inyour home.

The Wireless Controller is a high-performance platform thatprovides centralized intelligence for the Wireless enterprise solution, withtruly scalable routed wireless LAN (WLAN) solution. The Controller is a full-functioning router that aggregates and coordinates all access points intowhat appears to the rest of the network as individual, centrally managed, IPsubnets.Network management is greatly simplified, eliminating the need to everphysically visit the remote access points. Further, the Controller operates at

wireline speed for maximum throughput.The Wireless Controller also manages user authentication and security, roguedetection, seamless user roaming across the wireless network, advancedradio frequency management, and user policy segmentation such as qualityof service management and application permissions.

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Because of its flexible Layer 3 overlay architecture, the Controller can belocated anywhere on your network. Each Controller can coordinate as manyas 200 600 Wireless Access Points or 802.11- based Third Party APs,including those located in remote office locations.

Wireless Software architecture

The Wireless Software architecture offers convenient feature updates forserviceability and investment protection. For management efficiency,centralized auto configuration and software loading for Access Points isprovided, along with statistics reporting, logging and tracing through theWireless Convergence Software. Administrative access via the Web allowsuser policy, security and access control, both locally or centralized.

Fast, secure roaming across Access Points for always on voice anddata mobility

Fast, secure and seamless roaming is provided as users and devices movethroughout the radio coverage range of each Access Point in your network.This roaming capability means no need to reconnect or re-authenticatemobile applications, and no more dropped Voiceover- WLAN calls as usersmove about the enterprise. Seamless roaming greatly improves productivityby providing user true mobility across the enterprise the Wireless Controllermanages each hand-off transparent to users.

Virtualization allows user segmentation with policy managementand service definitions

Through the use of Virtual Network Services (VNS), specific users and mobiledevices can be grouped by policy class to provide for levels of service,access permissions and device authorization.A VNS segment is like a virtual WLAN in itself and multiple VNS segments canrun on each AP, creating a much more flexible and powerful solution thanfixed VLANs. Variables such as time of day and the physical location of agiven user can even be used to define specific services. The dynamic natureof WLANs themselves is thus optimized in venues such as convention

centers, sports arenas, hotels, campus settings, hospitals, and multi-tierenvironments among others.

VNS provides the provisioning, monitoring, and control that allows a WLANinfrastructure to meet the needs of diverse constituencies with appropriateefficiency, performance, and security. Up to 50+ virtual WLANs (via VNS) can

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be created and managed, each with its own user policies and services.Policies can be managed by packet filtering, individual user or group.

Security Features

User authentication and encryption

The Wireless Controller supports comprehensive access authentication,encryption and intrusion detection capabilities. 802.11i standard WPA(Wireless Protected Access Version ) 802.1 x or PSK authentication andAdvanced Encryption Standard (AES) for encryption of data ensure yournetwork stays secure. To support Fast Secure Roaming, the WLAN client isalready pre authenticated by controller and is allowed to roam seamlesslywithout authentication latency. The VNS Captive Portal feature also providesWeb-based authentication, and the system also supports the overlay of anyIP-based VPN infrastructure. Data Privacy features include management ofWEP and Public Shared Key administration.

Access Point detection for network privacy and control

Wireless Access Points Scan Task feature performs detection of rogueaccess points on the network by scanning the RF space at specific intervals.The scanned information is forwarded to the Controllers Analysis Engine,which processes the data centrally. Detection data can be viewed from themanagement console, or send via intrusion alert messages.

Management Features

Redundant Wireless Controllers, which can also run in load sharing mode alsoprovide standard redundant power supplies.The Controller servers as a full functioning router, able to route aroundnetwork failures. The Wireless solution also supports dynamic RFmanagement. Unassisted Access Point fault-tolerance is achieved byexpanding radio coverage to fill in for outages of particular Access Points.

Centralized configuration and monitoring

The controller individually monitors and manages associated Access Pointsfrom a single interface. This interface makes it possible to separatelyconfigure, enable, or disable each AP, and also allows administrators togroup APs into one of ten configurable profiles. Using profiles, configurationchanges or software updates can be performed once after which they areautomatically deployed to each AP in the profile. The controller also collects

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SNMP and log information from each AP, which can then be processed by athird party network management application.

Traffic Management

The Controller enables the physical data ports to be configured to supporteither ingress (to and from the Access Points) or egress traffic (to or fromthe appropriate adjacent network), or both. This also provides per VNSsegment traffic steering and routing control for unicast and broadcast traffic.

DESIGN CONCEPT

STRUCTURED CABLING SYSTEM

1. CATEGORTY 6 (CLASS E)

2. MULTI MODE OFC OM-2

ETHERNET SWITCHING SOLUTION

1. CORE SWITCHING

2. ACCESS LEVEL SWITCHING

NETWOR SECURITY

1) UNIFIED TREAT MANAGEMENT (UTM)

WIRELESS LAN (WiFi)

1. 802.11 a/b/g/n base Access Points

2. CENTRALISED WLAN CONTROLLER

VOICE COMMUNICATION SYSTEM

HYBRID VOICE SERVER (EPABX)

CALL MANAGEMENT SOFTWARE

DIGITAL HANDSET

MASTER CONSOLE

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REGUAL DESKTOP PHONE

VOICE MAIL

AUDIO VISUAL SOLUTION

1. BOARD ROOM MULTIPOINT VEDIO CONFERENCING

SYSTEM

2. CONFERENCE ROOM SINGLE POINT CONFERENCING

SYSTEM

3. PROJECTORS AND MOTORISED SCREENS FOR MEETING

ROOMS

4. INTRACTIVE BOARD FOR TRAINING ROOM.

5. DIGITAL SIGNAGE

6. DISPLAY SCREENS AT CHAIRMAN, DIRECTORS CHAMBER.

STRUCTURE CABLING SYSTEM

We have proposed the Unified Architecture (AVVID: Architecture for Voice,

Video & Integrated Data) based IP Communications Networks to delivery

Voice, Video and Data services.

We have adopted the ANSI/TIA/EIA-568-A six sub-system methodology for

Ibms Design Based Report

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