CLOSED CIRCUIT TELEVISION SYSTEM (IPCCTV)

PART 1 GENERAL
1.1 Related Documents
1.2 Scope of work
1.3 Description of Work
1.4 System component
1.5 Reference Coded and Standards
1.6 Submittals
1.7 Quality assurance
1.8 Coordination
1.9 Spare parts
PART 2 PRODUCTS
2.1 General
2.2 Equipment and materials
PART 3 EXECUTION
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3.1 Examination
3.2 Installation
3.3 Grounding
3.4 Field Quality Control
3.5 Cleaning
3.6 Adjustment
3.7 Test Equipment
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SECTION 16800
CLOSED CIRCUIT TELEVISION SYSTEM (CCTV)
PART 1 GENERAL
1.1 RELATED DOCUMENTS
„h Drawings and General Provisions of the Contract,
including General Conditions, Conditions of Particular
Application and Division-1 Specification Sections, apply
to work of this Section.
„h Bill of quantities
„h Related section
1. all section related to CCTV with other system(Voice
and data system , fire alarm system , Access control)
2. Grounding section 16452
3. conduit and fitting section 16110
4. Basic materials and methods section 16050
5. Cable trays section 16114
6. wires and cables section 16120
1.2 SCOPE OF WORK
The scope shall include but not limited to the following
„h Supply system equipments according to approved list of
materials
„h Handle and store equipment in appropriate environment
condition
„h Install system devices according to system specification
„h Start up system
„h Programming system according to required function and
specification
„h Test and commission all system according to related
specification documents
„h Put into operation all system components
„h Integrate all other system with CCTV system
„h Provide all other services as indicated in this specification
„h Provide necessary documents and final shop drawing for
obtaining approval from authorities having jurisdiction
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1.3 DESCRIPTION OF WORK
The CCTV System shall be part of Security System to monitor
entrances, exists, lobbies and parking areas.
The system controls and Monitors shall be located at security
room and to be interfaced with fire alarm system, access control.
The configuration and operation computer shall be used with
video management software.
CCTV will cover main building and shall have number of NVR's
(Network Video Recorder) each can record 30 day, 7 day in week,
24 hours per day and shall communicate Via LAN.
The contractor is required to perform band-width calculation with
framing requirements to assure enough storage capacity for all the
camera.
All areas are used for security surveillance shall have IP color
video cameras, as indicated on the drawings:
Locations of video cameras shall be at positions, which make
them cover the intended fields of vision.
System will be IP Based network so all devices shall contain
RJ-45 interface and working with TCP/IP protocol
Contractor is required to perform bandwidth calculations and
allocation to assure covering all system requirements without
congestion.
Contractor is required to summit access control system
compatible to existing access control system in other branches
to achieve full accessibility between different branches.
INTERFACES
The IP Surveillance System shall be integrated and interfaced to
the following systems:
1. Security and Access Control System: The interface with
the Access Control System shall allow the control and the
local surveillance of entrances, gates¡K. etc. Any breaking
or violation of access provided with an IP camera will
automatically pop up a window on the operator¡¦s screen
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2. Fire Alarm System: The interface with the Fire Alarm
System shall allow the local surveillance of each fire alarm
zone. The system shall be able to display images as pop up
window from the zone in alarm on the screen of the System
operator. The interface shall be compliant with NFPA
requirements. The PTZ cameras shall automatically switch
to the location of a fire alarm initiation.
3. Building Management System: The interface with the
Building Management System shall provide the following
information:
a. Main System ON,
b. Main System OFF,
c. Main System in Default.
4. Structured Cabling Network: The system shall be
interfaced with the Structured Cabling Network to allow the
communication between the Security and Access Control
System, work stations, recording and storage servers,
Network Management System, and all other interfaced
systems through the network backbone
1.3 Equipments and Materials
1.3.1 IP Day/Night fixed color cameras
1.3.2 IP Megapixel fixed color cameras
1.3.4 CCTV server with Digital Video management system with GUI
(Graphic User Interface) with workstation
1.3.5 Network Video Recorder
1.3.6 19¡¨ LCD Monitor
1.3.7 32¡¨ LCD Monitor
1.3.7 Network including conduit cabling, pull boxes and all necessary
accessories.
1.4 REFERENCE CODES AND STANDARDS
1.4.1 Standards to be used is the IEC or other equal and approved codes,
taking into account that network cables with fitted accessories and
connector and wiring have to be of fire rated type in accordance with all
NFPA requirements codes (NFPA72 and extensions).
1.4.2 Comply with the latest issue of several material and test standards,
which have been developed and published by Institute of Electrical and
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Electronics Engineers (IEEE) for data communications industry, but not
limited to:
a. 802.1 ¡V Network Management Group,
b. 802.8 ¡V Optic Fiber Technical Advisory Group,
c. 802.9 ¡V Integrated Voice and Data LAN Working
Group,
d. 802.10 ¡V LAN Security Working Group,
1.4.3 Electrical Component Standard: Provide work
complying with applicable requirements of NFPA 70
"National Electrical Code"
1.4.4 CCIR Compliance: Comply with the relevant CCIR
standards or approved equal
1.4.5 UL Compliance: Comply with requirements of UL
50 and UL 486A or other equivalent standards
1.4.6 IEC Compliance: Comply with applicable
requirement standards pertaining to system and wiring
1.5 SUBMITTALS
Submit the following in accordance with Conditions of the
Contract and Division-1 Specification Sections:
1.5.1 General: Submit the necessary complete sets of documentation
indicating type, size, rating, style, catalog number, manufacturers'
names, photographs and/or catalog data sheets for all items to ensure
compliance with Specifications. This documentation shall be subject
to the approval of the Engineer and no equipment shall be ordered
without his approval for all equipment and devices, which are shown
on Drawings, Schedules and in Bill of Quantities.
1.5.2 Shop Drawings: Provide shop drawings showing equipment and
device locations and connecting wiring of entire CCTV system,
including riser diagrams. Shop drawings shall include, but not be
limited to, the following:
- Complete one-line riser diagram(s) showing all equipment and
the size, type and number of all conductors including signal
strengths and cable loss
- Pin to pin connection diagram
- Large scale drawing of control panels, and other devices
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- Provide calculations to support the loss in cables and signal
strengths of the different equipment, the size of wiring and
signal loss
- Provide installation instructions and installation manuals
- Complete description and data including UL listing, or
equivalent, for all system components
- Complete sequence of operations and functions of the
system
- Complete system-wiring diagrams for components and
interfaces to equipment provided by others
- A listing of the manufacturer's authorized, local
representative responsible for installation coordination and
service
1.5.3 Product Data: Submit manufacturer's technical product data,
including specifications and installations for each type of CCTV equipment.
Include standard or typical riser and wiring diagrams, operation and
maintenance instructions for inclusion in the maintenance manual.
1.5.4 Maintenance Data: Submit maintenance data and parts lists for
each type of CCTV equipment installed, including furnished
specialties and accessories. Include this data, product data, and shop
drawings in maintenance manual in accordance with requirements of
Division-1 and other relevant documentation.
1.6 QUALITY ASSURANCE
1.6.1 Manufacturer Qualifications: Manufacturing firms of the CCTV
shall be regularly engaged in manufacturing of CCTV system of type,
size and characteristics similar to those required for the project and
whose products have been in satisfactory service in similar projects
for not less than five (5) years.
1.6.2 Installer Qualifications: Engage an experienced installer who is a
factory-authorized sales and service representative to perform the
work of this section.
The installer firm shall have at least five (5) years of successful
installation experience of CCTV systems similar to that required
for the project.
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1.7 COORDINATION
1. Contractor shall be responsible for any coordination with
various system under this contract
2. all interface protocols and required hardware and software
needed to submit and satisfy system operation shall be
part of this contact
PART 2 PRODUCTS
2.1 GENERAL
The closed circuit television system CCTV shall be used for
security and operational surveillance using IP color video
cameras.
The CCTV system shall display live color video pictures for
security and operation surveillance in areas indicated in drawings
The CCTV systems shall allow for future extension in number of
cameras and monitors.
Each 16 cameras shall be displayed on monitor according to
conditional events such as motion detection or alarms ¡K.etc
monitoring so as to have all cameras monitored by events .
The operator also may record scenes from any camera by related
NVR for periods up to 24 hours per day for 30 days, and shall
retrieve recordings of any past time using time search technique.
It is also possible to select specific camera at specific time to be
displayed on the close monitoring screen.
All cameras shall be equipped with back light compensation
(BLC), automatic bright light limiter and light intensity control
(CCD auto-iris lens), adjustable motion detection.
All fixed cameras shall be supplied through special power supply
adapter or via POE (power over Ethernet).
Sensitivity of cameras shall fit for clear reproduction of pictures
in maximum and minimum light intensity conditions of each
location.
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Lens shall be selected to provide the required field of vision
according to location as indicated on the Drawings.
The Contractor is responsible for selecting the fixing location for
best results.
Monitoring stations of the system shall be supplied from the
project secured source to ensure uninterrupted operation in case of
supply failure.
2.2 EQUIPMENT AND MATERIALS
2.2.1 IP Day/Night fixed color Cameras:
Color CCTV cameras for indoor use, low voltage AC operated
and supplied through special power supply, equipped for CS lens
mount
The cameras shall have the following minimum characteristics
1. image sensor 1/4" progressive scan RGB CCD
2. angle of view 27-67o horizontal
3. lenses vari-focal lens auto iris 3-8 mm
4. minimum illumination 0.1 LUX at F1.0
5. video compression MPEG-4
6. resolution variable from 640x480 to 160x120
7. frame rate 25 frame /s
8. shutter time 2 sec to 1/25000 sec
9. Image Buffer 8MB
10. IP Address static IP Address as provided by DHCP
11. alarm and events event triggered by built in motion
Detection
12. network connector RJ-45 for Ethernet
10BaseT/100BaseTX
13. alarm connector terminal block for alarm input
14. power input 7-20 VDC
2.2.2 IP MEGAPIXEL FIXED CAMERA
Megapixel camera must meet the following operating requirements
Operational
Imaging 2 megapixel CMOS image sensor
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1/2¡¨ optical format
Bayer mosaic RGB filter
Active Pixel Count 1600(H) x 1200(V) pixel array
Minimum illumination Color: 0.1 Lux @ F1.4
Day/Night: 0 Lux, IR sensitive
Dynamic range 60 dB
Maximum SNR 45 dB
Full Field of View (FOV) Resolutions
1600x1200 (HxW) 2 megapixels
800x600 (HxW) 1/4 resolutions
Cropped Field of View Resolutions
1280x1024 1.3 MP
1280x720 HDTV - 720p
1024x768 XGA
800x600 SVGA
704x570 PAL
704x480 NTSC
640x480 VGA
352x288 CIF
320x240 SIF
Data Transmission
Data rate
Up to 55Mbps
Video frame rate up to:
24fps @ 1600x1200
32fps @ 1280x1024
Compression type
Motion JPEG
21 levels of quality
Transmission protocols
TFTP, HTTP
100 Base-T Ethernet Network Interface
Programmability
Auto Exposure (AE) and Gain Control (AGC) >120dB
On-camera real-time motion detection with 64 detection zones
Auto backlight compensation
Auto multi-matrix white balance
50/60Hz selectable flicker control
Electronic pan, tilt, zoom (PTZ)
Electronic image flip - 180 degree rotation
Resolution windowing down to 32x32 pixels window
Programmable shutter speeds to minimize motion blur
Moonlight. mode - extended exposure and proprietary noise
cancellation
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Programmable resolution, brightness, saturation, gamma,
sharpness, tint
Picture-in-Picture: simultaneous delivery of full field of view
and zoomed images
Bandwidth & storage savings by running at 1/4 resolution
Electrical
Opto-coupled alarm or trigger input, opto-coupled alarm and
flash sync output
Power over Ethernet (PoE): PoE 802.3af
DC input: auxiliary 15V-48V DC
Power consumption 3 Watts maximum
2.2.3 NETWORK MANAGEMENT SYSTEM AND GUI (Graphic user Interface)
The network management system shall be full-featured video management
system allowing users to view and control each camera in the system from
different NVR within the network.
The system shall include built-in video loss detection and system
diagnostic features. Video loss detection alerts operators of a camera
failure. Diagnostic monitoring assists in set-up, programming, and
troubleshooting.
Software shall allow for the activation of specific applications such as
incremental switching mode (cyclic) and connection of alarms, eventactuated
sub-routines, and for preventing or permitting various outputs.
The system shall be equipped with suitable and efficient backup
mechanisms including backup management for archiving and restoring
information.
The system shall provide a Graphical User Interface (GUI) that shall
satisfy the following requirements:
1. A user-friendly operator interface for monitoring and controlling the
system through a Windows environment through the use of a computer
mouse.
2. Multiple, linked graphical maps including site and building floor plans.
Icons placed on graphical backgrounds shall be used to select, control, and
monitor each camera in the IP Surveillance System.
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3. Simple and logical navigation between graphical maps.
4. A master graphic to direct operators to more detailed graphics. The GUI
shall allow the operator to select the master graphic from any other
graphic. Each map shall include camera and monitor icons located within
the graphic area, and shall include icons to allow the operator to navigate
between other areas near the current map.
5. Import of graphics generated by other drawing programs. Include a
conversion program with the system to convert DXF files from CAD
programs into the format used by the system.
6. Graphical map with high quality showing floor details including all
partitions, doors and other major built-in structures.
7. Overview of all incoming alarms, including filtering possibilities and
control of multiple users handling the same alarm.
The system shall provide multi-level password protection and logging
facilities that:
1. Grant and/or deny rights to individual users or groups of users.
2. Restrict the ability to modify the system configuration.
3. Restrict access to video from specified cameras.
4. Restrict access to alarm events.
5. Restrict access to troubleshooting tools such as remote control
functions.
The system shall allow playback and recording of cameras simultaneously.
The system shall allow simultaneous audio recording and playback.
The system shall allow playback with high speed date/time searching, skip
searching, index searching, alarm list searching, and multi-screen option.
The system shall allow playback digital zooming it shall allow the operator
to zoom into a selected area of the image during playback and video
authentication.
The software shall have the flexibility to be programmable for any
recording or playback sequence.
The system shall provide remote P/T/Z camera control through web server.
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The system shall be capable to notify users about its status and alarms by
sending e-mails to a predefined address using SMTP.
The system shall allow for recording of up to 25 frames per seconds when
connected to PAL cameras.
The software shall provide the ability to limit storage of recorded video by
automatically deleting recorded contents when the information reaches a
pre-defined duration or date. The setting of these parameters shall be
available on a per camera base, allowing for different settings for each
camera.
To secure recorded video from being lost, the system shall allow an
authorized user to manually ¡§lock¡¨ recorded material from being erased or
overwritten.
Recording shall be done using standard motion JPEG format without any
modification of the pictures.
The system shall allow a recording quality: JPEG up to 1280 x 1024
pixels, other PAL resolutions include 320 x 240, 352 x 288, 640 x 480 or
704 x 506 depending on the Network Video Recorder.
The system shall allow the export of video recordings in JPEG or AVI
format and any other standard base format to the approval of the Employer
Representatives.
The system shall provide an ability to export single video pictures to JPG
files as well as video sequences to AVI files.
The system shall allow search on time, date or activity/alarm with instant
playback in real time with audio.
The system shall provide the ability to send operational and technical
information using a standard SMTP mail server. To ensure availability, a
minimum of two different mail servers must be definable.
To avoid improper use and configuring, the system shall provide the
ability to define users and passwords for a minimum of three different
types of users.
To ensure availability of video related to an alarm, the system shall
provide a freely selectable pre and post-alarm recording. The duration of
the pre-alarm time shall not be limited.
The system shall provide the ability to link events to selected time only,
i.e. during out-of-office hours.
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The system shall be able to select cameras to be recorded including date &
time, title, update rate (real time and/or time lapse).
Protocols supported, as a minimum: TCP/IP, HTTP and BOOTP.
2.2.4 NETWORK VIDEO RECORDER
2.3.4.1- The network video recorder with Internet Protocol (IP) design
shall be a microprocessor-based video processor
2.3.4.2- the network video recorder records video and audio data streams
received over Ethernet networks using the TCP/IP protocol
2.3.4.3- all data of camera received can be storage in internal hard disk or
external hard disk
2.3.4.4- full integration with video management system
2.3.4.5-The unit shall provide operator-definable live filters to record and
trigger alarm events when the light level changes, motion are detected, The
unit shall provide operator-definable filters to search the image database
for light changes, motion, as well as camera, date/time and filter settings,
then display a list of matching video segments.
-The unit shall provide for simultaneous recording, playback, transmitting,
database searching and archiving. Channel of audio and text inputs shall
be supported with required hardware properly installed and set up
according to the manufacturer¡¦s instructions.
The network video recorder system must meet the following operating requirements
1. Video recording MPEG-2/MPEG-4
2. recording frame rate at least 25 frames /sec per
Camera
3. Internal Storage at least 40TB
4. extended storage extension hard disk
5. Image Quality Super, Normal, Extended Record
6. Resolution 1CIF/ 2CIF/ 4CIF
7. Video stream at least 100 Mbs
8. Video format PAL /NTSC
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2.2.5 LCD MONITORS 19"
- The flat panel LCD monitor shall have performance-enhancing features
such as VGA and DVI (digital visual interface) inputs
- The flat panel LCD monitor shall provide a front panel that allows the
user to adjust image quality, brightness, size, position, and geometry for
optimal viewing.
„X Input Voltage 220-240 VAC, 50/60 Hz
„X Video Input Interfaces 2 BNC, looping1,VG
„X Audio Input Interfaces 2, audio L/R, RCA jack
„X Horizontal Frequency: 31 kHz to 69 kHz
„X Vertical Frequency 56 Hz to 85 Hz
„X Viewing Angle (H/V) 178¢X/178¢X
„X Displayable Colors 16.7 million
„X LCD Panel TFT LCD
„X Aspect Ratio 4:3 (composite video)
„X Response Time 8 ms
„X Sync Format NTSC/PAL
„X Resolution 1600 X 900 pixel
2.2.6 LCD MONITORS 32"
- The flat panel LCD monitor shall have performance-enhancing features
such as VGA and DVI (digital visual interface) inputs
- The flat panel LCD monitor shall provide a front panel that allows the
user to adjust image quality, brightness, size, position, and geometry for
optimal viewing.
„X Input Voltage 220-240 VAC, 50/60 Hz
„X Video Input Interfaces 2 BNC, looping1,VG
„X Audio Input Interfaces 2, audio L/R, RCA jack
„X Horizontal Frequency: 31 kHz to 69 kHz
„X Vertical Frequency 56 Hz to 85 Hz
„X Viewing Angle (H/V) 178¢X/178¢X
„X Displayable Colors 16.7 million
„X LCD Panel TFT LCD
„X Aspect Ratio 4:3 (composite video)
„X Response Time 8 ms
„X Sync Format NTSC/PAL
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„X Resolution 2560 X 1600 pixelPART 3 EXECUTION
3.1 EXAMINATION
Examine conditions, in the presence of the installer, for
compliance with the requirements and other conditions affecting
the performance of the CCTV system work.
Do not proceed until unsatisfactory conditions have been
corrected.
3.2 INSTALLATION
3.2.1 General:
1. Acceptance of works will be restricted to the
equipment and installations complying with the approved
submittals, approved shop drawings, and the Employer
site Engineer agreement.
2. The Contractor has to carry out any site works under
direct supervision of qualified technicians who are to be
well trained with qualified Manufacturer experience.
3. Site workmanship of any network component has to be
limited to the layout and fixation, and inter-wiring of
various items of the readymade equipment.
3.2.2 Examination
1. Examine pathway elements intended for cable. Check
raceways, cable trays, and other elements for compliance
with space allocations, installation tolerances, hazards to
cable installation, and other conditions affecting
installation. Proceed with installation only after
unsatisfactory conditions have been corrected.
3.2.3 Wiring Methods:
Install wiring in raceway/conduit except within consoles,
desks and counters, and except in accessible ceiling
plenums where cable-wiring method may be used Cables
used in environmental air space shall be listed for this
use. Conceal cables in accessible ceilings, walls and
floors wherever possible.
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3.3 GROUNDING:
3.3.1 Grounding Considerations
3.3.1.1 General
Grounding systems are normally an integral part of the
specific signal or communications cabling system that
they protect. In addition to helping protect personnel and
equipment from hazardous voltages, a proper grounding
system may reduce EMI to inform the communications
cabling system. Improper grounding can produce induced
voltages and those voltages can disrupt other
communications circuits.
Requirements of the EIA/TIA 607 shall be followed.
3.3.1.2 Considerations
a. Ensure that the installation conforms to proper practices and
requirements.
b. Ensure that each cabinet and rack has an appropriate grounding
bus bar that is connected to the dedicated building ground by a 35
mm² ground wire.
c. Ensure that grounding is available for all system equipment and
components and equipment required for maintenance and testing.
d. Ensure that all metal cable trays shall be bonded to ground. Cable
tray shall not be used for a ground path.
3.4 FIELD QUALITY CONTROL
Manufacturers' Field Services: Provide services of factoryauthorized
service representatives to supervise the field assembly
and connection of components and system presetting, testing, and
adjustment.
Inspection: Verify that units and controls are properly labeled
and interconnecting wires and terminals are identified.
Presetting: Align and adjust the system and pretest all
components, wiring, and functions to verify they conform to
specified requirements. Replace malfunctioning or damaged
items with new items. Retest until achieving satisfactory
performance schedule.
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Operational Acceptance Tests: Perform operational system
tests to verify it conforms to specifications. Include all modes of
system operation. Methodically test for proper system operation
in all functional modes.
CCTV Camera Location Test: Support each camera
temporarily at the location indicated and connect to monitor.
Adjust camera location and mounting and substitute fixed lens as
approved to provide required performance at monitor. Adjust
within 15 feet (5 m) of those indicated with no change in contract
cost.
Record results of tests.
Retest: Correct deficiencies identified by tests and observations
and retest until specified requirements are met.
CLEANING
Clean all system components including camera housing windows,
lens, and monitor screens. Use methods and materials
recommended by manufacturer.
ADJUSTMENT
Occupancy Adjustments: When requested within 1 year of date
of Substantial Completion, provide on-site assistance in adjusting
the system to suit actual occupied conditions. Provide up till 2
requested adjustment periods at the site for this purpose without
additional cost.
3.6 TEST EQUIPMENT
Shall include the necessary test equipment, on his expense require
for voltage, signal strength video transmission and reception
monitor, bar pattern generator etc.
3.7 TRAINING
Equipment’s manufacturer and his authorized, local representative
shall provide, in depth, equipment service and programming on site
training to selected 5 Employer’s personnel for two weeks.
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3.8 WARRANTY
The CCTV shall have a 2-year manufacturer’s warranty against
product defects. This warranty shall be for material only.
Installation and labor shall be warranted for a period of 1 year or
as indicated elsewhere in this specification. Manufactures that do
not provide a standard 2-year warranty, must provide an extended
warranty with their bid package.
END OF SECTION 16783
Closed Circuit Television System (IPCCTV)
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