IP VIDEO SURVEILANCE SYSTEM.

 

IP VIDEO SURVEILANCE SYSTEM

IP VIDEO SURVEILANCE SYSTEM

 Framework Rundown 

This Part incorporates the determinations for an IP Video Reconnaissance (IPCCTV) Framework including however not restricted to IP cameras, Video The executives Programming, Workers and Workstations used to have the worker and customer programming, Organization Video Recorders, Information Stockpiling Framework and other hardware needed to work an IP based Video Reconnaissance Framework.

SYSTEM DESCRIPTION

Vehicle Access and Drop off Focuses at all levels, All Degrees of Vehicle 

Stopping, Conveyance Narrows and Merchandise Taking care of Zones, Screening Territories (Sorting rooms, Public Screening Regions), Lift Halls, and all Passageway 

furthermore, Leave Focuses. 

The framework controls and Screens will be situated at Primary Control (Security) room and to be interfaced with alarm framework, access control, BMS and different frameworks. 

The arrangement and activity PC will be utilized with video the board programming. 

IPCCTV will cover principle fabricating and will have number of NVR's 

(Organization Video Recorder) each can record in any event 1000G and will 

convey By means of LAN. 

The worker for hire is needed to perform band-width estimation with 

outlining necessities to guarantee sufficient capacity limit with respect to all the cameras according to the pre decided plan. 

All zones utilized for security reconnaissance will have IP shading video cameras, as shown on the drawings: 

Areas of camcorders will be at positions, which empower them 

to cover the planned fields of vision. Framework will be IP Based organization so all gadgets will contain RJ-45 interface and with capacity to chip away at the local IP convention. In spite of the fact that data transfer capacity and capacity gauges have been assessed and fused during the plan cycle, worker for hire is needed to perform data transfer capacity/stockpiling figuring and designation to guarantee all framework prerequisites are covered with no organization blockage.

INTERFACES 

The IP Reconnaissance Framework will be incorporated and interfaced to the 

following frameworks: 

a. Security and Access Control Framework: The interface with the Entrance Control Framework will permit the control and the neighborhood observation of passageways, entryways… . and so on Any breaking or infringement of access gave an IP camera will consequently spring up a window on the administrator's screen

b. Alarm Framework: The interface with the Alarm Framework will permit the neighborhood reconnaissance of each fire caution zone. The framework will have the option to show pictures as spring up window from the zone in caution on the screen of the Framework administrator. The interface will be agreeable with NFPA necessities. The PTZ cameras at the point when utilized will consequently change to the area of a alarm inception.

c. Building The executives Framework: Building The board Framework will be interfaced with IPCCTV framework for full reconciliation through IP Convention and the met LAN network for observing all cameras, caution if there should arise an occurrence of video misfortune and so on 

d. Organized Cabling Organization: The IPCCTV framework will utilize the accessible Organized Cabling and Combined Organization to permit the correspondence between the Security and Access Control Framework, work stations, recording and capacity workers, Organization The executives Framework, and any remaining interfaced frameworks through the network spine.

SCOPE OF WORK

 • supply framework types of gear as per affirmed rundown of materials. 

• Handle and store gear in proper climate condition. 

• Implementation and Installation of all framework gadgets as per framework particular. 

• System Roll-out, Initiate and the System Start-Up. 

• Programming framework as per required capacity and  particular. 

• Test and commission all framework as per related  particular records. 

• Put into activity all framework parts. 

• Coordinate and Integrate with different frameworks (Access Control, Alarm, BMS ...and so on)               where   required. 

• Provide any remaining administrations as demonstrated in this particular. 

• Provide fundamental records and last shop drawing for getting endorsement from specialists having       ward.

Equipments and Materials 

1.3.1 Indoor IP fixed shading cameras 

1.3.2 Outdoor IP fixed shading cameras 

1.3.3 IP Megapixel fixed shading cameras 

1.3.4 CCTV worker with Digital Video the board framework with GUI 

(Realistic User Interface) with workstation 

1.3.5 Network Video Recorder 

1.3.6 Video Wall (4X4) 

1.3.7 LCD Monitor 19'' 

1.3.8 LCD Monitor 32"

Indoor IP fixed color Cameras:

Color IPCCTV cameras for indoor use, low voltage AC operated and supplied through special power supply (They are all POE Camera’s), 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 0.5 LUX at F1.0 

5. Video compression MPEG-4/H264

 6. Resolution Variable from 640x480 to 800x120

 7. Frame rate 25 frame /s 

8. Shutter time 2 sec to 1/25000 sec

 9. Image Buffer 8MB 

10. IP Address Static / Dynamic IP Address as provided by DHCP (why) 

11. Alarm and events Event triggered by built in motion

Outdoor IP fixed color Cameras: 

Specifications for the outdoor fixed camera shall be as that of the indoor fixed camera but shall be housed in outdoor weatherproof housing. The cameras housing shall provide full protection for environmental conditions (dust, sun, rain, temperature, etc.) and shall include sun hood, automatic fan and shall house all attached accessories of the cameras including the lens. Housing shall not cause any loss in quality or sensitivity of pictures Color IPCCTV cameras for outdoor use, low voltage AC operated and supplied through special power supply (They are all POE), equipped for CS lens 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 0.1LUX at F1.0 

5. video compression MPEG-4/H264 6. resolution variable from 

640x480 to 160x120 

7. frame rate 25 frame /s 

8. shutter time 2 sec to 1/25000 sec

 9. alarm and events event triggered by built in motion Detection

 10. network connector RJ-45 for Ethernet 10BaseT/100BaseTX/

 11. alarm connector Terminal block for alarm input 

12. Image Buffer 8MB

 13. IP Address Static IP Address as provided by DHCP

 14. power input 7-20 VDC (POE)

IP MEGAPIXEL FIXED CAMERA 

The cameras shall have the following minimum characteristics

 1. image sensor 1/2" progressive scan RGB /CMOS 

2 Mega pixels

2. angle of view 27-67o horizontal 

3. lenses variable-focal lens auto iris 3-8 mm

 4. minimum illumination 0.1LUX at F1.4 

5. video compression MPEG-4/H264 

6. resolution variable from 640x480 to 1600x1200 

7. frame rate atleast 24 frames /sec 8. shutter time 2 sec to 1/25000 sec 

9. alarm and events event triggered by built in motion Detection 

10 network connector RJ-45 for Ethernet for a min. speed of 100BaseTX/ 10. alarm connector Terminal block for alarm input

 11. Image Buffer 8MB 

12. IP Address Static/Dynamic IP Address as provided by DHCP

 13. power input 7-20 VDC (POE)

VIDEO SURVEILLANCE MANAGEMENT SYSTEM AND GUI 

(Realistic USER INTERFACE) 

The Video Surveillance Management framework will be full-highlighted video the executives framework permitting clients to view and control each camera in the framework from various NVR inside the organization. The framework will remember worked for video misfortune location and framework demonstrative highlights. Video misfortune identification alarms administrators of a camera disappointment. Indicative checking aids set-up, programming, and investigating. Programming will take into account the actuation of explicit applications such as steady exchanging mode (cyclic) and association of cautions, occasion activated sub-schedules, and for forestalling or allowing different yields. The framework will be outfitted with appropriate and productive reinforcement instruments including reinforcement the board for documenting and reestablishing data. The framework will give a Graphical User Interface (GUI) that will 

fulfill the accompanying prerequisites: 

1. An easy to use administrator interface for checking and controlling 

the framework through a Windows climate using a 

PC mouse. 

2. Different, connected graphical guides including site and building floor 

plans. Symbols set on graphical foundations will be utilized to 

select, control, and screen every camera in the IP Surveillance 

Framework. 

3. Basic and intelligent route between graphical guides. 

4. An expert realistic to guide administrators to more definite designs. The GUI will permit the administrator to choose the expert realistic from some other realistic. Each guide will incorporate camera and screen symbols situated inside the realistic territory, and will incorporate symbols to permit the administrator to explore between different territories close to the current guide.

 NETWORK VIDEO RECORDER

 2.3.4.1- The network video recorder records video and audio data streams received over Ethernet networks using the TCP/IP protocol.

 2.3.4.2- The network video recorder with Internet Protocol (IP) design shall be a microprocessor-based video processor. 

2.3.4.3- NVR should have the capability to store all data received from camera’s on its internal hard disk temporarily for the predefined period till the data is archived onto the external storage. Should also have the capability to interface with external storage devices in the event of a need to store data on external storage directly. All data received from the camera’s can be stored in internal hard disk or external hard disk storage devices. 

2.3.4.4- Full integration with Video Surveillance and 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