Video Surveillance Project with Magazine Sound and Alarm

Contents

Contents

General provisions

Description and characteristics of the object

Basic Technical Solutions for Structured Cabling

Basic Technical Solutions for Television Video Surveillance (CV) System

Main technical solutions for the system of musical design and voicing (SMO)

Main technical solutions for anti-theft system

Measures for the organization of construction

Safety requirements

Complex of safety systems,

structured cable system

"32 Apartment Building Service Block Built In"

The technical solutions adopted in the working drawings comply with the requirements of environmental, sanitary, fire and other applicable norms and rules and ensure safe operation of the facility for life and health of people, subject to the measures provided for in the working drawings.

This project is carried out in accordance with the current norms and rules and provides for measures to ensure explosion safety and fire safety during system operation.

The technical solutions adopted in this project comply with the requirements of environmental, sanitary, fire and other applicable norms and rules and ensure safe operation of the facility for life and health of people, subject to the measures stipulated by the project.

This project is carried out in accordance with the current norms and rules and provides for measures to ensure explosion and fire safety during system operation.

General provisions

The construction project for television video surveillance systems, musical design, structured cable system was developed on the basis of the terms of reference issued by the Customer, according to the Agreement

.

The initial design data are:

- technical assignment for design;

The project documentation and technical solutions adopted in this project meet the requirements of the guidelines and regulatory documents:

RD 28/3.0052001 Technical facilities and security systems. Television

video surveillance systems (security television systems). Rules

production and acceptance of works.

RD 28/3.0082001 Technical facilities and security systems. Order of size

processing of the engineering specification.

RD 28/3.0092001 Technical facilities and security systems. Uss designations

literal graphic elements of systems.

RD 28/3.0102001 Technical facilities and security systems. Systems okhran

noah alarm. Composition, procedure for development, approval and approval

availability of design documentation.

RD 28/3.0112001 Technical facilities and security systems. Access control and control systems. Rules for production and acceptance of works.

SNB 1.03.0296 Composition, procedure for development and approval of design basis up to

commentations in construction.

VSN 11687 "Instructions for the design of line-cable communication facilities";

SNiP 3.05.0685 Electrical devices.

SNiP 3.05.0785 Automation systems.

SNiP III480 Construction Safety.

VSN 11687 Instructions for the design of line-cable structures

communications.

PUE Electrical Installation Rules

OST 4 GO 054.086 Radio electronic equipment units and units. Electrical installation of bundles, cables to connectors. Typical Process Plans.

OST 4.093.01087 (CPD) Electrical installation of telecommunication systems. Organization, execution and delivery of installation works. General technical requirements.

Description and characteristics of the object

The object is a separate part of a separate building located at:

The building includes retail areas of food products, production premises (semi-finished products, finished products, etc.), warehouses.

The facility is protected by its own security service.

The object is telephoned.

Basic Technical Solutions for Structured Cable System (SCS)

A structured cable system is designed to combine the functionality of telephony systems and a local area network. The SCS, due to its versatility, allows making these systems interchangeable, i.e. changing the initial purpose of the outlet at the workplace (telephone or computer) by connecting it to a certain patch panel or switch in the communication cabinet using a patch cord.

The cable system includes:

Information sockets at workplaces;

Cable routes;

Wall camutation cabinet;

Server cabinet;

PBX;

All information sockets at workplaces are installed at the level of installed electrical sockets, or above the table level at the height of 7080 cm. Cables are supplied to the sockets in the ducts. Sockets are installed in the internal version of two port. In the trading room, one or two port delivery notes are installed on the trading equipment. All ports in outlets at workplaces are numbered.

All cable routes are laid using category 5e cable in the building at a height of more than two meters from the floor on cables behind the false ceiling, which provides inaccessibility to the cable system. No more than 60% cable filling is selected to further extend the system.

In the server room, the cables are inserted into the rack through the upper communication hole, after which the cable is expanded into patch panels, separately telephone ports and computer ports.

Entry of cables into the rack through the upper hole for communications, after that

cable is spread in patch panels, separately telephone ports and computer ports.

From the PBX, telephone lines are transmitted to the rack and cabinet with a wall twenty-five pair cable, where they are expanded into telephone patchpanels. Further connection is made by patchcord to patch panel, on which cables from sockets at workplaces are expanded.

The server cabinet has a UPS with a TCP/IP control card.

Basic Technical Solutions for Television Video Surveillance (CV) System

The television video surveillance system is designed for round-the-clock visual monitoring and recording of the situation in various areas of the facility in order to ensure safety and control over the operational situation and technological processes.

The video surveillance system of a mixed type (black-white and color) image is developed on the basis of video cameras with digital signal processing.

The video signal from the cameras comes from digital DVRs (video server). The DVR combines the functions of a video multiplexer and advanced digital recording technologies into an integrated hard disk. The device allows you to view live video in full-screen and multi-screen format, as well as in serial switching mode. At the same time, the selected cameras or all cameras are recorded on the built-in hard disk and, if necessary, control and work with the video archive over the local network (triplex function).

AVTech AVC-777 hardware 16 channel systems are selected as DVRs.

Devices are installed in the security and video surveillance room.

Technical characteristics of DVRs:

• Compatible with color and black and white cameras or other standard video sources (NTSC and PAL format).

No need for video synchronization.

Possibility of simultaneous recording, multi-channel viewing of images on the screen, possibility of remote control.

Built-in RTOS real-time operating system with fast performance.

Flexible display format providing user interface convenience: single-screen, full-screen, multiplex mode, 3x3, 4x4, 1 + 7.

Outputs for connection of main and four spotmonitors (analog).

The display displays the camera name, location, and recording status.

The ability to program motion detection for each camera using the graphical user interface.

Search by date/time, by calendar, by event, by movement, by alarm, retrospective search of movement.

Image enhancement features: digital zoom, brightness, and image clarity.

Possibility of remote monitoring, playback and monitoring over the local network, (LAN), digital network with integrated services (ISDN).

Distributing of network of food is made by a wire, PVS2h2.5, PVS 2x1.5. Cable branches are made through branching boxes.

Cables are laid openly above the suspended ceiling on ropes with fixation by belts and in ducts along walls and ceilings.

Attachment pitch at horizontal gasket 35 cm, at vertical gasket 50 cm, at route turning - 10 cm from the corner top to both sides. They are not allowed to be laid together with power cables.

The main objects of observation are:

Monitoring of the loading and unloading area.

Control of loading and unloading operations, transfer of material prices

nostov.

Quick response to a robbery attack, burglaries.

Monitor the entrance and exit of the store;

General containment, informing customers about the operation of the video surveillance system. Identification of visitors. Record violations, control theft among personnel

Observation of the trading room:

Identify customer thefts.

Adjusting the work of the staff in the trading room.

Monitoring of cash transactions

Detection of fraud among staff at cash centers. Identification

fraud among buyers and employees;

General monitoring of customer service.

Control of access to premises;

Detection of theft among personnel, fraud;

Control of goods withdrawal.

Main technical solutions for the system of musical design and voicing (SMO)

The sound design and voicing system allows you to provide clear and high-quality sound design and high legibility of voice messages, solve the following problems:

Musical design of retail space;

Transmission of advertising information message to shopping center visitors;

Personnel notification;

The SMO of the shopping center consists of:

Music and speech audio sources;

Amplifiers;

Loudspeakers;

The primary source of the audio signal is a computer located at the store administrator in the trading room. The computer, as a source of a musical sound signal, allows to form lists of played musical compositions, to determine a specific time of their playback, to control playback using remote access from anywhere in the world.

The choice of amplifiers is due to the number of speakers and the nominal power of their sound. Amplifier AA120 allows generating an audio signal with a given level of playback volume of musical compositions to create the most comfortable sound on the trading room.

Type of loudspeakers - ceiling, rated power 6 W.

Main technical solutions for anti-theft system

The operation of anti-theft equipment is based on the principle of detecting unpaid goods at the time of an attempt to remove them from the trading room or store. Various protective elements are reinforced on the product (invisible to the thief or which can be removed only by the seller himself using a special device), and sensor frames - antennas - are installed at the output, which send a signal (sound or light) when such an element enters the area of ​ ​ their operation. Such a system not only reliably protects against unauthorized delivery of goods, but is also a powerful lever in working with "unscrupulous" personnel. The project implemented a solution based on radio frequency technology. This type of systems is characterized by high reliability, a low number of false positives. The protective elements of the radio frequency system can be attached to various types of goods, which is important for a shopping center with a wide variety of assortments.

7. Measures for the organization of construction

CIW shall be carried out in accordance with design documentation and technological scientific and technical documentation.

Industrial installation methods and progressive technology are used in the work.

Works are carried out in the presence of construction readiness of areas where safety system elements are installed. Commissioning works shall be performed upon completion of all construction works.

Safety requirements

The following hazards shall be taken into account when performing installation works on equipment installation and cable laying:

fire hazard;

electrical hazard;

thermal hazard;

risk of injury during transportation and loading and unloading

works.

Installation and installation of equipment shall be carried out in accordance with "Rules for technical operation of electrical installations of consumers" and "Safety rules for operation of electrical installations of consumers"

Safety of erection works is provided in accordance with SNiP III480 "Rules of work production and acceptance. Technician Technical equipment maintenance shall be allowed for persons trained in fire safety and health regulations and having an electrical safety group not lower than the third.