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Customer: OOYAO Venrus Restaurant Group Object: Renovation of premises for restaurant. Address: Moscow, Tsvetnoy Boulevard, d. 26 p. 1 - vision project

  • Added: 09.07.2014
  • Size: 2 MB
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Description

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Project's Content

Name Size
icon proekt_videonabljudenija_i_slabotochnyh_sistem_restorana.zip
2 MB
icon PROJECT.dwg
2 MB
icon Custom_fox_specification._2.doc
78 KB
icon composition_of_the_project.doc
53 KB
icon Custom_fox_specification._1.doc
84 KB
icon Custom_fox_specification._3.doc
77 KB
icon Note.doc
137 KB

Additional information

Contents

CONTENTS

1 General part

2 Brief description of the object

3 Main Design Solutions

3.1 Local Area Network

3.2 Restaurant system R-keeper

3.3 Video Surveillance System

3.4 Telephone Network System

3.5 Television Broadcasting System

4 Occupational safety

Application. 1. License

(attached to the first two copies of the documentation)

2. brief description of the object

2.1. Type of construction - reconstruction.

2.2. The restaurant is a 3-story separate brick building.

2.3. The renovated rooms have the following characteristics:

- heated;

- air flow rate is not more than 1 m/s;

- presence of plenum ventilation.

3. main design solutions

3.1. Local Area Network

3.1.1 The local area network is constructed as a hierarchical structure. The network has star-shaped structure in which a role of "center" of all complex are the Dlink DFL-860E router, the ProCurve 3500yl24GPWR and WiFi HP switchboard a point of a dosup of Dlink DIR-855.

3.1.2 Dlink DFL-860 router - allows you to connect bank terminals to pay with plastic cards through the Internet.

3.1.3. Switch HP ProCurve 3500yl24GPWR - creates a single internal local network without access to the Internet, for the functioning of the restaurant system rkeeper.

3.1.4. WiFi access point Dlink DIR-855 - is installed on each floor (3 pcs in total), for open access to the Internet by restaurant visitors, by means of wifi communication.

3.1.5. All external lines that are planned to be brought into the building to gain access to external resources must be connected to the network equipment installation site.

3.1.6. Each cable shall have a unique marking at both ends. Sockets must also be marked.

3.1.7. The cable is routed so that on one side of the lines they approach each outlet, on the other - they are combined in a cabinet on switching devices according to the drawings.

3.1.8. The design provides for cable wiring for 25 UTP5e connection points.

3.1.8. Wiring is laid behind the suspended ceiling in trays. Descents to the sockets are carried out inside the walls, due to their shaving.

3.1.9. To ensure the safety of people, elements of electrical equipment of the local network must meet the requirements of GOST 12.2.007.0. All metal parts of electrical equipment that are not normally energized, but which may be under it, due to failure of insulation, are subject to grounding (earthing). The potentials must be balanced.

Protective grounding (grounding) must be performed in accordance with the "Electrical Installations Design Rules" (PUE, Edition 7, Chapter 1.7), SNiP 3.05.0685 "Electrical Devices," the requirements of GOST 12.1.03081 and technical documentation of manufacturers of components.

The resistance of the grounding device shall be not more than 4 ohms and shall be provided by the customer.

3.2. Restaurant system R-keeper

3.2.1. The rkeeper system allows you to automate all the processes of the restaurant from warehouse accounting and accepting an order, to both its execution and final payment.

3.2.2. The system includes: cash server with software; RKeeper 6100 workstations; Glaive RT 665 15 waiters with Star SP298 printers; Sprint TM200 Ethernet network printers.

3.2.3. The principle of work is to receive an order by a waiter and register it with the help of a waitress station. The Glaive RT 665 waitress station forms an order for cooking and sends an order for one of the Sprint TM200 Ethernet network printers installed in the kitchen.

3.2.4. The Glaive RT 665 waitress station allows you to print a preliminary check, and also creates a report for the RKeeper 6100 workstation, which generates and registers a fax check.

3.2.5. The rkeeper system works through the Enthernet protocol. Therefore, a local area network system based on the HP ProCurve 3500yl24GPWR switch (without Internet access) is designed at the site.

3.3. Video surveillance system

3.3.1 The video surveillance system is designed to keep a round-the-clock recording of what is happening at the designed facility.

3.3.2. The following equipment is installed to implement the necessary functions of the system:

Two SD416 DVRs with built-in 250GB hard drives and 2 TB remote hard drives and two HDM191CN monitors are installed in the security room.

The premises have five HCBF1NK television cameras with the object TVR0398DCIR in the cash desk and locker room, twenty domed cameras HCGF1NKW2A3, cameras allow you to flexibly adjust the surveillance areas, and one hidden camera KPCNDS190.

3.3.3. The DVR allows you to record and store an archive from all cameras in 20 days.

3.3.4. The distribution network of the video surveillance system shall be made Cable with coaxial conductor and 2 power conductors of RK 753 grade, 735f + 2HVM0.5.

3.3.5. Wiring is laid behind the suspended ceiling in trays.

3.3.6. Power supply of video surveillance system shall be performed according to reliability category I as per PUE. The project provides the uninterruptible power supply APC SmartUPS 1500VA for DVRs and monitors, as well as a backup power supply for SKAT video cameras - V.16. Both sources are powered by batteries.

3.3.7. According to the load table (see table below), the maximum consumption of the video surveillance system is 150 W. Based on the characteristics of the uninterruptible power supply unit and network loads, the operating time of the system, when the main power supply is disconnected, will be at least 6.5 hours.

3.4. Telephone network system

3.4.1 The telephone network is part of the complex of engineering and technical systems of the building.

3.4.2. The project provides for cable wiring for 4 telephone connection points and provides for the possibility of expanding to 16 telephone points.

3.4.3. The telephone wiring diagram is a star, the beams of which diverge from the place of installation of the mini-PBX to the places of installation of telephone sockets.

3.4.4. All external lines that are planned to be installed in the mini-PBX should be brought to the place of installation of the mini-PBX.

3.4.5. Each cable shall have a unique marking at both ends. Sockets must also be marked.

3.4.6. The technical implementation of the system is based on the use of mini-PBX KX-TEM824RU from Panasonic .

3.4.7. The system supports the standard reliability mode.

3.4.8. Maximum subscriber capacity of 24 subscribers.

3.4.9. Wiring is laid behind the suspended ceiling in trays. Descents to the sockets are carried out inside the walls, due to their shaving .

3.4.10. Details of the operation of the PBX are given in their technical descriptions .

3.4.11. To ensure the safety of people, elements of electrical equipment of mini-PBX must meet the requirements of GOST 12.2.007.0. All metal parts of electrical equipment that are not normally energized, but which may be under it, due to failure of insulation, are subject to grounding (earthing). The potentials must be balanced.

Protective grounding (grounding) must be performed in accordance with the "Electrical Installations Design Rules" (PUE, Edition 7, Chapter 1.7), SNiP 3.05.0685 "Electrical Devices," the requirements of GOST 12.1.03081 and technical documentation of manufacturers of components. The resistance of the grounding device shall be not more than 4 ohms and shall be provided by the customer.

3.5. Television broadcasting system

3.5.1. To ensure the reception and broadcasting of television programs at the facility, there is an existing city television antenna that has good signal reception.

3.5.2. To broadcast television programs to several TVs, an active TVS splitter for four TVs is designed at the facility.

3.5.2. Distribution television network in the restaurant shall be provided with RK 50315 cable behind suspended ceiling on trays.

4. Occupational Safety

4.1. Compliance with safety precautions is a prerequisite for safe operation during construction, installation and operation of fire extinguishing and fire alarm systems.

Violation of safety rules can lead to accidents.

4.2. At installation, installation, maintenance and operation of installations, "Service regulations of electroinstallations of consumers", "User Safety Rules for Operating Electrical Equipment" of PO TRM0162001, RD 15334.0-03.15000 "Interindustry rules on labor protection (safety rule) at operation of electroinstallations" have to be carried out.

4.3. The installation of the plant should be guided by the requirements of chapter SNiP III48, including the requirements set out in the sections:

- electrical installation works;

- electric welding and gas-flame works;

- Loading and unloading works;

- operation of technological equipment and tools;

- installation works;

- equipment test.

4.4. When performing electrical installation works, it is also necessary to comply with the requirements of SNiP 3.05.0685 and PUE.

When working with the construction and installation pistol PC 521, it is necessary to comply with the requirements "Instructions for the use of powder tools in the production of installation, special and construction works" VSN 41080.

When working with the power tool, it is necessary to comply with the requirements of GOST 12.2.00775.

During operation of fire extinguishing and fire alarm units it is necessary to follow the operating instructions, technical descriptions and certificates of the equipment included in the unit; RD 25.96490 "System for maintenance and repair of automatic fire extinguishing, smoke removal, security, fire and fire alarm units. Organization and procedure of works "; "Rules for technical operation of electrical installations and consumers"; "Safety Rules for Operation of Consumer Electrical Installations" (PTE and PTB).

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