Design System for monitoring of engineering systems of buildings and structures (SMIS).

We performed design System for monitoring of engineering systems of buildings and structures (SMIS).

SMIS

Structured system for monitoring and control of engineering systems of buildings and structures (SMIS) object «Multifunctional complex»

Reference designation system SMIS

Reason for work

Working documentation is made on the basis of the Special technical conditions and the Technical Specifications, in accordance with existing regulations.

Reasons for executing design work:

• The contract;
• Architectural and construction drawings;
• Special technical conditions;
• Technical Specifications.

Company name of the designer and the customer System

Customer SMIS project is SEVERTORGMONTAZH.

Destination SMIS

SMIS is designed to:

• automatic monitoring of life support systems and safety, transmission of information on the threat and emergency situations, including those caused by terrorist acts, through the communication channels to the bodies of the daily management of the unified state system of prevention and liquidation of emergency situations;
• automatic monitoring of engineering (bearing) designs, transmitting information about the threat and emergency situations, through the communication channels to the authorities the daily management of the unified state system of prevention and liquidation of emergency situations;

DDS CMC controllers provide information about the main destabilizing factors in the facility, allowing:

• to warn an emergency situation;
• to locate an emergency situation;
• to prevent / reduce human and material losses in the event of an emergency, the fire;
• to provide stable communication emergency departments with the headquarters during carrying out of accidents elimination operations.

Purpose of creation of SMIS

The purpose of the SMIS is to reduce the human and material losses in case of an emergency, the fire; by improving the efficiency of informing employees of the object corresponding to the services and departments, controls the forces and means of fire safety and disaster management and the fact of the possibility of emergency (emergency) situations, fires.

Feature Requirements SSP

SSP should perform the following functions:

• Assembly and processing of information from the adjacent engineering systems;
• Archiving incidents and accidents;
• Visualization of information about incidents and emergencies;
• The formation and transmission of operational information to the authorities the Unified state system of prevention and liquidation of emergency situations;
• Notification of experts responsible for the safety of the object.

General information about the object

Lakhta center is a unique object:

• Town Planning Code of the Russian Federation Article 48.1, paragraph 2;

• ГОСТ 22.1.12-2005 paragraph 4.9.

  Space-planning solutions multifunctional complex include building tower with a developed underground portion having in its base form of a regular pentagon and the surrounding on all sides of the stylobate part of the complex, which in turn includes a two-level parking, canteen staff , space engineering, arch, arch (lobby of the main entrance to the building of the Tower), and the multi-purpose building.

  Multifunctional building consists of two blocks with a variable heigh, combined indoor courtyard.

  Stylobate part of the complex is a podium for the building of the Tower and the multifunctional building with an indoor courtyard.

  Technical and economic parameters:

  - Tower:

  - Absolute mark the top of the spire - 50 m;

  - Multifunctional building:

  - Podium:

  - Number of floors - one or two above ground and one underground.

The list attached engineering systems with SMIS

The project includes the monitoring of engineering systems of the following:

The amount of monitoring of engineering systems:

- electrical power system and lighting system;

- water supply system (including fire protection pipings);

- ventilation system;

- vertical transport system;

- heating system;

- water supply system.

The amount of monitoring of fire protection systems:

- Fire alarm system;

- Automatic fire defense;

- Fire system protection;

- Systems of fire public announcement and evacuation.

The amount of monitoring of security systems and communication:

- Structured cabling system;

- Access control systems;

- Alarm system;

- Engineering (bearing) structures monitoring system (SMIK);

- Emergency control and communications system (SUKS).

Tasks connection engineering systems with SMIS see.

Technical solutions for connecting SMIS and engineering systems of facility

Engineering systems of facility

The project includes obtaining information from the life support systems of the object through AIS-system;

Software packages SSP SMIS and AIS implemented in the Wonderware System Platform. Getting signals on the state of engineering systems of buildings MFB, Tower, podium provided via the LAN connection object.

The LAN project, provided free port on the switch (SA.1) cabinet for the transmission of information in SMIS via Ethernet interface.

Through this connection is also provided for the collection of information about the state of the LAN via Ethernet SNMP interface.

Setting connection to AIS from SMIS is given in Assignment №5, .

Setting connection to LAN from SMIS is given in Assignment №6,.

Fire protection systems

The project includes obtaining information from fire protection systems, code

The project provides for obtaining information from the system of fire public announcement and evacuation (FPA), water extinguishing system (AUVPT), gas fire extinguishing system (AUGPT), smoke ventilation system and fire alarm system (AFAS).

Fire protection systems integrated into a single system with a central server object in the MFB. For the issuance of the signals in SMIS project AFAS provided ARM OPC.

The transmission of information via the Ethernet interface using OPC technology.

Setting connection to FPS from SMIS

Security systems and Communication Networks

The project includes obtaining information from the alarm system and access control.

The object is divided into 2 autonomous areas: Each zone is head equipment access control system. The project access control for each zone relay module is provided for the issuance of digital signals in SMIS.

Setting connection to SKD and AS systems from SMIS is given in Assignment №4.

Engineering (bearing) structures monitoring system (SMIK)

The project includes obtaining information from SMIK. Transmission of the information provided on the optical link from the server to the SMIK.

The project SMIK to provide an optical network card AT-2911LX / 2LC company AlliedTelesis for installation in SMIK server.

Setting connection to SMIK from SMIS is given in Assignment, see.

Emergency control and communications system (SUKS)

Project SUKS accommodate at the object of 3 base stations, connected together in a network.

The project provides obtaining information from the SUKS on the Ethernet interface using OPC technology. To connect to a base station located in the MFB.

Vertical transport system

The project provides for obtaining information from vertical transport system.

Vertical transport system of the object is based on SPD "Ob". The project of vertical transport system provides the OPC server on the PC "Ob" for the transmission of information in SMIS.

Setting connection to vertical transport system from SMIS.

Complex hardware SSP SMIS

The project provides work SMIS system offline in MFB and the Tower building. When "break connection" between the object information from adjacent buildings systems will be archived on the site-server SMIS.

Collecting information on adjacent systems provided via interface and discrete channels.

Structural scheme of the technical means .

SSP SMIS server

SSP SMIS server collects and processes information. On the server SSP SMIS established the following basic software:

- Windows Server 2012 Standard R2 (WinSvrStdR2 2012 RUS OLP NL 2Proc) - 2/pcs;

- (WinSvrCAL 2012 RUS OLP NL UsrCAL) - 5шт./pcs;

- Wonderware Application Server - 2шт./pcs;

- Wondervare Device Integration Server - 2шт./pcs;

- Invensys Customer First - Standard Level - 1шт./pcs;

- Wonderware Skelta BPM 2014 Named Users Standard Edition - 1шт./pcs;

- Wonderware Skelta BPM 2014 Named User Client Connection - 5шт./pcs;

- InT for SysPlat 2014R2 Read-only w/ HistClient RDS Conc - 5шт./pcs;

- SmartGlance, Subscription, 5 Named Users - 1шт./pcs;

- Alarm Adviser 2014R2 Standard - 1шт./pcs;

- Microsoft Office 2013 Standard - 2шт./pcs;

- Dr.Web Security Space на 1ПК - 2шт./pcs.

For acceptance of the engineering systems of discrete signals of the "dry contact" provides industrial module ADAM-6251-AE for remote data acquisition, Advantech company.

Main characteristics:

Communication between the components is provided by SMIS protocol stack TCP / IP.

RouterCisco WS-C3850-24T-C nodal switch with the following characteristics:

Firewall (SW.SMIS) ASA 5505 is provided for interfacing with the outside channel SMIS.

It is necessary to provide a dedicated external communication channel bandwidth is minimum of 4 Mbit / s.

GSM-modem (WA) (for the transmission of SMS-messages) is provided to increase the responsiveness to emergency and pre-emergency situations at the facility.

ARM SSP SMIS

The project provides workstation operator SMIS in MFB.

Signals about failures must be displayed on the monitor screen workstations SMIS.

Options ARM SMIS:

- Collection and processing of information from the related systems;

- Archiving incidents and accidents;

- Visualization of information on the state of engineering systems;

- The formation and transmission of information on the state of engineering systems.

The structure of ARM SMIS include:

- personal computer.

- UPS.

The personal computer has no worse characteristics listed below:

Basic software:

- Microsoft Office Home and Business 2012 32/64 Russian - 1шт./pcs.;

- Wonderware InTouch for SysPlatform - 1шт. /pcs.;

- Microsoft Office 2013 Standard - 1шт. /pcs.;

- Dr.Web Security Space на 1ПК - 1шт. /pcs.

The project provides for the monitoring of the situation in radiochemical MFB building.

The instrument of radiation and chemical control (PRHK) is designed for automatic, continuous measurement of oxygen, toxic and combustible gases and radiation levels and then save the results in the internal memory of the device.

The instrument is operated remotely - using the Modbus RTU network, external controls and the device does not work in automatic or semi-automatic modes, depending on the settings in the control program.

The project envisages installation of 4 PRHK modules in the halls at MFB 1 floor.

Characteristics PRHK:

Information from PRHK goes on SMIS server (SRV1) by RS-485 through the interface converter NPort 5650-8 Moxa.

Main characteristics NPort 5650-8 Moxa:

LAN SSP SMIS is based on copper and optical Ethernet link.

Communication between objects SMIS monitoring, MFB and the Tower, realized on optical link, created in the section "SCS". Pairing with reference data network realized through optical cross (ODF1 in MFB and ODF2 in the Tower), a single-mode optical cable (4 fibers SM 9/125). Assignment on ensuring the optical link between the MFB and the Tower.

Laying cables are essentially metal cable trays, bending the cable laid in the corrugated pipe.

It prohibited the joint laying of cables and power cables for signal transmission.

Allowed laying joint information system lines with power supply lines, with the spacing of 300 mm.

Laying of cables is shown in the drawings .

Brand, type of cable and length cm..

Connections of equipment according to the drawings of sheet 4, 5.

Decisions on placement of equipment

The equipment provided for in the project, to place in the telecommunications cabinet 19 ". Head equipment SSP SMIS building MFB place in the telecommunications rack provided SCS section. Head equipment SSP SMIS building Tower placed in a telecommunications cabinet.

The scheme of installation of equipment in telecommunication cabinet sheet 8.

Devices of radiation and chemical control set at the entrances of each block MFB.

ARM SMIS place in the central control room in the MFB.

The task for placement of equipment is given in Assigment.

Power and Ground

Category of power supply for the MSP SMIS - first special category of power on PUE.

For the organization of backup power equipment provided by the project SRT3000RMXLI UPS APC with 3 batteries (per cabinet) for redundancy for 2 hours and UPS SMT1500I APC to backup workstations SMIS. The task for the supply of power - Assigment/

All metal parts of telecommunications equipment and support structure must be grounded for the next ground support units. Principles of organization of the ground and power supply are defined in the "Rules for Electrical Installation" (PUE).

Installation instructions

Installation instructions PRHK:

- Mounting structure must be rigid and vibration PRHK taken into account when the pump is running;

- When an adjacent arrangement of several wardrobes and other objects, the distance between them should be not less than 50mm;

- The total length of the air intake tap should not exceed 3 m;

- It is necessary to perform the installation of the system in such a way that the inlet sampling probe was located at a height from the floor 1,8-2m.

Installation work carried out in accordance with the following regulations:

1. SNIP 3.05.07-85 automation systems (in the red. Changes N 1 approved. Resolution of the USSR State Construction Committee of 25.10.1990 N 93);

   SNIP 3.05.06-85 Electrotechnical devices.

   GOST R 50571.5.52-2011 Low-voltage electrical installations. Part 5-52. Selection and installation of electrical equipment - Wiring systems.

   GOST 10434-82 Еlectric contact connections. Classification. General technical requirements (In red. Changes N 1 approved. In April 1985, the change in N 2, approved. In June 1987, change in N 3, approved. in May 1990).

   GOST R 50571.1-2009 Low-voltage electrical installations. Part 1: Fundamental principles, assessment of general characteristics and definitions.

   GOST R 50571.10-96 Electrical installations of buildings. Part 5. Selection and erection of electrical equipment. Chapter 54. Earthing  arrangements and protective conductors.

   GOST R IEC 61084-1-2007 Cable trunking and ducting systems for electrical installations. Part 1. General requirements.

   GOST R IEC 61084-2-1-2007 Cable trunking and ducting systems for electrical installations. Part 2. Particular requirements. Section 1. Cable trunking and ducting systems intended for mounting on walls and ceilings

   GOST R IEC 61084-2-2-2007 Cable trunking and ducting systems for electrical installations - Part 2-2: Particular requirements - Cable trunking systems and cable ducting systems intended for underfloor and flushfloor installations.

   GOST R IEC 61084-2-4-2007 Cable trunking and ducting systems for electrical installations - Part 2: Particular requirements - Section 4: Service poles.

   GOST R 50571.5.54-2011 Low-voltage electrical installations. Part 5-54. Selection and erection of electrical equipment. Earthing arrangements, protective conductors and protective bonding conductors.

   RM 14-177-05 Instructions for installation of electrical wiring systems automation. Part 2. Installation wires and cables.

   GOST 12.3.032-84 Occupational safety standards system. Electric installation works. General safety requirements.

Abbreviations

accumulator battery;

workstation;

Building management systems (BMS);

automatic process control system;

automatic telephone system;

Fire alarm system (FAS);

fiber-optic communication line;;

uninterruptable power source;

Access control systems (SKD);

System for monitoring and control of engineering systems of buildings and structures (SMIS);

Engineering (bearing) structures monitoring system (SMIK);

Systems of fire public announcement and evacuation (FPA);

SMIS data acquisition and message transfer system (SSP);

Emergency control and communications system (SUKS);

statement of work;

telecommunications cabinet;

emergency;

shield automation;

shield connection.

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