MM8000 MP4.
Data and design subject to change without notice. / Supply subject to availability. © 2007 Copyright by Siemens Switzerland Ltd We reserve all rights in this document and in the subject thereof.
1 Introduction ...........................................................................................11 1.1 MM8000 overview ...................................................................................11 1.2 Features and benefits .............................................................................13 2 Functional capabilities .........................................................................14 2.1 2.3 User interface.........................................................
Introduction About this document This document describes the MM8000 version MP4.10 functional and system capabilities. It explains the MM8000 fundamentals and user benefits. It also explains the basics of how the MM8000 can be integrated into your facility. Document overview: This document provides you with the information you need to determine whether the MM8000 fits your security needs. It is divided into five basic sections: A section defining common terms is located in the front of this document.
Introduction Reference documents You can find the most recent version of the MM8000 Operation Quick Reference Guide in the STEP Documentation Repository System released at SBT FS for end-users via the STEP Web Client interface at the following address: https://intranet.sbt.siemens.com/dbcom/en/db_porta/client.asp 1. Click on the "STEP WEB Client" image (see below). 2. Choose "04 Fire -3F" from the "Product Segment" box and select “Activate filter”. 3.
Introduction NK8000 023 Product Datasheet NK8223 A6V10062431_a 06.2007 MP4.10 023 Product Datasheet NK8222 A6V10062433_a 06.2007 MP4.10 023 Product Datasheet NK8225 A6V10062445_a 06.2007 MP4.10 023 Product Datasheet NK8225 PICS A6V10062449_a 06.2007 MP4.10 023 Product Datasheet NE8000 A6V10062421_a 06.2007 MP4.10 023 Product Datasheet NK8021 A6V10075902_a 06.2007 MP4.10 039 Sales Presentation A6V10062435_a 06.2007 MP4.10 074 Sales Guide A6V10062439_a 06.2007 MP4.
Introduction MK8000 Interface Specifications 019 MK8000 OPC Server 004971_h 06.2006 MP3.20 019 CS11 EP5 004974_d 02.2004 MP1.31 019 CS11 EP7 007546_b 02.2004 MP1.31 019 FC700A 008596_a 12.2004 MP3.10 019 CS1115 009843_a 06.2006 MP3.20 019 FC330A 009842_a 06.2006 MP3.20 019 CS440 004973_b 10.2003 MP1.30 019 CS4 007078_b 10.2003 MP1.30 019 CZ12 007079_b 10.2003 MP1.30 019 CZ10 007080_b 10.2003 MP1.30 019 STT11 007081_c 10.2003 MP1.
Introduction NK8000 073 Release Notes for MP4.10 A6V10062457_a 06.2007 MP4.10 073 Release Notes for MP3.20-01 009422_b 12.2006 MP3.20-01 073 Release Notes for MP3.15 008902_a 09.2005 MP3.15 073 Release Notes for MP3.10 008602_a 12.2004 MP3.10 073 Release Notes for MP2.11 008092_a 02.2004 MP2.11 073 Release Notes for MP2.10 007793_a 01.2004 MP2.10 048 Installation, Configuration and Commissioning (ICC) A6V10062437_a 06.2007 MP4.
Introduction Definition of terms Advisory A type of event. A notification that something has occurred that the operator should be aware of, but does not need to respond to in any way. For example, an Advisory may be triggered when the system changes from night mode to day mode. Alarm A type of event. A notification that there is a situation that may become a problem and escalate to Severe alarm, and requires immediate attention from the operator.
Introduction Exclusion A type of event. An Exclusion alarm occurs when the state of a detector or sections has changed creating a situation that could be a security risk, such as the disconnection of an intrusion detector that monitors a high-security area. Fault A type of event. A Fault alarm occurs when there is a technical problem or failure of a detector or other security equipment.
Introduction 1 Introduction The MM8000 is a professional management and monitoring system for integrating a variety of security and safety systems. Primary users of the MM8000 are security guards and members of the fire brigade. Other users are the shift managers responsible for investigating event history and the creation of analytical reports based on historical data. 1.
Introduction Support Access Control Integration In order to allow for a comprehensive security solution, the MM8000 can integrate the Siemens SiPass access control system. In the combined solution, the SiPass software is used for the specific access control configuration, whereas the MM8000 offers the harmonised event treatment and the general security management.
Introduction 1.2 Features and benefits The MM8000 system offers the following features: Flexibility – The system can be built and configured to best fit your actual situation. MM8000 can be used with brand new installations, as well as to improve the performance of existing systems. Scalability – MM8000 will easily grow with your needs if support for more subsystems, disciplines, and stations are needed.
Functional capabilities 2 Functional capabilities This chapter describes important security tasks the MM8000 can do. It also describes some optional features, and tells how to perform some common tasks. 2.1 User interface MM8000 user interface categories The MM8000 user interface can be broken into six primary categories: MM8000 Summary bar – gives a fast overview about the current state of the system and acts as your entryway to the rest of the system.
Functional capabilities Fig. 2 Event list The plant browser is where you control systems and detectors The plant browser contains a graphical display of all the detectors and cameras in your site. From the plant browser, you can review the status of the site, select and change the state of a detector, a group of detectors, or a single data-point. Fig.
Functional capabilities Fig. 4 History browser The scheduler is where organisation modes and time programs are handled Organisation modes are predefined and use the system calendar. An organisation mode can be a workday, night-time, holiday, lunchtime, or any block of time when the system must behave in a certain way. Time programs specify when something will happen within the system.
Functional capabilities Fig. 6 2.1.1 SiPass application integrated with MM8000 Event announcement Depending on how the MM8000 is configured, the following occurs when a new event is triggered: The event counter that corresponds with the event category becomes active. An audio message or horn sounds. This sound can be configured to change by category and risk level. A new event icon and event description display in the event list.
Functional capabilities Fig. 7 Active event display showing event icons (on left) and event list Event colour coding All events do not have the same level of urgency. To help the operator easily distinguish the level of criticality of an event, events are colour coded by their level of severity.
Functional capabilities Automatic display of events A system configuration for this feature automatically opens the treatment window when an event occurs. When another event occurs during treatment, the current event treatment may be interrupted and suspended, depending on system configuration.
Functional capabilities The assisted treatment tool list includes: Starting a Windows application Displaying an assistance text. Starting a secured (limited) web browser and show an HTML page. Showing the graphic map associated to the alarmed point. Printing out the treatment instructions and graphics. Showing live and recorded video images of the alarmed area. Starting the Windows dialler for supporting a phone call. Sending out an e-mail or SMS message, or a paging call.
Functional capabilities 2.1.3 Fast treatment mode The fast treatment window is composed of three main sections: Command icons Command text Event description The command icons (on the left) become available for selection in the order that they should be selected. (See Fig. 8.) For example, the acknowledge icon is available when you first open the event, while the reset icon does not become available until the reset command is possible.
Functional capabilities Navigation Icon What it does Point properties Goes to the next page if there are multiple pages on the map at the same level. Goes to the previous page if there are multiple pages on the map at the same level. Opens the point properties page to see more information, and to perform commands on the item selected. Zoom in Magnifies the current view. Zoom out Reduces the current view Next page Previous page Slides the map around on the page.
Functional capabilities Fig. 9 Alarm verification The following table shows the icons available that you can use in the video control, with a brief explanation of what they do.
Functional capabilities Event protocol The event protocol, displayed upon request during guided assisted treatment, contains the complete event history, including the event generation, the subsequent changes of status, the operator’s commands and the treatment step executions. Sometimes it may also be necessary to add a note to the action history of an event. A single action may be annotated in the protocol list, or the event itself may be annotated.
Functional capabilities Free mode The free treatment can provide the tools described above for guided treatment – namely graphics, intranet pages, dialler, e-mail/SMS dispatching, and report - but without a guided checklist. Instead, the tools are available on the toolbar for the operator to select them as desired. (See Fig. 11.) Fig. 11 Assisted treatment mode window – free treatment display (tools on left) 2.1.4.
Functional capabilities 2.1.5 Plant browser The MM8000 Plant browser is the tool for navigating through the various levels of your facility. It provides comprehensive information about the subsystem hierarchy of all the available sites. The MM8000 Plant browser allows you to view detailed information about your security management system. The Plant browser allows you to manage all the MM8000 points configured in the installation, and to navigate through the pages of the plant.
Functional capabilities Fig. 12 Plant Browser – Multiple Views (geographical view is currently selected) Object status and control The information displayed on the right side of the monitor is in an area called the “information window”. You use this area to issue commands. For example, it may be necessary to deactivate or to exclude a device. You perform this task from the information window. (See Fig. 13.) Fig.
Functional capabilities The following example illustrates the easy navigation with the Plant browser in map view: You start at a high system level, such as a building, where you select the floor, find the room you want, and finally get to the room itself. Fig. 14 Navigating in the Plant Browser 28 Building Technologies Fire Safety & Security Products 053_DMS_MM8000_MP4.10_System_Description_A6V10062417_a_en.doc 06.
Functional capabilities Video integration Live and optionally recorded video are also available in the plant browser. The navigation tree and the graphic maps include camera objects that can be selected to display video images in relation to specific events or for general status verifications. Fig. 15 MM8000 Plant browser with video integration Access control integration The access control objects (doors, readers, etc.) are available in the plant browser.
Functional capabilities 2.1.6 History browser MM8000 records every event and action that occurs. It provides a powerful search engine that retrieves the data you need so you can export it for ‘off-line’ analysis, or archive it for later use. Following up with the History browser The MM8000 records and stores detailed information about events, how they were treated, and other related data, including audio (phone calls) attachments.
Functional capabilities 2.2 Operating modes The MM8000 application can be set up to run in one of the three operating modes: closed system, modified closed, or open system. Closed system is the default configuration. 2.2.1 Closed system In a closed system, the client station is a fully dedicated security and safety station, meaning that the MM8000 application is the only application that can be launched on the station.
Functional capabilities 2.3 Automatic reactions The MM8000 system supports the creation of automatic reactions, i.e. it can be configured so that when a specific situation occurs, a command or series of commands is automatically executed. Reactions can be used when automatic responses and actions should be triggered by a change of state, for example, acknowledging a fire alarm could trigger an output module to stop the ventilation system.
Functional capabilities Fig. 19 MM8000 sequences: instruction set The MM8000 can support different ways to execute a sequence: Manually, from the Plant Browser: the sequence can be started from a target symbol, presented as a point in the Plant Browser. A sequence point can assume the quiet state, indicating that the sequence is not running, or the active state, meaning that the sequence is running.
Functional capabilities 2.6 Scheduler and organisation modes The scheduler is where organisation modes are managed based on the system time and calendar. An organisation mode can be a workday, night-time, holiday, lunchtime, or any block of time when the system must behave in a certain way. Additionally, organisation modes can be colour-coded to easily distinguish among them.
Functional capabilities 2.7 Time programs Time programs specify when something will happen within the system. Sequences are linked to time programs, and the time programs serve as triggers to activate the sequences. Time programs can be defined to occur once, on a certain type of day (such as “Working”), or to be repeated weekly or annually. Also, the exact time of day when a time program is executed can be specified, or it can be related to the beginning or end of an organisation mode.
Functional capabilities 2.8 Scheduled and manual tasks On top of the Organisation modes and Time programs, which are permanent configurations defined with the Composer tool (see 3.1), MM8000 allows for timescheduled functions to be defined at runtime.
Functional capabilities 2.9 Printing functions You can configure MM8000 printers to be local or networked. Printers can be configured to be used for: Journaling: Printout of each event change-of-state; Alarm printouts: Hardcopies of event-treatment text and graphics; Reporting: Various report printouts. All are configurable using the Composer configuration tool. See section 3 on page 39 for Composer details. Journaling Journaling configuration offers one of four possible outputs.
Functional capabilities 2.10 Field connectivity The following describes the different automation level connectivity configurations available for MM8000. 2.10.1 Serial Serial connectivity on COM ports is possible via RS-232and Cerloop (via MK7022 interface device). 2.10.2 LAN/WAN LAN/WAN connectivity is possible via NK822x (NK8000 Ethernet Ports), “Serial to LAN” adapters (e.g. LANTRONIX UDS1100) or directly, whenever possible. 2.10.
Product set-up & configuration 3 Product set-up & configuration When the MM8000 is installed at your site, it needs to be configured for your ™ specific facility. The WW8000 Composer was developed for this purpose. Composer is an easy-to-use configuration tool that makes the process of customising the MM8000 for a site fast and easy. 3.1 Composer – the integrated configuration tool The configuration tool named WW8000 Composer is used to configure all FSPDMS systems.
Product set-up & configuration Node View: Shows the properties of a single node. Links View: Displays all linked nodes, and allows navigation between linked objects. Templates Each MM8000 project comes with project templates for setting up a number of different architectures. Fig.
3.2 Product set-up & configuration ™ The MapMaker - creation of graphical pages To harness the power of the geographic display and navigation available through the MM8000 user interface (during event treatment and in the Plant browser), the configuration environment comes equipped with a graphical tool called MapMaker.
System capabilities 4 System capabilities The MM8000 system offers solutions for a wide variety of topologies, enabling the system to be tailored to specific requirements. MM8000 is built to be completely scalable. It can cover a wide range of applications, from small to large installations, including single or multiple business activities managed by one or more operating stations. It is designed for use on small and reduced configurations, as well as on very large and highly redundant configurations. 4.
System capabilities Field level The Field level is where the elements are connected using detection and control loops. 4.1.2 Software architecture The MM8000 system is based on client-server architecture and runs under Windows 2000, XP, and 2003 Server. The MM8000 management station software is object-oriented and has a modular structure. The use of key technologies and openness are very important factors as they guarantee a significantly longer lifetime of the investment.
System capabilities 4.1.3 Security architecture MM8000 allows complex criteria for defining user access and privileges. This limits user access only to functionalities they are entitled to as operators. Only authorised users have access to the MM8000 system. When a user logs in, the system checks their user profile to determine the applications, functions, commands, and/or services to which they have access, the events they will be allowed to treat, and the sites that they will be able to browse.
System capabilities 4.1.4 User interface features The user interface is compliant with the Microsoft Windows standard, making the appearance of the user interface familiar and intuitive. Many parts have been enhanced and specially designed for efficient management system needs. Information provided by most of the applications is displayed in a browser-like window, with the left pane containing the navigation methods, and the right pane displaying the topic.
System capabilities This strategy, which conforms to the user administration of Windows, simplifies user administration, and makes it easier to grant multiple users access to designated functions. This also gives a much better overview of how the access rights are distributed among the users. Printouts MM8000 can provide journaling logs and alarm-related printouts on local and network printers. The help system MM8000 provides on-line help and tool tips.
System capabilities 4.1.5 Hardware architecture The following describes the different site configuration options you have with the MM8000. These configurations can be for one or multiple stations, or sites. They are: Stand-alone configuration Peer-to-peer configuration Basic client/server configuration Advanced client/server configuration Redundant client/server configuration Stand-alone configuration The simplest MM8000 station configuration is the stand-alone configuration.
System capabilities Peer-to-peer configuration More MM8000 stations can operate in parallel in the so-called “peer-to-peer” configuration. This ensures the simplest redundant solution. Each station is actually a stand-alone, and therefore contains all the software layers (Client, Server and Communication). The stations can be connected to the Communication level configurations, e.g. NK822x Ethernet ports, which allow multiple routing. (See Fig. 28.) MM8000 Stand-Alone Management Station Fig.
System capabilities Advanced distributed configuration: In this configuration, the server layer and the communication layer are installed on separate machines. (See Fig. 30.) One or more front-end machines can be installed for a large connectivity over LAN. MM8000 Client Station Fig. 30 MM8000 Client Station MM8000 Server MM8000 Front-End Processor (FEP) Advanced distributed configuration Redundant distributed configuration: For maximum reliability, the server hardware can be doubled. (See Fig.
System capabilities In case of proprietary protocols, a development kit and the related technical documentation can be provided to authorised development teams in order to develop and support the interface and configuration software for integrating a new subsystem (in general a new control unit) into the MM8000 system.
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