DMS8000 MP4.
Data and design subject to change without notice. / Supply subject to availability. © 2007 Copyright by Siemens Building Technologies AG We reserve all rights in this document and in the subject thereof.
Table of contents About this document...............................................................................................2 Definitions of terms.................................................................................................5 Building Technologies Fire Safety & Security Products 1 Introduction .............................................................................................6 1.1 What has been changed in MP4.10 configuration tools .....................
About this document Purpose of this document This manual is a guide to the configuration procedures for the integration of Video system in the DMS8000 systems: MM8000 management station and MK8000 OPC server). It is specifically for those individuals responsible for the commissioning of the management station, such as technical project managers, engineers, and commissioning personnel.
Reference documents The most recently released documentation for customers can be found 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 The following describes one way to search and find a document: 1. Click on the "STEP WEB Client" image: 2. Choose "04 Fire -3F" from the "Product Segment" box and select “Activate filter”. 3.
022 Composer Config. Quick Reference A6V10067783_a 06.2007 MP4.10 048 Network, Fire, and Intrusion Connectivity Guide A6V10062425_a 06.2007 MP4.10 048 Access Control Connectivity A6V10062451_a 06.2007 MP4.10 048 Video Connectivity A6V10062457_a 06.2007 MP4.10 048 OPC Connectivity A6V10065253_a 06.2007 MP4.10 048 Graphical Map Configuration A6V10062441_a 06.2007 MP4.10 022 Graphical Map Configuration Quick Reference A6V10069550_a 06.2007 MP4.
Definitions of terms Control unit The physical panel (for example, CS11 fire subsystems) that is connected to a group of detectors. The control unit receives messages from and sends commands to the detectors. When a control panel is connected to a DMS, it behaves as a translator between the detectors and the DMS. It receives commands from the DMS, and communicates them to the detectors, and it receives messages from the detectors and communicates them to the DMS.
1 Introduction This is a guide to the software configuration procedures for the Video systems in the MM8000 Management Station and MK8000 OPC server. For a complete guide to the configuration process, this manual should be used with the DMS8000 Network, Fire and Intrusion Guide, and with the Installation, Configuration and Commissioning manual (ICC) of the specific product.
2 2.1 Configuring CCTV network Video integration The DMS8000 systems MM8000 and MK8000 can support the connection to CCTV devices in two different ways: Connectivity to the following video matrix subsystems: Manufact. Siemens Philips/Burle Model SIMATRIX LTC8000 family Device type Switching matrix Switching matrix in order to monitor their status and command the camera/monitor switching. Integration of video network, made up of the following devices: Manufact.
‘MK8000 System MK8000 Physical configuration ’. 2. Click the button A to add the VNM (see Fig 1). A new node is added. No further configuration is required for the VNM. Fig 1 Adding the Video Network Manager (A) Note: Adding the VNM results in the entire Composer project being expanded in order to support the CCTV functions. Particularly, the new tab ‘Camera Extensor’ is added to all nodes. Depending on the size of the configuration tree, the operation may take a few minutes.
Fig 3 A B 2.
A B C D E F G H I J Select this icon to add a SIMATRIX switching crossbar Select this icon to open a sub-menu and add a Burle switcher Select this icon to add a Camera folder Select this icon to add a Monitor folder Select this icon to add a TELSCAN and IP Camera Select this icon to add a SISTORE AX Digital Video Recorder (DVR) Select this icon to add a SISTORE MX and MX Pro Digital Video Recorder (DVR) Select this icon to add a SISTORE CX and SX Digital Video Recorder (DVR) Select this icon to add a SIMAT
– Camera and Monitor types and names – SIMATRIX and SISTORE models – IP addresses and bus addresses Then, in setting up the video network, follow the sequence illustrated by the checklist below. 1. Configure Cameras p. 11 2. Configure Monitors p. 14 3. Configure TELSCAN/IP cameras p. 16 4. Configure SIMATRIX crossbars p. 19 5. Configure SISTORE DVR units p. 25 2.4 Camera configuration 2.4.
Also, in the same menu you can add additional folders that let you better organise the camera units according to type, location, etc. Fig 6 A B C D Adding video cameras Select this icon to add an additional camera folder Select this icon to add a fixed camera Select this icon to add a PTZ camera Select this icon to add a Dome camera Setting camera options 1. Select the camera node. 2. Select the Node tab. Note: Here you can customise the camera name (Description field). 3.
A Video-out node is automatically provided for the camera. Additional output nodes may be added to map video distribution devices or looping connectors that can route the video signal to multiple destinations. 2. If required, add additional video-out nodes. Use the command icon on the left-hand bar (Fig 8). Fig 8 A Additional camera outputs Select this icon to add more video-out nodes 3. Select the video-out node. 4.
2.5 Monitor configuration 2.5.1 Configuration checklist Verify that you have satisfied the items needed in the first checklist before proceeding to the configuration procedure that follows. ITEMS NEEDED FOR CONFIGURATION 2.5.
A Video-in node is automatically provided for the monitor. Additional input nodes may be added in case of video signal received from multiple sources. Note: In the Node tab, you can customise the monitor name (Description field). 2. If required, add additional video-out nodes. 3. Select the appropriate video-out node of the source unit. Examples are given below in the sections about TELSCAN, SIMATRIX, and SISTORE. 4. Drag and drop the ‘video out’ signal to the ‘video-in’ node of the monitor.
2.6 TELSCAN configuration The Siemens TELSCAN is a video web server capable of connecting up to 4 video cameras, acquiring the video images, and transferring them over an IP network to the networked hosts. The TELSCAN unit can also be used for configuring an IP camera directly connected to the DMS8000 system over the LAN. 2.6.1 Configuration checklist Verify that you have satisfied the items needed in the first checklist before proceeding to the configuration procedure that follows.
Note: The button ‘Set Default Value’ can be used to reset any change in the IP address field and go back to the factory setting. – Fault diagnostic fields: Ping frequency (default 10 sec) and Retry times (default 3 times). 3. For MM8000 (this step is not required for MK8000), once the correct IP address is set, press the button ‘Send files’. This results in a specialised HTML page being downloaded into the TELSCAN via FTP (File Transfer Protocol) service.
2.6.3 TELSCAN configuration tips Check that TELSCAN firmware version is V2.0 or later. Note that firmware update is possible with the support of the CCTV Hotline. Do not forget to transfer to TELSCAN the customisation file from the setting page in Composer (see p. 17). Video applications recommended for TELSCAN: – MozillaControl15 ActiveX (recommended for better performance and mandatory for Siemens IP cameras).
2.7 SIMATRIX configuration The SIMATRIX is a CCTV crossbar, capable of connecting CCTV cameras and video monitor for local and distributed video surveillance systems. It also provides support for security alarm inputs, and camera fault detection. Depending on the hardware configuration – specifically the models 16-4, 64-8, SYS, and NEO - the matrix can connect 16, 64, 256, or 224 cameras, and 4, 8, 64, or 32 monitors, respectively.
2.7.1 Configuration checklist Verify that you have satisfied the items needed in the first checklist before proceeding to the configuration procedure that follows. ITEMS NEEDED FOR CONFIGURATION 2.7.2 The SIMATRIX model: 16-4, 64.8, SYS, or NEO. The SIMATRIX parameter settings, including complete information about the camera inputs, monitor outputs, and alarm points (number and type).
– SIMATRIX 64-8 – SIMATRIX SYS Note: Be aware that it may not be possible to later modify the type. More precisely, the only modification allowed is to select a bigger model but not to change to a smaller one. For example, you can change from the ‘16-4’ (default) toward a ‘64-8’ but not vice versa. If you want to change to a smaller type, delete the unit and create a new one (note that this results in the existing connections being lost). 4. Set the number of video-in and video-out points.
Note: in SIMATRIX, there are three types of alarm points, depending on the type of alarm reset that the unit expects. They include: – – – Stack alarms, which are associated to the CCTV monitors with a shifting technique (the alarmed cameras are shown on the monitors according to a programmed priority), and then reset by switching the monitor to another camera. Only the “top of stack” alarm can be reset; Automatic reset when the alarm contact is back to normal; Manual reset from DMS operators.
Connecting the monitors (Video network model only) 1. Select and expand the SIMATRIX node. 2. Select and expand the SIMATRIX Video-out folder. 3. Select and expand the Video Monitor folder. 4. Select the video-out node of the SIMATRIX. 5. Drag and drop the ‘video signal’ to the monitor video-in node (Fig 15). Fig 15 Connecting SIMATRIX to monitors Linking the SIMATRIX to the Communication network Link the SIMATRIX node to the CDI-Net or NK8000. 1.
– 2400 baud – 8N1 (8 Data bits, No parity, 1 Stop bit) The SIMATRIX software provides two template data files, LMS_1 (16) or LMS_6 (64) depending on the SIMATRIX model, which already include the configuration options required for the CDDL/CDSF communication. Please refer to these examples. Limitations The SIMATRIX sends out an alarm input Quiet status upon a DMS8000 host restart (status request) and after switching the matrix OFF and then ON again.
2.8 SISTORE DVR configuration The Siemens SISTORE is a family of Digital Video Recorders capable of acquiring the video signals from a number of input cameras, showing the images on a local monitor, and storing them in digital form on a local hard disk for later analysis. Also, direct alarm inputs and outputs can be managed. The host connection is based on a TCP/IP connection on a LAN network.
2.8.2 Configuration procedure The following are the configuration procedures for a SISTORE unit: Adding the Video Network Manager 1. Open the Composer project. 2. If not already done, add the Video Network Manager ( 2.2 at p.7) and the SISTORE driver: see 2.2.1 at p.8. Adding the folder for the SISTORE system Optionally, create a folder for the SISTORE unit. Adding the SISTORE node 1. Select the new folder. 2. In the left-hand bar, select the Video folder icon 3.
3 Additionally, set the ‘Admin’ (or ‘Administrator’ for MX/MX-Pro) account password, and TCP port for: – Displaying live video images (‘Display’). – Retrieving archived video images (‘Playback’). Note: these usernames and passwords must match the corresponding account configuration set in the SISTORE software in order to enable M8000 to access the video functions over the network.
SISTORE MX / MX (NVR) / MXPro model SISTORE IP address: read it in the ‘Administration Configuration Network’ page of the SISTORE MX / MX Pro software SISTORE user(s): read it in the ‘Administration Configuration User Management’ page of the SISTORE MX / MX Pro software Note: Check that user(s) is/are enabled to Display and Playback function, Fig 18 SISTORE MX / MX Pro settings and main parameters Fig 19 SISTORE SX / CX settings and main parameters SISTORE SX / CX model SISTORE SX / CX IP add
Fig 20 Connecting cameras to SISTORE Creating video outputs and connecting the monitors 1. Select and expand the SISTORE node. 2. Select and expand the SISTORE Video-out folder. 3. Add the required video outputs: note that output number can be customised. 4. Select and expand the Video Monitor folder. 5. Select the video-out node of the SISTORE. 6. Drag and drop the ‘video signal’ to the monitor video-in node (Fig 21). Fig 21 Connecting SISTORE to monitors Configuring alarm inputs 1.
Configuring alarm outputs 1. Select and expand the SISTORE node. 2. Select and expand the Alarm Output folder. 3. Add the required alarm outputs: note that output number can be customised. 4. Select the alarm output node. 5. Set the pulse duration in tenth of sec (Fig 23). Fig 23 2.8.3 Configuring SISTORE alarm outputs SISTORE configuration tips SISTORE AX Check MM8000 and SISTORE AX Release Notes about known problems and specific compatibility issues.
Be sure that the IP address and Ports are set in Composer as in the SISTORE MX program (Network tab) Be sure that the Usernames and Passwords are set in Composer as in the SIS- TORE MX program (User Management tab). Be sure that the pre- and post-trigger are correctly set in the SISTORE MX pro- gram (Ring Recording tab). Note that – The time settings should be greater or equal the ones used in the MM8000 Operating Procedures (see MM8000 ICC manual).
2.9 Configuring a Philips/Burle CCTV switcher DMS8000 products support the LTC8000 family of Philips/Burle CCTV switchers. The LTC8000 family includes various switching units ranging from 8 to 4096 camera inputs and from 2 to 512 monitor outputs. Alarms inputs (8 to 1024) are also supported for triggering alarm-handling switching procedures. 2.9.1 Configuration checklist Verify that you have satisfied the items needed in the first checklist before proceeding to the configuration checklist that follows.
2.9.2 Configuration procedures The following are the configuration procedures for the Philips/Burle switcher unit: Adding the folder for the Philips/Burle subsystems 1. Open the Composer project. 2. Create a folder for the CCTV components. A new node appears in the Composer tree Adding the Philips/Burle switcher node 1. Select the new folder. 2. In the left-hand bar, select the Video folder icon 3. In the menu that appears, select the “Burle” icon see Fig 4 at p.9. to add a switcher node.
In a few moments, the CCTV structure is imported, and the node is represented in the Composer tree. Defining the switcher detailed configuration If no configuration can be imported, you will need to configure the switcher by hand to reflect the actual hardware configuration. The following list shows where different items are located in the physical and logical trees in Composer. 1. Select the switcher node. 2. Select the sub-nodes cameras and add the video camera nodes ( see Fig 27). 3.
Fig 29 Adding monitors to Philips/Burle switcher The new nodes will be named and numbered sequentially starting from 1. Should the actual CCTV configuration be different, you can change the default address in the “Node” tab (see Fig 30). We recommend changing the node name as well so that it will still correspond to the address. Fig 30 Changing address for cameras (alarm inputs, monitors) Linking the switcher to the communication network Link the switcher node to the NK8000 port: 1.
Fig 31 36 Building Technologies Fire Safety & Security Products Linking Philips/Burle switcher to NK822x port DMS8000 Video Connectivity Configuration Guide 06.
2.10 Configuring a Light-integration Device (External Viewer) rd 3 party units, especially IP cameras, can be easily integrated in MM8000 systems for providing basic viewing functions. In fact, such devices can be supported with a Data Viewer in the MM8000 Page Browser. No event or history treatment is foreseen. The viewer can be either locally installed software (EXE file) or WEB based (HTML URL). 2.10.
2.10.2 Configuration procedures The following are the configuration procedures for the Light-integration Device: Adding the folder for the Light-integration Devices 1. Open the Composer project. 2. Select or add the destination folder in the tree. 3. Select video menu icon 4. In the menu that appears, select “Light Integrated Devices” A new node appears in the Composer tree. You can only add one folder for the Light-integrated Devices Adding the device 1. Select the “Light Integrated Devices” folder. 2.
Configuring the viewer 1. Select the new device node and then the associated Node tab. 2. In case HTML-based viewer (Fig 34), enter the URL address -- OR -in case of installed application, enter the Application path and, optionally, the related launch parameters (Fig 35). Note that the viewer application should be installed on all the MM8000 client stations using the same installation folder.
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