NK8000 (CDI-WAN) MP2.
Data and design subject to change without notice. / Supply subject to availability. © 2004 Copyright by Siemens Building Technologies AG We reserve all rights in this document and in the subject thereof.
About this document...............................................................................................5 1 Product concept......................................................................................6 1.1 NK8222 or NK8223?.................................................................................6 2 Management level configuration ...........................................................8 2.1 NK822x Ethernet connection .......................................................
About this document About this document Scope This document applies to the NK8000 (CDI-WAN) networks for MM8000 MP2.31 management station and MK8000 MP1.31 OPC server. Target group This documentation is intended for the following users: Sales personnel Persons responsible for the acquisition of, and service to customers. They obtain the necessary information for projects, and plan the appropriate products or devices, and the possible application of systems in order to produce the quotation.
Product concept 1 Product concept NK8000 (formerly CDI-WAN) MP2.11 was designed to serve the market for small to medium sized local system, campus-size configurations (LAN application) and for geographical networks (WAN application). It connects various subsystems over TCP/IP and Ethernet with the MM8000 and the MK8000 systems, and offers serial connectivity to MM8000, MK8000, and LMSModular systems. NK8000 MP2.11 can be configured in a fast, safe, and easy way with Composer.
Product concept NK8222/NK8223 TCP/IP on Ethernet connectivity for connection to local and remote management stations (MM8000 or MK8000 equipped with NS8210 Network Driver).
Management level configuration 2 Management level configuration NK8000 safety- and security networks are supported by MM8000 MP2.31 and MK8000 MP1.31 in the following management configurations: Single station Client/Server standard configuration Multiple host configuration (up to four) For details of MM8000 and MK8000 management level configurations refer to MM8000 or MK8000 Application Planning Guide. 2.1 NK822x Ethernet connection Fig. 1 Example NK8000 MP2.11 for IP connectivity.
Management level configuration 2.2 NK822x serial line connection Fig. 2 Example of a NK8000 MP2.11 for serial connectivity Connectivity System components Level Management level Automation level System Management Station OPC Server for subsystems CDI-WAN Network-Driver CDI-Net Driver Name MM8000 LMSModular* MK8000 NS8210 NS8012 Version MP2.31 R2.46 or higher MP1.31 R2.11 R2.11 Ethernet Port NK8223 R2.11 Ethernet Port for one subsystem NK8222 R2.
Automation level Configurations 3 Automation level Configurations The following chapters detail the supported automation level configurations with NK822x. Note that NK8223 also supports combinations of these automation level configurations. 3.1 Hardware configurations NK8223 The NK8223 is available in four hardware configurations: NK8223.2 NK8223.4 NK8223.CL2 NK8223.
Automation level Configurations Fig. 3 3.
Automation level Configurations 3.3 Subsystems connected via RS485 interface The following control panels are supported: Siemens CF9000 I/O systems. Management level configurations Ethernet (LAN) RS485 CF9000 I/O System Fig. 5 Example of subsystems connected via RS485 interface Note: The serial interface COM1 can be configured either as RS232 or RS485 interface. This configuration requires hardware revision E or later. 3.
Automation level Configurations 3.5 Cerloop network connected via MK7022 The Cerloop network is connected via the MK7022 to the NK822x. Management level configurations Ethernet (LAN) MF7033 MK7022 CC60 Cerloop CZ10 CS11 STT11 (AlgoRex) Fig.
Automation level Configurations 3.7 Parameterisation The NK8000 configuration is part of the Composer tool environment. To perform the SW-configuration for NK8000 market packages MP2.0 and later, a WW8000 Composer license is required. 14 Siemens Building Technologies Fire & Security Products 007796_b_en - NK8000 (CDI-WAN) MP2.11 Application Planning.doc 02.
Application examples 4 Application examples 4.1 Local system Most of the sites, where a management station is installed, are local systems. Examples for local systems are: – – – – Hotels Office Buildings Shopping centres Public buildings (such as museums) The following figure shows the various subsystem connections of an NK8223 in a local system.
Application examples Optionally, DF80xx modules for up to 16 digital inputs, 8 relay outputs, or power supply supervision can also be installed on the local I2C bus. 4.2 Distributed, campus-size systems Examples for campus size systems are: – – – – – – – – Universities Airports Amusement parcs (e.g. Disneyland) Industries: Pharmacy Chemistry Car Hospitals The following figure shows a typical campus site configuration. The subsystems of each building are connected to a NK822x.
Application examples 4.3 Wide area extension systems Examples for wide area extension systems are: – – – – – Metros Pipelines Banks with a network of branch offices Telecom providers Internet service providers The following figure shows a typical geographical network configuration. The headquarters is equipped with several subsystems connected to an NK8223 Ethernet Port.
Network planning for NK8000 5 Network planning for NK8000 NK8000 networks can be built as a dedicated safety- and security IP network, or can be integrated into an existing customer network (shared network). The IT rules apply in both cases. 5.1 IT rules The NK8000 network supports the IEEE 802.3 Ethernet 10BaseT standard, which is based on a star topology. The cable specification for this standard is Cat.3 UTP (or better). We recommend you use Cat.
Network planning for NK8000 Segment 1 Repeater (Hub) 2 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 PWR 4 5 6 A/L FDX A/L 7 8 9 10 11 12 Repeater (Hub) 1 SD Uplink 1 00Base- TX 100B ase-TX LANbooster 123 14 15 13 14 1 2 3 4 5 6 7 8 9 10 11 12 13 LANbooster 123 1 23 PWR 1 2 3 7 8 9 10 11 12 4 5 6 A/L FDX A/L SD Uplink 100 Base-TX 100Base-TX FDX ON A/ L FDX 14 15 FDX 13 14 ON A/L FDX 1 23 Segment 2 Segment 3 1 2 3 4 5 6 7 8 9 10 11 12 13 1 2 3 PWR
Network planning for NK8000 5.2 Dedicated safety- and security network We recommend you build dedicated safety- and security networks wherever it is possible.
Network planning for NK8000 In the example in figure 12, the MM8000 Server and Client stations are connected to 100BaseT Switches, whereas the Ethernet Ports are connected to 10BaseT Hubs. One Ethernet Port is connected via Router and WAN to the centre.
Network planning for NK8000 The following application example shows a NK8000 network built with Industrial Ethernet components in a redundant optical ring structure. MM8000 Server MM8000 Client MM8000 Client OSM TP 62 OSM TP 62 OMC-TP11 OSM BC08 FO redundant ring OSM TP 22 NK822X OSM TP 22 OMC-TP11 NK822X NK822X NK822X Field Field Field Field NK822X Field Fig.
Network planning for NK8000 Today, OTN is probably the most powerful multiplexer for large, private environments with mixed communication needs such as railways, metros, light rails, mines, airports, pipelines, and so on. OTN is exactly what its name implies: – OPEN It can handle nearly all existing physical interface standards, but also very specific communication protocols in special environments via its interface cards.
Network planning for NK8000 The following drawing shows a NK8000 network, which uses an OTN network as backbone. MM8000 Server MM8000 Client MM8000 Client Ethernet 100BaseT Ethernet 100BaseT OTN Node N215 FO redundant ring Ethernet 10BaseT Ethernet 10BaseT Field Fig. 15 Field Field NK8000 network built with OTN as backbone NK8000 is only one of the applications that can share the OTN network, together with CCTV-, access control-, and telephony applications (not shown in Fig. 15).
Network planning for NK8000 NK822x supports ONLY 10BaseT, Half-duplex Each management station-PC and each NK822x needs a fixed IP-Address (NO DHCP) An RJ45 Ethernet outlet must be close to the facility Also, you will need to determine the following regarding the client’s network: Maintenance times for the network (shutdown of the network) Network utilisation (Load > 30 – 40 % is bad on shared network) Collision rate (< 5% is good) Stability of the network (> 99.
Network planning for NK8000 The network administrator must allow these Port numbers; otherwise our application is prohibited in the network. 5.4 Datalink characteristics 5.4.1 CerCom/LON LON transceiver type: FTT-10 Topology: – Doubly terminated bus topology – Free topology Speed: 78kbps (given by FTT-10) Cable type: any kind of twisted pair cable, UTP (Unshielded Twisted Pair) preferred Cable length: Depends on cable quality – typ.
Network planning for NK8000 5.4.4 Ethernet Transceiver Media Max. Nodes per Segment Topology Max. Speed Connector Type 10Base2 Copper Coax cable 50 Ω RG 58 30 Bus 10 Mbps Coax connecter BNC 10Base5 Copper Coax 50 Ω 100 Bus 10 Mbps 10BaseT 4-wire Copper CAT. 5 100 Ω impedance 2 wire Fibre 50, 62,5 or 100 µm 4- wire Copper cat.
Network planning for NK8000 5.4.5 FDDI / CDDI Transceiver Media Max. Nodes per Segment Topology Max. Speed Connector Type FDDI 2-wire fibre 62,5 µm 500 DAS Stations Dual ring 100 Mbps MIC 5.5 xDSL Connector Type Transceiver Media Max. Nodes per Segment Topology Max.
Network planning for NK8000 5.6 Checklist This checklist has covers the networking and management station part of a project. It will help you to structure technical details while you and the representatives of the customer or the consultant are in the specification phase.
Network planning for NK8000 Network Point-to-point (serial) connections Are we in control of all the lines? Yes No Is the specification of all the cabling available? Yes No Are all lines to be used within the specification (distance limits)? Yes No Are leased lines / PSTN / ISDN lines to be used? Yes No Yes No Yes No Is the network used exclusively for our safety and security applications? Yes No Are we in control of the network? Yes No Network connections (a) Management station conn
Network planning for NK8000 (c) Network configuration For each DMS-PC and Ethernet Port we need to know: • IP-Address • Subnet mask • Default Gateway Note: IP addresses must be static (DHCP not supported).
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