NK8000 MP3.
Data and design subject to change without notice. / Supply subject to availability. © 2006 Copyright by Siemens Switzerland Ltd We reserve all rights in this document and in the subject thereof.
About this document...............................................................................................5 1 Safety regulations ...................................................................................8 1.1 Country-specific standards .......................................................................8 1.2 Assembly and installation .........................................................................8 1.3 Commissioning and testing.............................................
8.1 Checking the DMS – NK822x connection(s)...........................................40 9 Maintenance and diagnostics ..............................................................41 9.1 The NW8204 maintenance and diagnostic tool ......................................42 9.1.1 Launching NW8204 from host DMS...........................................42 9.1.2 Upload diagnostic files ...............................................................44 9.1.3 NW8204 Diagnostic functions .......................
About this document About this document Purpose This document is a guide to the planning, installation and configuration of the NK8000 safety and security network. It includes an overview of the system, hardware requirements and limitations, and detailed installation and configuration instructions. Hardware components detailed in this manual include the NK8223 / NK8222 Ethernet Ports, and the NK8225 Ethernet Port with BACnet Gateway.
About this document MM8000 MM8000 Installation Configuration & Commissioning 006799 06.2006 MM8000 Configuration Quick Reference 008598 06.2006 MM8000 Operation Manual 006798 06.2006 MM8000 Operation Quick Reference 008082 06.2006 007769 06.2006 MM8000 Release Notes MP3.20 009421 06.2006 MM8000 Release Notes MP3.15 008901 09.2005 MM8000 Release Notes MP3.10 008601 12.2004 MM8000 Release Notes MP2.31 008091 02.2004 MM8000 Release Notes MP2.3 007791 10.
About this document Abbreviations SBT PL-DMS MM8000 MK8000 MT8001 LAN WAN FTP CNAP LON® BACnet® Siemens Building Technologies Product Line Danger Management Systems SBT Management Station SBT OPC Server for subsystems SBT Management Terminal Local Area Network Wide Area Network File Transfer Protocol CerCom Native Application Protocol Local Operating Network, registered trademark of Echelon Corp.
Safety regulations 1 Safety regulations This section describes the potential sources of danger, and the relevant safety regulations applicable for the use of the Siemens Building Technologies NK8000 products. Please read the following work instructions as well as the previous section "About this document" thoroughly before beginning any work. Danger potential to individuals NK822x units are powered with low voltage DC.
Safety regulations 1.4 Disposal and recycling These devices include electrical and electronic components and must not be disposed of as domestic waste. Current local legislation must be observed. The NK8000 units have been manufactured as much as possible from materials that can be recycled or disposed of in a manner that is not environmentally damaging.
Introduction 2 Introduction This section provides a description of an NK8000 system and its components. 2.1 NK8000 system overview The NK8000 family provides products for a safety and security network, which is based on the LAN standards TCP/IP, BACnet/IP, and Ethernet. It works together with Siemens Danger Management Systems (DMS) to manage distributed safety and security units.
Introduction What is the NK8223 Ethernet port? The NK8223 is used to connect local and distributed safety and security devices to the NK8000 network. It provides a first level of centralisation and acts as a secure communication partner for the NS8210 NK8000 driver of MM8000 or MK8000, and provides serial connectivity for MM8000, MK8000, and MT8001.
Introduction Fig. 3 Local interactions on NK8222 Fig. 4 Local interactions on NK8225 12 Building Technologies Fire Safety & Security Products 007798_g_en NK8000 ICC.doc 06.
System limits 3 System limits The following describes the system limits for the NS8210 driver, the NK8223 and NK8222 Ethernet Ports, the NK8225 Ethernet Port with BACnet Gateway, and the NS8011 driver. 3.1 Management-level configurations The management-level configuration relates to the configuration possibilities of Danger Management Systems, without considering any subsystem connectivity.
System limits Fig. 7 MM8000 multiple host station configuration in combination with MK8000 Fig. 8 DESIGO INSIGHT multiple host station configuration Note: CS11 connectivity direct or via Cerloop. NK8000 networks support multiple host configurations with up to 4 hosts (MM8000 / MK8000 / DESIGO INSIGHT). Note: An additional connection over a serial line (CMSDL) is also supported, however this option will limit the CMSDL/IP links to 3 instead of 4. Encryption is not available in these configurations.
System limits 3.2 NS8210 driver system limits NS8210 Ethernet Port connections Currently, there is a limit of 100 NK822x Ethernet Ports per NS8210. NS8210 Transport protocols NS8210 supports the transport protocols CMSDL/IP or CEI 79-5 for communication with the Ethernet Ports. The cryptography option is only supported with the CEI 795 protocol. Fig. 9 NK822X LAN application 15 Building Technologies Fire Safety & Security Products 007798_g_en NK8000 ICC.doc 06.
System limits 3.3 NK8223 system limits Network capabilities Ethernet IEEE 802.3, 10Base-T, half-duplex, no auto-sensing or autonegotiation Single host: – Transport protocol: CEI 79-5B/FEAL 64-bit encryption or CMSDL/IP Multiple hosts (up to four): – Transport protocol: CMSDL/IP DHCP (Dynamic Host Configuration Protocol) is not supported.
System limits 3.4 NK8222 system limits Network capabilities Ethernet IEEE 802.3, 10Base-T, half-duplex, no auto-sensing or autonegotiation Single host: – Transport protocol: CEI 79-5B/FEAL 64-bit encryption or CMSDL/IP Multiple hosts (up to four): – Transport protocol: CMSDL/IP DHCP (Dynamic Host Configuration Protocol) is not supported.
System limits 3.5 NK8225 system limits Network capabilities Ethernet IEEE 802.3, 10Base-T, half-duplex, no auto-sensing or autonegotiation; Single host: – Transport protocol: BACnet/IP Multiple hosts (up to four): – Transport protocol: BACnet/IP DHCP (Dynamic Host Configuration Protocol) is not supported.
Structure & function 4 Structure & function 4.1 NK822x structure The NK822x is composed of: A processor board with 2 RS232 serial ports and LAN Ethernet adapter DIMM-PC / 520-I module with 32MB RAM, 32MB Flash disk Real Time Operating System (RTOS) with integrated IP protocol stack Optional 2 RS232 ports add-on board (NK8223 / NK8225 only) Optional PC/104 LON add-on board Optional external I/O module(s) (16 in /8 out) Optional external power supply supervision module Fig. 10 4.1.
Structure & function 4.1.2 Guide to front panel The front panel of the NK822x houses 9 LED's.
Structure & function 4.1.3 Internal DIP switches The internal DIP switches enable a download session via FTP using a default IP address. Note: There are two internal DIP switches, but only DIP switch 2 is presently used. Internal switch DIP switch 1 Functions Not presently used. DIP switch 2 Default mode/network access: If DIP-switch 2 is ON, an FTP connection occurs by default on the Ethernet at the default IP address 192.168.9.41. Internal DIP switches 4.1.
Structure & function 4.1.5 Serial interfaces NK8223 / NK8225 Although the maximum number of serial lines is 4, they are not always used. There are two serial lines available on the base module and two on an expansion module. See the System component list on page 54 for more details about the expansion modules. NK8222 There are two serial lines available on the base module. i The first serial port can be configured as an RS232 interface using connector COM1 or as an RS485 interface using connector CN4.
Structure & function LON panel Functions element S1 CD00251 Rev.A boards CD00251 Rev.
Structure & function LON address assignment for CS6 Guarto MP3 The LON communication between NK822x and Guarto MP3 is based on logical BACnet addresses for both devices. The physical LON address of the NK822x LON interface is configurable, whereas the logical BACnet address of NK822x is fixed. The default physical LON address of NK822x is: Subnet: 01 Node: 02 The logical BACnet address of NK822x is fixed to 1.
Structure & function DF8090 Power supply supervision DF8090 is a module designed for monitoring the DC power supply. It can detect the conditions listed below, shown on the DF8090 local panel (see Fig. 15) and report them to NK822x, and in turn to management station (see the following): Mains failure (no 220VAC) Battery low Power supply failure (trouble with AC/DC converter) Battery protection fuse blown (internal micro-fuse type MSF 3.
HW Installation 5 HW Installation This section lists the NK8000 hardware installation requirements, and details how to install them. There are two possible installation scenarios: 1. Installation of NK822x in an existing cabinet a. NK822x DIN-rail mounting (typical) b. Mounting of the NK822x euro-size main board in the control unit housing of CS11/CS440, CS6 or SI410 using mounting kits (alternative mounting option if DIN-rail mounting is not possible) See the System component list on page 54. 2.
HW Installation 5.1.2 NK822x hardware installation Installation 2 1. Set appropriate I C addresses if I/O modules will be used. Note that: – Input modules (DF8040) have addresses 1 or 2; – Output module (DF8020) has address 1; – Power supply supervision module (DF8090), factory set to address 8. 2 2. Connect and install I C modules. 3. Connect I/O points to the I/O module. i For more information about the Input/Output modules, including installation details, see document no.
HW Installation CN1: Ethernet connector A standard RJ45 connector connects Ethernet. Cat.5 UTP cabling is best suited. Pin 1 2 3 4 5 6 7 8 Assignment TX+ TXRX+ n.c. n.c. RXn.c. n.c. -+ 5 1 2 1 CN1 CN2 CN3 CN4 LAN not RS485 used I/O Com 27Ah 12V Vin = Voltage In Vout = Voltage Out Batt = Battery Fig. 18 ! NK822x power connections Caution! There is a risk of explosion if the battery is replaced with an incorrect battery type. Use 27Ah 12V batteries.
HW Installation Characteristic Max. cable length (UTP Cat.4) [m] Termination Bus topology 1’400 2 100, 1/8W at each end of segment Max. number of nodes per segment Max. number of repeaters Polarity insensitive Free topology 500 1 50, 1/8W at center of segment 64 4 Yes NK822x has a built-in termination resistor (100Ù) for a doubly terminated bus topology that can be enabled by closing the internal jumper JP6. See Fig. 12 p. 21, and section 4.1.6 p. 22.
HW Installation Installation in subsystem housing without DIN-rail NK822x can be installed without the plastic box using the specific mounting kits for CS11/CS440, CS6 or SI410. Fig. 20 NK822x mounting option for CS11 (CC114x) Note: For details on: – CS1142, see EDMS document 004595; – CI1145, see EDMS document 005377. Fig. 21 NK822x mounting option for CS6 Fig. 22 NK822x mounting option for SI410 30 Building Technologies Fire Safety & Security Products 007798_g_en NK8000 ICC.doc 06.
HW Installation 5.2 Installation of NE8000 cabinets 5.2.1 NE8000 hardware requirements Environmental requirements The cabinets for NK822x should always be installed in a clean and safe environment, away from dust, high temperature and humidity, vibrations and impacts. Conditions should match the specific requirements given in the Technical data section on p. 57. NK8000 power requirements Item Input voltage Input current ! 5.2.
HW Installation 2 2. Connect power supply. The Vac line wires (1.5 mm ) should be connected as illustrated in Fig. 24. ! Careful attention should be paid to the correct connections of Vac power lines. Input VAC 1.5 mm2 wires Fig. 24 VAC power connection Wires pass through 20mm (cut-out) holes* at the top of the cabinet (see Fig. 25), and continue behind the cabinet to pass through the rear-side cavity to the entrance hole (see Fig. 26 and Fig.
HW Installation Fig. 26 Wiring (1) – front view of cabinet (arrow indicates cut-out holes) Fig. 27 Wiring (2) – entrance hole indicated by arrow 33 Building Technologies Fire Safety & Security Products 007798_g_en NK8000 ICC.doc 06.
SW installation 6 SW installation NK8000 software installation includes the following: – Composer and related tolls for system configuration – NK822x: DMS8000 MP3.20 product setup – Additional tools: NW8202 / NW8204 This section lists the hardware and software requirements for the NW8202 and NW8204 tools, and details how to install them. Note: The installation CDs include separate set-ups for the NW8202 and NW8204. 6.
SW installation 6.2 NW8204 Maintenance and diagnostic tool The NW8204 is a powerful maintenance and diagnostic tool, which provides functionalities for (but not limited to) the following: Downloading firmware; Setting IP addresses; Loading default configurations; Using available diagnostic files. Note 1: Part of the NW8204 tool is available in Composer (limited functionality). For details, see the DMS8000 Network, Fire & Intrusion Connectivity Configuration Guide (edms #007083).
Configuring NK8000 7 Configuring NK8000 After you have installed the Danger Management System (DMS) and Composer, 1 you need to configure the DMS . Once that is done, you perform the NK8000 configuration procedures to get the NK822xs communicating with the Danger Management System. For configuration details, see the DMS8000 Network, Fire & Intrusion Connectivity Configuration Guide (edms #007083).
7.2 Configuring NK822x IP – via NW8202 Configuring NK8000 This configuration must be performed before the NK822x(s) can be configured at the client’s site. This procedure details how to send the IP configuration information; that is, the IP address, Subnet mask, and Default address to the NK822x via the NW8202 Tool. Note: This configuration procedure can be performed prior to shipping the NK822x to the client, or at a later time at the client’s site. 1. Set the Service PC IP address to 192.168.9.
Configuring NK8000 Fig. 29 NW8202 IP configuration download instruction window Back Ethernet cable goes here CN1: Ethernet Fig. 30 Connect Ethernet cable Use a crossed Cat. 5 twisted pair patch cable for direct connection between PC and NK822x. While the download is being performed, the FTP Diagnostic window is displayed with the current status of the download. (See Fig. 31.) Fig. 31 NW8202 download status window 38 Building Technologies Fire Safety & Security Products 007798_g_en NK8000 ICC.
Configuring NK8000 Once the operation has been performed, a final status notification and instruction window will be displayed. Fig. 32 9. 10. 11. 12. NW8202 final instruction window Follow the instructions displayed in the final instruction window. Disconnect the NK822x from the PC, and replace the cover. Repeat steps 3 – 10 for the next NK822x. Reset the Service PC IP address back to the original address.
Testing the configuration 8 Testing the configuration We recommend that you test connections during the configuration process so you can more easily narrow down the cause of any problems. This is because you may have problems in run-time where no error message is generated. 8.1 Checking the DMS – NK822x connection(s) Verify that the NK822x(s) communicate with the DMS This needs to be done from the host station. Check each NK822x to ensure that it communicates with the DMS.
Maintenance and diagnostics 9 Maintenance and diagnostics There are two maintenance and diagnostic applications available for NK8000 networks. One application (or tool), the NW8204 tool, is contained in the product installation CD. The other, the NK8000 Web Server tool, is available via Internet Explorer. Note: The NK8000 Web Server tool is available for the NK8225 only if an NS8210 driver in installed. Both tools have the same NW8204 functionalities.
Maintenance and diagnostics 9.1 The NW8204 maintenance and diagnostic tool The NW8204 is a powerful maintenance and diagnostic tool. In the event that a problem occurs during or after NK822x configuration, you use the NW8204 maintenance tool’s FTP (File Transfer Protocol) and diagnostic interface to locate where the problem occurred so you can resolve it.
Maintenance and diagnostics The NK8204 main window appears. Fig. 35 NK8204 main window (installed GUI) 3. Insert the NK IP Address (NK822x). Note: Inserting an incorrect IP address causes the following window to appear. If you receive this message, select ‘OK’ and re-type the IP Address. If you want to enter the NK822x default IP address 192.168.9.41, you can use the menu “Set Default IP Address” instead of typing it. Fig. 36 Incorrect IP Address error message 4. Select ‘Open Connection’.
Maintenance and diagnostics Fig. 37 A B C D E NW8204 main window with open connection (installed GUI) Menu item not displayed in NK8000 Web Server NW8204 tool Menu item not displayed in NK8000 Web Server NW8204 tool History frame Error frame This section not displayed in NK8000 Web Server NW8204 tool To learn how to access items not displayed in NK8000 Web Server tool, see section 9.2. Note: If you don’t close the connection, you will automatically be timed out in five minutes. 9.1.
Maintenance and diagnostics Note: Every time you select the ‘Save EEProm on File’ button, you overwrite any existing EEProm.LOG file. EVENT.LOG – This file is present only after the EEProm is full for the first time. It contains (up to) the four most recent backups of the EEProm.LOG file. EEProm.LOG and EVENT.LOG are only available on NK822x mainboards with index CD99050/E or higher. Upload of diagnostic files: 1. Select one or more of the following diagnostic files: – DIAGNO.LOG – EEProm.LOG – EVENT.
Maintenance and diagnostics Read NK Version Reads the version of the installed NK822x firmware. NK822x.EXE. Read NK Date Time Reads current settings of date and time from the NK822x RTC. NK Vitality Opens a window, which shows the current status of the NK822x point image. Fig. 39 NW8204 Vitality window The window can be updated manually by pressing the refresh button. You can use it to check if status changes are sent correctly from NK822x (for example from the tamper switch).
Maintenance and diagnostics Read DLL Version Reads all subsystems configured. Displays a dialog box with a list of configured subsystems organised by name, number, and creation date. 9.1.4 Menu “Send Default Configuration File” Sends a default configuration file containing only the new IP-configuration to the NK822x.
Maintenance and diagnostics 9.2 The NK8000 Web Server tool As described in the beginning of section 9, the NK8000 Web Server tool provides an NS8210 diagnostic utility in addition to the NW8204 tool. The NS8210 provides NK822x branch status information, and also a context command menu for each NK822x branch upon selection. It communicates to the NK822xs via TCP/IP using either CMSDL or CEI protocol. To the end user, the NS8210 appears to function in the same way as the NW8204 tool.
Maintenance and diagnostics 3. Select ‘Details’. 4. Check the FTP Server box, then select ‘OK’. 5. Select ‘Next’. Note: You may be able to ‘Browse’ to select where you want to store the utility. 6. Select ‘Finish’. If you install IIS after installing MM8000 / MK8000, you must perform the following steps to reset the registry keys: 1. Select MM8000 folder Utilities Bat. 2. Double-click NK8210ConfigurationTool.exe. 3. Reboot the PC.
Maintenance and diagnostics Fig. 42 NK8000 Web Server startup window – changing user type Using NS8210 diagnostic tool The left frame of the NS8210 utility window displays a list of NK822x branches in the NK8000 network. The right frame displays the status of those branches. (See Fig. 43.) Send commands to an NK822x by selecting it to display a pop-up context command menu. Fig.
Maintenance and diagnostics Using NW8204 Web Server tool You access the NW8204 Web Server tool in one of two ways: – Select [‘Hosts’ icon] Start Diagnostic Utility – Select [NK822x branch] Start Diagnostic Utility There are slight differences in the graphic user interface between the installed NW8204 tool and that on the Web, however all functionalities are available in both tools.
Maintenance and diagnostics 9.3 Correcting communication failures 9.3.1 NK822x generated a fault If an NK822x generates a fault, there may be one or more causes. The problem may be in the NK822x unit, or in the NK822x connection to the DMS. Check the NK822x Check power, vital function, and diagnostic state on the respective LED, which is located on the front panel of NK822x. Note: If connection to NK822x is lost, you might reset the device back to factory configuration by setting DIP-switch 2 to ON.
Maintenance and diagnostics Note: Cable quality / length problems can be solved by using LON repeaters (for example, NK8020, 542843). For details see NK8020 product datasheet e4215. – Physical LON addresses have to be unique in a LON-segment. RS232 Diagnostic information about the RS232 state can be obtained from the LEDs placed on the front panel of NK822x.
System component list 10 System component list The following NK8000 components are available: NK8223 Ethernet Port Siemens P/N A6E600005 Code NK8223.2 A6E600006 NK8223.4 A6E600007 NK8223.CL2 A6E600008 NK8223.
System component list NK8223 Demo offer Siemens P/N A6E600131 Code NK8223/DSC NK8223 Demo offer NK8223 Demo suitcase for demonstration Note NK822x HW Accessories Siemens P/N A6E600066 Code NE8001 NK822x HW Accessories Wall-mountable, metallic cabinet with DIN-rail, including power supply unit. Input: 100 – 240 Vac,; Output: 12Vdc 4A. A6E600067 NE8002 Wall-mountable, metallic cabinet with DIN-rail.
System component list NK80xx HW Accessories Siemens P/N 5428430001 Code NK8020 DF8000 – I/O Products Siemens P/N A6E600195 Code DF8020 A6E600194 DF8040 NK80xx HW Accessories LON repeater Note DF9000 – I/O Products 8 output (non supervised) relay module for controlling digital contacts. Only one module can be directly connected to NK8223. For more connectivity, it is necessary to use a CF9003 CPU on one of the serial connections. Note 8 input (non supervised) module for acquiring digital contacts.
Technical data 11 Technical data 11.1 NK8223 / NK8222 Ethernet Ports Lines to local host 1 RS232 line – Transport protocol: CMSDL – Host (single host only): – MM8000 or MK8000 equipped with NS8012 CDI-Net Driver – MT8001 Lines to remote host(s) 1 Ethernet IEEE 802.
Technical data Detailed specifications for LON network: http://www.echelon.
Technical data 11.2 NK8225 Ethernet Port with BACnet Gateway Lines to local host 1 RS232 line – Transport protocol: CMSDL – Host (single host only): – MM8000 or MK8000 equipped with NS8012 CDI-Net Driver – MT8001 Up to 9600 baud Lines to remote host(s) 1 Ethernet IEEE 802.
Technical data Detailed specifications for LON network: http://www.echelon.
Technical data 11.3 Disposal This device includes electrical and electronic components and must not be disposed of as domestic waste. 11.4 DF8090 Power Supply Supervision Module DF8090 Power Supply Supervision Module – – – – – 11.5 Current local legislation must be observed. Mains failure: 220 Vac missing Battery low Power supply failure: trouble in AC/DC converter Battery protection fuse blown Battery: 12V, max 24 Ah Battery fuse is internal to DF8090 plastic box Micro-fuse type: MSF 3.
Siemens Switzerland Ltd Building Technologies Group International Headquarters Fire Safety & Security Products Gubelstrasse 22 CH-6301 Zug Tel +41 41 724 24 24 Fax +41 41 724 35 22 www.sbt.siemens.com Document no. 007798_g_en Edition 06.2006 © 2006 Copyright by Siemens Switzerland Ltd Data and design subject to change without notice. Supply subject to availability.
