NK8000 MP4.
Data and design subject to change without notice. / Supply subject to availability. © 2010 Copyright by Siemens Switzerland Ltd We reserve all rights in this document and in the subject thereof.
1 Safety regulations ...................................................................................7 1.1 1.2 1.3 1.4 1.5 Country-specific standards .......................................................................7 Assembly and installation .........................................................................7 Commissioning and testing.......................................................................7 Disposal and recycling .............................................................
6.2 NW8204 Maintenance and diagnostic tool .............................................37 6.2.1 NW8204 Hardware requirements .............................................37 6.2.2 NW8204 Software requirements...............................................37 6.2.3 NW8204 Installation..................................................................37 7 Configuring NK8000..............................................................................38 7.1 7.2 Configuration checklist ......................
Safety regulations 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 NK822x (NK8222, NK8223, NK8225) and NK823x (NK8232, NK8235) Ethernet Ports.
Safety regulations Operational and safety regulations i Before beginning work on the system you must have read and understood the related documents, in particular the "Safety regulations" section. Liability disclaimer for damage or injuries Before products are delivered, they are tested to ensure they function correctly when used properly. Siemens disclaims all liability for damage or injuries caused by the incorrect application of the instructions, or the disregard of danger advisories.
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 NK82xx 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 LAN/WAN adapter products for a safety and security network, which is based on TCP/IP, BACnet/IP, and Ethernet standards. It works together with Siemens Danger Management Systems (DMS) to manage distributed safety and security units.
Introduction Note: Incoming messages can be combined with the logical operators AND, OR, XOR, and NOT. Interaction configuration is performed at management station level via an easy-touse tool, and then downloaded to the NK82xx. → For details on interactions, see the DMS8000 Network, Fire & Intrusion Connectivity Guide (document no.A6V10062425).
System limits 3 System limits The following describes the system limits for the NK82xx units and the corresponding NS82xx drivers for DMS8000 (MM8000 and MK8000) systems. 3.1 NS8210 driver system limits NS8210 Ethernet Port connections (CMSDL/IP and CEI 79-5) Currently, there is a limit of 500 NK82xx units per NS8210.
System limits 3.2 NK8222/NK8223/NK8225 system limits Network capabilities (upstream towards management system host) • Ethernet IEEE 802.3, 10Base-T, half-duplex, no auto-sensing or autonegotiation • Single host transport protocols: − CEI 79-5 type A and B (optional FEAL 64-bit encryption) − CMSDL/IP − BACnet/IP (NK8225 only) • Multiple hosts (up to four) transport protocols: − CMSDL/IP − BACnet/IP (NK8225 only) • DHCP is currently not supported. A static IP address is required.
System limits 3.3 NK8232/NK8235 system limits Network capabilities (upstream towards management system host) • Ethernet IEEE 802.3, 10/100 Base-T with auto-negotiation, half/full-duplex with auto-sensing, auto-crossover (thus eliminating the need for crossover cables) Note that a second Ethernet port is available in hardware, but not supported by software yet.
Structure & function 4 Structure & function 4.1 NK822x structure The NK822x is composed of an electronic board (with optional plug-ins) installed in a compact and robust plastic box. Fig. 1 4.1.1 NK822x Ethernet port (NK8223 in this example) Front panel The front panel of the NK822x houses 9 LED's.
Structure & function 4.1.2 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 Functions DIP switch 1 DIP switch 2 Not presently used. 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. Tab.3. 4.1.
Structure & function 4.1.4 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. NK8222: These models are equipped with two serial lines only available on the base module. In all modules, 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 element Functions CD00251 Rev.A boards CD00251 Rev.
Structure & function 4.1.6 I2C interface: I/O and power supervision This interface allows for a direct support of: • Direct digital input/output: → One or two DF8040 (CF9040) input modules → One DF8020 (CF9020) output module • Power supply supervision: − One DF8090 power supply supervision module All modules can be installed on the DIN-rail, next to NK822x unit. DF8020 DF8020 is a module providing 8 relay outputs, NO or NC.
Structure & function 4.2 NK823x structure The NK823x is composed of an electronic board (with optional plug-ins) installed in a compact and robust plastic box. Fig. 6 4.2.1 NK823x Ethernet port (NK8235 in this example) Front panel The front panel of the NK823x houses 9 LED's.
Structure & function 4.2.2 Internal DIP switches The internal DIP switches (S101) enable a download session via FTP using a default IP address. Note: There are two internal DIP switches, but only DIP switch 1 is presently used. Internal switch Functions DIP switch 1 Default mode/network access: If DIP-switch 1 is ON, an FTP connection occurs by default on the Ethernet at the default IP address 192.168.9.41. DIP switch 2 Not presently used. Tab.7. 4.2.
Structure & function 4.2.4 Serial interfaces NK8232.2 and NK8235.2: These models are equipped with two serial lines available on theNK823x main board. NK8235.4 is equipped with 4 serial interfaces (two on the main board and two on an expansion module). In all NK823x models, the first serial port can be configured as an RS232 interface using connector COM1 or as an RS485 interface using connector X104. All lines are fully RS232 compliant and have EMC/ESD protection. NK8235.
Structure & function 4.2.7 I2C interface: power supply supervision The I2C interface (X11) allows for a direct support of: • Power supply supervision: − One DF8090 power supply supervision module The module can be installed on the DIN-rail, next to NK823x unit. DF8090 Power supply supervision DF8090 is a module designed for monitoring a 12V DC power supply. It can detect the conditions listed below, shown on the DF8090 local panel (see Fig.
Structure & function 4.2.8 Ethernet interfaces The NK823x main board is equipped with two Ethernet interfaces The two RJ-45 connectors also include 2 LEDs (yellow and green) reporting the LAN status as follows: • Yellow LED: if on, a 100 Mbps link is active. • Green LED: flashing when data is received or transmitted – 4.2.9 The Ethernet interface 2 (X2) is currently not supported in software. USB interface The NK823x main board is equipped with a USB interface.
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 NK82xx in existing cabinets a. DIN-rail mounting in plastic housing (typical) b. Mounting of the NK82xx board in the control unit housing using mounting kits (alternative mounting option in case DIN-rail mounting is not possible) → The available mounting kit are listed in the NK8000 datasheets 2.
HW Installation NK822x main board for internal mounting Width Height Depth 160 mm 100 mm (without connectors) – Mainboard only: 28 mm – Mainboard + LON or Serial add-on: 41 mm – Mainboard + LON and Serial add-on: 55 mm NK823x main board for internal mounting Width Height Depth 160 mm 100 mm (without connectors) – Mainboard only: 37 mm – Mainboard + Serial add-on: 44 mm – Mainboard + NKA8011-A1 Mounting plate: 42mm – Mainboard + Serial add-on + NKA8011-A1 Mounting plate: 49mm → For the special mounting k
HW Installation Top view: NK822x connectors (valid for NK8222, NK8223, and NK8225) Back 1 8 5 1 21 LON Status LEDs CN4: RS485 (in place of COM1) CN1: Ethernet CN2: not used (not present in latest productions) Fig. 9 CN3: Power and LON NK822x electrical interfaces (top view) Top view: NK823x connectors (valid for NK8232 and NK8235) Back X101: not used X102: not used X104: RS485 (in place of COM1) X1: USB not used 8 X3: Ethernet X2: not used Fig.
HW Installation 27Ah 12V Vin = Voltage In Vout = Voltage Out Batt = Battery NK822x (NK8222, NK8223, NK8225) power supply connection NK823x (NK8232, NK8235) power supply connection Note the dual power supply for redundant solutions Fig. 12 NK82xx power connections Caution! There is a risk of explosion if the battery is replaced with an incorrect battery type. Use 27Ah 12V batteries. Recommended type: FIAMM-GS model FG22703 (Æ www.fiamm-gs.
HW Installation NK822x - CN3: Power supply Power connections Pin Assignment 1 2 3 4 5 + PWR Earth – PWR NK823x – X103: Power supply Power and LON connections Pin Assignment 1 2 3 4 5 + PWR 1 Earth – PWR 1 Not used Not used 6 7 + PWR 2 Earth 8 – PWR 2 NK822x CN4 / NK23x X104: COM 1 RS485 connector RS485 connections Pin Assignment 1 2 + RS485 – RS485 COM 1 … COM 4: RS232 connectors RS232 lines are connected to 9pin D-Sub connectors, female type Pin 1 2 3 4 5 6 7 8 9 Assignment NK822x COM 1-4
HW Installation Characteristic Bus topology Free topology Max. cable length (UTP Cat.4) [m] Termination 1’400 500 2 × 100Ω, 1/8W at each end of segment Max. number of nodes per segment Max. number of repeaters Polarity insensitive 1 × 50Ω, 1/8W at centre of segment 64 4 Yes NK822x has a built-in termination resistor (100Ω) for a doubly terminated bus topology that can be enabled by closing the internal jumper JP6. → See Fig. 2 p. 15, and section 4.1.5 p. 16.
HW Installation Fig. 14 NK82xx mounting option for CS11 AlgoRex Note: For more details, see document no.004595 (CS11 EP7F Planning) Fig. 15 NK82xx mounting option for CS6 Guarto 30 Building Technologies sst2.doc Fire Safety & Security Products 12.
HW Installation Fig. 16 NK82xx mounting option for SI410/420 Intrunet Fig. 17 NKA8011-A1 mounting plate for NK823x 31 Building Technologies sst2.doc Fire Safety & Security Products 12.
HW Installation 5.2 Installation of NE8000 cabinets 5.2.1 NE8000 hardware requirements Environmental requirements The cabinets for NK82xx 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 of the specific NK8000 datasheet.
HW Installation 2 The VAC power supply wires (1.5 mm ) should be connected as illustrated in Fig. 19. Careful attention should be paid to the correct connections of Vac power lines. Input VAC 1.5 mm2 wires Fig. 19 VAC power connection Wires pass through 20mm (cut-out) holes* at the top of the cabinet (see Fig. 20), and continue behind the cabinet to pass through the rear-side cavity to the entrance hole (see Fig. 21 and Fig.
HW Installation When entering the metallic frame of the cabinet, wires should be protected by a self-extinguishing plastic cord guard (UL94-V2 flammability rating). (Not provided in the supply). 5.2.2.1 Fig. 21 Wiring (1) – front view of cabinet (arrow indicates cut-out holes) Fig. 22 Wiring (2) – entrance hole indicated by arrow NK8021 modem mounting in an NE8000 cabinet 1. Screw in the modem holder brackets using the holes provided in the back of the cabinet. 34 Building Technologies sst2.
HW Installation 2. Slide the modem plate into the brackets. 3. Align the holes in the sides of the modem plate with the clips on the front of the brackets and then press down on the clips to fix the modem in place 4. Connect the serial cable to the NK82xx 5. Connect the power supply Modem Fig. 23 NK8021 modem in NE8000 cabinet 35 Building Technologies sst2.doc Fire Safety & Security Products 12.
SW installation 6 SW installation NK8000 software installation includes the following: − Composer and related tools for system configuration − DMS8000 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 DMS8000 installation CD includes 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 (document no.A6V10062425).
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 NK82xxs communicating with the Danger Management System. → For configuration details, see the DMS8000 Network, Fire & Intrusion Connectivity Configuration Guide (document no.A6V10062425).
Configuring NK8000 7.2 Configuring NK82xx IP – via NW8202 This configuration must be performed before the NK82xx(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 NK82xx via the NW8202 Tool. Note: This configuration procedure can be performed prior to shipping the NK82xx 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 Note the different dipswitch depending on the NK82xx model Fig. 25 NW8202 IP configuration download instruction window Back Ethernet cable goes here (NK822x) Fig. 26 Connect Ethernet cable on NK822x Back Ethernet cable goes here (NK823x) Fig. 27 Connect Ethernet cable on NK823x Use a crossed Cat. 5 twisted pair patch cable for direct connection between PC and NK82xx.
Configuring NK8000 Fig. 28 NW8202 download status window (FTP Status OK) Once the operation has been performed, a final status notification and instruction window will be displayed. Fig. 29 NW8202 final instruction window 1. Follow the instructions displayed in the final instruction window. Note: Set Dip switch n.2 for NK822x and Dip switch n.1 for NK823x 2. Disconnect the NK82xx from the PC, and replace the cover. 3. Repeat steps 3 – 10 for the next NK82xx. 4.
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 – NK82xx connection(s) Verify that the NK82xx(s) communicate with the DMS This needs to be done from the host station. Check each NK82xx 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. The Web Server tool is available for NS8210 only. Use NW8204 (and/or Composer-based monitoring tools) for NS8011 BACnet/IP driver. 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 NK82xx 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 Fig. 31 NK8204 window (installed GUI) 2. Insert the NK IP Address (NK82xx). 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 NK82xx default IP address 192.168.9.41, you can use the menu Set Default IP Address instead of typing it. Fig. 32 Incorrect IP Address error message 3. If connecting to NK823x, enable the checkbox next to Read Product ID 4.
Maintenance and diagnostics A B D C E G F Fig. 33 A B C D E F G H H NW8204 window with open connection (installed GUI) Select do display user login window. See Information box previous page for a description of user types. Note: Available through ‘Host’ menu in NK8000 Web Server NS8210 tool Displays the version of the NW8204 tool. Note: Available through ‘Host’ menu in NK8000 Web Server NS8210 tool Browse for a local copy of DIAGNO.LOG or EEPROM.
Maintenance and diagnostics 9.1.2 File commands These commands are meant for remote technical maintenance and diagnostic of the NK82xx units. The commands apply to the file selection active in the list on the left hand side of the screen. Download file Transfer the selected file from the NK82xx. Upload file Transfer the selected file to the NK82xx (see how to upload log files in 9.1.3 below). Delete/rename file Delete or Rename the selected file in the NK82xx. Refresh Update the file list.
Maintenance and diagnostics 9.1.3 Uploading diagnostic files Diagnostic file purposes: The purpose of these files is to record messages of what has taken place with the NK82xx to make it easier to determine if something is wrong, or if something important has taken place. Diagnostic file descriptions: DIAGNO.LOG – This file is always present, and contains information about the behaviour of the application running on the NK82xx.
Maintenance and diagnostics 9.1.4 NW8204 Diagnostic functions Reset NK Allows you to reset an NK82xx from a remote location. Note: This function is only available when logged in as user “admin”. Save EEPRom on file Stores the content of the EEProm in the file EEProm.LOG on the NK82xx flash disk. Set System Time Sets the RTC (Real Time Clock) of NK82xx to the PC system time. Note: This function is only available when logged in as user “admin”.
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. Read NK Version Reads the version of the installed NK82xx firmware. NK82xx.EXE. Read NK Date Time Reads current settings of date and time from the NK82xx RTC. Read CPU ID Reads the CPU ID from the DIMM-PC module. Read Product ID Reads the Product ID from the NK82xx.
Maintenance and diagnostics 9.1.5 Menu “Send Default Configuration File” Sends a default configuration file containing only the new IP-configuration to the NK82xx. This function allows the download of a default configuration file with new IP parameter settings to any reachable NK82xx, while NW8202 assumes that the NK82xx is set to default IP address before downloading the new configuration. Fig. 37 Send default configuration file Note: This function is only available when logged in as user admin.
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 NK82xx branch status information, and also a context command menu for each NK82xx branch upon selection. It communicates to the NK82xxs 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. Press Start Æ Run to open the Run windows 2. Browse to the folder: → Utilities → Bat 3. Select NK8210ConfigurationTool.exe 4.
Maintenance and diagnostics User types: There are two ways you can log in to the NK8000 Web tool. – Guest user: (Default) User Name = guest / Password = guest (recommended - Read only privileges) – Administrative user: Call customer support for username and password. (Read/Write privileges) Note: Case sensitive – enter letters in lower case only. Fig.
Maintenance and diagnostics Fig. 40 NS8210 window with pop-up command menu for NK82xx branch Using NW8204 Web Server tool You access the NW8204 Web Server tool in one of two ways: − Select [‘Hosts’ icon]→ Start Diagnostic Utility − Select [NK82xx 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 Fig. 41 NW8204 main window – open connection (web tool GUI) 56 Building Technologies sst2.doc Fire Safety & Security Products 12.
Maintenance and diagnostics 9.3 Correcting communication failures 9.3.1 NK82xx generated a fault If an NK82xx generates a fault, there may be one or more causes. The problem may be in the NK82xx unit, or in the NK82xx connection to the DMS. Check the NK82xx Check power, vital function, and diagnostic state on the respective LED, which is located on the front panel of NK82xx. Note: If connection to NK82xx is lost, you might reset the device back to factory configuration by setting DIP-switch 2 to ON.
Maintenance and diagnostics • RS232 Diagnostic information about the RS232 state can be obtained from the LEDs placed on the front panel of NK82xx. Typical problems of RS232 communication are: − Mix of RXD / TXD lines − Line length exceeds the maximum of 15m − Disturbances, caused by ground loops Solve problems of exceeding line length by using: − RS232 line drivers − Fibre optic converters − RS422 converters 9.3.
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. A6V10062437_a_en_-- Edition 12.2009 © 2010 Copyright by Siemens Switzerland Ltd Data and design subject to change without notice. Supply subject to availability.
