Fire Station Alerting System Installation and Maintenance 025-9581M
Software License The Zetron software described in this manual is subject to the terms and conditions of Zetron's Software License Agreement, a copy of which is contained on the product distribution media or otherwise provided or presented to buyer. Installation and/ or use of the Zetron software constitutes acceptance of Zetron's Software License Agreement.
Regulatory Compliance Information on Disposal of Old Electrical and Electronic Equipment and Batteries (applicable for EU countries that have adopted separate waste collection systems) Products and batteries with the symbol (crossed-out wheeled bin) cannot be disposed as household waste. Old electrical and electronic equipment and batteries should be recycled at a facility capable of handling these items and their waste byproducts.
Safety Summary STOP Warning! For your safety and the protection of the equipment, observe these precautions when installing or servicing Zetron equipment: • Follow all warnings and instructions marked on the equipment or included in documentation. • Only technically qualified service personnel are permitted to install or service the equipment. • Be aware of and avoid contact with areas subject to high voltage or amperage.
Change List for Rev M, 17 Jun 2011 • Added 64-bit Windows 7 to the list of supported operating systems, and removed .NET 1.
025-9581M
Contents Contents System Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Related Documentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Contents Installing the IP FSA Server . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41 Installing the IP FSA Maintenance Utility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 Installing the VoIP Gateway Server . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44 Installing the VoIP Gateway Maintenance Utility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Contents Power Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . IP Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PA Audio Connections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Front Panel Test Mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Output Relay Connections. .
Contents EAR (R64). . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 169 Relay Outputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170 Sense Inputs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 170 Appendix B: Worksheets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 171 Overview . .
Introduction System Overview Introduction The Zetron IP Fire Station Alerting system (IP FSA) has been specifically designed to speed the dispatch of emergency vehicles, to aid in tracking their status, and to provide remote control and sense capability at each fire station. This system is ideal for any municipality that has IP links between its central communications center and its fire stations.
System Overview Features • Supports up to 255 stations per system • Supports up to 24 dispatch console positions • Station Transponder Unit provides flexible alerting, control, and status capabilities • Near instantaneous alert times can often be achieved with independent voice and data channels • Dispatcher voice announcements can be made by means of Voice over Internet Protocol (VoIP) or a radio channel • System includes a dedicated dispatcher client application with which commands may be initiated from
Related Documentation Related Documentation Title P/N Description Fire Station Alerting Installation and Maintenance 025-9581 Describes how to install and maintain the IP FSA System. Fire Station Alerting Operation 025-9582 Describes how to operate the IP FSA System. Fire Station Alerting XML CAD Protocol 025-9583 Defines the functional and protocol messages used for communications between a third-party CAD application and the Zetron FSA Server service.
System Overview Figure 1: Basic Overview of IP FSA System FSA Console running on a Dispatch position FSA Console running on a Dispatch position Up to 24 FSA Console positions can be supported by an FSA Server . DISPATCH CENTER BACK ROOM EQUIPMENT IP Network A private Ethernet network created for the purpose of supporting "mission critical" communications traffic. FSA Server BACK ROOM EQUIPMENT OUTSIDE NETWORK CONNECTING STATIONS Up to 255 IP Station Units can be supported by an FSA Server .
Overall System Operation Figure 2: Basic IP FSA System Using VoIP Gateway FSA Console running on a Dispatch position Voice audio for station alerts and talkback FSA alerting and status traffic DISPATCH CENTER BACK ROOM EQUIPMENT Dispatch Channel Card Rack with Audio Channel Cards Voice Audio and PTT Indication IP Network FSA Server and VoIP Server Audio & Digital Input Interface 950-0690 BACK ROOM EQUIPMENT OUTSIDE NETWORK CONNECTING STATIONS FSA alerting and status traffic Model 6203, Model 620
System Overview Figure 3: Basic IP FSA System Using Radio FSA Console running on a Dispatch position FSA alerting and status traffic Voice audio for station alerts and talkback DISPATCH CENTER BACK ROOM EQUIPMENT Voice audio for station alerts and talkback Dispatch Channel Card Rack with Audio Channel Cards PTT Indication Only IP Network FSA Server Audio & Digital Input Interface 950-0690 Radio Transceiver PTT Signal from Channel Card BACK ROOM EQUIPMENT OUTSIDE NETWORK CONNECTING STATIONS Voice
IP FSA Console Functions have been played at the station), it signals the originating console position to go ahead and transmit any additional verbal announcement related to the alert. The voice audio is transmitted to the fire stations either by radio or by means of a VoIP intercom that uses the same IP network as the FSA Server. At the stations, the voice audio is played over the station PA system.
System Overview Figure 4: IP FSA Console User Interface If the Send Text button is selected in the Actions column, the text box that opens in the lower portion of the screen enables operators to enter text messages that can be printed out at the station receiving the alert (provided a printer is interfaced to the Station Transponder Unit). At least one station button must be selected when using this feature. It can be used with multiple stations selected.
What About CAD Systems? Figure 5: IP FSA Console Window with Station I/O Open What About CAD Systems? If the dispatch center is already using a CAD system, then it is likely that the control functions for the FSA system will be integrated into the CAD system rather than setting up two console systems at each operator position. The computer that acts as the core of the CAD system will communicate with the FSA Server in one of two ways, depending on the protocol used.
System Overview Station Transponder Unit Functions The Station Transponder Units come in two types, the Model 6203 and the Model 6204. Typically, there will be a single Model 6203 installed at every station in the system. The left column in a Model 6203 represents the station status; while the remaining three columns are used to track unit status. The Model 6204 uses all four of the columns on its front panel for tracking unit status.
Station Transponder Unit Functions The Station Transponder Unit keeps the PA open after it plays the alert tones and signals the IP FSA Server that the PA is available for a voice announcement. The current status of units is indicated on the front panel of Station Transponder Units with a column of LEDs for each unit. Two buttons at the bottom of each column enable station personnel to update unit status manually.
System Overview Communication Interface The Station Transponder Units are designed to operate over a private IP network. All commands traveling out to the stations and all station/units status messages going back to the FSA Server are handled over the IP network. Each Station Transponder Unit in the system is assigned a unique IP address so that FSA Server can communicate with it.
Station Transponder Unit Functions PA Control The Station Transponder Unit has two dedicated relays for controlling a Fire Station PA system. They are used to enable the PA system either when commanded to do so by the FSA Server, or locally using the handset in the Station Transponder Unit. The Station Transponder Unit typically uses the PA to play alert tones and dispatcher messages.
System Overview Specifications Requirements for FSA Computer Platforms Item Description Operating System Windows XP Professional with Service Pack 3 (32 bit), or Windows 7 Professional (32-bit)/(64-bit) with Service Pack 1 Services for FSA will run under Windows Server 2003 or Windows Server 2008R2 with Service Pack 1 .NET .NET 3.5 SP1 Processor Intel Pentium Processor or equivalent x86 class processor, 2 GHz Intel Dual Core or equivalent x86 class processor, 1.
Specifications IP Network Functional Requirements Item Description IP Address Assignment FSA Server and VoIP Server = Static Station Transponder Unit and VoIP Intercom = Static FSA Console = Uses host computer address assignment or static Packet Type Used FSA Alerting = uses TCP packets only VoIP Audio = TCP for incoming calls, UDP to broadcast outgoing calls Network Bandwidth1 FSA Alerting = (peaks of 1 KBps) X (number of stations) VoIP Server = 8 KBps per sub-net used in the system VoIP at sub-net
System Overview Model 6203/6204 Station Transponder Units Item Description Buttons 8 momentary, high-reliability push buttons Indicators 30 LEDs, 4 LEDs are high-intensity type for displaying ALERT statuses Power Requirements External Power Supply (802-0692): INPUT — 90 to 264 Vac, 47 to 63 Hz, < 1.5 Amps RMS OUTPUT — +13.5 Vdc, 4.
Overview Planning the System Overview This chapter is composed of several sections of rather general information and advice. It is intended to aid you in working up a plan for the installation of your system and to remind you of the various types of information you will need to collect and decisions that will need to be made in order to create a working system. Since the FSA system is IP-based, it is not surprising that its final architecture is highly dependent on the type of network available.
Planning the System System Layout The amount of information you will need to plan for and eventually collect about your Fire Station Alerting System is determined by its size and complexity. If the system is constructed like the one in Figure 7, then the only information you will need is “names” and IP addresses for each of the computers and Station Transponder Units in the system. Since everything in the system is on the single, common network, they will all use the same Subnet Mask.
System Layout Figure 8: A Medium System Involving a Subnet Console #2 Console #1 Ethernet Local network LAN Switch FSA Server Ethernet Router Subnet connecting fire stations. IP Station Unit #1 IP Station Unit #2 IP Station Unit #3 Figure 9 shows the case of a very large system composed of multiple subnets. In this system, in addition to the usual computer name and IP address information, you will need to keep track of at least four different Gateway addresses as well.
Planning the System Figure 9: A Large System with Multiple Subnets Console #1 Console #2 Console #3 Subnet connecting console positions. Ethernet Router Large Scale IP Network VoIP Server Router FSA Server Ethernet Router Subnet connecting fire stations. IP Station Unit #1 IP Station Unit #2 IP Station Unit #3 IP Station Unit #5 IP Station Unit #6 Ethernet Router Subnet connecting fire stations.
Collecting and Assigning IP Information Collecting and Assigning IP Information There are a number of pieces of information that are helpful to have “in hand” prior to starting the installation of software components and network hardware that make up an IP FSA system. Collecting this information allows you to review how the system is organized, as well as speeding up the basic configuration of system components.
Planning the System Default IP Addresses IP equipment from Zetron will typically be configured with an initial IP address. The following list identifies factory default IP addresses: • Model 6203: 10.0.0.1 to 10.0.0.50 • Model 6204: 10.0.0.51 to 10.0.0.100 • VoIP Intercom Unit: 10.0.0.101 to 10.0.0.150 • Zetron-supplied FSA PC: 10.0.0.201 to 10.0.0.223 General Order of Installation The general order of installation for the software components is presented here.
Licensing another - this is all discussed at greater length under Installing the UBAM™ Components on page 47. Note UDP = User Datagram Protocol, the protocol used for broadcasting a message over a network to multiple computers Tip If you purchased a preconfigured system from Zetron, the applications are already licensed. If you are supplying your own computers, the applications must be licensed as described in this section.
Planning the System FSA XML CAD Interface • A valid license allows a connection to the XML CAD Interface. • If a valid license is not found all requests will be rejected with a FaultResponse message stating that the feature is not licensed. This will also be noted in the log. FSA Serial CAD Interface • A valid license allows a connection to the Serial CAD Interface. • If a valid license is not found the CAD interface will be inactive. This will be noted in the log.
Licensing console2xxxx.zlic. The console1... files belong to computer #1, and the console2... files belong to computer #2. Note The number of license files on a computer does not necessarily indicate the number of licensed features or applications. ♦ To install the license files on a PC with a 32-bit OS Tip The following procedure describes how to use License Manager to install the license files.
Planning the System crash or disk file corruption, the license files will be required in order to restore Fire Station Alerting.
Overview Creating Console Positions Overview This chapter covers the installation of the FSA Console application onto the computers that are used in the dispatch center to create individual operator positions. It covers the installation of the console application and the loading of the license file that keeps the application working.
Creating Console Positions ♦ To disable Windows Firewall (for XP) 1. Log in or start Windows with administrative rights. 2. Click the Windows Start button. 3. Click Run, type cmd, and press Enter. 4. Type firewall.cpl and press Enter. 5. On the General tab, click Off, and then click OK. 6. Close the control panel. ♦ To disable Windows Firewall (for Windows 7) 1. Click the Windows Start button. 2. Type cmd and press CTRL-SHIFT-Enter. 3. Type firewall.cpl and press Enter. 4.
Installing the IP FSA Console Software 7. Close the command line window. 8. Close MSCONFIG. 9. Reboot the computer. Installing the IP FSA Console Software The requirements for the FSA Console can be found under Requirements for FSA Computer Platforms on page 24. The machine does not have to be connected to the network in order to perform the FSA Console installation. A license is required for this application to continue running.
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Overview Creating the System Servers Overview This section covers the procedures necessary to install the FSA Server and VoIP Gateway Server software onto the machine(s) that will act as server for the FSA system. In addition, it covers the installation of the UBAM™ Listener and UBAM™ Repeater utilities and how to determine whether or not your system requires them. Preparing the Server Computer The server needs to have the same preparation as the console computers.
Creating the System Servers ♦ FSA Server Installation 1. Insert the IP FSA Suite CD in the computer’s CD or DVD drive. The installation routine should start automatically and display the opening screen. (If it does not, use the RUN command on the Start menu to browse the CD-ROM root directory, select the Autorun.exe file, and run it.) 2. From the opening screen, select the FSA Installation menu, select the FSA Server option, and click the Install 'FSA Server' button.
Installing the IP FSA Maintenance Utility Installing the IP FSA Maintenance Utility There are no special requirements for the machine running FSA Maintenance Utility. The machine does not have to be connected to the network in order to perform the FSA Maintenance Utility installation. If the FSA Maintenance Utility is not installed on the same machine as the FSA Server, it may be installed on any machine in the network that can communicate with the machine running the FSA Server.
Creating the System Servers Installing the VoIP Gateway Server The machine does not have to be connected to the network in order to perform the VoIP Gateway Server installation. The VoIP Gateway Server requires a license in order to run after installation. Note Before installing any FSA software, ensure Windows is properly configured. See Preparing the Console Computer on page 37. ♦ VoIP Gateway Server Installation 1. Insert the IP FSA Suite CD in the computer’s CD or DVD drive.
Installing the VoIP Gateway Server 45
Creating the System Servers Installing the VoIP Gateway Maintenance Utility There are no special requirements for the machine running VoIP Gateway Maintenance Utility. The machine does not have to be connected to the network in order to perform the VoIP Gateway Maintenance Utility installation.
Installing the UBAM™ Components Installing the UBAM™ Components UBAM™ is an acronym for UDP Broadcast Agent Manager. The two software utilities enable the VoIP Server to use the UDP mode for sending out all-call voice information even though the routers connecting various subnets in the system have been configured to not pass UDP transmissions. Note Whenever possible it is recommended that all the elements of a VoIP system be on the same subnet.
Creating the System Servers Figure 10: UBAM Utilities Deployed on a Typical Hub & Spoke System Network Station V oIP Intercom Router (Hub) Station V oIP Intercom Station V oIP Intercom V oIP Gatew ay Server (also running UBA M Listener) Router (C) PC running UBA M Repeater Station V oIP Intercom Router (A ) Station V oIP Intercom Station V oIP Intercom Station V oIP Intercom PC running UBA M Repeater Station V oIP Intercom Station V oIP Intercom Station V oIP Intercom Router (B) PC running U
Installing the UBAM™ Components Figure 11: UBAM Utilities Deployed on a Typical Daisy Chain System Network Station VoIP Intercom Station VoIP Intercom Station VoIP Intercom UBAM Listener only is installed on segment A of the network Router A VoIP Gateway Server (also running UBAM Listener) Station VoIP Intercom Station VoIP Intercom Router B PC running UBAM Repeater/ UBAM Listener The UBAM Repeater in segment B is configured to connect to the UBAM Listener in segment A Station VoIP Intercom The
Creating the System Servers UBAM Listener There are no special requirements for the machine running the UBAM Listener utility. The machine should be connected to the network in order to perform the UBAM Listener utility installation. If the total number of subnets used does not exceed 10, the UBAM Listener may be installed on the same machine as the VoIP Gateway Server.
Installing the UBAM™ Components UBAM Repeater There are no special requirements for the machine running the UBAM Repeater utility. The machine does not have to be connected to the network in order to perform the UBAM Repeater utility installation. There are no problems associated with running both the UBAM Listener and the UBAM Repeater on the same machine. Note Before installing any of the UBAM Utilities software, ensure that Windows is properly configured. See Preparing the Console Computer on page 37.
Creating the System Servers CAD Translator The CAD Translator is an optional part of the FSA system software. It will be used when an existing CAD console system is in use and the CAD system has been configured to use either the communications protocol first used with the Zetron Model 26 or to use an XMLbased CAD protocol. When the Model 26 CAD protocol is used, the CAD system is connected to one of the serial ports on the FSA Server machine.
CAD Translator 8. Click OK. Note The CAD Translator service runs in the background as a Windows service whenever the machine is turned on. Note A desktop icon for the Serial CAD Viewer is installed that enables you to open the CAD Viewer support application. This tool is used to observe the message traffic moving back and forth between the CAD system and the FSA Server. It also provides tools for configuring the CAD translator settings.
Creating the System Servers CAD Input Selection Type This sets the type of CAD license that the translator checks for when the service is started. Choose from Serial, TriTech_Serial, or XML. Note The default setting is Serial. If you have the XML CAD license, set this parameter to XML. CAD Serial Communications Port The CAD Translator uses a serial port when it is supporting the Model 26 Serial CAD protocol.
CAD Translator Viewer Configuration To open the communications viewer configuration window, start the FSA Serial CAD Viewer program and then click on the Config label found just under the title bar on the right. The settings in this dialog box configure the viewer to get information from the translator. Host This parameter is the IP address of the computer that is running the CAD Translator. Port This parameter is the port being used by the CAD Translator program.
Creating the System Servers The window follows all of the usual Windows® rules for resizing the window and scrolling within it. If you wish to clear the existing message history in order to reduce the clutter of the window, click Clear Histories at the right of the center bar. Note Unlike the log files, which use the Universal date/time reference, the Viewer uses the date/time settings of the computer on which the Viewer is being run.
Overview Configuring Station Transponder Units Overview This chapter covers the initial configuration of the Station Transponder Units. In most cases, it is necessary that these settings be made prior to the unit being connected to a system.
Configuring Station Transponder Units For example, the primary unit at a station is assigned “7” as its ID number, then the secondary unit would be assigned “519” (7 + 512 = 519). Note The ID number set with SW2 and SW1 have nothing to do with the IP address assigned to the network interface board in each unit. You will still need to assign an IP address to each unit before connecting it to the network. The switches work in a binary fashion.
Setting the Unit Number Table 1: Switch Values for Setting Unit ID Switch Description Address Value SW2 -1 Address bit 1 (LSB) 1 SW2 -2 Address bit 2 2 SW2 -3 Address bit 3 4 SW2 -4 Address bit 4 8 SW2 -5 Address bit 5 16 SW2 -6 Address bit 6 32 SW2 -7 Address bit 7 64 SW2 -8 Address bit 8 128 SW1 -1 Address bit 9 256 SW1 -2 Address bit 10 (MSB) (0 = Primary Unit at station, 1 = Secondary Unit) 512 SW1 -3 Not Used — SW1 -4 Not Used — SW1 -5 Not Used — SW1 -6 Not U
Configuring Station Transponder Units Serial Port Programming The Station Transponder Unit will have default settings in it as it comes from the factory. In many cases these will be sufficient; however, if you intend to use the sense inputs to trigger relay functions (or need to alter several timer settings), you will need to access the serial programming mode for setting up the Station Transponder Unit.
Serial Port Programming 7. Press “4” to open the Communication Mode menu and “4” again to set the Communication Mode to COR, TX on COR Low. Press “e” to return to the Station Configuration menu. 8. Enter a “5” and set the keyup delay to 0.10 seconds (for a system using VoIP, if the system uses radio to handle voice you will need to set this delay longer). When you are finished, enter “e” to return to the top menu. 9. From the top menu, enter a “5” to open the PA Options menu.
Configuring Station Transponder Units 10. (Optional) Entering a “2” at the top menu opens the Alerts menu. This menu is used to determine what kind of audible alert tone the Station Transponder Unit plays in response to an incoming alert for a particular unit (or the station). In addition, you can configure a unit energize a relay based on receiving an alert and to reset a relay based on the activation of a sense input. For more information about the options in this menu, see “Alerts” Menu on page 67.
Serial Port Programming 12. (Optional) Entering a “4” at the top menu opens the Inputs menu. From this menu, you can set which polarity is considered the active state for the sense input being programmed. You can also set the debounce time used to filter state transitions for each input. For more information on this menu and its options, see “Inputs” Menu on page 71. When you have finished in this menu, type “e” to return to the top menu. 13.
Configuring Station Transponder Units Figure 13: The COR Mode All of the programmable parameters are described in the following paragraphs. Station or 4 Unit Display This is the first parameter listed in the Station Configuration Menu. It determines whether the first column of LEDs on the Model 6203 front panel represents the station status or a unit (vehicle) status. If the Model 6203 is the primary unit, this parameter is normally set for Station status displayed.
Serial Port Programming this parameter is selected, the menu shown in Figure 14 is displayed showing the communication modes that can be selected for the Model 6203. For detailed explanations of the various Communication Modes, see “Communications Mode” Menu on page 66. Keyup Delay This parameter is found in the Station Configuration Menu. In conventional radio modes it sets the delay time, in seconds, from PTT activation until the Model 6203 starts to transmit data.
Configuring Station Transponder Units parameter accepts any value between 0.00 and 59.99 seconds. Typically it is set for about 0.25 seconds. Trunking Grant Debounce This parameter is no longer used. Trunking Grant Timeout This parameter is no longer used. Trunking Grant Retry Delay This parameter is no longer used. TX Delay This parameter is found in the Station Configuration Menu.
Serial Port Programming Wire Line This mode is not supported in the Model 6203 for IP FSA systems. VOX This communications mode is designed for use with a conventional radio interface where the Model 6203 uses its own internal circuitry to detect channel availability. If the Model 6203 detects noise above a threshold set by the VOX potentiometer, it thinks the channel is busy and does not transmit. When this mode is selected the COR input is ignored by the Model 6203.
Configuring Station Transponder Units There are six different types of alerts that can be received by the Model 6203 and each alert has several different configurable parameters. Selecting one of the alert types, from this menu, displays the menu in Figure 16 for changing the parameters of an alert. Figure 16: Alert Parameters Menu Tone This parameter holds the type of tone that is sounded for the selected alert.
Serial Port Programming Ramp Time This parameter sets the alert tone volume ramp time. The volume of an alert goes from no volume to full volume in seven increments spread over the time period set with this parameter. The valid range for Ramp Time includes any integer value from 0 to 9 seconds. Hold Time This parameter sets the alert tone's full volume, hold time. The valid range for Hold Time includes any integer value from 0 to 9 seconds.
Configuring Station Transponder Units Figure 18: The Relay Menu Figure 19: The Relay Parameter Selection Menu The Parameter Selection Menu is used to select the way that the relay is reset (deactivated) after it has been activated. It also provides a way to manually operate the relay for test purposes. These reset conditions do not apply whenever a relay has been activated manually by using the Relay Control input (see Relay Control (P9) on page 155).
Serial Port Programming Sense Reset This selection causes one of the sense inputs to be assigned to reset the relay. When the assigned sense input has a state transition from an inactive state to an active state (see “Alerts” Menu on page 67), the relay is reset. If “0” is assigned to this parameter, the relay can only be reset by a reset command from the FSA Server (or CAD system) or from the Manual Relay Off selection in the Relay Parameter Selection Menu.
Configuring Station Transponder Units Figure 20: The Inputs Menu This menu shows the current state of each sense input, polarity (Active State), the state transition necessary to reset the relay (if so configured; see “Relays” Menu on page 69), and debounce time. The states (open and closed) are in reference to the state of a contact closure between the sense input negative lead and its ground input (see Sense Inputs on page 170).
Serial Port Programming Debounce Time This parameter is found in the Sense Input Parameter Selection Menu. It sets the debounce time of the selected sense input. Debounce time is the delay time between the transition of the sense input to its opposite state and the reporting of that transition. If the transitions are closer together than the debounce time, this prevents short duration transitions (bounces) from being reported as transition pairs.
Configuring Station Transponder Units Minute Fail Safe timer is automatically disabled so that the PA may remain in the ON state indefinitely. PA Un-muted Mode This mode is used to ensure that audio supplied at the AUX RX audio input is heard. The PA Un-muted Mode must be set to the Enabled condition for all installations of the Model 6203 and the Model 6204.
Setting the IP Interface Network Address Setting the IP Interface Network Address Each Station Transponder Unit has a tag or a label with the factory-supplied IP address. For replacement or single units, the address is 10.0.0.1. If you are receiving multiple units, they will range from 10.0.0.1 to 10.0.0.50, as defined in the configuration guide. Once it is installed in your Fire Station Alerting system, each unit will need to be assigned a new address that is compatible with your existing network.
Configuring Station Transponder Units 5. When the login screen shown in Figure 23 opens, enter the Username: root and the Password: dbps, then click on the Login button. The Home screen for the Digi Connect ME opens. Figure 23: Login Screen of Digi Connect ME 6. In the column on the left of the screen, under the heading Configuration, select the Network option. The Network screen shown in Figure 24 opens. ! Caution! Never use the Factory Default Settings option.
Setting the IP Interface Network Address setting will depend on how your network is designed. Be sure to select the Apply button before exiting this screen. ! Caution! Never use the Network Services Settings or Advanced Network Settings options found at the bottom of the Network Configuration window. Changing any of the settings found in these two sub-windows could prevent the system from working. 8. From the bottom of the column on the left, select the Logout option.
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Overview Basic System Configuration on the Bench Overview This chapter covers the connection of the basic system components into a functioning system for the first time under controlled conditions in the shop. This step is an important one when installing new systems. It enables technicians to confirm the basic operability of the system and to remedy any “teething” problems while the “commuting time” from one end of the system to the other is still fairly short.
Basic System Configuration on the Bench The minimum amount of system elements you will need to start testing you system is: • The FSA Server machine up and running • One of the Console machines up and running the console • One of the Station Transponder Units running and connected to the network • A switch to tie the server, console, and Station Transponder Unit together The FSA Maintenance Utility The configuration of the FSA Server, the FSA Console clients, and the basic settings for the Station Transpo
Configuring the FSA Console When it is first started, the utility opens on the FSA Console Settings window. From here, you can either enter the IP address of the console client that you want to connect to, or select the FSA Server Settings option from the menu to shift to that window. Configuring the FSA Console The FSA Console client cannot be edited in the sense of redefining the button shapes or altering their placement on the screen.
Basic System Configuration on the Bench 7. In the FSA Server Connection Information box, enter the IP address for the computer that is running the FSA Server. 8. When you are finished configuring the console, click Save Console Settings at the bottom of the window. 9. When the utility informs you that it has finished with the save, click Disconnect.
FSA Server Initial Configuration FSA Server Initial Configuration The basic settings for the FSA Server must be entered the first time that the FSA Maintenance Utility is run. After that, the utility will retain the settings. For the purposes of the procedure given here, it is assumed that the FSA Maintenance Utility is being run on the same PC that is host to the FSA Server and the VoIP Gateway Server. ♦ Making Initial Settings for the FSA Server 1. Start the FSA Maintenance Utility program. 2.
Basic System Configuration on the Bench Figure 28: Connected to FSA Server Figure 29: FSA Maintenance Utility - Global Settings Window Global Settings Window The Global Settings window of the FSA Maintenance Utility contains two boxes that group the available information. The Zetron Customer box holds information that will be useful when contacting Zetron. The Settings box holds a number of configurable parameters.
FSA Server Initial Configuration Zetron Customer The parameters in this box have no affect on the operation of the Fire Station Alerting system. However, if you are trying to get technical support from Zetron for the system you will be asked to provide these two pieces of information. Filling it in here ensures that it will be available when you need it.
Basic System Configuration on the Bench Batch Request Hold Timeout Period Note This parameter is for future use and not available to be edited from the Global Settings window. This parameter is measured in seconds and defaults to a value of 600 (10 minutes). This timer defines the amount of time that a “Batch” request may be buffered waiting to be told to execute before the FSA Server automatically aborts it and clears the request from the batch buffer. Setting this parameter to zero disables the timer.
Station Transponder Unit Configuration Serial USB PTT Comm Port This parameter selects the COM port that will be used to provide an external PTT input to the FSA Server. It is used when the System employs a 950-0690 Audio Input Interface adapter and a USB cable. The parameter defaults to None. Opening the drop-down list enables you to select from any of the available COM ports. Note If CAD is in use, this parameter must be set to a different COM port than the one being used by the serial CAD input.
Basic System Configuration on the Bench The following procedure is written from the standpoint of adding a new station to the system for the first time. To edit an existing station, you select a station from the list at the top of the Fire Station Definitions window and then click Edit instead of Add. Note When adding a new station or editing an existing station, it assumed that the FSA Server instance is running and connected to the network.
Station Transponder Unit Configuration 9. Restart the FSA Server Note Remember that you must restart the FSA Server in order for the new settings to take effect. Move Up/Move Down Buttons The Move Up and Move Down buttons appear in the upper right of the windows for station set up as well as for inputs, outputs, and units. These controls are provided to enable you alter the position of selected items within the lists in which they appear.
Basic System Configuration on the Bench Display Name This is the name that is used on the buttons displayed on the FSA Console user interface. The name can be from 1 to 30 characters in length and does support the use of spaces. When choosing this name, you should remember that the buttons are fixed in size and the name needs to be easy to read even after it has wrapped to try and fit in the space provided. Note When the VoIP Gateway capability of the FSA system is in use.
Station Transponder Unit Configuration each Model 6203 or Model 6204 individually. The Station Interface box in the bottom of this window is used for that purpose. Figure 31: Station Interface Window Hardware Type This parameter selects the type of Station Transponder Unit being configured. There are only two choices, the Model 6203 or the Model 6204. The Model 6203 uses its first column of indicators/buttons (on the left) for the station and the remaining three columns for units assigned to the station.
Basic System Configuration on the Bench Hardware ID This parameter is the unit specific hardware ID for the Station Transponder Unit. The hardware ID was set with the two DIP switches on the transponder board inside the unit. For primary station units this number will be between 1 and 511. For secondary station units (usually Model 6204s) this number will be equal to the primary unit number plus 512. See Setting the Unit Number on page 57 for more details on setting the unit number with SW1 and SW2.
Station Transponder Unit Configuration Figure 32: Station Inputs Window Description This parameter is a verbose description of the sense input, what it means when the input goes active, and anything else you think is useful. The maximum length of this text entry is 250 characters (including spaces). This field may be left empty. ID This parameter is a number between 1 and 4. It identifies the specific sense input used on the power supply/relay board of the Station Transponder Unit.
Basic System Configuration on the Bench Output Definition Settings Figure 33: Station Outputs Window Name This is the name that the system uses internally to identify this relay output. The name can be from 1 to 30 characters in length and contain both letters and numbers. The name cannot contain any spaces; however, periods (.) and underscores ( _ ) are allowed. If a CAD interface is used, this name label will be used in the CAD messages.
Station Transponder Unit Configuration ID This parameter is a number between 1 and 4. It identifies the specific relay output used on the power supply/relay board of the Station Transponder Unit. Note Actually, only the first four relays, native to the power supply/relay board in the Station Transponder Unit, are functional. The relays numbered 5 through 10 refer to a discontinued external relay option, which is no longer available.
Basic System Configuration on the Bench When choosing this name, you should remember that the buttons are fixed in size and the name needs to be easy to read even after it has wrapped to try and fit in the space provided. Description This parameter is a verbose description of the operational unit, its equipment, and anything else you think is useful. The maximum length of this text entry is 250 characters (including spaces). This field may be left empty.
Station Transponder Unit Configuration Figure 35: Unit Type Definitions Window Description This parameter is a verbose description of this unit type. The maximum length of this text entry is 250 characters (including spaces). This field may be left empty.
Basic System Configuration on the Bench Audio Support with Optional VoIP Intercom Note In stations equipped with both Model 6203 and Model 6204 station transponders, only the Model 6203 unit has a VoIP card installed. This section covers the setup of the VoIP intercom system to carry voice audio between the dispatch center and the Station Transponder Units that have VoIP intercom boards installed.
Audio Support with Optional VoIP Intercom This would include foot switches and headset/handset PTT switches that are part of the dispatch console system. The connection between the console channel card and the FSA/VoIP Gateway server PC is accomplished using the Zetron Audio and Digital Input Interface (950-0690). The connections made are shown in Figure 36. The pinout for the cable connecting to the console channel card are given in Table 2.
Basic System Configuration on the Bench Table 2: Pinout for Digital Input 1 Pin # Signal Description 1 Audio Output + , goes to channel card input (RX) 2 Digital Input, goes to channel card PTT Normally Open 3 Audio Input + , goes to channel card audio output (TX) 4 Audio Input - , goes to channel card audio output (TX) 5 Digital Input, from channel card PTT Common 6 Audio Output - , goes to channel card input (RX) Note The PTT signal input from the dispatch console channel card is required
Audio Support with Optional VoIP Intercom Installing the USB-to-Serial Bridge The purpose of the USB-to-Serial Bridge is to convert the PTT signal available at the Audio and Digital Input Interface Unit into a convenient form to input into the FSA Server. The USB-to-Serial Bridge is an aftermarket device provided by Zetron along with the interface unit. ! Caution! The USB-to-Serial Bridge must be used even if the computer has a serial port.
Basic System Configuration on the Bench ♦ Confirming the USB-to-Serial Bridge Installation 1. Open the Windows Control Panel on the FSA Server machine. 2. From the Control Panel, select the System icon and open it. 3. In the System dialog, click on the Hardware tab. 4. From the Hardware tab, locate the Device Manager section and click on the Device Manager button in that section. 5. From the Device Manager window that opens, select the Ports (COM & LPT) icon and expand it. 6.
Audio Support with Optional VoIP Intercom Generally you will answer this question yes and go on, but you need to understand where this warning comes from to decide whether or not to do so. The VoIP Maintenance Utility and the VoIP Gateway Server both want to use Port 3000 on the computer on which they are running. As long as they are running on separate computers, there is no conflict.
Basic System Configuration on the Bench corrupted. Cancel out of this procedure and try resetting the VoIP card to defaults. See Resetting the VoIP intercom board to defaults: on page 105.) 4. Ensure Input Source is set to Microphone. (This refers to the Sounds and Audio Device Properties dialog accessed from the Windows Control Panel. On the Audio tab, make sure that the Sounds Recording input is set to Mic.) 5.
Audio Support with Optional VoIP Intercom Figure 37: VoIP Gateway Maintenance Utility at Start-up Figure 38: VoIP Maintenance Utility with a Single Card Selected ♦ Resetting the VoIP intercom board to defaults: 1. Remove power from the Station Transponder unit in question. 2. Locate the two volume control buttons on the VoIP intercom board (these will be the two blue buttons). Press and hold both buttons. 3. While continuing to press both buttons, power-up the station transponder unit. 4.
Basic System Configuration on the Bench Installing the PA Ready Option The PA Ready option provides a PA Ready signal generally used for the purpose of controlling a PA Ready indicator. This indicator may be in a console, or it may simply be a light. The PA Ready option primarily consists of a serial cable with flying leads (IP FSA PA Ready Cable, P/N 709-7929).
Overview Installing the Station Transponder Units on Site Overview This section covers the mounting, basic connections to, and configuration of the Station Transponder Units. Because the Model 6203 and Model 6204 are very similar in construction and internal layout, only the Model 6203 will be described here. If anything that is specific to the Model 6204 needs to be described, it will be identified as such.
Installing the Station Transponder Units on Site • An oscilloscope (and/or a Radio Service Monitor) is used for level setting, for RFbased interfaces, a Radio Service Monitor has the added benefit of sensing deviation • A PC or laptop with a terminal program and a serial port, Windows XP includes HyperTerminal, the terminal program is required to configure user-programmable parameters and a serial port is required to complete the data connection, a programming cable, Zetron part number 709-7208, completes
Connections to the Station Transponder Unit ♦ Mounting the Station Transponder Unit 1. Either by using the back plate of the Station Transponder Unit as a template or by measuring, mark the locations for and drill the pilot holes for the mounting screws. 2. Install the mounting screws in the wall on which the unit is to be mounted. Leave the heads of the screws far enough off the surface of the wall so the unit can be slipped over them. 3.
Installing the Station Transponder Units on Site Figure 39: Mounting Slots on the Rear Panel of Model 6203 6.63 As seen from back side of the IP Station Unit enclosure. Dimensions are in inches. 10.
Connections to the Station Transponder Unit Figure 40: Model 6203 Bottom Plate IP NETWORK SERIAL PORT HANDSET DC LINE CONNECTION PA, RELAYS, AND SENSE INPUTS PA, RELAYS, AND SENSE INPUTS Power Connections Note This manual assumes you have an external DC power supply. Older IP FSA units have an internal AC power supply. Refer to the documentation that came with your equipment or contact Zetron for revision E of this manual.
Installing the Station Transponder Units on Site IP Connections The network cable going to the Station Transponder Unit should terminate in an RJ-45 modular connector (the same 8-pin connector that would be used to connect to any desktop computer). Plug this connector into the RJ-45 socket located next to the handset connector on the bottom of the unit. PA Audio Connections All of the PA connections are made to terminal J3 on the transponder board.
Connections to the Station Transponder Unit Figure 41: Typical PA Audio Connections in a System Using VoIP C o n n ec t io n s o n IP In t e rf a ce B o a rd IP N e tw o rk P4 PTT In 3 TX RX Off Hook GND Audio Audio 2 6 4 5 J5 8 7 2 1 J4 11 9 7 Model 6203 IP Station Unit Handset PTT J5 RX COR HKSW GND GND TX Audio + TX Audio GND J4 AUX RX "A" AUX RX "A" 3 AUX RX "B" AUX RX "B" GND GND J3 9 PA Audio Comm A Input 1 PA Audio Comm B Common PA System 3 2 Model 6204 IP Station Unit 1
Installing the Station Transponder Units on Site Testing Relays Pressing the top button in each column activates the fifth LED in that column (TRANSPORTING), and a relay. The top button in the first column activates relay 1; the top button in the second column activates relay 2, and so forth. When a relay is activated, there is an audible click. Releasing the button will return both the associated relay and LED to their inactive states.
Optional Radio Connections 4. Insert the plug back into its terminal and confirm the wires are in the correct slots. Sense Input Connections All of the sense input connections to the Station Transponder Unit are made to connectors P7 and P8 on the I/O and Power Supply board, which is mounted on the rear panel of the case. For this reason, it is most convenient to bring relay control wiring into the case through the grommet located behind the IP Network and Handset jacks.
Installing the Station Transponder Units on Site Figure 42: Typical Connections for Voice Audio over Radio IP N e tw o rk Off Hook PTT In Radio Carrying Voice Audio GND P4 IP PTT Out 1 Interface GND Board 6 PTT 2 NC 3 RX COR TX Audio RX Audio J5 Handset PTT 8 HKSW 7 J5 GND 2 2 RX COR 1 Model 6204 IP Station Unit 1 RX COR Model 6203 J4 IP Station Unit TX Audio + 11 GND J4 11 TX Audio + TX Audio - 9 9 TX Audio - XMIT PTT 8 8 XMIT PTT GND 7 7 GND AUX RX "A" 4 4 AUX RX "A
Level Setting Procedures Level Setting Procedures You may be able to install all of your units with the default settings they arrived with from the factory, and the system may perform very satisfactorily. However, it is likely that at least one or two stations will need to have their levels adjusted to provide optimum output.
Installing the Station Transponder Units on Site Figure 43: IP-FSA audio levels with Zetron-supplied sound card FSA Station to Operator Console Sidetone level R64 Handset J5 Pots set to 50% U41 pin 1 P6 R63 Paging Amplifier Mic+ P11 TransJ4 former P9 GND -56 dB Mic- Sound card gains Wave and Master Set to 100% PA talk Transformer PA receive FSA Station 702-9358 FSA Station 702-0240 Voice 3.16 Vpp Sine 2.23 Vpp Sine 0.79 Vrms Sine 0.16 dBu Voice -6.16 dBu Voice 1.48 Vpp Sine 1.
Level Setting Procedures Figure 44 shows the general location of the potentiometers and test points on the lower half of the transponder board that are used during the various level alignment procedures.
Installing the Station Transponder Units on Site Setting Receive Levels at the VoIP Server Note This procedure will be easier to perform if you temporarily connect an Station Transponder Unit to the network at the VoIP Server location. If this is not possible, you must arrange for an assistant to make the required measurements on site and relay them back to the location of the server.
Level Setting Procedures Setting Station Transponder Unit Levels for a VoIP-based System It may turn out that the factory default settings on the Station Transponder Units in your system are adequate and you do not need to do any adjustments to the system beyond adjusting the level at the VoIP Server. If you do need to make level adjustments at the individual stations, the procedure which follows will provide uniform levels compatible with most PA systems.
Installing the Station Transponder Units on Site Setting Station Transponder Unit Levels for a Radio-based System It may turn out that the factory default settings on the Station Transponder Units in your system are adequate and you do not need to do any adjustments in order to get adequate audio levels from the radio receivers. If you do need to make level adjustments at the individual stations, the procedure which follows will provide uniform levels compatible with most PA systems.
Level Setting Procedures the PTT button, and speak in a normal volume with your mouth a typical distance from the mouthpiece. Adjust the MIC control (R63) for a nominal reading of 0.4 Vp-p (peak amplitude should be 1.0 Vp-p). Hang up the handset when you are finished making the adjustment. 10. Disconnect the oscilloscope from the Station Transponder Unit. 11. Configure your service monitor to provide a deviation reading on the transmit frequency of the radio interfaced to the Station Transponder Unit. 12.
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Overview Using a Model 26 Fire Station Dispatcher for System Backup Note In order for the system backup arrangement described in this chapter to work correctly, the Station Transponder units in the system (whether they are newly manufactured Model 6203 or 6204 units or updated Model 6 units) must be using firmware 601-1409 revision 1.11 or later (check the label on the EPROM in socket U9).
Using a Model 26 Fire Station Dispatcher for System Backup they retain the ability to decode and understand the older FFSK signaling from a Model 26. In fact, if they are properly installed and setup, Model 6203 units can “downshift” into communicating with a Model 26 by means of FFSK automatically. When they next receive commands over their TCP/IP connection, they automatically shift back to operating in that mode.
Voice over Radio or VoIP Voice over Radio In a system of this type, the individual FSA console positions communicate control and status request messages with the FSA Server (over the IP network) and then the server communicates with the individual station units (again over the IP network). The reverse is true when the station units communicate status information back to the consoles.
Using a Model 26 Fire Station Dispatcher for System Backup If the Serial CAD interface was being used to allow CAD control of the FSA Server, that CAD interface may also be switched to the Model 26. This will allow CAD control of the system to continue with minimal interruption. One of the significant attributes of this configuration is that the radio is not sharing the receive and transmit audio connections on the Model 6203 with the IP interface.
Model 26 Backup in a Voice over Radio System Note Keep in mind the fact that the system is “cold-switched” when the Model 26 takes over. Depending on the size of the system, it may take several minutes for the Model 26 to poll all of the station alerting units and capture an accurate picture of the station status for all of the units. If the Serial CAD interface was being used to allow CAD control of the FSA Server, that CAD interface may also be switched to the Model 26.
Using a Model 26 Fire Station Dispatcher for System Backup ♦ Connecting the Model 6203 to the voice radio for FFSK backup: 1. If any wire is connected to the PTT Out (P4, pin 1) signal of the IP Interface Board, disconnect it. 2. If there is an existing connection to the AUX RX “A” input (J4, pin 4) on the station unit motherboard, disconnect it. 3. Jumper the RX COR input (J5, pin 1) on the station unit to ground (J5, Pin 2). The COR output of the radio should not be connected to anything. 4.
Model 26 Backup in a Voice over Radio System Figure 47: Model 6203/6204 Radio Connections for Voice over Radio System Backup IP N e tw o rk GND P4 PTT Out GND IP Off Hook Interface PTT In Board PTT 1 NC 6 Radio Carrying Voice Audio & Backup FFSK Data RX COR TX Audio 2 RX Audio 3 J5 J5 Handset PTT 8 8 HKSW 7 7 RX Audio - 4 4 RX Audio - RX Audio + 3 3 RX Audio + GND 2 2 GND RX COR 1 1 RX COR J4 J4 TX Audio + 11 11 TX Audio + TX Audio - 9 9 TX Audio - XMIT PTT 8 8
Using a Model 26 Fire Station Dispatcher for System Backup ♦ Checking the Model 6203 jumper settings: 1. Check that the Dual RX Audio Source Summing jumper is installed on JP14 (instead of a normal 2-pin jumper). This jumper will be three pins wide and have a small PCB attached to its top. 2. Check that the COR Pull-up (JP9) jumper is in the “A” position. 3. Check that the VOX Control (JP3) jumper is in the “B” position.
Model 26 Backup in a Voice over Radio System 6. If item {4} Communication Mode is not set to VOX, enter a “4” to open the Communication Mode sub menu and enter a “2” to set the unit to use VOX. When finished, press “e” to return to the Station Configuration menu. For more information on this sub menu, see “Communications Mode” Menu on page 66. 7. Enter a “5” to select {5} Keyup Delay.
Using a Model 26 Fire Station Dispatcher for System Backup 10. Enter a “3” to select {3} PA Un-Muted Mode. If this option is not already set to Enabled, enable it now. Enter an “e” to return to the PA Options menu, and then a second “e” to return to the main menu. 11. Verify that the 5 Minute Failsafe Timeout is Disabled. 12. At the Main menu, enter an “e” to exit the serial programming mode. 13.
Model 26 Backup in a Voice over Radio System Tip Do not try to set Model 26 or Model 6203 transmit or receive levels based on FFSK packets exchanged in normal polling. To do so can lead to erroneous level settings. Only set levels while using the test tones generated by both units. Model 26 FFSK Transmit Level This procedure will require personnel at both the Model 26 location and at one of the Model 6203 station locations. ♦ Setting the Model 26 FFSK transmit level: 1.
Using a Model 26 Fire Station Dispatcher for System Backup Model 6203 FFSK Receive Level Note If there is an external control on the radio transceiver that allows people to alter the receive audio level going to the Model 6203, this control must be locked in some way after the adjustments are made. Changing the level of the receive audio presented to the Model 6203 can compromise the decoding of FFSK data packets. ♦ Setting the Model 6203 receive level: 1.
Model 26 Backup in a Voice over Radio System 5. Leave the laptop attached to the Model 6203 and leave it in the programming mode for now. Model 26 FFSK Receive Level ♦ Setting the Model 26 transmit level: 1. Attach an oscilloscope to the FFSK test point (TP6) on the back of the Model 26. The signal to be measured will be approximately 1.0 Vp-p. 2. On the back panel of the Model 26, turn the 4W RCV pot (R69) fully clockwise and the 2W RCV pot (R81) fully counterclockwise. 3.
Using a Model 26 Fire Station Dispatcher for System Backup Model 26 Backup in a VoIP System The assumption made in writing these procedures is that the system is already up and running as a VoIP system or, at the very least, planned and laid out to operate in that manner. The Model 26 as a backup is being added to that system.
Model 26 Backup in a VoIP System Figure 48: Model 6203/6204 Connections for a VoIP System using Radio Backup IP N e tw o rk PTT Out TX Audio IP Interface Board P4 RX Audio GND Off Hook PTT In Backup Radio Carrying Voice Audio GND & FFSK Data 1 4 5 6 PTT 2 TX Audio 3 RX Audio NC J5 RX COR Handset PTT 8 HKSW 7 J5 RX AUD - 4 4 RX AUD - RX AUD + 3 3 RX AUD + GND 2 2 GND RX COR 1 1 J4 J4 Model 6203 IP Station Unit RX COR TX Audio + 11 11 TX Audio + TX Audio - 9 9 TX Audi
Using a Model 26 Fire Station Dispatcher for System Backup Programming Changes to the Model 6203 This sub section covers changes that need to be made to the programmable settings in the station alerting units in order to ensure proper system operation in both normal and backup operating modes. The settings changed are primarily timers. You should not have to alter the settings concerning unit type (6203 or 6204) or ID number. ♦ Checking the serial settings for the station alerting units: 1.
Model 26 Backup in a VoIP System 6. If item {4} Communication Mode is not set to VOX, enter a “4” to open the Communication Mode sub menu and enter a “2” to set the unit to use VOX. When finished, press “e” to return to the Station Configuration menu. For more information on this sub menu, see “Communications Mode” Menu on page 66. 7. Enter a “5” to select {5} Keyup Delay. Set this parameter to the necessary value to ensure that the unit waits until the transmitter is fully keyed before sending data.
Using a Model 26 Fire Station Dispatcher for System Backup 10. Enter a “3” to select {3} PA Un-Muted Mode. If this option is not already set to Enabled, enable it now. Enter an “e” to return to the PA Options menu, and then a second “e” to return to the main menu. 11. At the Main menu, enter an “e” to exit the serial programming mode. 12. Move switch SW1-8 back to the Off position and disconnect the serial cable from the socket J1 on the transponder board.
Model 26 Backup in a VoIP System Tip Do not try to set Model 26 or Model 6203 transmit or receive levels based on FFSK packets exchanged in normal polling. To do so can lead to erroneous level settings. Only set levels while using the test tones generated by both units. Model 26 FFSK Transmit Level This procedure will require personnel at both the Model 26 location and at one of the Model 6203 station locations. ♦ Setting the Model 26 FFSK transmit level: 1.
Using a Model 26 Fire Station Dispatcher for System Backup Model 6203 FFSK Receive Level Note If there is an external control on the radio transceiver that allows people to alter the receive audio level going to the Model 6203, this control must be locked in some way after the adjustments are made. Changing the level of the receive audio presented to the Model 6203 can compromise the decoding of FFSK data packets. ♦ Setting the Model 6203 receive level: 1.
Model 26 Backup in a VoIP System 5. Leave the laptop attached to the Model 6203 and leave it in the programming mode for now. Model 26 FFSK Receive Level ♦ Setting the Model 26 receive level: 1. Attach an oscilloscope to the FFSK test point (TP6) on the back of the Model 26. The signal to be measured will be approximately 1.0 Vp-p. 2. On the back panel of the Model 26, turn the 4W RCV pot (R69) fully clockwise and the 2W RCV pot (R81) fully counterclockwise. 3.
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Overview Appendix A: Details of Model 6203/ 6204 Hardware Overview This chapter of the manual is provided as a reference. It contains detailed descriptions of the connectors, jumpers, potentiometers, etc. within the Model 6203 and Model 6204 Station Transponder Units. The information provided here can be used for planning the system design in the beginning. It is also useful for planning expansion or modification of the system.
Appendix A: Details of Model 6203/6204 Hardware Figure 49: Transponder Board - Component Side JP11 U7 JP12 JP2 SW1 U9 SW2 J6 JP1 Note: Jumper positions shown DO NOT indicate final jumper positions after setup.
Connector Details The PA AUD relay (pins 9 through 12) is used to select the source of the PA system audio input. The common contacts from this relay should be connected to the PA system audio input. The normally open inputs, to this relay, are internally connected to the Model 6203 PA output. The normally closed inputs, to this relay, can be connected to a second audio source, such as a microphone.
Appendix A: Details of Model 6203/6204 Hardware Figure 50: Graphical Representation of PA Relay Pinouts to J3 J3 K1 J3 PA PTT COM B 3 NO NO 6 PA PTT NO B 4 PA PTT NC B COM NC PA PTT COM A 5 8 PA PTT NO A 7 PA PTT NC A COM NC K2 NO PA AUDIO 11 COM A COM NC 12 PA AUDIO NC A 10 PA AUDIO NC B NO PA AUDIO COM B 9 COM NC 150 025-9581M
Connector Details Connector J4 (Tx) This connector contains connections for the transmit interface. If a 2-wire system is being used, then the receive audio connection is also made here. The pin connections for the J4 connector are listed in Table 5. Table 5: Transponder Board Connector J4 Pinout Pin Description Pin 1 (XMIT BUSY) This pin is a cross-busy input. If this pin is externally driven to ground, the Model 6203 is prevented from transmitting. This pin is never driven low by the Model 6203.
Appendix A: Details of Model 6203/6204 Hardware Connector J5 (Rx and Handset) This connector contains the connections for the receiver audio and the handset option, if installed. The pin connections for the J5 connector are listed in Table 6. Table 6: Transponder Board Connector J5 Pinout Pin Description Pin 1 (Rx COR) This is an input that is typically connected to a radio Carrier Operated Relay (COR) output.
Connector Details Connector J1 (DB-9 Printer/Software Configuration Connector) This connector is a serial port. It is connected to the 9-pin D-connector on the bottom of the Model 6203 case. This port serves two different functions based on the position of SW1-8. If SW1-8 is in the ON position, this port is used to access the Software Configuration Program with an RS-232 terminal. If SW1-8 is in the OFF position, this port outputs Model 26 CAD generated text messages.
Appendix A: Details of Model 6203/6204 Hardware Connector J6 (IP Interface Connection) This connector is a serial port. It is connected to the serial output connector on the IP Interface board. The part number for the connecting cable is 702-7856. Jumper 11 must be in the “9600” position. Jumper JP-12 should be in position “A”. Table 8: J6 Serial Port Pinout Pin Description Pin 1 This pin is not connected. Pin 2 (RXD) This pin is RXD if JP-12 is in position “A”. There is no connection otherwise.
Connector Details Figure 51: Power Supply Board Connector Locations 1 P1 P2 1 P3 1 P4 1 1 6 P5 6 6 6 K1 K2 K3 K4 DS1 DS2 DS3 DS4 3 1 P6A JP1 B A 1 JP2 P7 1 B A P8 JP3 1 B A JP4 B A 6 7 P9 P6B 12 6 6 6 1 J1 3 The pin connections for connectors P1 through P4 are as follows: Pin 1 (NO) Pin 2 (NC) Pin 3 (COM) Pin 4 (NO) Pin 5 (NC) Pin 6 (COM) = Relay Kn Contacts A Normally Open = Relay Kn Contacts A Normally Closed = Relay Kn Contacts A Common = Relay Kn Contacts B Norm
Appendix A: Details of Model 6203/6204 Hardware Connections to the Transponder Board (P6A and P6B) These two connectors are used to carry power, sense input state, and relay control signals between the I/O and Power Supply board and the Transponder board.
Connector Details Connector P8 contains the input connections for sense inputs 1 and 2. Connector P7 contains the connections for sense inputs 3 and 4. These sense inputs are individually opto-isolated. They may be configured with jumpers to detect either contact closures or voltage levels. The polarity of the active signal sent to the FSA Server can be individually selected with the FSA Maintenance Utility.
Appendix A: Details of Model 6203/6204 Hardware Figure 52: Station Transponder Unit Interface Board RJ-45 connector in this end for IP connection U1 VoIP Intercom Board covers this area P2 P4 P3 P5 Figure 53: VoIP Intercom Board RJ-45 IP connection from VoIP Intercom board to IP Station Unit Interface board Power RJ-45 External IP network connection To IP Station Unit Interface board Power and audio signals are passed between the VoIP Intercom board and the Station Transponder Unit Interface b
Connector Details on the Station Transponder Unit Interface board. See Installing the VoIP Intercom Board (P/N 011-0741) for more information about the VoIP Intercom Board. The serial port, audio/control connections, and power to the Transponder board are handled through the connectors P3, P4, and P5.
Appendix A: Details of Model 6203/6204 Hardware Jumper Details There are 15 selectable jumpers on the Model 6203 Transponder circuit board and four on the Model 6203 Power Supply circuit board. The position of these jumpers affects the performance of the Model 6203. Transponder Board Jumpers The Transponder circuit board is located on the hinged cover of the Model 6203 case. Please see Figure 49 on page 148 for the relative locations of the jumpers on this board.
Jumper Details Jumper JP1 (RAM Select) This jumper selects the size of on board RAM. There are three choices: Position A = 32K RAM Position B = 8K RAM No Jumper = 8K RAM All Model 6203 and 6204 units use 32K RAM. This jumper should always be in the “A” position. Jumper JP2 (Microprocessor Mode Select) This jumper is for testing purposes and should otherwise never be installed. Jumper JP3 (VOX Control) This jumper enables or disables the VOX circuit.
Appendix A: Details of Model 6203/6204 Hardware Note The optimal setting will vary due to different models of radios. When configuring JP5 for a radio, start with “RAD”, but change the setting as needed to get 60% channel deviation. If the Model 6203 is interfaced with a radio, this jumper should probably be in the “RAD” position to enable lower output levels. Jumper JP6 & JP7 (PA Relay Bypass Circuits) The posts for these jumpers are not installed on the circuit board for normally shipped products.
Jumper Details Jumper JP10 (4-Wire RCV Impedance) This jumper selects the impedance of the 4-wire receive audio. There are three positions for this jumper: Position A = Sets impedance to 600 Ω Position B = Sets impedance to 10 kΩ No jumper = Sets impedance to 10 kΩ JP10 should be in the “A” position (600 Ω) for the primary Model 6203. If there is a secondary Model 6203, connected in parallel to the primary position, the JP10 in the secondary should be in the “B” position (10 kΩ).
Appendix A: Details of Model 6203/6204 Hardware This jumper should be in the position that matches the serial data source on the mating connector. The Model 6203 will always use Position A. An alternate connection is supplied to support some older Zetron equipment which uses pin 4 of the serial cable for received data. Jumper JP14 (Source of Audio to PA) This jumper selects the source of the voice audio signal that is put out on the PA pins when the Model 6203 is handling a Dispatcher Announcement.
Switch Settings sense input. If a sense input is not being used, its jumper should be in the “B” (pull-up) position. Table 10: Power Supply Board Jumpers Jumper Configures Position A Position B JP1 Sense Input 4 Floating Pulled Up (default) JP2 Sense Input 3 Floating Pulled Up (default) JP3 Sense Input 2 Floating Pulled Up (default) JP4 Sense Input 1 Floating Pulled Up (default) Note No jumper is equivalent to position “A” (floating).
Appendix A: Details of Model 6203/6204 Hardware Table 11: Switch Settings — Model 620x Transponder Board Switch Description Address Value SW2 -1 Address bit 1 (LSB) 1 SW2 -2 Address bit 2 2 SW2 -3 Address bit 3 4 SW2 -4 Address bit 4 8 SW2 -5 Address bit 5 16 SW2 -6 Address bit 6 32 SW2 -7 Address bit 7 64 SW2 -8 Address bit 8 128 SW1 -1 Address bit 9 256 SW1 -2 Address bit 10 (MSB) (0 = Primary Unit at station, 1 = Secondary Unit) 512 SW1 -3 Not Used — SW1 -4 Not Used
Potentiometers with the receive and transmit FFSK signals. To activate the test tones, enter the Software Configuration Program and select FFSK Level Set in the Main Menu. Table 12 summarizes the purpose of the pots on the transponder main board. After the table, each pot is individually described in more detail. The potentiometers are presented in the order of adjustment for a new installation.
Appendix A: Details of Model 6203/6204 Hardware FFSK IN (R62) This pot is a secondary receive level adjustment for the FFSK input. It should initially be turned completely counterclockwise (its lowest setting). It is only used in systems employing a Model 26 as a backup dispatch method.
Potentiometers matter of what works best for the system operators. Most systems run with this pot fully counterclockwise (most sensitive). When finished, make sure that any input is reconnected and the position of JP-9 is restored. MIC (R63) This pot adjusts the HANDSET MIC (J5-6) input signal level. This level controls the audio transmitted to the console position during talkback mode. This is also the audio routed to the PA system from the handset.
Appendix A: Details of Model 6203/6204 Hardware Relay Outputs The Model 6203 has four general-purpose, DPDT relays that can be controlled from the Model 6203, by commands from the FSA Server, or by external events. For relay connection information, see Relay Connections (P1-P4) on page 154. If a relay is to be controlled by the FSA Server, then the FSA Console must have a dedicated relay control button, or if a CAD interface is used, the CAD console must have one.
Overview Appendix B: Worksheets Overview The worksheets provided in this appendix are intended for use both as data collection tools and as log sheets. During the design and initial setup of the system they can be used to plan and map out the IP addresses and other settings for the computers and Station Transponder Units involved. After the system is up and running, they can be used to record the final settings.
Appendix B: Worksheets IP Console Worksheet Subnet Mask ________________________ Gateway ____________________________ Position Name IP Address Port # Notes 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 43004 172 025-9581M
Server Worksheet Server Worksheet FSA Server Server IP Address = ______________________________________ Server Port = 43001 Server Machine Name = __________________________________ Resource Allocation Hold Timeout (seconds) = _______________ Batch Request Hold Timeout (seconds) = ____________________ Audio Idle Timeout (seconds) = ____________________________ Station Master Polling (seconds) = _________________________ Station Retry Timeout (seconds) = _______________________ Serial USB PTT COM Port = ____
Appendix B: Worksheets Station Transponder Unit Worksheet Station Name 174 Type IP Address Port IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 IP 2101 VoIP 3000 Subnet Mask Gateway 025-9581M
Overview Appendix C: Using a Model 620x in a Model 26-based System Overview With the advent of the IP FSA system, Zetron has stopped manufacturing the Model 6 station transponder unit. This appendix is intended as sort of a FAQ section for installers faced with utilizing a Model 6203 or Model 6204 station transponder in an existing Model 26-based system either as replacement for a failed Model 6 or as an expansion for the system as a whole.
Appendix C: Using a Model 620x in a Model 26-based System Figure 56: Model 6 Secondary Station Unit versus a Model 6204 MODEL 6204 IP STATION UNIT IN QUARTERS IN QUARTERS IN QUARTERS IN QUARTERS IN QUARTERS IN QUARTERS AVAIL. ON AIR AVAIL. ON AIR AVAIL. ON AIR AVAIL. ON AIR AVAIL. ON AIR AVAIL.
Wiring Connections to the Model 620x Transponder number assignment is done by setting SW2 and SW1 on the transponder mother board. See Setting the Unit Number on page 57 for a complete description of this process. Serial Port Programming The serial port programming for the station transponder unit is accomplished in the same way that it would be if the unit was being used in an IP FSA system.
Appendix C: Using a Model 620x in a Model 26-based System The general instructions for connecting to the relays can be found under Output Relay Connections on page 114. A detailed description of the relay connections can be found under Relay Connections (P1-P4) on page 154. Connections to Radios The material shown in the following sub topics is taken from the Model 6 manual. If a station does not have a secondary unit simply ignore any of the connections indicated for one.
Wiring Connections to the Model 620x • If a COR signal cannot be obtained from the radio receiver, the M620x must be programmed for VOX operation and the VOX threshold level set ! Caution! If the COR input (J5, pin 1) on the Model 620x is not used, it must be grounded to prevent spurious signals.
Appendix C: Using a Model 620x in a Model 26-based System M6 Connection Description J4-pin 7 Ground J4-pin 8 PTT J4-pin 9 TX Audio - J4-pin 11 TX Audio + J5-pin 1 COR (Channel Grant) J5-pin 3 RX Audio + J5-pin 4 RX Audio - • In the Station Configuration Menu of the Model 620x programming, the unit must have its Communications Mode set for Trunked with the appropriate polarity for channel grant.
Wiring Connections to the Model 620x • In the Station Configuration Menu of the Model 620x programming, the unit must have its Communications Mode set for Wire Line • The Model 620x 4-wire Receive (R107) pot should be turned all the way down (set fully counterclockwise) • Set jumper JP8 (2-wire RCV Impedance) each unit according to whether the transponder is the primary or secondary unit at that station: Primary Station Unit = set JP8 to position “A” = 600 Ω Secondary Station Unit = set JP8 to position “B”
Appendix C: Using a Model 620x in a Model 26-based System • Set jumper JP5 (FFSK Output Range) to the “TEL” position, if FFSK transmit levels cannot be set high enough, move it to the “PWR” position and try again Setting Levels in the Model 620x The underlying assumption for this entire chapter is that you are adding one or two station transponder units to a system that is already in existence and functioning properly.
Setting Levels in the Model 620x • A land line, cell phone, or radio link so instructions can be passed between the dispatch center equipment room and the station at which the Model 6203 is located Tip Do not try to set Model 6203 transmit or receive levels based on FFSK packets exchanged in normal polling. To do so can lead to erroneous level settings. Only set levels while using the test tones generated by both units.
Appendix C: Using a Model 620x in a Model 26-based System c. Enter a “1” to initiate the FFSK test mode. The Model 26 should key its radio and transmit for 30 seconds and then unkey. If you finish making adjustments before 30 seconds is up, you can cancel the test by hitting any character key on the computer keyboard. If you require more time to make the adjustments, enter the “1” again to repeat the test tone. 5. If the voltage measured at TP-1, while the test signal is being received, is less than 1.
Setting Levels in the Model 620x Setting FFSK Levels in a Wire Line-based system The following procedures are very similar to the ones used in radio-based system; however, in some cases the specific pots used have changed. It also matters whether the wire-line system is 2-wire or 4-wire. Pay close attention to ensure that you adjust the correct controls. ♦ Setting the Model 6203 receive level: 1.
Appendix C: Using a Model 620x in a Model 26-based System and serial programming mode at the Model 26 and disconnect the laptop. Return the Model 26 to normal operation. Note This procedure only sets the FFSK levels. For information on setting the final voice audio output level to the station PA system, see Setting Voice Audio Output Level to the Station PA System on page 186. ♦ Setting the Model 6203 transmit level: 1.
Setting Levels in the Model 620x The audio level sent to those connectors is controlled by the pot R87. Initially this control is set to its mid-range position, and it may turn out that no further adjustment is required once the FFSK receive level is set. If you do need to adjust the audio level going to the PA amplifier use the following procedure.
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Index Numerics B 12 Vdc connector (J1) 156 12 Vdc output connector (P5) 156 2-wire RCV impedance (JP8) 162 4-RCV (R107) 168 4-wire RCV impedance (JP10) 163 5 minute failsafe timeout 73 batch request hold timeout period 86 buttons, station transponder units 21 buttons, testing 114 A accessing serial setting of Station Transponder Units 60 active polarity 72 address 90 alert off reset, relays 70 Alert parameters menu hold time 69 ramp time 69 relays 69 sense input 69 test alert 69 tone 68 Alerts menu 67
Fire Station Alerting System Installation and Maintenance setting the unit number 57 with FSA Maintenance tool 87 configuring the CAD Translator and the viewer 53 configuring the FSA Console 81 connecting the system elements 79 connections output relay 114 radio 115 sense input 115 connections to the Station Transponder Unit 109 connections, Station Transponder Unit audio 112 IP 112 power 111 connectors IP Interface Board 157 J1 (12 Vdc) 156 J1 (serial port) 153 J3 (PA) 148 J4 (TX) 151 J5 (RX and Handset
initial configuration 83 installing 41 move up/down buttons 89 functions, Station Transponder Units 20 G general order of installation 32 global server settings 83 global settings audio idle timeout period 86 batch request hold timeout period 86 PA Ready Control Signal 87 resource allocation hold timeout period 85 Serial USB Comm Port PA Ready 87 serial USB PTT Comm Port 87 station master polling period 86 station relay timeout period 86 Zetron customer 85 H hardware ID 92 hold time parameter 69 I ID 93,
Fire Station Alerting System Installation and Maintenance level setting equipment 134, 142, 182 level setting procedures 117 license files 39 License Manager 34 M M26 backup for voice over radio finishing up 137 jumper settings 131 level setting 134 M26 FFSK RX level 137 M26 FFSK TX level 135 M620x FFSK TX level 136 M620x RX level 136 programming changes 132 radio connections 129 M26 backup for VoIP finishing up 145 jumper settings 139 level setting 142 M26 FFSK RX level 145 M26 FFSK TX level 143 M620x FF
PA un-muted mode 74 panel description, station transponder units 21 port 91 potentiometers 4-RCV (R107) 168 AUX RX (R137) 169 COR (R84) 168 EAR (R64) 169 FFSK IN (R62) 168 FFSK OUT (R108) 167 MIC (R63) 169 TONE (R61) 169 transponder board 166 VOICE (R87) 169 VOX (R86) 168 power connections to Station Transponder Unit 111 power supply board jumpers 164 power supply connectors 12 Vdc (J1) 156 12Vdc output (P5) 156 P5 (main power) 159 P6A & P6B 156 relay control (P9) 155 relays (P1 - P4) 154 sense inputs (P7
Fire Station Alerting System Installation and Maintenance setting alert tones 67 setting levels at the VoIP Server 120 setting Station Transponder Unit levels 121 setting the IP interface network address 75 settings unit ID with SW1 59 source of audio to PA (JP14) 164 specifications console computer platforms 24 network requirements 25 Station Transponder Units 26 Station Configuration menu 63 always sound unit alerts 64 communications mode 64 FFSK mute debounced 65 keyup delay 65 max timeout 65 retry peri
UDP 32 unit alert tones 67 unit definition settings description 96 display name 95 ID 96 name 95 unit type 96 unit enables 64 unit ID switch settings 165 unit type 96 unit type definitions description 97 display name 96 name 96 USB-to-serial bridge installation 101 User Datagram Protocol 32 using the CAD Translator viewer 53 using the communications viewer 55 using the serial CAD viewer 55 VoIP Connection 90 VoIP Gateway Server 83 VoIP Gateway Server, installing 44 VOX 22 VOX (R86) 168 VOX control (JP3) 16
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