IP controller TRBOnet Swift Agent A002.M1

Transcription

1 IP controller TRBOnet Swift Agent A002.M1 Neocom software, LTd. Line 8, 29, Vasilyevsky Ostrov, Saint Petersburg, Russia, RU: +7 (812) USA: +1 (872) info@trbonet.com

2 1. Application notes The IP controller TRBOnet Swift Agent A002.M1 is a hardware device which enables TRBOnet Radio- Server to connect to MOTOTRBO control stations remotely over the Internet. The IP controller is used as a part of the TRBOnet solutions to organize dispatch centers for remote control of Radio networks (figure 1). The IP controller transfers voice and data communications between radio subscribers and TRBOnet Radio Server via Internet. Radios are operated via UDP/IP protocols. Commutation TRBOnet Swift Agent A002.M1 and Radio depends on radio model. Figure 1. Dispatch center of remote networks control arrangement

3 2. Data transfer and system organization Remote control system includes: Option Board TRBOnet Swift Transfer ST001.M1 installed in Motorola DM 3*** Radio; IP controller TRBOnet Swift Agent A002.M1. Communication between Radio connected to the IP controller and TRBOnet Radio Server is provided by including remote control system in the local IP network. Communication channel provides voice and data transfer over UDP protocol. Table 1. Voice and Data transfer parameters. Parameter Port for executive instructions transfer between the IP controller and Dispatcher workbench Port for audio stream data transfer Ping/jitter Data transfer speed (for 1 device) Value Port 8002 (Standard) Port 4000 (Standard) Max. 60 ms. min 128 kbps IP address default *Remote control system functioning is limited by jitter. If jitter value is more than 60 ms, packet delays or packet losses are possible. Note: Customer should reserve foreground channel for the gateway in the local network.

4 3. Technical specification Table 2. Technical specification. TRBOnet Swift Agent A002.M1 DC power supply voltage (grounded negative side) Max. useful current Data transfer protocol Audio transfer protocol Audio transfer format LAN interface Protocol data Interface data 9-16 V (typical 12 V) 280 mа UDP / IP UDP / IP 16 bit, 8 khz 10 / 100Base-T, 100Мbit/s. Connection interface RJ - 45 Analog radio TTL 5 V, audio Connection interface DHR - 26 Digital radio XCMP/XNL protocol Power supply Power supply is available from connected Radio battery or external DC power source 9-16 V Мass and dimensions Weight, max. g. 320 Body dimensions, cm. 180 х 90 х 30 Enclosure Operation environment IP30 Operational temperature, С - 10 to + 45 Humidity 85% / 40 С Error - free running time h.

5 4. Delivery kit Delivery kit is presented in the table below: Table 3. Delivery kit. TRBOnet Swift Agent A001.M1 Name Quantity IP controller TRBOnet Swift Agent A002.M1 1 Option Board TRBOnet Swift Transfer ST001.M1 1 Flat cable HLN7001A 1 Passport 1 Maintenance and configuration CD 1 Installation kit 1 Note: Motorola DM 3*** Radio is not provided!

6 5. Functional description IP controller TRBOnet Swift Agent A002.M1 is provided as the individual unit (black metal case). Four LED indicators for device's functional parts actions monitoring are on the TRBOnet Swift Agent A002.M1 front panel: Figure 2. TRBOnet Swift Agent A002.M1 Front panel TRBOnet Swift Agent A002.M1 LED Indicators description is represented in the table below. Table 4. TRBOnet Swift Agent A002.M1 LED Indicators (from Left to Right) LED Indicator Description 1 Power supply (green light means active power supply) 2 Connection to Server (green light means active connection to Server) Radio operating mode (green light means data receiving, red light 3 means PTT button pressed) 4 Connection to Radio (green light means active connection to Radio).

7 The following connectors are situated on the TRBOnet Swift Agent A002.M1 back panel: Figure 3. IP controller TRBOnet Swift Agent A002.M1 back panel. TRBOnet Swift Agent A002.M1 connectors functionality is presented in the table below: Table 5. TRBOnet Swift Agent A002.M1 connectors functionality Connector Description Grounding ANT Antenna's connector LAN LAN connector (IP network) CTRL 1 Digital input 1 1 FAN 2 Fans connectors CTRL 2 Digital input 2 12 V Power supply connector For more information about connectors parameters see ch. 3 Technical specification

8 5.1 Swift Agent connectors CTRL 1 connector Indication PIN on the Number scheme Active voltage level Function Indication in Swift Agent settings "Radio control" 1 SWB+ 12 v Input NA 2 SWB+ 12 v Input NA 3 R_IN4 Ground, 500 ma Input PIN 4 4 R_IN3 12 v Input PIN 3 5 R_IN1 Ground Input PIN 1 6 R_CH4 7 R_CH3 8 R_CH2 Ground, 500 ma Ground, 500 ma Ground, 500 ma Output PIN 9 Output PIN 8 Output PIN 7 Function when working with digital radio Power connection"+" 9-16 V. Power connection"+" 9-16 V. Can be used as additional external sensor input Connected to NC terminal of the power source "Battery operation" (in the Agent A001) or can be used as additional sensor input. Can be used as additional external sensor input Can be used as output to manage an external actuation unit Can be used as output to manage an external actuation unit Can be used as output to manage an external Function when working with analog radio Power connection"+" 9-16 V Power connection"+" 9-16 V. Can be used as additional external sensor input Can be used as additional external sensor input Can be used as additional external sensor input Used to manage connected radio's channels switching Used to manage connected radio's channels switching Used to manage connected radio's channels switching

9 9 R_CH1 Ground, 500 ma Output PIN 6 actuation unit Can be used as output to manage an external actuation unit Used to manage connected radio's channels switching 10 RS_TXD0 NA RS232 NA TX port RS232 signal TX port RS232 signal 11 RS_RXD0 NA RS232 NA RX port RS232 signal2 RX port RS232 signal 12 RS_CTS0 NA RS232 NA CTS port RS232 signal CTS port RS232 signal 13 RS_RTS0 NA RS232 NA RTS port RS232 signal RTS port RS232 signal 14 GND Ground Input NA 15 GND Ground Input NA 16 GND Ground Input NA 17 GND Ground Input NA 18 GND Ground Input NA 19 R_OUT12 Ground, 500 ma Output PIN R_IN2 12 v Input PIN 2 21 R_PTT Ground, 500 ma Output PIN 5 22 R_CSQ Ground Input PIN 0 23 CODEC_ HNSO+ Audio Output NA Common voltage "earth " Common voltage "earth" Common voltage "earth" Common voltage "earth" Common voltage "earth" Common voltage "earth " Common voltage "earth " Common voltage "earth" Common voltage "earth" Common voltage "earth" Connected to 25 contact of the service connector MOTOTRBO, "Radio enabling management" (in Can be used as output to manage an external actuation unit Agent A001) or can be used as output to manage an external actuation unit. Connected to 7 contact of the service connector MOTOTRBO, "Radio enabling management" (in Agent A001) or can be used as an input for additional sensor Can be used as output to manage an external actuation unit. Can be used as an input for additional sensor Not in use Can be used as an input for additional sensor Can be used to manage connected radio PTT Input CSQ (PL/DPL/Group Detect) signal from connected radio Connected to radio microphone input 24 CODEC_HNSI+ Audio Input NA Not in use Connected to radio line output 25 CODEC_ HDSO+ Audio Output NA Not in use Not in use 26 CODEC_HDSI+ Audio Input NA Not in use Not in use 27 GND Ground Input NA 28 GND Ground Input NA CTRL 2 connector Connected to common voltage "earth" Connected to common voltage "earth" Connected to common voltage "earth" Connected to common voltage "earth"

10 1 SWB+ 12 v Input NA 2 R_IN2 12 v Input PIN 2 3 R_IN3 12 v Input PIN 3 4 R_OUT12 Ground, 500 ma Output PIN 10 5 GND Ground Input NA 6 SWB+ 12 v Input NA 7 R_CH4 8 R_IN4 Ground, 500 ma Ground, 500 ma Output PIN 9 Input PIN 4 9 GND Ground Input NA Power connection"+" 9-16 V. Connected to 7 contact of the service connector MOTOTRBO, "Radio enabling management" (in Agent A001) or can be used as an input for additional sensor. Connected to NC terminal of the power source "Battery operation" (in the Agent A001) or can be used as additional sensor input. Power connection"+" 9-16 V. Can be used as an input for additional sensor. Can be used as additional external sensor input. Connected to 25 contact of the service connector MOTOTRBO, "Radio enabling management" (in Can be used as output to manage an external actuation unit. Agent A001) or can be used as output to manage an external actuation unit. Connected to common voltage "earth" Power connection"+" 9-16 V. Can be used as output to manage an external actuation unit. Can be used as an input for additional external sensor Connected to common voltage "earth" Connected to common voltage "earth" Power connection"+" 9-16 V. Used to manage connected radio's channels switching Can be used as an input for additional external sensor Connected to common voltage "earth"

11 6. Installation and Start up 6.1 Working with digital Radio Note: Read the safety instruction sheet before installation. 1. Unpack TRBOnet Swift Agent A002.M1 (3) and Installation kit (1); 2. Get Motorola DM 3*** (2) ready: Figure 4. TRBOnet Swift Agent A002.M1 completeness 1. Installation kit 2. Motorola DM 3*** Radio 3. TRBOnet Agent A002.M1 Note: Tools are not provided! Note: Radio is not provided!

12 6.1.1 Installing TRBOnet Swift Transfer ST001.M1 in Motorola DM 3*** Install the puller into the groove between Radio front panel and enclosure (Figure 5); Figure 5. Pulling off Motorola DM 3*** front panel Push the puller and input it under the front panel to unlock the fastening parts; Pull off the front panel according to figure 6; Figure 6. Pulling off the front panel

13 Figure 7. Radio without front panel Option Board TRBOnet Swift Transfer ST001.M1 module building: Wrap the flat cable to match its crease on the stiffening element border according to Figure 8: Figure 8. Flat cable position Note: Option Board ST001.M1 antenna must be installed vertically according to Figure 9

14 Install Option Board ST001.M1 on the Radio rack. Fix 4 screws with screwdriver T6 TORX until the torque 0,17 H according to Figure 9; Figure 9. TRBOnet Swift Transfer ST001.M1 Installation Connect the flat cable to Option Board. Match the 40-pin connector counterparts according to Figure 10; Press the suffering element to flat cable to put the connector halves in the grooves. Fix the flat cable side in 14-pin jack on the Option Board installed in the Radio according to Figure 10; Figure 10. Flat cable's and Option Board's position Press Antenna's cable to the Radio's body and install the front panel of Motorola DM 3*** in back order of Figures 5,6 (Antenna must be under the plastic front panel). Note: Provide Antenna's isolation (the best way is isolation using sticky tape). Cut off 2 pieces of sticky tape. Fixe the first between Radio's body and Antenna. Fix the second piece between top of the plastic front panel and Antenna.

15 6.1.2 Installing TRBOnet Swift Transfer ST001.M2 in Motorola DM 4*** Get Motorola DM 4*** ready; Figure 11. Motorola DM 4*** Install the puller into the groove between Radio front panel and enclosure (Figure 12); Figure 12. Pulling off Motorola DM 4*** front panel

16 Push the puller and input it under the front panel to unlock the fastening parts; Figure 13. Pulling off the front panel Pull of the front panel according to figure 13; Figure 14. Radio without front panel

17 Option Board TRBOnet Swift Transfer ST001.M1 module building: Wrap the flat cable to match its crease on the stiffening element border according to Figure 15: Figure 15. Flat cable position Connect the flat cable to the Option Board ST001.M2 flexing the flat cable in the bend line. Fix the flat cable (Figure 16): Figure 16. Flat cable connection to the Option Board ST001.M2 Install the front panel of Motorola DM 4*** in back order of Figures 12, 13, 14.

18 6.2 Woking with TRBOnet Swift Agent A001.М2 Fix Antenna in the TRBOnet Swift Agent A002.M1 ANT connector; Connect TRBOnet Swift Agent A002.M1 to the power supply according to Device's technical specification (chapter 3, Technical specification) Note: Motorola DP power adapter is not provided! The device is ready for programming.

19 6.3 Working with analogue Radio Cable to connect an analogue radio to TRBOnet Swift Agent A002.MA Setting up example (Motorola CM140). CPS > Accessories

20 7. TRBOnet Swift Agent A002.M1 programming Neocom software offers TRBOnet Swift Manager solution to program TRBOnet Swift Agent A002.M1. Note: For programming TRBOnet Swift Agent A002.M1 use LAN cable (patch cord)! Note: Patch cord is provided! Connect TRBOnet Swift Agent A002.M1 Patch cord to your PC; Check TRBOnet Swift Agent A002.M1 and PC power connection; Switch on TRBOnet Swift Agent A002.M1 and PC.

21 Select Control Panel > Network and Sharing Center > Local Area Connection: Select Properties:

22 Select Internet Protocol Version 4 (TCP/IPv4): Select Properties: Enter the following parameters: IP address: (Default); Subnet mask: Click Ok

23 Note: Option Board TRBOnet Swift Transfer ST001.M1 installed in the Motorola DM 3*** Radio can be programmed over USB cable connected to TRBOnet Swift Agent A001.M1 external devices' jacks only. Note: Motorola DM 3*** and USB cable are not provided! Connect USB cable to PC and TRBOnet Swift Agent external devices' jacks; Check the PC and TRBOnet Swift Agent A002.M1 power connection. Note: Use MOTOTRBO CPS for programming Motorola DM 3***.

24 7. 1 TRBOnet Swift Manager Main Window Figure represents how TRBOnet Swift Manager window appears when it is started for the first time: The following items are represented in the Main Window: File; Device; View; Tools; Window; Help File Open file Select File > Open to open the Configuration File. Select configuration File and click Open

25 The Device Information window appears: For more information see chapter Device Information. Save file Select File > Save to save the TRBOnet Swift Agent A002.M1 configuration file. Select File > Save as to save the file in the selected folder: Select folder and click Save. Exit Select File > Exit to exit the software.

26 Device > Read Select Device > Read to read the Device Information: Select connection mode (USB/LAN) Available devices window appears: Select Device > Update to update the list of available devices: Click button to select the device using IP address. The following window appears: Enter IP address and click OK. Click Cancel for canceling. Select the device in the list and click OK.

27 Device Information Common Device Information Select Swift Agent in the Navigation Area to see the Device Information: The following data appears in the window: Model number; Firmware version; Last programmed date and time.

28 ISM transceiver settings Select ISM transceiver settings in the Navigation Area to see the settings: Enter the following parameters: Air data rate. Select in the Dropdown list (1 Mbps and 2 Mbps values are available); RF channel. Select in the Dropdown list (from 0 to 125 values are available); RF power. Select in the Dropdown list (from 0 to 250 values are available); Receiver LNA gain. Select in the Dropdown list (High/Low values are available); Note: Set the same values for Air data rate and RF channel for Option Board TRBOnet Swift Transfer.ST001.M1 installed in Motorola DM 3*** and TRBOnet Swift Agent A002.M1 communication. Note: Set different RF channels for uninterrupted operation of the devices installed inside the same building: Devices' RF channels should range in 2 values in case 1 Mbps Air data rate value; Devices' RF channels should range in 4 values in case 2 Mbps Air data rate value;

29 Network settings Select Network settings in the Navigation Area to see the settings: Select following parameters: Network name. Enter network name in the field; Physical address. Enter Physical address in the field; Check the box Obtain an IP address automatically if required; Check the box Use the following IP address to enter It manually: A. Enter IP address in the field; B. Select Subnet mask; C. Enter Default gateway. Note: Unique physical address is necessary if you have more than one IP controller in your network!

30 RS 232 settings Select RS 232 settings in the Navigation Area to see the settings: Select following parameters: Bit rate (bit/s). Select in the Dropdown List (available values are from 110 to bit/s); Data bits. Available values are 5, 6, 7, 8; Parity. Select in the Dropdown List; Stop bits. Select in the Dropdozn List (available values are 1, 1,5, 2); RX tomeout period (bit slots). Select in the Dropdown List (available values are 16, 32, 64, 128, 256, 512, 1024); TX Guard interval (bit slots). Select in the Dropdown List. Available values are 0 (blocked), 16, 32, 64, 128, 255; Row control. Select in the Dropdown List. Available values are None, RTS, CTS.

31 Device > Write Select Device > Write to write the Device: Available devices window appears: Select Device > Update to update the list of available devices: Click button to select the device using IP address. The following window appears: Enter IP address and click OK. Click Cancel for cancelling. Select the device in the list and click OK.

32 Device > Update Select Device > Update to update the list of available devices: Select connection mode (USB/LAN). Available devices window appears: Select Device > Update to update the list of available devices: Click button to select the device using IP address. The following window appears: Enter IP address and click OK. Click Cancel for cancelling. Select the device in the list and click OK.

33 View Select View to manage TRBOnet Swift Manager interface. Check the View Items for displaying (Toolbar, Status bar). Selected Items will be displayed in the console: Tools Select TRBOnet Swift Manager language in the Tools menu. Select Tools > Language to set the language: English and Russian languages are available. Note: Restart the application to save the settings.

34 Window User can set Windows' parameters in the Window menu. Select Window to mange the Window' parameters: Select Windows' displaying mode. Available modes are: Cascade; Tile Vertically; Tile Horizontally; Close all. Active Windows are in the Status Bar.

35 Help Select Help > About to see more information about the software: The following window appears: Click OK to close the window.

36 Connect the Antenna's connector to the Radio. Connect grounding and RJ45 connector to TRBOnet Swift Agent A002.M1. Install TRBOnet Swift Agent A002.M1 and Motorola DM 3*** to the proper location. Do the system's functional testing. Note: IP controller TRBOnet Swift Agent A002.M1 and Motorola DM 3*** Radio can be spaced by a distance about 10 meters inside the same building.