GW-357-4-P

Telegesis™ TG-PM-510 ZigBee Communications Gateway ZigBee Communications Gateway Product Manual 0510r6 Telegesis™ is a trademark of Silicon Laboratories Inc. Telegesis ZigBee Communications Gateway Product Manual Rev: 4 Date: April 2014 ©2016 Silicon Labs ZigBee Communications Gateway ZigBee Communications Gateway Table of Contents 1 CHANGE LOG .................................................................................................................... 4 2 ABBREVIATIONS............................................................................................................... 4 3 PACKAGE CONTENTS ...................................................................................................... 5 4 SPECIFICATIONS .............................................................................................................. 6 4.1 4.2 4.3 4.4 4.5 5 5.1 5.2 5.3 6 6.1 6.2 7 Order Codes .................................................................................................................... 6 Examples ......................................................................................................................... 6 Power............................................................................................................................. 10 LED Indicators ............................................................................................................... 11 Buttons Actions .............................................................................................................. 12 Restore factory defaults ................................................................................................. 12 Gateway reboot .............................................................................................................. 12 Gateway recovery mode ................................................................................................ 12 Issue ZigBee command.................................................................................................. 12 FUNCTIONALITY ............................................................................................................. 13 Start-up .......................................................................................................................... 13 Gateway Discovery ........................................................................................................ 13 Discovery on a windows-7 PC ........................................................................................ 13 Discovery on other platforms: ......................................................................................... 14 Gateway Webserver....................................................................................................... 15 Authentication ................................................................................................................ 15 Web Pages .................................................................................................................... 16 APPENDIX A .................................................................................................................... 30 Bootloading ETRX3 ZigBee module ............................................................................... 30 Cleaning ......................................................................................................................... 32 SOFTWARE LICENSE ..................................................................................................... 32 ©2016 Silicon Labs -2- ZigBee Communications Gateway ZigBee Communications Gateway Table of Figures Figure 1: Package contents ............................................................................................................ 5 Figure 2: Gateway front view........................................................................................................... 7 Figure 3: Gateway without RS232/RS485 back view ...................................................................... 7 Figure 4: Gateway with RS232/RS485 back view ........................................................................... 8 Figure 5: Gateway bottom view ....................................................................................................... 9 Figure 6: Top label .......................................................................................................................... 9 Figure 7: Bottom label ................................................................................................................... 10 Figure 8: Device Discovery ........................................................................................................... 13 Figure 9: Discovery Python Script ................................................................................................. 14 Figure 10: Discovery Output ......................................................................................................... 14 Figure 11: HTTP server authentication.......................................................................................... 15 Figure 12: Configurations Page..................................................................................................... 16 Figure 13: ZigBee Interface Configurations page .......................................................................... 24 Figure 14: Web Terminal page ...................................................................................................... 25 Figure 15: Firmware Upgrade page .............................................................................................. 26 Figure 16: Logout page ................................................................................................................. 29 Figure 17: Dialin socket connection............................................................................................... 30 Figure 18: ETRX3 Bootload prompt .............................................................................................. 31 Figure 19: Ready to receive upgrade image file via XMODEM ...................................................... 32 ©2016 Silicon Labs -3- ZigBee Communications Gateway ZigBee Communications Gateway 1 Change Log Table 1 Version Date Comments Author 1 2 3 Aug 28, 2013 Oct 13 2013 Jan 22, 2014 Nikhil Sarnaik Nikhil Sarnaik Nikhil Sarnaik, Alex Wood 4 5 April 22,2014 Oct 17,2014 6 Jan 16, 2016 Initial draft Button command modified Added Change Log. Added pinout for RS232/485 ports. Added configuration options for RS232/RS485 ports. Corrected order codes. Restore factory defaults by button updated Added license message Added information about IP range filtering for dial in sockets Added Information to enable/disable webpages Reformatted Nikhil Sarnaik Nikhil Sarnaik David Chalmers 2 Abbreviations PoE LED HTTP UPnP UDP TCP SSL DNS SNTP DHCP IP MAC Power over Ethernet Light Emitting Diode Hyper Text Transfer Protocol Universal Plug and Play User Datagram Protocol Transmission Control Protocol Secure Socket Layer Domain Name System Simple Network Time Protocol Dynamic Host Control Protocol Internet Protocol Media Access Control ©2016 Silicon Labs -4- ZigBee Communications Gateway ZigBee Communications Gateway 3 Package Contents The package contains the following items, (a) (b) (c) Figure 1: Package contents a. ZigBee Communications Gateway b. Micro USB power cable c. Mounting screws ©2016 Silicon Labs -5- ZigBee Communications Gateway ZigBee Communications Gateway 4 Specifications Model Number RF Interface RF Output Power Antenna Clock Battery Power Source Ethernet Power Over Ethernet (optional) Operating Temperature Humidity IP Rating Net Weight RS485/RS232 4.1 4.2 GW357 ZigBee Pro +8dBm Half-wave Dipole Antenna 2dBi Gain or Integrated Antenna 1x 3V 220mAh Sony CR2032 Battery 5Volts @ 500mA via USB Micro Connector Charging source should be current limited RJ45 10/100Mbps 802.3af Compliant Class 1 Device -20 to 70C 95% TH Non-condensing IP20 (subject to testing) 110g Baud rate: 2400, 4800, 9600, 19200, 38400, 57600, 115200 Parity: none, odd, even Stop bits: 1 or 2 RS485 120Ω termination resistor built in Order Codes GW Gateway GW357 Core Silabs IC GW357-X 1st module 1 = ETRX357 GW357-0X 2nd module 2 = ETRX357HR GW357-00-X Power of Ethernet (P) 3 = ETRX357-LRS GW357-00-0-X WiFi or GSM (W or G) 4 = ETRX357-HR-LRS GW357-00-0-0-X RS232/RS485 (1=yes 0=No) GW357-00-0-0-0-X SD Memory Card size i.e. 4, 8 etc. Examples GW357-11-P-W-1-8 Gateway with 2xETRX357 module, Power-over-Ethernet, WiFi, RS232/RS485 and an 8MB SD Memory Card GW357-1 Basic Gateway with 1xETRX357 module GW357-30-0-0-1 Gateway with 1xETRX357-LRS and RS232/RS485 ©2016 Silicon Labs -6- ZigBee Communications Gateway ZigBee Communications Gateway Layout 2nd ETRX3 Status LED Interface Activity LED Gateway Activity LED Link Status LED 1st ETRX3 Status LED Figure 2: Gateway front view Ethernet connector RJ45 Micro USB power socket Button-2 (B2) Figure 3: Gateway without RS232/RS485 back view ©2016 Silicon Labs -7- ZigBee Communications Gateway ZigBee Communications Gateway RS232 TX Ethernet connector RJ45 GND Micro USB power socket RS232 RX Button-2 (B2) RS485 D+ RS485 DFigure 4: Gateway with RS232/RS485 back view1 1 Compatible connectors for RS232/RS485 port MULTICOMP - MC000099 MULTICOMP - MC000107 MULTICOMP - MC000115 ©2016 Silicon Labs -8- ZigBee Communications Gateway ZigBee Communications Gateway Anti-slip pads Mounting holes Button-1 (B1) Button-3 (B3) Opening for battery and SD card holder Anti-slip pads Figure 5: Gateway bottom view Power supply ratings Gateway MAC address Figure 6: Top label ©2016 Silicon Labs -9- ZigBee Communications Gateway ZigBee Communications Gateway Manufacture date Gateway serial number Gateway model number Figure 7: Bottom label 4.3 Power The Gateway can be powered ON by plugging in the micro USB cable in the socket provided as shown in figure-3 with power source as specified in the Specifications. Selected models of gateway incorporating Power over Ethernet (PoE) can be powered on using the PoE injector through RJ45 cable. ©2016 Silicon Labs -10- ZigBee Communications Gateway ZigBee Communications Gateway 4.4 LED Indicators 2nd ETRX3 Status LED Interface Active LED Gateway Activity LED Link Status LED 1st ETRX3 Status LED Sequence Number Gateway State 1st ETRX3 Status LED Link Status LED 1 Power UP Sequence ON Red + Green 2 Ethernet link inactive 3 4 Ethernet link active Any socket connected to either ZigBee module OR Web Terminal connected Any communication with ZigBee modules OR Any communications on Ethernet lines - - 5 Gateway Activity LED Interface Active LED 2nd ETRX3 Status LED Blinking OFF ON Amber for 5 sec All LEDs will turn ON and then following blink one after the other twice except for the ETRX3 Status LEDs which are controlled by ETRX3 ZigBee modules Red Blinking Amber Green OFF Green - Blinking Amber - - Table 2: LED Sequence table ©2016 Silicon Labs -11- ZigBee Communications Gateway ZigBee Communications Gateway 4.5 Buttons Actions The Gateway has three hardware buttons as shown in the Layout which can perform multiple functions as described in this section. 1. Button 1 (B1) 2. Button 2 (B2) 3. Button 3 (B3) Restore factory defaults Follow the following procedure with buttons in order to restore the factory default configuration settings on the Gateway using B3 and B1. 1. Press and hold B3 2. Then with B3 pressed, press and hold B1 for approximately 3 seconds after which the Gateway reboots and LED power up sequence is seen. Gateway reboot Press B3 and hold for 5 seconds to reboot the Gateway. Gateway recovery mode Perform following procedure to put the Gateway in recovery mode2. 1. Press and hold B3 until gateway reboots. 2. At power up hold B2 and wait for 3 seconds. 3. The Gateway will be in recovery mode now. Issue ZigBee command Button B2 is used to issue custom ZigBee command to the 1st ETRX3 ZigBee module which can be configured in Button Command section of the Gateway Configurations as shown below. So whenever the B2 is pressed the command (“AT+BCAST:00,hello” by default) is issued to the 1st ETRX3 ZigBee module. 2 Recovery mode not implemented in initial release but will be added in subsequent release soon. ©2016 Silicon Labs -12- ZigBee Communications Gateway ZigBee Communications Gateway 5 Functionality 5.1 Start-up Turn ON the ZigBee Communications Gateway by inserting the micro USB power cable into the socket shown in figure 3. The LEDs on the front panel will light up as described in the LED’s Sequence table. Once the Start-up LED sequence is complete the gateway will continuously look for an Ethernet link which is indicated by LED sequence-3. Insert the Ethernet cable in the RJ45 socket shown in figure 3. The gateway will try to obtain an IP address by using DCHP (by default DHCP is enabled but the user can also set static IP address for the Gateway). Once an IP address is allocated successfully the LED sequence-4 is displayed on the LED panel. 5.2 Gateway Discovery Discovery on a windows-7 PC Gateway implements UPnP discovery service so the user can directly go to “Network settings” and look for devices under “Network Infrastructure” category. The Gateway will show up as ZigBee Communications Gateway as shown below. Navigate to properties by right clicking on the device to view the device properties. Browse to the IP address shown in the device properties or alternatively double click on the device to navigate to the webpage hosted by Gateway. Figure 8: Device Discovery ©2016 Silicon Labs -13- ZigBee Communications Gateway ZigBee Communications Gateway Discovery on other platforms: On other platforms where UPnP services are not available, the device can be discovered using the following python script which basically listens to the UDP broadcast on port 14099 by the gateway once every minute. import socket, traceback, commands host = '' # Bind to all interfaces port = 14099 #start a udp socket server to listen on port 14099 s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM) s.setsockopt(socket.SOL_SOCKET, socket.SO_REUSEADDR, 1) s.setsockopt(socket.SOL_SOCKET, socket.SO_BROADCAST, 1) s.bind((host, port)) print "Waiting for Telegesis Gateway:" while 1: try: message, address = s.recvfrom(8192) print "Telegesis Gateway Found on %r"%(address[0]) except (KeyboardInterrupt, SystemExit): raise IP Address: Figure Figure 9: Discovery 6: Discovery Python Script Script Run the above script from command line and the output window would show the IP addresses of the ZigBee Communications Gateways in the network as shown below Figure 10: Discovery Output ©2016 Silicon Labs -14- ZigBee Communications Gateway ZigBee Communications Gateway 5.3 Gateway Webserver ZigBee Communication Gateway hosts a http webserver to serve webpages which help the user to configure the Gateway and communicate with the ZigBee device via a simple web interface. Authentication The http webserver is protected by basic authentication hence a valid username “admin” and password “password” must be provided when prompted to access the webpages. The password can be changed through the GW357 Configuration webpage as explained in the later section. Figure 11: HTTP server authentication ©2016 Silicon Labs -15- ZigBee Communications Gateway ZigBee Communications Gateway Web Pages Following web pages are served by the http web server on the ZigBee Communications Gateway 5.3.2.1 GW357 Configuration The Gateway configuration page is the main page of the http webserver. This page provides access to the configuration parameters of the Gateway. Figure 12: Configurations Page ©2016 Silicon Labs -16- ZigBee Communications Gateway ZigBee Communications Gateway 5.3.2.1.1 Gateway Configuration a. Current Firmware Info This field gives information about the current firmware running on the gateway. b. Web Terminal This option enables or disables the access to ZigBee module via the web terminal. The Gateway provides an access to the ZigBee module via Web Terminal page which can be used to issue commands to the ZigBee module and monitor the response of the module. The Web Terminal only supports communication in ASCII. Default value is enabled. c. Dialout TCP Sockets Enable The Gateway can establish an outgoing TCP socket connections to a specified dialout addresses and port numbers. This option can enable or disable the outgoing socket connections for both the ZigBee modules. Default value is disabled. Out 1 Address The address specified in this option is used by the gateway to establish the outgoing socket connection for the 1st ETRX3 ZigBee module. The dialout address can either be an IP address or a host name. Out 1 port This item specifies the port number for the dialout connection from 1st ETRX3 ZigBee module. Out 2 Address3 The address specified in this option is used by the gateway to establish the outgoing socket connection from the 2nd ETRX3 ZigBee module. The dialout address can either be an IP address or a host name. 3 This option only available in Gateway models with two ZigBee modules on-board. Please refer order codes ©2016 Silicon Labs -17- ZigBee Communications Gateway ZigBee Communications Gateway Out 2 port3 This item specifies the port number for the dialout connection from 2nd ETRX3 ZigBee module. Secure Connection This option enables the SSL on the outgoing socket connection4. d. Dialin TCP Sockets Module 1 Enable The Gateway also allows an incoming TCP socket connection on a specified port which enables access to the 1st ETRX3 ZigBee module. Module 1 Port The IP port number to access the 1st ETRX3 ZigBee module via incoming TCP socket. Module 1 IP Range MIN The lowest IP address that can make a dial in socket connection to module 1 on gateway. Module 1 IP Range MAX The highest IP address that can make a dial in socket connection to module 1 on gateway. Module 2 Enable5 The Gateway also allows an incoming TCP socket connection on a specified port which enables access to the 2nd ETRX3 ZigBee module. Module 2 Port5 The IP port number to access the 2nd ETRX3 ZigBee module via incoming TCP socket. Module 2 IP Range MIN5 The lowest IP address that can make a dial in socket connection to module 2 on gateway. Module 2 IP Range MAX5 The highest IP address that can make a dial in socket connection to module 2 on gateway. 4 5 The SSL is not implemented in current release. This option only available in Gateway models with two ZigBee modules on-board. Please refer order codes ©2016 Silicon Labs -18- ZigBee Communications Gateway ZigBee Communications Gateway e. RS232/RS485 Tunnelling This is only available on GW357 gateway models which have the RS232\RS485 option (see the order codes table.) A “Module 2” check box will also be present if your GW357 has a second ETRX3 ZigBee module fitted. This option creates a direct connection between the RS232 or RS485 port on the gateway and the ETRX3 ZigBee module. The GW357 doesn’t support addressing in multidrop networks. Any data received on the RS485 port will be automatically forwarded to the ETRX3 ZigBee module. f. RS232/RS485 Port Configuration This option is only available on GW357 gateway models which have the RS232\RS485 option (see the order codes table.) Here the user can select the RS232 and RS485 port settings. Note: it is recommended (although not a requirement) that the RS232/RS485 port on the gateway and the ETRX3 ZigBee module have the same baud rate. The gateway has a limited capacity to buffer messages; ensuring the baud rates are the same removes the potential for a buffer overflow in the RX or TX paths. g. Discovery This option is enables the Gateway to send discovery broadcasts by UDP on port 14099 once every minute. This option is enabled by default. h. Button Command This is a command string that will be sent to the 1st ETRX3 ZigBee module each time the Button-2 (B2) is pressed. ©2016 Silicon Labs -19- ZigBee Communications Gateway ZigBee Communications Gateway i. Gateway Time Time Server The Gateway implements SNTP client which can update Gateway time from a valid time server specified in time server field. Current Time The current time of the gateway is displayed in this field when the page is loaded or is clicked. After changing any settings on the webpage must be clicked in order to apply the changes to Gateway configuration. Following message will be displayed to confirm the change. j. Disable Web Server The HTTP webserver running on the gateway can be disabled using this option on the configurations page. Once it is disabled only following page will be accessible to user. This feature is added to avoid any unauthorized or unintended changes in the gateway configuration. A CGI-script can be run on the gateway to re-enable the webserver. The CGI script to re-enable the webserver is “en-wp.cgi” ©2016 Silicon Labs -20- ZigBee Communications Gateway ZigBee Communications Gateway 5.3.2.1.2 IP Configuration a. Current IP Configurations IP address The current IP address of the Gateway is displayed in this field. MAC address The MAC address of the Gateway is displayed in this field. b. DHCP Configuration DHCP Enable If this option is enabled the Gateway can acquire IP configurations like IP address, subnet mask, default gateway and the DNS server dynamically by using DHCP protocol. If the DHCP option is not selected then stored Static IP configuration is used to setup the network interface. c. Static IP Configurations IP Address The gateway uses the IP address specified in this field as static IP when DHCP option is not selected. Subnet Mask The gateway uses the subnet mask specified in this field as subnet mask when DHCP option is not selected. Default Gateway The gateway uses the default gateway specified in this field as default gateway when DHCP option is not selected. DNS Server The gateway uses the DNS server specified in this field as DNS server when DHCP option is not selected. ©2016 Silicon Labs -21- ZigBee Communications Gateway ZigBee Communications Gateway After changing any settings in the IP configuration must be clicked in order to apply the changes in Gateway. Following message will be displayed to confirm the change. Click refresh to verify if the settings are changed successfully. 5.3.2.1.3 Restoring Factory Defaults The factory settings can be restored by clicking . The factory defaults can also be restored by combination of hardware button presses as described in Buttons Actions section. Following are the factory defaults: Default Gateway Configurations 1. Web Terminal 2. Dialout 3. Out 1 Address 4. Out 1 Port 5. Out 1 Address 6. Out 1 Port 7. Secure Connection6 8. Module 1 Enable 9. Module 1 Port 10. Module 2 Enable 11. Module 2 Port 12. Time Server 13. Username 14. Password : Enabled : Disabled : 192.168.204.107 : 4094 : 192.168.204.107 : 4095 : Disabled : Enabled : 4096 : Enabled : 4097 : 0.uk.pool.ntp.org\0 : admin : password Default IP Configurations 1. 2. 3. 4. 6 DHCP Enable Static IP Address Subnet Mask Default Gateway : Enabled : 192.168.204.121 : 255.255.255.0 : 192.168.204.10 The SSL is not implemented in current release. ©2016 Silicon Labs -22- ZigBee Communications Gateway ZigBee Communications Gateway 5.3.2.1.4 Changing the Admin Password User can change the Gateway’s default password by clicking which will display following fields on the configurations page. Fill in all the fields and hit change to apply new password. Once the password is changed successfully the following message will be displayed. Password can also be reset to factory default by restoring factory default configurations mentioned in Buttons Actions. ©2016 Silicon Labs -23- ZigBee Communications Gateway ZigBee Communications Gateway 5.3.2.2 ZigBee Interface Configurations Figure 13: ZigBee Interface Configurations page The Gateway comes with Telegesis ZigBee AT-commands 7 Firmware programmed onto the assembled ETRX3 ZigBee module. This firmware communicates at baud rate settings of 192008N1. The ZigBee Interface Configurations page is useful to change8 the serial settings of the gateway serial ports connected to the ETRX3 ZigBee modules. This page also provides the options to reset the selected ETRX3 ZigBee module and to start the bootloader. a. Select Module This field selects the ETRX3 ZigBee module to apply the settings to (there can be two module as per the model number of gateway). b. Module Control Reset Module Click for gateway reset the selected ETRX3 module. Start Bootloader Click to start the bootloader on selected ZigBee module. The standard ATCommand firmware has serial Bootloader which can be used to upgrade the ZigBee firmware in the selected module. Process of upgrading ETRX3 ZigBee firmware in standard Gateway is described in the Appendix A. The bootloader is initiated by holding down the PA5 pin of the EM35x and then issuing a hardware reset to the module c. Serial Settings Select the serial settings for the selected module and click to apply the settings 7 Please refer AT-commands documentation at Telegesis document centre The Serial Port settings only apply to the Gateway. For correct operation, the Serial Port settings of the ETRX3 module must be changed to match the new Gateway setting before changing the Gateway parameters 8 ©2016 Silicon Labs -24- ZigBee Communications Gateway ZigBee Communications Gateway 5.3.2.3 Web-Terminal Terminal Status Gateway Time ZigBee output ZigBee input ` Figure 14: Web Terminal page The Web Terminal is a simple web interface to communicate with the 1st ETRX3 ZigBee module on the Gateway. User can issue AT-Commands9 to the module in ZigBee input command box, click and monitor the response in the ZigBee output window. The Terminal status shows the current status of the web terminal and the Gateway time is also displayed in the top right of the ZigBee output window, Terminal Disabled Status: If the Web Terminal option is disabled in the Configurations page Terminal status as shown above will be displayed. No commands can be issued to the ZigBee module via Web Terminal if this status is been displayed. Terminal Enabled Status: When the Web Terminal connects successfully to the ZigBee module above status will be displayed. The Gateway time will also start updating once every second. Now, the user may enter an ATCommand in ZigBee input box and click issue the command 10 to the ZigBee module and expect the response in approximately one sec. 9 Please refer AT-commands documentation at Telegesis document centre Note: Pressing Enter Key on Keyboard will NOT send the command but will refresh the page. 10 ©2016 Silicon Labs -25- ZigBee Communications Gateway ZigBee Communications Gateway 5.3.2.4 Firmware Upgrade The Gateway firmware can be updated over Ethernet. To perform Gateway firmware upgrade, navigate to “http:///bootload.html” page which looks like below. Figure 15: Firmware Upgrade page Stored Image Info This section gives the information of the Gateway firmware image stored in the Gateway. Image Header Each image stored in the Gateway has an Image Header for identifying the type of image. This field displays the image header of selected Image type. Firmware Version This field displays the firmware version of image stored. Image Size This field displays the size of stored image in bytes. ©2016 Silicon Labs -26- ZigBee Communications Gateway ZigBee Communications Gateway Upload Images Select Upload Image Type: Select the type of image to be uploaded to the Gateway. Currently Gateway supports three types of images a. Gateway Image This is the gateway upgrade image which will replace the current Gateway firmware when gateway is rebooted with Update Gateway flag enabled. b. Bootloader Image This is the recovery bootloader11 upgrade image which will replace the current secondary bootloader when gateway is rebooted with Update Bootloader flag is enabled. c. Configuration Settings Image All the configurations settings mentioned in Configurations page can be updated by this image type. The settings will get applied after the gateway is rebooted. No flag is necessary to be enabled for the configuration settings to be update. Image Upload Process Click which opens a dialogue box to navigate to the image, navigate to appropriate file and click open. Now click a pop-up box will open to confirm correct file is uploaded. Click OK to proceed. Gateway activity LED will be blinking while the file is being transferred. If the image is uploaded and stored successfully in Gateway “FW image sent successfully” message is displayed in a new tab in the browser. 11 Recovery bootloader mechanism is not implemented in the initial release but will be implemented in subsequent release soon. ©2016 Silicon Labs -27- ZigBee Communications Gateway ZigBee Communications Gateway Update Flags and Reboot Update Gateway If this flag is enabled upon reboot the gateway will validate the Gateway Image stored by image upload process mentioned above and updates the gateway firmware if a valid image is present. Update Bootloader If this flag is enabled upon reboot the gateway will validate the Bootloader Image stored by the image upload process mentioned above and updates the recovery bootloader firmware if a valid image is present. Wait for Serial Commands The Gateway can accept some serial commands at start-up (available only on models with RS232RS485 port present). If this flag is enabled the gateway will wait for 5 sec to accept any serial commands on the RS232 lines and then jump to the main gateway application. Enable the appropriate flags and click buttons to upgrade the gateway with stored image. Upgrading may take few minutes, be patient and do not interrupt the upgrade process until power up sequence is indicated on the LED panel. The upgrade process will be indicated by blinking of gateway activity LED. ©2016 Silicon Labs -28- ZigBee Communications Gateway ZigBee Communications Gateway 5.3.2.5 Support Support link will redirect to telegesis Support page on the internet http://www.telegesis.com/support/ 5.3.2.6 Logout Logout will end current session and “Logged out successfully” message will be displayed and the user will need to authenticate with username and password at the next login. Figure 16: Logout page ©2016 Silicon Labs -29- ZigBee Communications Gateway ZigBee Communications Gateway 6 Appendix A 6.1 Bootloading ETRX3 ZigBee module The procedure to upgrade firmware on ETRX3 module over a TCP socket is as described below. 1. For this example assume the firmware of 1st ETRX3 ZigBee module is to be updated remotely over a TCP socket. 2. Make sure dialin socket is enabled for the 1st ETRX3 ZigBee module as shown below 3. Connect to the Gateway’s dialin socket for the 1st ETRX3 ZigBee module using Telegesis terminal (Version 4 or higher) as shown below. Figure 17: Dialin socket connection ©2016 Silicon Labs -30- ZigBee Communications Gateway ZigBee Communications Gateway 4. The LED sequence 4 should be indicated by LED panel. 5. Navigate to ZigBee Interface Configuration and Select Module 1 as shown below. 6. Click to start the bootloader on selected ZigBee module. 7. Change the baudrate to 115200 and click . 8. On Telegesis terminal hit Enter key to see following prompt Figure 18: ETRX3 Bootload prompt ©2016 Silicon Labs -31- ZigBee Communications Gateway ZigBee Communications Gateway 9. Press “1” to see character ‘C’ displayed periodically as shown which indicates the ZigBee module is ready to receive upgrade image file via XMODEM Figure 19: Ready to receive upgrade image file via XMODEM 10. Go to Tools->Transfer File (XMODEM) and send the appropriate upgrade image file. 11. Once successful change the baudrate of module according to upgraded firmware and the ZigBee module will communicate according to the new firmware. For Telegesis R3xx firmware the default baud rate is 19200-8N1 6.2 Cleaning Dust or wipe only with damp cloth; do not allow moisture to penetrate the enclosure. Do not use aggressive cleaning agents ©2016 Silicon Labs -32- ZigBee Communications Gateway Smart. Connected. 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