Show pagesourceOld revisionsBacklinksBack to top × Table of Contents Barix Barionet 1000 OpenWrt support Hardware features Software features Software image Do you need support? Where to buy? Powering the unit TOP VIEW Connecting to power and initialization Access the Device Connecting via Ethernet Connecting via Wi-Fi Establishing an SSH connection Changing settings via LuCI web interface Opening the LuCI interface Changing Network settings Mounting USB devices IO access from scripts or programs Reset to factory defaults IO MAPPING Tags Barix Barionet 1000 The Barionet 1000 is a 802.11ac+bgn multi-purpose wireless, universal, programmable I/O device server built around the MediaTek MT7620A SoC with OpenWrt OS. It has 1 Ethernet port , a 802.11n 2T/2R 2.4 GHz 300Mbps wireless interface and two USB 2.0 ports. The device controls two relay outputs (max: 30VDC 5A) and four open collector (digital) outputs (4x24VDC, 0.3A ). It also has eight contact closure Inputs ( 0-15VDC) and four are 12 Bit analogue Inputs (0-15VDC). A (DSub-9 male) RS-232 Serial Port provides serial interface. The system is equipped with 11 LED status indicators and one molex connector to enable 1-Wire interface. OpenWrt support Runs on OEM OpenWrt version, but not officially supported by OpenWrt (no images available at downloads.openwrt.org). Hardware features CPU MT7620A (580 MHz) Memory 64MB DRAM / 16MB Flash Network Interfaces Ethernet 1 Port RJ45 Port 10/100 Mbps RF 1 Wi-fi 802.11 b/g/n , 2.4 Ghz USB interfaces 2 USB host ports Serial Interface 1 (DSub-9 male) RS-232 Serial Port Status display 11 LED status indicators I/O interface Relay 2 relay outputs (max: 30VDC 5A) Output 4 open collector (digital) outputs (4x24VDC, 0.3A ) Input 8 contact closure Inputs ( 0-15VDC), 4 of are 12 Bit analogue Inputs (0-15VDC) 1 Wire Interface 1-molex connector J3 (interface for external temperature sensors 18DS20 or other 1-Wire equipment ) Power Supply Voltage 9-30VDC 2.5W max Software features Support for Python 2.7 Support for the Lua scripting language OpenSSL Web server daemon with CGI support CLI (command line interface) DHCP server IPv6 connectivity Based on the OpenWrt OS New: Modbus/TCP functionality available for testing! Contact us if you are interested Software image Newer or alternative Firmware can be downloaded from www.barix.com/downloads or at Bitbucket public repository: https://bitbucket.org/kibix/barionet1000/downloads/ Do you need support? At Barix it is important to us that you have a smooth experience with Barix technology. With every Barix product you will find detailed information and installation instructions within the manual which you can download from www.barix.com. If you are still stuck after reading the manual and still have a problem, then please contact your dealer who supplied you with the product. Our clients are important to us. So if you have technical inquiries please write to “support @ barix.com” Where to buy? We rely on our worldwide distribution network for direct sales. Have a look at http://www.barix.com/sales-events/where-to-buy/ For OEM and special projects please contact Barix! Barix AG “info @ barix.com” T +41 43 433 22 11 Powering the unit The above image displays the several out of the box available interfaces. The Barionet 1000 is commonly powered by a good quality transformer capable of delivering a stable voltage of 12 VDC at 1.5A. As shown in the image above, the power is supplied via the J1 connector. Before plugging in the adapter be aware of the polarity of the wires to avoid damaging the unit. Before powering Barionet 1000 please make sure to comply with the following specifications for cable type: I/O, Power Connectors: 28 AWG minimum to 14 AWG maximum wire size Relay output: 26 AWG minimum to 12AWG maximum wire size It is recommended to use shielded cable with earth connected to the G pin on Barionet 1000. After properly powering the Barionet 1000 the status LEDs (PWR and IN1 to IN8) will turn on and then the PWR LED will start flashing to indicate that the equipment is booting and it is not yet ready. While the PWR LED blinks with a period of 0.5 seconds, then the unit is still booting. The boot is successfully finished when the PWR LED stops blinking. TOP VIEW Con 1 (2x USB Host) Pin Description 1 VCC (+5V) 2 D – (Data -) 3 D + (Data +) 4 GND J5 Relay outputs (250VAC, 5A) Pin Description 1 Relay 2 common 2 Relay 2 normally open 3 Relay 2 normally closed 4 Relay 1 common 5 Relay 1 normally open 6 Relay 1 normally closed J1 I/O and Supply Input Pin Description 1..4 Input 1..4 Analog 0..15 VDC or Digital 5..8 Input 5..8 Digital 9 Common Inputs Ground 10…13 Output 1..4 Digital (Open Collector 0..24 VDC, 100 mA) 14 Common Outputs Ground 15 Power In + 9..30VDC 16 Power In - P1 RS-232 serial port Pin Description 2 RxD (Receive data) 3 TxD (Transmit data) 5 GND (Ground) 7 RTS (Ready to send) 8 CTS (Clear to send) 1,6,9 not connected CON 2 Ethernet (RJ45) PinDescription 1 TX + (Transmit data) 2 TX - (Transmit data) 3 RX + (Receive data) 4 NC 5 NC 6 RX – (Receive data) 7 NC 8 NC Left LED Yellow - Activity Left LED Green - Link / Speed (Blinking) J3 Dallas 1-wire® bus Pin Description 1 (DO NOT CONNECT) 2 Ground (GND) 3 1-wire data Connecting to power and initialization The Barionet 1000 needs a DC supply voltage of 9V to 30V, 4Wmax. Please mind the polarity. When powered up, all LEDs will turn on while the power (PWR) LED will blink (blue). When the device is initialized, all LEDs besides the power led (blue) will turn off (assuming no active IO is connected). Access the Device Connecting via Ethernet Plug the ethernet cable from your computer directly to the Barionet 1000. Next, configure your computer to a static IP on the range 192.168.66.X (for example, .100) and subnet mask to 255.255.255.0 With the Barionet 1000 default configuration its LAN IP address is set to 192.168.66.1. Default username and password: root/(blank) The root user has NO password set, so make sure you set one ! Connecting via Wi-Fi The device works in AP mode by default and creates a Wi-Fi network with a name consisting of “Barionet_” and the four last digits of its MAC address (for example, Barionet_0A15). The network security key/passphrase is “barionet”. Connect your PC to this Wi-Fi network. In this network, the Barionet works as a DHCP server and uses the IP Address 192.168.166.1 itself. For your PC, an IP address in the 192.168.166.x range will be assigned if you connect via that interface. Establishing an SSH connection Use ssh or a similar client (for example, PuTTY, port 22, SSH option) and establish a connection as user root to the IP address of the Barionet (192.168.66.1 if connecting via Ethernet and 192.168.166.1 if connecting via Wifi) The root user has NO password set, so make sure you set one! Changing settings via LuCI web interface Opening the LuCI interface To use the LuCI web interface please access the Barionet via browser by its IP address (192.168.66.1 or 192.168.166.1) Changing Network settings In the LuCI web interface you will find all relevant settings, so you can set other IP addresses, enable/disable DHCP for each network port (Wifi or Ethernet), and also disable the wifi interface. Make sure you don’t lock yourself out if you change the settings! Mounting USB devices In the LuCI interface go to System Mount Points menu. Scroll down and select “Add” on Mount Points view. Select the UUID of the external flash drive inserted into the Barionet 1000 USB port. Select option – custom – under Mount Point drop down menu and provide a name (e.g. /mnt/usbflash). To validate click on Save & Apply and wait a few seconds. The new mounted unit should now be visible when going to System Mount Points IO access from scripts or programs The IO ports are accessible through the standard OpenWrt IO device files. Some testing and sample scripts are in the /root directory, which can be used to quickly read inputs or set outputs. Please refer to the IO Map (you can find it in the documentation and also in the device’s /root directory, file “iomap.rtf”) Reset to factory defaults On the LuCI web interface go to the System Backup/Flash Firmware Under Backup/Restore select Reset to defaults: Perform reset. At this point, the device will reboot and apply default settings. IO MAPPING J1 I /O and Power (4Watt max.) PINDescription Port Name Mapped Pin Name 1 I1- Input 1 Analog 0..5 VDC or Digital r11 gpio504 2 I2- Input 2 Analog 0..5 VDC or Digital r12 gpio505 3 I3- Input 3 Analog 0..5 VDC or Digital r13 gpio506 4 I4- Input 4 Analog 0..5 VDC or Digital r14 gpio507 5 I5- Input 5 Digital r15 gpio508 6 I6- Input 6 Digital r16 gpio509 7 I7- Input 7 Digital r17 gpio510 8 I8- Input 8 Digital r18 gpio511 9 Common Inputs Ground 10 O1- Output 1 Digital (Open Collector 0..24 VDC, 100 mA) p1 gpio496 11 O2- Output 2 Digital (Open Collector 0..24 VDC, 100 mA) p2 gpio497 12 O3- Output 3 Digital (Open Collector 0..24 VDC, 100 mA) p3 gpio498 13 O4- Output 4 Digital (Open Collector 0..24 VDC, 100 mA) p4 gpio499 14 Common Outputs Ground 15 Power In + 9..30VDC 16 Power In - J5 Relay outputs (250VAC, 5A) PINDescription Port Name Mapped Pin Name 1 Relay 2 common 2 Relay 2 normally open 2 gpio500 3 Relay 2 normally closed 2 gpio500 4 Relay 1 common 5 Relay 1 normally open 1 gpio501 6 Relay 1 normally closed 1 gpio501 Tags How to add tags MT7620A, 16flash, 64RAM, 1port, FastEthernet This website uses cookies. By using the website, you agree with storing cookies on your computer. Also you acknowledge that you have read and understand our Privacy Policy. If you do not agree leave the website.OKMore information about cookies mt7620a 16flash 64RAM 1port fastethernet Last modified: 2019/10/09 12:16by tmomas