User Manual - Tinysine (Tinyos)
Contents
1. Yersion IC In Voltage Delay Time Mitte Second el ates L_Reley 7 ann ff W Ti nys ine www tinysine com Wireless Control Mode Xbee Remote Control Xbee module is a kind of very popular 2 4G module from Digi formally Maxstream This module allows a very reliable and simple communication between microcontroller computer systems really anything with a serial port Here we use Xbee S1 module for demo These modules take the 802 15 4 stack the basis for Zigbee and wrap it into a simple to use serial command set Point to point and multi point networks are supported If you want building a mesh network you can choose a S2 series module Step1 Plug Xbee to TOSR relay module Plug Xbee module to TOSR relay module and make sure UART setting switch on Micro postion M4 TinySine B www tinysine com Set USB power to DC power mode Here we use remote control Usually we can t provide power by USB port in this situation So we need to set the power jumper to DC power mode and then power the module by external DC 5V power MY TinySine B www tinysine com DC 5V power supply Step3 Plug another Xbee to USB adapter When connect your Xbee USB adapter to your computer USB port Windows will detect it and ask for the driver Point windows to the FT232RL driver folder and it will install the driver Anew com port will now appear GTinySine aa Step4 Send command2. set wlan phrase lt your wpa password gt set wlan ssid lt your ssid gt set wlan join 1 save Lazy Dorner Ayer enmimil ta Fie Edt Yew Cal Tranfer Help Da oe 05 m HELLO CMD zei wlan phrase 000 AHa0A 12 92 set wlan ssid Tinyos3f t Connected 0 00 32 Mato debect TORT For example our test network ssid is Tinyos3f wlan phrase is 0000000000 M TinySine lf you want a fixed IP address here are the commands set ip a lt your IP gt set ip dhcp 0 set sys printlvl O save reboot www tinysine com Lary Boni Hyper Tenniinal Fle Edi View Cal Tranche Heip Dees 284 e HELLO CHD aet wlan phrase Q00OOOOAAQ lane set wlan ssid Tinyos3f lt 2 de gt set ip a 192 168 1 185 ROK ee set ip dhep 122 32 reboot E BREET Di mes ae TCPAP Here we set our WIFI module IP address 192 168 1 185 lf we use a smart phone APP to control this relay module When the phone goses out of WIFI signal area it may cause dead connection We need to close the TCP connection in this situation Here is the setting command It s important set comm idle 5 save reboot More details about wifibee module please download the user manual in our webstore Step2 Set back to Normal mode Make sure setting switch back to Normal postion www tinysine com USB power to DC power mode Here we use remote control We can t provide power by USB port in this situation in the most time
3. So we need to set the power jumper to DC power mode and then power the module by DC 5V power supply M TinySine www tinysine com DC 5V power supply Step4 Send test command Controlled by computer You can send a test command by Putty program X PuTTY Configuration Eg Category E Session Basic options tor your PuT TY session au pashs Specify the destination you want to connect to Z ee Host Name for IP address Fort pt kepboard Haiti Ricbahsiah TARA Bel 192 188 1 105 2000 Features Connection type window Raw O Tehet O Alogin O S5H Serial ee a Load save or delete a stored session Behaviour Translation saved Sessions O O o Selection Colours Default Settings E Connection Proxy 2 Toba Alogin H 3H sete Close window on exit O Always Never G2 Only on clean exit TinySine www tinysine com HELLO d i Send ASCII command d gt All relays on Android WIFI APP We also provide a APP to control this USB relay board by WiFi You can control your device on your Android smart phone easily Download the APP and install it to your phone Sal D F 3 15 Ee JLe JL hour second M TinySine Click Menu gt Connect device gt Input IP address and port number you setted and connect it www tinysine com Click white buttons to turn on relays click red buttons turn off Meanwhile you can set delay option on your
4. phone TinySine Electronics 86 551 65365921 Ext 801 www tinysine com TinySine Corporation 4 3 Hui Gu Park Hai Tang Road Hefei Anhui 230088 China
5. so we need set the power jumper to DC power mode then power the module by DC 5V power supply DC 5V power supply MY TinySine B www tinysine com Controlled by computer lf your computer does not support bluetooth you may need a bluetooth USB dongle like this it enables you to control your USB relay board by Bluetooth If your windows bluetooth drivers can t use you need download BlueSoleil to use lf your computer already supports bluetooth just skip this step Connect the Bluetooth Bee with the default Pair number 1234 Then you can use the Bluetooth link com port by Hyper Terminal and send test command _ FOSR test HyperTerminal lt Connected 0 00 52 Auto detect Auto detect RO CAPS p Connected 0 04 33 Auta detect Auto detect Send ASCII d gt All relay on Send ASCII n gt All relay off M TinySine Controlled by mobile phone www tinysine com Android Bluetooth APP We provide a FREE APP for this USB relay board You can control your device by your smart phone very easily Please download the APP Here and install it to your phone Turn on Bluetooth on your phone gt then open the APP and click the Menu gt Connect device gt Scan for devices to select Bluetooth Bee gt then you will find Bluetooth Bee s blue STATE LED turn ON it means that your phone have connected to the Bluetooth Module X ZTinySine www tinysine com Click white buttons to turn on relays and clic
6. the Wifly module will not be accessible AP The IP address assigned by Auto IP must be on the subnet 1 2 3 x subnet otherwise the Wifly module will not be accessible NOTE If your machine has both wireless and wired interface hardware you may need to disable the wired LAN interface hardware before connecting to the adhoc network If the wired LAN is enabled the computer may assign an IP address that is not on the same subnet as the Wifly module 3 Run HyperTerminal and create a new connection TinySine ooon Mme Connection Hypar Terminal CI FX DS ai 24 FF LONG ARSC TIETO an New Connechon Ente a rame and chaste an icon lor the connection ADHOC mode Telnet into the Wifly WiFi module on port 2000 telnet 169 254 1 1 2000 Lazy h par Tril ie E Os 63 0S e Etter datas tor the host that you ward ta call l Hos adie 169 254 1 1 Connect uny TERAP wireock Desconnected iuto detect Auba detect cL OS AR sore Fu AP mode Telnet into the Wifly WiFi module on port 2000 telnet 1 2 3 4 2000 M TinySine E www tinysine com B tarybane MEE Tee OWE Baw a MELD Hi Djs 61 al l ee Aa ierre inseek Cj ra a EAEN Gan Oo o he a E gt Once connected and you have a good IP address You should see the response HELLO Type without hitting return to enter command mode Now you can setup the module s wifi settings hit return after each command
7. Just use Hyper Terminal same as connected with USB cable directly Send test command and the relay will be on or off COM4 Properties Port Settings Bits per second 3000 Data bits 8 Parity Nore Stop bits Flow control Mone e TOSR test HyperTerminal File Edit View Call Transfer Help View Call Transfer Help Dae es 028 38 28 lt mM Connected 0 00 52 Auto detect Auto detect SCROLL CAPS J 04 Auto detect Auto detect Send ASCII d gt All relay on Send ASCII n gt All relay off Mi TinySine E www tinysine com Bluetooth Remote Control The Tinysine Bluetooth Bee is a Bluetooth wireless module Based on CSR BC4171 43 Bluetooth chipset It has compact size and the pinout is compatible with XBEE which is suitable for all kinds of microcontroller systems who have 3 3V power out the module can use the AT commands to set baud rate or name The BluetoothBee module comes with an onboard antenna the antenna provides better signal quality It acts like a transparent serial port which works with a variety of Bluetooth adapter and Bluetooth phone Step1 Plug Bluetooth Bee to TOSR D relay module Plug Bluetooth Bee module to TOSR D relay module MY TinySine B www tinysine com Step2 Set Power jumper to DC power mode USB power to DC power mode Here we use remote control We can also provide power by USB port but sometimes we can t use computer s USB port in this situation
8. M TinySine TOSROX D USB Wireless Timer Relay Module User Manual Tinysine Electronics 2013 Version 1 0 M TinySine E www tinysine com INTRODUCTION This USB Wireless Timer Relay Module allows computer control switching of external devices by using the USB port of your computer Meanwhile It has a wireless extension port which can work with XBEE or Bluetooth Bee or WiFiBee Module that means you can control your device by zigbee or Bluetooth or WiFi In addition the module supports delay function that you can set each relay output delay between 0 second 24 hours The TOSR04 D module can be powered by USB bus or DC power and provides four volt free contact relay outputs with a current rating of up to 10 Amp each We have three kinds USB Wireless Relay Module 2 4 8 channel In this manual we use 4 channel module for demo SPECIFICATIONS e Number of Relays 2 4 8 e Rated voltage DC 5V e Relay switching max power 10A 250VAC e Baud rate 9600 e Communication Port USB Wireless e Support Xbee Bluetooth WiFi Control e Supply voltage USB powered or 5V DC If you have 8 Channel USB relay module you must use a DC5V power supply IMPORTANT DISCLAIMER This device connects to the USB port of your computer and can be used to control external devices connected to its onboard relays Incorrect wiring or shorts on the board can potentially cause damage to the controller itself your computer s USB controller and or your comput
9. er s motherboard if an external voltage make its way to the USB bus or the USB port is shorted Extreme care must be taken when using this device to avoid any damage to your equipment In particular make sure you always disconnect the device from the USB port as well as any other power source when working on the device Tinysine Electronics it s shareholder employees suppliers distributors and or resellers are not liable for any damage or loss of data as a result of the use of this device including special incidental or consequential damages resulting from the use of this device or under any legal theory including lost profits downtime goodwill damage to or replacement of M TinySine www tinysine com equipment or property and any costs or recovering or reproducing any data stored in computers connected to this device Your use of this circuit indicates your acceptance of these terms Module Overview UART setting Normal on Micro Position Relay output DC Power In ni Tja uh 1 i aep re f wo r ene ret J Relay state Power Jumper Mini USB Port Wireless module socket USB Power DC Power Commands This module operates with an easy to use command set as described in the table below M TinySine o www tinysine com Get software version returns 2 bytes the first being the Moudle ID which is 15 followed by the software version Get relay states sends a single byte back to the controller bit h
10. igh meaning the corresponding relay is in position 1 Get DC input voltage returns the supply voltage as byte this is fixed at 120 meaning 12 0V DC All relays to position 1 Relay 2 to position 1 Relay 3 to position 1 Relay 4 to position 1 Relay 5 to position 1 Relay 6 to position 1 a Relay 7 to position 1 Relay 8 to position 1 Gav 7s u o Reoyo OSS Relay 1 to position 1 How to use USB Control Mode Step1 Install the Driver This module uses a FT232RL USB to UART chip Before using it you need to download the FT232RL Driver Connect the module to computer s USB port and windows will detect it and ask for the drivers Point windows to the inf folder and it will install the driver A new com port will now appear M TinySine _ www tinysine com System Properties ae General Device Manager Hardware Profiles Performance View devices by type C View devices by connection Floppy disk controllers j Eig Hard disk controllers H a Imaging Device ae Keyboard a Modem Fell Monitors ey Mouse Network adapters eee Other devices Ey Ports COM amp LPT SERE SE Serial Port COM2 SCSI controllers ce Sound video and game controllers System devices E Universal Seral Bus controllers fam USBSTORE HP2122 Properties Refresh Remove Step2 Run HyperTerminal The TOSR relay module is controlled using serial command We use HyperTerminal provided b
11. k red buttons to turn off relays This APP also support to delay turn on off relays you just need to set time at the top of the interface WIFI Remote Control The RN XV WiFly WiFi module is based upon Roving Networks robust RN 171 Wi Fi module and incorporates 802 11 b g radio 32 bit processor TCP IP stack real time clock crypto accelerator power management unit and analog sensor interface The module is pre loaded with Roving firmware to simplify integration and minimize development time of your application In the simplest configuration the hardware only requires four connections PWR TX RX and GND to create a wireless data connection Step1 Configuring wifly module M TinySine www tinysine com First we need configuring the wifly module Plug your wifly module to the wireless socket Set the mode from Normal gt ADHOC and then power the TOSR04 T module Wifly create a ADHOC network The leds on the wifly will blink in sequence New version wifly module will entering soft AP mode Default IP is 1 2 3 4 2000 Please refer the following steps to configure your wifly module i 2 Set your computer Obtain an IP address automatically Hibteork Conner tona E AEH 2 Proportics General Weeless Metworks Advanced IDE Internet Protocol TEPI Properties ene anie Configuration l Vis can get P petings acid sutomabealy d pau neha quppedls La thie capataty Othenase pou need to ack pour neteo
12. tk adenrastraton ka ii 2 Ataka PR Winekess SAG the appropriate P retiiagt ut 174 Ee 2 Obiain an IP eddbece aulomeheally CE INH Na alent Crisa tee holi P ti S O bien DNS peve sddrers automaticaly Ci Lee the following DHG server eckdrenses From your computer You will find a new wireless network named Wifly GSX XX or Wifly EZX XX AP mode M TinySine www tinysine com A lth EHE 2 ie E network Tasks Choose a wireless network GB Refresh meteyork tet Dik an item in the ka below to connect bo a vaneless neterork in range oF bo get more Gi Sat up a mirties neta figy res Connected lt r For a home o smal offen IE Senay enabled wires network WPA wail Related Tasks op Tanyas toma Pp A Una about wirelesa UE Sequrbyorrabled rips retorik WPA will rete hire Wifly GSe ec On Dema ig Change the onder of ah 3 prefered networks Er Uineeouned computer fo computer ebak alll Ea Change a ibg Connect to the WiFly GSX XX WiFly EZX XX network This is an open network that does not require a pass phrase or pass key NOTE It may take a couple of minutes for Auto IP in Windows to assign an IP address and connect to the network You can check IP address of your Windows computer by running the ipconfig command in the command window If connected this command will show you the IP address and net mask for your computer ADHOC The IP address assigned by Auto IP must be on the subnet 169 254 x y subnet otherwise
13. y Windows but your favorite terminal should work fine Be sure to set the communication speed to 9600 8 N 1 and disable Flow control Connect the module to computer with USB cable open the port and send test command you will see the relay on or off M TinySine COM4 Properties www tinysine com Port Settings Bits per second Data bits Parity Stop bits Flow control R estore E efaults TOSR test HyperTerminal fee PE x TOSR test HyperTerminal File Edit Vew Call Transfer Help File Edit View Call Transfer Help Dae DS 028 eE De 23 08 A d a dn a O e Sli Connected 0 00 52 Auto detect Auto detect SCROLL CAPS ft 104 Auto detect Auto detect Send ASCII d gt All relays on Send ASCII n gt All relays off M TinySine Eas www tinysine com Step3 Testing Program To get the TOSR04 D up and running in the minimum amount of time we have put together an example program to demonstrate the functionality of the module z Tinysine Electronics Seles Port EOM 8 w Version 1 DC In Voltage 5 A Delay Time Hour Mirnute Second Jeee Your can also choose the delay function which shows Delay Time at the right side of the program interface you can set the time from 0 second 24hours For example we set the relay delay 5 seconds and when we click the button the relay will turn on off 5 seconds later tj Tinysine Electronics Port cons
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