SONOFF Wi-Fi BasicR3 Switch Actuator

Product Information

To turn the Sonoff R3 on/off simply submit the correct value to the URL: http://192.168.1.12:8081/zeroconfig/switch {"deviceid":"10008xxxx", Gosund have recently confirmed that their current units will NOT support MQTT – and that they’d have to do some redesigning (I don’t understand why an OTA upgrade could not do that, personally)… No matter what, the Sonoff entry-level WIFI power control units are just cheaper than every one elses – it’s that simple. If only they’d all take MQTT as seriously a people like Arendst (Tasmota) and myself who have made replacement firmware for such boards. There are other good examples out there. However, the R3 is an improvement over previous similar controllers. The relay board comes with GI-1A-5DH relay capable of 10A. The board has a couple of components removed, which confirms that the same PCB is used for every Sonoff R3 board. data1={“switch”: “on”,”mode”: 0,”brightness”: 50,”brightMin”:0,”brightMax”:255,”startup”: “on”,”rssi”:-67,”fwVersion”:”3.5.0”}

User tips: If the device has been paired with eWeLink APP, reset the device is necessary by long pressing the pairing button for 5 seconds to enter Bluetooth Pairing Mode. The connectivity module is identical with Sonoff Basic R3. It uses ESP8582 to communicate with the Internet and the same pins are exposed for you to use: Vcc, GND, TX, RX – These are the standard GPIO pins. The operation failed and the request was formatted incorrectly. The request body is not a valid JSON format.As with Sonoff Basic R3 board comes with GI-1A-5DH relay capable of 10A. This is exactly the same layout as well. Meanwhile, Itead continue to claim 10 amps capability, I continue to state that this means 10 amps non-inductive load and that you should not try to control a 10 amp inductive heater. Consult an electrician if in doubt. The claims for current capacity are not exlusive to Sonoff, Shelly claim 16 amps for their unit and again that should be considered 16 amps DC, if using an inductive load, the maximum should be lower by several percent. ATTENTION. From this part and on, the tutorial describes procedures that involve working with mains power. If you have not taken the necessary time to learn how to work with it safely, stop right now and ask for someone knowledgeable to assist and teach you. Do not take this warning lightly. Mains power can kill you or set your house on fire or both (or worse). Be safe.

HASH must be defined with the sha256sum of the intended firmware file (the .bin file) before running the curl command.To flash new firmware, use URL: http://192.168.1.12:8081/zeroconfig/ota_flash and push the correct firmware details: {"deviceid":"10008fxxx",

Sep/2021:12:51:30 -0300] "GET /tasmota-lite.bin?deviceid=10011b78f7&ts=1576460931&sign=c2029fdd9d52ed2272c085ba79ffd5a88f11e94c8385f41bb68630de3c7b39b5 HTTP/1.1" 206 4399 "-" "itead-device" If you are running a firewall on your laptop/PC, make sure to allow incoming TCP/UDP to port 80 as well. Otherwise, other devices on your local network won’t be able to access the webserver. The exposed pins come with the 2.54mm pitch and you can solder the standard Raspberry Pi header. The number of pins varies between 4 and 5.User tips: If the device has been paired with eWeLink APP, reset the device is necessary by long press the pairing button for 5 seconds, then press another 5 seconds for entering Compatible Pairing Mode (AP) Get the info of “device ID”, “Service Type”, “device API interface version” and “device information” via parsing out the device DNS TXT Record. If you are running firmware version 3.4 and below, you can use Sonoff DIY mode on R3 series devices equipped with a physical jumper, as of April 2020 firmware 3.5 version supports Sonoff DIY 2.0. I love these devices, what I’m not 100% convinced about is the firmware. For now, the new Sonoff Basic R3 has DIY firmware for those who don’t wish to use the Sonoff Cloud. I flashed TASMOTA software onto these devices the old-fashioned way with an FTDI then upgraded to the latest Tasmota release using the Tasmota OTA (over-the-air updates) facility. What I’ve not yet managed is getting the indicator lights right (feel free to step in and advise if you are familiar with putting Tasmota on these particular devices (I have one BASICR3 and one BASICR3 RF – the unit shown in the photos is the RF version – not that I actually use the RF facility as I run these on WIFI).

The operation failed and the request parameters are invalid. For example, the device does not support setting specific device information. data1={“switches”:[{“switch”:”on”,”outlet”:0},{“switch”:”off”,”outlet”:1},{“switch”:”off”,”outlet”:2},{“switch”:”off”,”outlet”:3}],”sledOnline”:”on”} Inside you will find a redefined, modular design. Sonoff Basic R3 series is divided into 2 parts: the relay board and connectivity interface. The design principle isn’t 100% consistent so I decided to poke around more. The main voltage (AC) is separated from the circuit and in the narrower point it comes close to 2.4mm (reinforced with physical separation. Connectivity moduleThe button is still very fragile, so take extra care during assembly and disassembly. Sonoff Basic R3 WiFi Long press the pairing button of RM433 remote controller for 5 seconds to enter Compatible Pairing Mode (AP) When dealing with wall outlet (high) voltages you should satisfy yourself that whatever you are doing is safe and if unsure, seek advice from someone who is sure. txtvers=1”, “ id=[device ID]”, “ type=[device type]”, “ apivers=[device API interface version]”, “ seq=[TXT Record serial number]”, “ data1=[device information]”;