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#Wemos d1 mini mac emulator serial#
#Wemos d1 mini mac emulator update#
#Wemos d1 mini mac emulator pro#
#Wemos d1 mini mac emulator software#
#Wemos d1 mini mac emulator password#

AZ3166 could be used for the development of IoT and smart hardware prototype, making it continent to verify the software and function of users.ĪZ3166 is EMW3166, a low power consumption Wi-Fi module developed by MXCHIP, With DAP Link emulator and 128×64 OLED and other resources such as LED light. It is compatible with several peripherals and sensors. The MXChip IoT DevKit AZ3166 provides a smart hardware solution.

Connect, Register, Virtualize and Program.Infineon XMC4200 Digital Power Control Card.

#Wemos d1 mini mac emulator pro#

Compile for Wemos D1 Mini PRO ( only core 2.Compile with core 2.5: pio run -t upload -e d1_mini_2_5.

Compile and upload Wemos D1: pio run -t upload.

Recomended compile this project with Arduino Core 2.4.2.

WemosEM not compile with core 2.3 because blynk library require core 2.4.0 or higher. This project is developed with platformio. ~/.platformio/packages/tool-espotapy/espota.py -progress -ip 192.168.4.1 -auth "infinito&masalla" -file wemosEM-1.3.1_core-2.4.bin Developers OTA updates from platformio windows with espota: Reset kwh and store and beforeResetkwh variable Set/update voltage (from sonoff, shelly or other devices)

Field 5: Energy before last reset (kwh).

Setup in web interface token auth (Write API Key) and Channel number. Setup in web interface token auth, optional you can setup server and port server.

Virtual PIN V4: Energy before last reset (kwh).

Go to Blynk app on your phone and layout the blynk project with virtual pin number according: Topic: "wemos-cmd/wemosEM-XXXXXX/voltage" Setup in Home Assistant (without MQTT autodiscovery)

#Wemos d1 mini mac emulator password#

Password is updatable in configuration system tab. Click save and you wemos will connect to your wifi.įinally, connect with IP or and enter default user and passwor: Some devices might prompt you to sign in to Wi-Fi network which should also open the above address.Īt this page you can have WemosEM scan for available Wi-Fi networks. Do not allow the mobile device to select a different network.Īfter you have connected to the WemosEM Wi-Fi AP, open in a web browser on the smartphone (or whatever device you used). When it connects to the network, you may get a warning that there is no Internet connection and be prompted to connect to a different network. In this example the Wi-Fi AP is named wemosEM-AB128A. Search for a Wi-Fi AP named wemosEM-xxxxxx (where x is a last part of MAC) and connect to it with password infinito&masalla. WemosEM provides a wireless access point for easy Wi-Fi configuration.Ĭonnect your device to a power source and grab your smartphone (or tablet or laptop or any other web and Wi-Fi capable device). You can see in Tasmota project other options to flash: Initial configuration Your device is now ready for Initial configuration. Unplug your adapter or device and plug it back in or connect to another power source. unplug/replug or reset device to switch back to normal boot mode If the flash was successful the console will display:įirmware successfully flashed.

Click Flash NodeMCU and watch the progress in console.

Erase flash to yes if it is the first time flashing WemosEM on the device or you're experiencing issues with existing flash.

Set Baud rate to 115200 and Flash mode to DOUT.

Browse to the binary you downloaded from WemosEM releases.

#Wemos d1 mini mac emulator serial#

Select Serial port (COM# port) where your serial-to-USB or NodeMCU/D1 mini is connected.

You can flash using software nodemcu-pyflasher Firmware installation and first setup Flashing: WARNING: If you use calibrated clamp, REMOVE resistance R1 from mains current sensor.

Current transformer SCT013 (Ebay or Aliexpress).

Optional reset Kwh counter one day of the month.

#Wemos d1 mini mac emulator update#

All setup in web browser: Wifi, MQTT, Calibrate, timezone, update and system.Original Gerber files for the PCB layout and the source files for Kicad are included, although there may be issues with the custom libraries used. If the connection fails, it attempts to reconnect to the WiFi and/or the MQTT Broker as needed. you can change this value up to 5 seconds The sensor samples the current value every 10 seconds and publishes it to a topic via an MQTT broker. You can use Current Transformer type calibrated SCT-013-030 (30A), SCT-013-050 (50A) and others. The sensor uses a Wemos D1 Mini and PRO and a Non-invasive Split Core Current Transformer type 100A SCT-013-000, available on eBay. Thanks to Dawies for his contributions and his tutorial ⚠️ ⚠️ ⚠️ Sorry, I have no time to work on this project.