ZCS – Zero Current Switching for each output.OPEN API: MQTT-flex, Modbus/TCP, Telnet, JSON, XML, SNMP.4x Electrical measurements (V, A, W, Wh, TPF, Hz).Each output can be measured and controlled separately.The NETIO Cloud service is provided for a fee but it uses SSL security and servers in Europe. With the NETIO Cloud service, the outputs can be controlled from anywhere. Each individual output can be switched on and off in the web interface. NETIO PowerBOX 4Kx is a power strip with 4 outputs (electrical sockets) controlled over a LAN. The smart socket device can be also controlled using the NETIO Mobile2 app for Android. Electrical parameters (V, A, W, Wh, TPF, Hz) are measured with a high accuracy. The PowerUp state of each output can be configured. The output relays switch when the voltage is zero (ZVS), and the product operates in a wide temperature range of -20☌ to +65☌. For instance, PowerBOX 4KF features Type F - DE Schuko sockets used in most of Europe. NETIO PowerBOX 4Kx comes in several variants with different electrical socket types. Open API enables integration into third-party systems using a wide range of protocols (JSON, Modbus/TCP, SNMP, MQTT, Telnet. Using the web interface, each socket can be individually switched on or off and the electrical measurements can be monitored. Running Tasmota 6.1.NETIO PowerBOX 4Kx is a smart power strip with 4 outputs controlled over a LAN, capable of measuring electrical parameters. The blue LED should NOT be blinking when in Flash mode. Connect the serial programmer (VCC, RX, TX, GND).Press and hold the on-board button - Note: The Button on the main board is not very sensitive and must be pressed firmly. In the above picture, serial flasher GND is connected to the capacitor, but you may use the GND pad on the board. If you happen to have an S26R2 (sold since the end of 2021?), which is recognizable by the S26R2 label on the back of the case, you may choose to solder or not:īoard release v2.6 has a slightly different layout, and connecting to it may be even easier. Once in flash mode, hold the TX/RX pin connection in place with one hand and start the flash with the other! It looks messy with the tape in the below photo but means no soldering required. Follow steps 1-4 below, ignoring the TX/RX connection. (Vout = 3v3, Pin 1 = GND)įlip the board on its side to expose the TX and RX pins. Use some adhesive tape to hold these pins in place it only needs to remain there for a few minutes. Hook your connecting wires / pins into the locations shown on the T1117A regulator - there is enough space under the SOT-223 package pins for a connection to be made. With the help of some adhesive tape it is possible to acheive a flash without soldering. Gently solder the wires.Īlternative solder points available for 3V3, GND and RX on the underside of the mainboard. Solder tin to the flats on the module.(First put solder tip to flat and apply tin). Soldering guide ~Īpply rosin to shaved wires. Setting LedState 0 disables the blue LED when the relay is turned on and reserves it for Wi-Fi/MQTT state only. The S26 has a red LED connected to GPIO12 along with the relay so it's not possible to disable the power button LED entirely. Please see the Hardware Preparation page for general instructions. VL53L0X and VL53L1X laser ranging modules.RCWL-0516 microwave radar motion sensor.MLX90640 Far infrared thermal sensor array.MGC3130 3D tracking and gesture controller.Honeywell HIH temperature and humidity sensor.BME680 temperature, humidity, pressure and gas sensor.BME280 temperature, humidity and pressure sensor.AHT1x/AHT2x and compatible temperature and humidity sensor.Smart Home Integrations Smart Home Integrations.
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