Delock Comutator priză de alimentare WLAN MQTT cu monitorizarea energiei

Nr. 11827
11827 Delock Comutator priză de alimentare WLAN MQTT cu monitorizarea energiei
11827
11827
11827
11827
11827 Delock Comutator priză de alimentare WLAN MQTT cu monitorizarea energiei small 1
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Descriere scurta

Acest comutator soclu electric de la Delock poate fi controlat prin buton sau WLAN. Cu firmware-ul Tasmota instalat, comutatorul poate fi ușor integrat în sistemele existente pentru automatizarea acasă, IoT sau M2M. Cu ajutorul interfeței web, mufa de alimentare poate fi controlată fără a fi nevoie să se bazeze pe cloud sau o aplicație.

Monitorizarea consumului de energie
Dintr-o privire se poate determina consumul curent de energie la priză. Acest lucru permite evaluarea eficienței energetice și a costurilor și pot fi detectate condiții neobișnuite de operare.


Specification

  • Conectori:
    1 x priză CEE 7/4
    1 x soclu CEE 7/3
  • Buton de comutare cu indicatorul LED cu 2 culori
  • Interfață web
  • Control cronometru programabil
  • Monitorizarea energiei:
    Tensiune, amperaj și capacitate
    Consumul în kilowați-oră
  • Acceptă MQ Telemetry Transport (MQTT), Domoticz, Home Assistant
  • Acceptă Alexa
  • Chipset: ESP8285
  • Compatibil cu IEEE 802.11n / b / g, 802.3, 802.3u
  • Interval frecvenţă: 2,4 GHz
  • Putere de transmisie (EIRP): 100 mW
  • Potrivit pentru utilizare în interior
  • Consum energetic: max. 1,5 W
  • Tensiune de intrare: 230 V
  • Curent: max. 16 A
  • Putere ieşire: max. 2500 W
  • Dimensiuni fără fișă: diametru aprox. 51 mm, înălțime aprox. 45 mm


Cerinte de sistem

  • Portal WLAN


Pachetul contine

  • Comutator soclu electric WLAN
  • Manual de utilizare


Pachet

  • Retail Box

Technical characteristics
Frequency range
• 2.4 GHz band
Physical characteristics
Diameter
• 51 mm
Height
• 45 mm
Colour
• alb
What is the user name for the web interface if a password has been assigned? The default user name is "admin".
The energy monitoring is not accurate. Due to component tolerances and manufacturing, the device allows only an approximate measurement of the power. If necessary, e.g. after a reset, it is possible to obtain a better result by calibration: https://tasmota.github.io/docs/Power-Monitoring-Calibration/
Alternatively you can use a rough estimate with following console commands: CurrentCal 3300, PowerCal 10000, VoltageCal 1650.
How to flash the device to the latest Tasmota version? For the socket switch we use a version of Tasmota, that we have adjusted and tested. Please understand that we can only support this Tasmota version.
What are the changes in firmware 6.7.1? • Fix WeMo emulation for 1G echo and 2G echo dot.
• Add command "time" to disable NTP and set UTC time.
• Removed support for WPS.
What are the changes in firmware 7.2? • Change default GUI to dark theme
• New Arduino Core version
• The LED is now controlled in the same way as Tasmota
• For the hardware configuration a user template is now used.
We recommend you save the device settings and do a "Reset 6" as console command. This will restore the default settings, but keep the WIFI SSID and Password.
Weaker Wi-Fi signal after firmware upgrade The Wi-Fi calibration needs to be deleted to force the device to re-calibrate Wi-Fi after it restarts.
1. Run "reset 3" in the Console (your existing settings will not be affected).
2. The device will restart
3. Cycle the power on the device (unplug and plug it).
Wi-Fi calibration will not be done unless the device performs a cold boot from power up.
Configuration options In case of problems, the following switches can help:
SetOption55 mDNS service 0 = disable 1 = enable
SetOption19 Set Home Assistant discovery protocol 0 = use Tasmota integration (default) 1 = use MQTT discovery
SetOption109 0 = (default) 1 = force gen1 Alexa mode, for Echo Dot 2nd gen devices only
How to reset the energy values? You can enter these console commands to reset the values for today1 / yesterday2 / total3:
"EnergyReset1 0" / "EnergyReset2 0" / "EnergyReset3 0".
The device does not connect to the Wi-Fi If your device does not connect to your Wi-Fi and you've made sure the Wi-Fi credentials are correct, it is caused by using special chars or white spaces in your SSID or Password of your Wi-Fi. Remove them and try again. Other reason can be using an SSID longer than the allowed 32 characters.
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