LC Technology 1 Ch Wifi Relay Module

LBAA100013
£6.79

8 in stock

FEATURES
  • Flux SKU:
    LBAA100013
  • Length (mm):
    57.4
  • Width (mm):
    29.1
  • Height (mm):
    19.4
  • Brand:
    LC Technology
  • Main Colour:
    Blue
  • Country of Manufacture:
    China
  • MPN:
    LC-Relay-ESP01-1R-12V
  • UPC:
    Does Not Apply
  • Minimum Operating Temperature:
    -40°C
  • Maximum Operating Temperature:
    85°C
  • Number of Items:
    1
  • Pin Pitch:
    2.54mm
  • Logic Level Voltage:
    5V (UART Programming)
  • Input DC Voltage:
    12V
  • Mounting Hole Size:
    M2
  • Mounting Dimensions:
    52/24mm
  • Type:
    Electromechanical
  • Channels:
    1
  • Operating Voltage:
    12V
  • DC Rating:
    10A 30V
  • AC Rating:
    10A 250V
  • Actuation Time:
    < 10ms
  • Format:
    WIFI
  • Chipset:
    ESP8266
  • Baud Rate:
    9600 (default)
DESCRIPTION
This module is ideally suited to controlling larger voltages in your project through WIFI. This is a 1 channel relay module which can be used to activate up to 250V AC and 30V DC. This allows you to build in device control, operating remote lights or triggering systems when the module is supplied with a signal from an ESP8266 module (included).
The module has LEDs that lights relative to the state of the module. A red power activation LED that lights when a trigger signal is received. When a signal is received a audible click can be heard as the relay triggers, connecting the output pins.
The relay is controlled via the included ESP8266. This will require configuration via UART to prior to full operation. Once it is programmed and powered it will look after itself, making it ideal for use in internet of things "IOT" based projects. Onboard buttons allow for mode selection and password reset.
Please do not hesitate to contact us if you require further information regarding the module's operation.
Pin Description
GND 0V
TX Transmit
RX Receive
SWIM SWIM interface
NRST SWIM interface
5V 5V
Terminal Description
NO Open until triggered
COM Common
NC Closed until triggered
IN- 0V
IN+ 12V

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