DIYables Relay 5V 1-Channel

relay 5v 1 channel
relay 1-channel pinout
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relay 5v
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relay 1-channel arduino
relay 1-channel esp32
relay diy
relay diy
relay 5v 1 channel
relay 1-channel pinout
relay
relay 5v
relay 1-channel
relay 1-channel arduino
relay 1-channel esp32
relay diy
relay diy

DESCRIPTION

This is 3 pieces of 5V 1-channel relay modules that work with Arduino, ESP32, ESP8266, Raspberry Pi, or any 5V or 3.3V microcontroller. A single package includes 3 pieces of relay modules.

SPECIFICATION

  • Normally open and normally closed.
  • High-level trigger or low-Level trigger selection by a jumper.
  • Optocoupler isolation.
  • Terminal blocks for both input and output.
  • Two LED indicators: power (green LED), the relay status (red LED).
  • Fault-tolerant design, even if the control line is broken, the relay will not operate.
  • Operating voltage (power): 5V.
  • Trigger voltage: 3.3V to 5V.
  • Trigger current: 5mA.
  • Maximum load: AC 250V/10A, DC 30V/10A
  • Dimension: 50mm x 26mm x 18.5mm (L x W x H).

INPUT INTERFACE

  • DC+ : Connect the positive pole of the 5V power supply.
  • DC- : Connected the negative pole of the 5V power supply.
  • IN: Signal trigger input (3.3V to 5V, high or low level signal selected via a jumper).

OUTPUT INTERFACE

  • NO: The normally open interface.
  • NC: The normally closed interface.
  • COM: The common interface for both normally open and normally closed.

High/low level trigger selection jumper:

  • If the jumper is placed between COM and L, the relay uses LOW level trigger.
  • If the jumper is placed between COM and H, the relay uses HIGH level trigger.

HOW IT WORKS

High Level Trigger:

  • When IN is LOW level signal, the NO does not connect with COM and the NC connects with COM.
  • When IN is HIGH level signal, the NO connects with COM and the NC does not connect with COM.

Low Level Trigger:

  • When IN is LOW level signal, the NO connects with COM and the NC does not connect with COM.
  • When IN is HIGH level signal, the NO does not connect with COM and the NC connects with COM.