12V 2 Channel Relay Module Board for Arduino PIC AVR MCU DSP ARM Electronic

A general purpose 2 SPDT channel relay board (power supply 12VDC) for switching high-current electrical loads (both AC and DC) such as motors, lights, pumps, contactors and more. With this relay board, any logic-level signal from 3V up to 30V can be used to activate a relay (it may be controlled directly by microcontroller TTL logic as well). It can be used successfully for example with PIC,AVR,ARM microcontroller, Raspberry PI, Arduino outputs and other.

Features


  • Power supply requirement - 12VDC;
  • Current consumption - 100mA (when all relays are ON);
  • 2 SPDT relay channels (the type depends on the stocks quantity in our store):
    • TONGLING - JQC-3FF-S-Z (10A / 250VAC, 15A / 120VAC, 10A / 28VDC)
    • SUNHOLD - RAS xx15 (10A / 250VAC, 15A / 120VAC, 15A / 24VDC
  • Contact type: Normal Opened (NO), Normal Closed (NC);
  • Screw terminals for inputs and outputs;
  • PCB parameters : FR4 / 1.5mm / two layers / metallized holes / HAL / white stamp / solder mask;
  • Extra PCB openings for better voltage isolation;
  • Doubled high current tracks;
  • Protection diode for each relay;
  • Input voltage: 3V - 30V (1.5mA max) must be given to the "In" to switch the relay ON;
  • May be controlled directly by TTL;
  • Green leds for relay status;
  • Red led for power;
  • Dimensions: 85mm / 37mm / 20mm;
  • Mounting holes diameter: 3mm;
  • PCB dimensions - here;

The auction includes


  • 1 x 2 Channel relay board for your Arduino or Raspberry PI - 12V

Application Examples


  • Home automation
  • Robotics
  • Alarms
  • Timers
  • Open doors and windows via PC
  • Aquariums applications

Single relay channel schematic


Relay Board - USB controlled benefits

Add the relay board to your Arduino project


Denkovi USB Four Channel Relay Board PCB

Add the relay board to your Raspberry PI project


Denkovi Relay Manager Software (DRM Software)

Useful Links


Images


Please read before buy!


https://www.denkovi.com/Documents/Temrs2.jpg