Product Details
This industrial 10 I/Os PLC module with optoisolated output, built on Arduino NANO, offers a straightforward and affordable solution for industrial monitoring and control applications. It's a breeze to install and configure, and its open-source hardware makes it incredibly flexible. With standardized PLC connectors, it supports RS485, Ethernet, and optoisolated input/output. This module is a perfect fit for monitoring, controlling, and automating machines, alarms, elevator systems, production lines, and more. Typical applications include fans, pumps, air conditioning, full HVAC solutions, and the control of AC and DC motors. Features of this module include 10 I/O interfaces, standardized connectors, and RS485 support. The specifications are as follows: MCU is Arduino Nano, power input is 12 - 24V DC, input rated voltage is 24V DC, rated power is 30W, maximum current is 1.5A, clock speed is 16MHz, flash is 32KB, SRAM is 2KB, EEPROM is 1KB, communication options are USB, RS485, and Ethernet. It has an operating voltage range of 11.4 - 25.4V DC, digital input of 3.3 - 24V DC(10Hz) / 220V AC, digital isolated output of 24V DC, working temperature of 0°C - 60°C, working humidity of 10% - 90%, and storage temperature of -20°C - 60°C. It also supports Ethernet Port, RS485, TCP IP, Modbus TCP, and Modbus RTU. Available documents are the datasheet and user guide. The shipping list includes one 10 I/Os PLC Module CPU Arduino NANO (Optoisolated Output).
Using this 10 I/Os PLC module is quite easy. First, connect the power supply within the 12 - 24V DC range. Then, use the standardized connectors to link it to your machines or systems. You can communicate with it via USB, RS485, or Ethernet according to your needs. When setting it up, refer to the datasheet and user guide for detailed configuration instructions. As for precautions, make sure the input voltage doesn't exceed the rated values. Keep the module within the specified working temperature and humidity range (0°C - 60°C and 10% - 90% respectively) to ensure its normal operation. For maintenance, regularly check the connections to ensure they are secure. If you notice any abnormal heat or performance issues, stop using it immediately and refer to the user guide for troubleshooting steps. Also, store the module in a dry place with a temperature between -20°C and 60°C when not in use.
