This guide explains how to install Arduino IDE and the ILOGICS boards, upload the first program to an MPINO or MPAINO product, and check its digital I/O.

1. Install the Windows Arduino IDE from the official Arduino download page.
2. Download and run ARDUINO SDK INSTALL from the ILOGICS Arduino SDK download page.
3. Close Arduino IDE and start it again.

At the top left of Arduino IDE, Verify (✓) compiles the code and Upload (→) transfers it to the product on the selected port.

The ILOGICS SDK configures digital I/O directions automatically. These examples do not need a separate pinMode() call.

Disconnect output loads before the first upload. Check the product page for the power specification and R (relay) or T (transistor) output type.

1. Connect the PC to the CPU module's USB download port with a USB cable.
2. In Windows Device Manager → Ports (COM & LPT), note the COM number shown for Silicon Labs CP210x USB to UART Bridge(COMx).
3. If the port does not appear, install the CP210x USB driver and reconnect the cable.

1. Connect the PC to the product's USB download port with a USB A-to-B cable.
2. In Device Manager, note the COM number shown for Silicon Labs CP210x USB to UART Bridge(COMx).
3. If the port does not appear, install the CP210x USB driver and reconnect the cable.

1. Connect the PC to the product's download port with an MP Download Cable.
2. In Device Manager, note the COM number shown for USB Serial Port(COMx).
3. If the port does not appear, install the FTDI driver for the MP Download Cable and reconnect it.

Find the board name in the Arduino IDE settings table on the MPINO or MPAINO product-family page. Open Select other board and port… from the board selector at the top of Arduino IDE, then search for the same name. The product name in the figure is an example of the selection method.

In PORTS, select the COM number found in Device Manager.

You can also select the same items from Tools → Board and then Tools → Port.

Find the first I/O numbers for your model in the product family's Arduino IDE settings table, then use the example below with the same numbers. Open File → New Sketch, enter the code, and save it with Ctrl + S. Select Verify (✓) and wait for Done compiling., then select Upload (→).

A relay output can be checked by its operating sound. To check a transistor output, switch off power and connect a test load according to the output-wiring section on the product page.

// first MPAINO output
const uint8_t OUTPUT_CHANNEL = 64;
 
void setup() {}
 
void loop() {
  digitalWrite(OUTPUT_CHANNEL, HIGH);
  delay(500);
  digitalWrite(OUTPUT_CHANNEL, LOW);
  delay(500);
}

Use this example with MPINO-8A4R(T)-S, MPINO-8A4R-SU, MPINO-8A8R(T)-S, and MPINO-16A16R.

// first output on these MPINO models
const uint8_t OUTPUT_CHANNEL = 32;
 
void setup() {}
 
void loop() {
  digitalWrite(OUTPUT_CHANNEL, HIGH);
  delay(500);
  digitalWrite(OUTPUT_CHANNEL, LOW);
  delay(500);
}

To test transistor output O(39) on MPINO-16A8R8T, check the transistor-output wiring on its product page and change OUTPUT_CHANNEL to 39.

// relay output R(62)
const uint8_t OUTPUT_CHANNEL = 62;
 
void setup() {}
 
void loop() {
  digitalWrite(OUTPUT_CHANNEL, HIGH);
  delay(500);
  digitalWrite(OUTPUT_CHANNEL, LOW);
  delay(500);
}

// relay output R(39)
const uint8_t OUTPUT_CHANNEL = 39;
 
void setup() {}
 
void loop() {
  digitalWrite(OUTPUT_CHANNEL, HIGH);
  delay(500);
  digitalWrite(OUTPUT_CHANNEL, LOW);
  delay(500);
}

Switch off power before wiring the input and COM. Turn the input on and off and check that the output follows it. Use the Digital Inputs and Output sections of your product page to identify the terminals and COM.

// first MPAINO input
const uint8_t INPUT_CHANNEL = 0;
const uint8_t OUTPUT_CHANNEL = 64;
 
void setup() {}
 
void loop() {
  const bool inputOn = digitalRead(INPUT_CHANNEL);
  digitalWrite(OUTPUT_CHANNEL, inputOn);
}

// first input on these MPINO models
const uint8_t INPUT_CHANNEL = 0;
const uint8_t OUTPUT_CHANNEL = 32;
 
void setup() {}
 
void loop() {
  const bool inputOn = digitalRead(INPUT_CHANNEL);
  digitalWrite(OUTPUT_CHANNEL, inputOn);
}

// input I(22)
const uint8_t INPUT_CHANNEL = 22;
const uint8_t OUTPUT_CHANNEL = 62;
 
void setup() {}
 
void loop() {
  const bool inputOn = digitalRead(INPUT_CHANNEL);
  digitalWrite(OUTPUT_CHANNEL, inputOn);
}

// input I(22)
const uint8_t INPUT_CHANNEL = 22;
const uint8_t OUTPUT_CHANNEL = 39;
 
void setup() {}
 
void loop() {
  const bool inputOn = digitalRead(INPUT_CHANNEL);
  digitalWrite(OUTPUT_CHANNEL, inputOn);
}

• First wiring and I/O check
• ILOGICS Built-in Commands
• Safety and Installation Notes