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--- en-us_guide:getting_started [2026/09/12 22:54] – 바깥 편집 127.0.0.1
+++ en-us_guide:getting_started [2026/09/15 15:28] (current) – external edit 127.0.0.1
@@ Line 1: / Line 1: @@
 ====== Getting Started with Arduino IDE ======
-This guide explains how to check one digital input and one output after connecting the product for the first time.
+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. Identify the Product =====
+===== 1. Install Arduino IDE and the ILOGICS Boards =====
-Check the following on the product label.
+{{ :guide:arduino-ide-setup-flow-en.svg?1000 |Install Arduino IDE and the ILOGICS SDK, then select the board and port }}
-  * MPINO or MPAINO product family
+{{ :guide:arduino-ide-setup-flow-en-mobile.svg?350 |Install Arduino IDE and the ILOGICS SDK, then select the board and port }}
-  * Full model name and R/T output type
-  * Number of I/O points
-  * Power input specifications
-===== 2. Before Powering On =====
+  - Install the Windows Arduino IDE from the [[https://www.arduino.cc/en/software|official Arduino download page]].
+  - Download and run ''ARDUINO SDK INSTALL'' from the [[https://www.ilogics.net/en-us/resources/downloads/software/3|ILOGICS Arduino SDK download page]].
+  - Close Arduino IDE and start it again.
-  - Check terminal names against the product manual.
+At the top left of Arduino IDE, **Verify (✓)** compiles the code and **Upload (→)** transfers it to the product on the selected port.
-  - Check power polarity and COM wiring.
-  - Disconnect output loads before the first program upload.
-  - Set analog-module DIP switches with the power off.
-  - Provide emergency-stop and overcurrent-protection circuits independently of the program.
-===== 3. Install Arduino IDE and the ILOGICS boards =====
+The ILOGICS SDK configures digital I/O directions automatically. These examples do not need a separate ''pinMode()'' call.
-  - Download and install the Windows Arduino IDE installer from the [[https://www.arduino.cc/en/software|official Arduino download page]]. Use the installer rather than the ZIP archive.
+===== 2. Connect the Product and Find the COM Port =====
-  - Download and run ''ARDUINO SDK INSTALL'' from the [[https://www.ilogics.net/en-us/resources/downloads/software/3|ILOGICS Arduino SDK download page]]. It adds the MPINO and MPAINO board definitions to Arduino IDE.
-  - Start Arduino IDE. If it is already open, close and reopen it.
-  - Under **Tools → Board → ILOGICS (in Sketchbook)**, select the entry for the product label. For MPINO-8A4R-S and MPINO-8A4T-S, select ''MPINO-8A4R(T)-S''.
-  - Connect the product to the PC and select its COM port under **Tools → Port**.
-Some models can also use the Arduino Mega/Mega 2560 board definition. Check the Arduino SDK download page for model-specific installation requirements. The MPAINO logical-channel examples in this guide use an ILOGICS board definition. If you select Arduino Mega/Mega 2560, change the code to the Arduino pin numbers in the product manual. Select an ILOGICS board definition to use ILOGICS built-in commands.
+Disconnect output loads before the first upload. Check the product page for the power specification and R (relay) or T (transistor) output type.
-===== 4. First Output Program =====
+==== All MPAINO Models ====
-Replace ''OUTPUT_CHANNEL'' in the example below with the first output number for your product.
+  - Connect the PC to the CPU module's **USB download port** with a USB cable.
+  - In Windows **Device Manager → Ports (COM & LPT)**, note the COM number shown for ''Silicon Labs CP210x USB to UART Bridge(COMx)''.
+  - If the port does not appear, install the [[https://www.ilogics.net/en-us/resources/downloads/driver/2|CP210x USB driver]] and reconnect the cable.
-  * MPINO: the first relay or transistor output in the product pin map
+==== MPINO-16A8R ====
-  * MPAINO: the first output is ''64''
+  - Connect the PC to the product's **USB download port** with a **USB A-to-B cable**.
+  - In Device Manager, note the COM number shown for ''Silicon Labs CP210x USB to UART Bridge(COMx)''.
+  - If the port does not appear, install the [[https://www.ilogics.net/en-us/resources/downloads/driver/2|CP210x USB driver]] and reconnect the cable.
+==== Other MPINO Models ====
+  - Connect the PC to the product's download port with an **MP Download Cable**.
+  - In Device Manager, note the COM number shown for ''USB Serial Port(COMx)''.
+  - If the port does not appear, install the [[https://www.ilogics.net/en-us/resources/downloads/driver/1|FTDI driver for the MP Download Cable]] and reconnect it.
+===== 3. Select the Board and Port =====
+Find the board name in the [[:en-us_products:mpino_series#mpino_series_specifications|MPINO Series specifications]] or the [[:en-us_products:mpaino#mpaino_series_specifications|MPAINO Series specifications]]. 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.
+{{ :guide:arduino-ide-board-selection.svg?480 |Example of searching for and selecting an ILOGICS board in Arduino IDE }}
+{{ :guide:arduino-ide-board-selection-mobile.svg?350 |Board-selection example for a narrow screen }}
+^ No. ^ Selection ^
+| **1** | In the **BOARDS** search field, enter the board name shown in the product-family table. |
+| **2** | Select the result with the exact same name. R and T products grouped together use the common board name containing ''R(T)''. |
+In **PORTS**, select the COM number found in Device Manager.
+{{ :guide:arduino-ide-port-selection.svg?480 |Example of selecting and applying a CP210x COM port in Arduino IDE }}
+{{ :guide:arduino-ide-port-selection-mobile.svg?350 |CP210x COM-port example for a narrow screen }}
+{{ :guide:arduino-ide-mpino-port-selection.svg?480 |Example of selecting the MP Download Cable COM port in Arduino IDE }}
+{{ :guide:arduino-ide-mpino-port-selection-mobile.svg?350 |MP Download Cable COM-port example for a narrow screen }}
+^ No. ^ Selection ^
+| **1** | Under **PORTS**, choose the same COM number shown in Device Manager. ''COM1'' and ''COM3'' in the figures are examples. |
+| **2** | Select **OK** to apply the board and port. |
+You can also select the same items from **Tools → Board** and then **Tools → Port**.
+===== 4. Blink the First Output =====
+Find the first I/O numbers for your model in the product-family 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.
+==== All MPAINO Models · Output 64 ====
 <code cpp>
-const uint8_t OUTPUT_CHANNEL = 64; // MPAINO example
+// first MPAINO output
+const uint8_t OUTPUT_CHANNEL = 64;
-void setup() {
+void setup() {}
-  pinMode(OUTPUT_CHANNEL, OUTPUT);
+void loop() {
+  digitalWrite(OUTPUT_CHANNEL, HIGH);
+  delay(500);
+  digitalWrite(OUTPUT_CHANNEL, LOW);
+  delay(500);
 }
+</code>
+==== MPINO Models with Input 0 and Output 32 ====
+Use this example with MPINO-8A4R(T)-S, MPINO-8A4R-SU, MPINO-8A8R(T)-S, and MPINO-16A16R.
+<code cpp>
+// first output on these MPINO models
+const uint8_t OUTPUT_CHANNEL = 32;
+void setup() {}
 void loop() {
@@ Line 52: / Line 107: @@
 </code>
-Check output indicators and terminal states before connecting loads. Relay contacts may produce an audible click, but transistor outputs cannot be measured like voltage outputs without an external supply and load wiring.
+==== MPINO-8A8R and MPINO-16A8R8T · Relay Output 62 ====
-===== 5. Link an Input to an Output =====
+To test transistor output O(39) on MPINO-16A8R8T, check the transistor-output wiring on its product page and change ''OUTPUT_CHANNEL'' to ''39''.
 <code cpp>
-const uint8_t INPUT_CHANNEL = 0;
+// relay output R(62)
-const uint8_t OUTPUT_CHANNEL = 64; // MPAINO example
+const uint8_t OUTPUT_CHANNEL = 62;
-void setup() {
+void setup() {}
-  pinMode(INPUT_CHANNEL, INPUT);
-  pinMode(OUTPUT_CHANNEL, OUTPUT);
+void loop() {
+  digitalWrite(OUTPUT_CHANNEL, HIGH);
+  delay(500);
+  digitalWrite(OUTPUT_CHANNEL, LOW);
+  delay(500);
 }
+</code>
+==== MPINO-16A8R · Output 39 ====
+<code cpp>
+// relay output R(39)
+const uint8_t OUTPUT_CHANNEL = 39;
+void setup() {}
 void loop() {
-  bool inputState = digitalRead(INPUT_CHANNEL);
+  digitalWrite(OUTPUT_CHANNEL, HIGH);
-  digitalWrite(OUTPUT_CHANNEL, inputState);
+  delay(500);
+  digitalWrite(OUTPUT_CHANNEL, LOW);
+  delay(500);
 }
 </code>
-MPAINO digital inputs include pull-down resistors, so use ''INPUT''. For MPINO, configure inputs according to the circuit and manual for the specific product.
+===== 5. Control the Output with the First Input =====
-===== 6. Extend Your Program with Built-in Functions =====
+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.
-Use ''Ibounce()'' or ''IdigitalRead()'' for noisy inputs, ''Iton()'' for delays, and ''Iscale()'' for range conversion.
+==== All MPAINO Models · Input 0 → Output 64 ====
 <code cpp>
+// first MPAINO input
 const uint8_t INPUT_CHANNEL = 0;
 const uint8_t OUTPUT_CHANNEL = 64;
-void setup() {
+void setup() {}
-  pinMode(INPUT_CHANNEL, INPUT);
-  pinMode(OUTPUT_CHANNEL, OUTPUT);
+void loop() {
+  const bool inputOn = digitalRead(INPUT_CHANNEL);
+  digitalWrite(OUTPUT_CHANNEL, inputOn);
 }
+</code>
+==== MPINO Models with Input 0 and Output 32 ====
+<code cpp>
+// first input on these MPINO models
+const uint8_t INPUT_CHANNEL = 0;
+const uint8_t OUTPUT_CHANNEL = 32;
+void setup() {}
 void loop() {
-  bool stableInput = Ibounce(INPUT_CHANNEL, 30);
+  const bool inputOn = digitalRead(INPUT_CHANNEL);
-  bool delayedOutput = Iton(0, stableInput, 1000);
+  digitalWrite(OUTPUT_CHANNEL, inputOn);
-  digitalWrite(OUTPUT_CHANNEL, delayedOutput);
 }
 </code>
-===== Next Steps =====
+==== MPINO-8A8R and MPINO-16A8R8T · Input 22 → Relay Output 62 ====
+<code cpp>
+// 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);
+}
+</code>
+==== MPINO-16A8R · Input 22 → Output 39 ====
+<code cpp>
+// 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);
+}
+</code>
+===== 6. If Something Goes Wrong =====
+^ Symptom ^ What to check ^
+| The model is missing from the board results | Confirm that ''ARDUINO SDK INSTALL'' ran, then restart Arduino IDE. Search for the board name exactly as shown in the product-family table. |
+| No COM port appears in Device Manager | Use section 3 to check the connection and driver for your product. MPINO-16A8R does not use the MP Download Cable. |
+| Verify reports an error | Check that the selected board matches the product and the code was entered correctly. Start with the first error shown in the output panel. |
+| Upload fails | Confirm that Device Manager and Arduino IDE show the same COM number. Check the cable connection and product power. |
+| Upload succeeds but the output does not change | Recheck the first output number in the product-family table and the R/T output type on the product page. A transistor output needs a wired test load to show its state. |
+| The output does not follow the input | Recheck the first input number in the product-family table and the input-to-COM wiring on the product page. |
+===== Next Documents =====
-  * [[:en-us_guide:wiring|I/O Wiring Principles]]
+  * [[en-us_guide:wiring|First wiring and I/O check]]
-  * [[:en-us_commands:builtin|Complete Built-in Function Index]]
+  * [[en-us_commands:builtin|ILOGICS Built-in Commands]]
-  * [[:en-us_safety|Industrial Equipment Safety Precautions]]
+  * [[:en-us_safety|Safety and Installation Notes]]