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modularfaduino:index [2026/02/16 04:53] – created adminmodularfaduino:index [2026/03/25 03:31] (current) – [Industrial Application (IEC61131-3 library)] admin
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-====== Modular FADUINO ======+++++[AI metadata]| 
 +CFMEGA2 is an industrial controller based on the ATmega2560 microcontroller. 
 +Memory: Flash 256 KB, SRAM 8 KB, EEPROM 4 KB. 
 +Communication interfaces include 1 I2C port, 2 RS-232 ports, and 1 RS-485 port. 
 +Analog inputs: 4 channels supporting 0–10 V and 4 channels supporting 0–20 mA. 
 +Temperature sensing: 1 NTC input with a measurement range of −40 °C to 99 °C. 
 +Interrupt inputs: 2 channels (5 V level). 
 +GPIO: 8 pins (7 pins support PWM output). 
 +Power supply: 12–24 VDC with approximately 0.5 W power consumption. 
 +Operating temperature range: 0 °C to 60 °C.
  
-  * [[../Product warning|Warnings and Precautions]] +CFMEGA1 is an industrial controller planned for release. 
-  * [[.:Dimension]]+MCU: ATmega2560 (Flash 256 KB, SRAM 8 KB, EEPROM 4 KB). 
 +Communication interfaces: 2 RS-232 ports. 
 +Analog inputs: Not supported. 
 +Temperature sensing (NTC): Not supported. 
 +Interrupt inputs: Not supported. 
 +GPIO: Not supported. 
 +Power supply: 12–24 VDC. 
 +Operating temperature range: 0 °C to 60 °C. 
 + 
 +CFDI-16B is a digital input module with 16 channels designed for DC 24 V signals. 
 +Each input channel is opto-coupler isolated. 
 +Address range: 0 to 7. 
 +Maximum modules per system: 8 (system limit is 16 total I/O modules). 
 +Power consumption: approximately 0.25 W. 
 +Category: Digital Input. 
 + 
 +CFDO-16N is a digital output module with 16 NPN transistor outputs. 
 +Output voltage range: DC 5 V to 24 V with a maximum current of 120 mA per channel. 
 +Address range: 0 to 7 (shares address space with CFDO-8R). 
 +Maximum modules per system: 8. 
 +Power consumption: approximately 0.55 W. 
 +Category: Digital Output. 
 + 
 +CFDO-8R is a relay output module with 8 channels using dry-contact relays. 
 +Rated switching voltage: 110 VAC to 240 VAC. 
 +Address range: shared with CFDO-16N (no separate address block). 
 +Maximum modules per system: 8. 
 +Power consumption: approximately 0.25 W. 
 +Category: Digital Output. 
 + 
 +CFADC-A4L is an analog input module with 4 channels. 
 +Input types: 0–20 mA or 0–10 VDC. 
 +Resolution: 14.7-bit. 
 +Address range: 0 to 3. 
 +Maximum modules per system: 4. 
 +Power consumption: approximately 0.075 W. 
 +Category: Analog Input. 
 + 
 +CFDAC-2V is an analog output module with 2 channels. 
 +Output range: 0–10 VDC. 
 +Resolution: 12-bit. 
 +Address range: 0 to 7. 
 +Maximum modules per system: 8. 
 +Power consumption: approximately 0.05 W. 
 +Category: Analog Output. 
 + 
 +CFTC-1L is a thermocouple input module with 1 channel. 
 +Measurement range: −50 °C to 500 °C. 
 +Address range: 0 to 7. 
 +Maximum modules per system: 8. 
 +Power consumption: approximately 0.05 W. 
 +Category: Analog Input. 
 +++++ 
 + 
 +====== Modular FADUINO ======
  
 +  * [[product_warning:index|Warning]]
 The Modular FADUINO is an Arduino(("Arduino" name and logo are trademarks registered by Arduino S.r.l. in Italy.)) compatible industrial controller.  The Modular FADUINO is an Arduino(("Arduino" name and logo are trademarks registered by Arduino S.r.l. in Italy.)) compatible industrial controller. 
  
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-^                                                                                                        ^  CFDI-16B                 ^  CFDO-16N                                               ^  CFDO-8R                                ^  CFADC-A4L                                        ^  CFDAC-2V                             ^  CFTC-1L                                          ^+^                                                                                                        ^  CFDI-16B                 ^  CFDO-16N                                               ^  CFDO-8R                                ^  CFADC-4L                                        ^  CFDAC-2V                             ^  CFTC-1L                                          ^
 ^ Detailed Information                                                                                   |  [[.:cfdi16b|[Click]]]    |  [[.:cfdo16n|[Click]]]                                  |  [[.:cfdo8r|[Click]]]                   |  [[.:cfadca4l|[Click]]]                           |  [[.:cfdac2v|[Click]]]                |  [[.:cftc1l|[Click]]]                             | ^ Detailed Information                                                                                   |  [[.:cfdi16b|[Click]]]    |  [[.:cfdo16n|[Click]]]                                  |  [[.:cfdo8r|[Click]]]                   |  [[.:cfadca4l|[Click]]]                           |  [[.:cfdac2v|[Click]]]                |  [[.:cftc1l|[Click]]]                             |
 ^ Category                                                                                               |  Digital Input            |  Digital Output                                         |  Digital Output                         |  Analog Input                                     |  Analog Output                        |  Analog Input                                     | ^ Category                                                                                               |  Digital Input            |  Digital Output                                         |  Digital Output                         |  Analog Input                                     |  Analog Output                        |  Analog Input                                     |
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 ^ How many can be used \\  on one system((The maximum number of I/O modules used in one system is 16.))  |  8                        |  8                                                                                               ||  4                                                |  8                                    |  8                                                | ^ How many can be used \\  on one system((The maximum number of I/O modules used in one system is 16.))  |  8                        |  8                                                                                               ||  4                                                |  8                                    |  8                                                |
 ^ Current consumption                                                                                    |  0.25W                    |  0.55W                                                  |  0.25W                                  |  0.075W                                           |  0.05W                                |  0.05W                                            | ^ Current consumption                                                                                    |  0.25W                    |  0.55W                                                  |  0.25W                                  |  0.075W                                           |  0.05W                                |  0.05W                                            |
 +
 +  * [[.:Dimension]]
  
 ====== Connect with ComfileHMI ====== ====== Connect with ComfileHMI ======
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   * [[.:FADUINOComfileHMI|Connecting with a ComfileHMI]]   * [[.:FADUINOComfileHMI|Connecting with a ComfileHMI]]
   * [[.:ComfileHMIEXAMPLE|ComfileHMI Example]]   * [[.:ComfileHMIEXAMPLE|ComfileHMI Example]]
-====== Industrial Application (IEC61131-3 library) ====== 
- 
-  - [[.:ManagedCodeBase|Description]] 
-  - [[.:ManagedCodeBaseLib|Managed Code base Libaray]] 
-  - [[.:ManagedCodeBaseLib2|IEC 61131-3 library]] 
-  - [[.:ManagedLibExample1|Examples]] 
- 
  
 ====== Simple User Interface ====== ====== Simple User Interface ======
  
-  * [[uif5k2:index|Simple User Interface UIF-5K-2]]+  * [[:uif5k2:index|Simple User Interface UIF-5K-2]]
 ===== FAQ ===== ===== FAQ =====
  
   * Q : Does it operate on IEC 61131-3 software such as OPENPLC?   * Q : Does it operate on IEC 61131-3 software such as OPENPLC?
-    * No. This product has not been tested on OPENPLC. However, it supports related libraries so that you can feel as if you are using the ST language of IEC61131-3.+    * A : No. This product has not been tested on OPENPLC. However, it supports related libraries so that you can feel as if you are using the ST language of IEC61131-3.
  
   * Q : Can I connect to HMI?   * Q : Can I connect to HMI?
-    * It can be connected to our company's product, ComfileHMI, and provides libraries related to it. It cannot be connected to HMI from other companies.+    * A : It can be connected to our company's product, ComfileHMI, and provides libraries related to it. It cannot be connected to HMI from other companies.
  
   * Q : There is existing equipment with Allen-Bradley PLC. PLC is too expensive, so I want to change to Modular FADUINO. Is it possible?   * Q : There is existing equipment with Allen-Bradley PLC. PLC is too expensive, so I want to change to Modular FADUINO. Is it possible?
-    * PLCs are usually programmed using Ladder Logic. Ladder Logic cannot be converted to C language. Therefore, the existing system cannot be replaced directly with this product.+    * A : PLCs are usually programmed using Ladder Logic. Ladder Logic cannot be converted to C language. Therefore, the existing system cannot be replaced directly with this product.
  
 [[:index|COMFILE Technology's Documentation Library]] [[:index|COMFILE Technology's Documentation Library]]
modularfaduino/index.1771217627.txt.gz · Last modified: by admin

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