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PLC(制御) - List of Manufacturers, Suppliers, Companies and Products

Last Updated: Aggregation Period:Oct 15, 2025~Nov 11, 2025
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PLC Product List

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Software PLC "INTALOGIC 5"

Supports a variety of control programming languages! Enables effective utilization of existing software assets.

"INTALOGIC 5" is a software PLC that significantly reduces the startup, development, and maintenance man-hours of microcontroller control systems. It allows control development using familiar control languages, making it easy for beginners to learn. Additionally, you can verify the operation of the created control program on a computer. 【Features】 ■ Compliant with international standard IEC61131-3 ■ Significantly reduces startup, development, and maintenance man-hours for microcontroller control systems ■ Simulation possible on a computer ■ Platform-free control runtime that can be embedded in various microcontrollers ■ Compatible with IoT and M2M *For more details, please refer to the PDF materials or feel free to contact us.

  • Other embedded systems (software and hardware)

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Software PLC INTALOGIC

Software PLC INTALOGIC

INTALOGIC is a software PLC that can be easily integrated into various control devices without depending on hardware or OS. It allows for the simple and cost-effective development of high-value-added user-specific control systems and units. Since INTALOGIC operates on a microcontroller board, it enables miniaturization of devices. Customization for I/O processing and point counts is also possible. The development language for INTALOGIC is ladder language, which is commonly used in control systems (compliant with IEC61131-3). In C language microcontroller program development, changes in specifications can lead to a lot of work, including program modifications, compilation, and writing to ROM. However, with INTALOGIC, you can easily respond to changes by simply modifying the ladder program and transferring it to the target. Additionally, INTALOGIC allows for the simulation of created ladder programs on a computer, enabling parallel development of hardware and control programs, which significantly shortens the development lead time. (PLC: Programmable Logic Controller)

  • Other measurement, recording and measuring instruments
  • Development support tools (ICE, emulators, debuggers, etc.)
  • Software (middle, driver, security, etc.)

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[Development Case] Production Line Safety Control System

A system that has introduced a safety PLC for safety assurance! Here are examples from the manufacturing industry.

We would like to introduce a development case of the "Production Line Safety Control System," which controls process equipment on the production line, as well as the control of transport and welding robots. In some processes, operators may need to enter the operational areas of equipment and robots for tasks such as loading parts and quality checks. To ensure that operators, equipment, and robots do not interfere with each other, we constructed the system using a safety PLC and safety devices compatible with Safety over EtherCAT to monitor safety sensors and the status of equipment and robots over the network. After implementation, it became possible to ensure the safety of operators and perform safety control on lines where operators, equipment, and robots coexist. 【Case Overview】 ■Industry: Manufacturing ■Field: Safety Control ■Development Environment: [OS] Windows 10 / OMRON Sysmac Studio *For more details, please refer to the PDF document or feel free to contact us.

  • Company:TCC
  • Price:Other
  • Other safety equipment
  • Safety Sensors

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Software PLC "INplc" that operates on PC

Software PLC that operates on Windows PC. Compliant with the international standard IEC-61131-3. Achieves sequence control on PC.

INplc is a software PLC that operates on Windows PCs, providing a ladder programming tool that allows for program development compliant with IEC61131-3, as well as execution software to run the created ladder programs on the PC. <Features> (1) Control cycle of 1 millisecond (fastest 0.1 milliseconds) (2) PLC languages compliant with IEC61131-3, C# language (3) World standard IPC (Industrial PC) (4) Windows and PLC operate in parallel on a single PC (5) Supports EtherCAT and many other field buses (6) Utilization of behavior monitoring of control devices and multimedia functions #SoftwarePLC #SoftwarePLC

  • Software (middle, driver, security, etc.)

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Examples of Customized Board Achievements (Customized Board PLC)

Examples of Customized Circuit Boards (Customized Board PLC)

Board Development: Examples of Customized Boards This is an introduction to boards customized by TDG based on user requests and specifications. ■□■ Customized Board PLC (SH4, SH2, H8) ■□■ From 13 I/O points to over 2,000 points. We implement only the necessary functions for customization, achieving a unique low-cost type PLC for users, while also enabling controls that are considered impossible with general sequencers. Additionally, temperature control and high-speed counter control can also be incorporated. *For more details, please contact us.

  • PLC

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CC-Link Compatible PLC Application Case Studies

From remote I/O to electric control valves, a wide variety is available! Examples related to district heating and cooling are included.

This case study collection introduces numerous applications that significantly expand the scope of CC-Link compatible PLCs. Since heat supply plants cannot be stopped, we feature examples of district heating and cooling using the "R3 series" remote I/O, which supports dual communication with CC-Link as standard, as well as examples of building lighting control that can manage remote relays located away from the PLC. We offer a wide range of products from remote I/O to electric control valves, so please take a look. 【Featured Examples (Excerpt)】 ■ District Heating and Cooling ■ Waste Incineration Plant ■ Centralized Monitoring of Power ■ Vacuum Deposition Equipment ■ Building Lighting Control *For more details, please refer to the PDF document or feel free to contact us.

  • Signal Generator
  • controller

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Easy Order PLC TCmini TC11-00

Data Sharing & Remote Control Open Field Network Compatible Board-type PLC

■ Multi-master type remote I/O control network communication "CUnet" compatible - Up to 64 nodes can be connected, allowing I/O control while sharing up to 512 bytes of data. - With a maximum response speed of 12 Mbps and a maximum connection distance of 300 meters, extensive control is possible. - Dedicated ICs handle communication control, minimizing the burden on the CPU and not affecting scan time. - High noise resistance solves unstable communication caused by noise. - Commercially available CUnet-compatible devices can be connected, allowing for flexible adaptation to changes in customer product specifications. ■ The concept of TCmini remains the same - Software development is possible using an easy-to-understand ladder language. - By connecting remote I/O or expansion boards, a cost-effective specification configuration that matches your requirements can be achieved. Customization is also possible upon request. □ For other functions and details, please download the catalog.

  • Embedded Board Computers
  • Other embedded systems (software and hardware)
  • Circuit board design and manufacturing

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[Development Case] AGV-Equipped Elevator Relay System

Support for system implementation! It is possible to integrate the new AGV transport system with existing auxiliary elevators.

We will introduce a case study on the development of a system that relays control communication between existing auxiliary elevators and a new AGV transport system during the introduction of a new AGV package into an old-style AGV transport system. The relay panel's PLC receives AGV position information via serial communication from the management PC of the AGV transport system, adjusts the timing, and outputs control signals to the auxiliary elevators. By acquiring the status of the elevators and AGVs on the PLC side and adjusting the timing of the elevator control signals, we enable collaboration between the new AGV transport system and the existing auxiliary elevators. 【Case Overview】 ■ Industry: Manufacturing ■ Field: Communication Control ■ Development Environment - Relay Panel PLC: KEYENCE PLC Auxiliary Elevator Control Signal I/O AGV Management PC Serial Communication - Development Language: Ladder Program *For more details, please refer to the PDF document or feel free to contact us.

  • Company:TCC
  • Price:Other
  • Communications

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Reinventing PLCs with CODESYS on Raspberry Pi: 'TRITON'

Device control including IIoT support, UI construction, and motor control, all in one.

TRITON is a compact yet powerful all-in-one PLC that packages high-performance hardware with excellent cost performance and a tuned OS, along with the highly functional CODESYS. It easily enables all types of control, including PLC compliant with the global standard IEC61131-3, PLCopen compliant motion control, seamlessly buildable control logic and HMI, extensive fieldbus support, and compliance with the OPC UA standard, facilitating IIoT implementation throughout the factory. ★ Powerful Performance - Improved processor, BCM2711 processor, quad-core Cortex-A72 64-bit SoC, delivering processing performance beyond imagination - Extremely fast, ample memory capacity, high-speed WiFi and Bluetooth, 4K video output, and low power consumption ★ Protection Features for Industrial Use - Overvoltage protection - Short circuit damage protection - Electrostatic discharge protection ★ Comprehensive Package Software - OPC UA server functionality - Web visualization functionality - Support for all major fieldbuses - Motion control (optional)

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  • PLC

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[Problem] Data is accumulating in the PLC! But it's unusable!!

Factory equipment is a collection of sensors! Information from those sensors is gathered inside the PLC! But it can't be used...

A PLC (Programmable Logic Controller), also known as a "sequencer," is a computer used to control industrial equipment. Recently, it has become easy to connect to devices using LAN communication functions for the exchange of control signals and to obtain information from the devices. In many cases, the exchange of control signals and the acquisition of device information are used to operate the equipment. However, there are more effective uses, such as recording control histories and referencing the operational history of connected devices. This allows for a better understanding of operations and the quality of the equipment. ◆ Issues - We want to effectively utilize the vast amount of data stored in the PLC. ◆◆ Improvement Proposal - Implement automatic processing to retrieve and store data from the PLC. ◆◆◆ Expected Benefits - Gain new insights from the data within the PLC. - Create quality information from abundant data and implement improvements. ★ IDIoT Proposal - The Information Gateway will solve this problem. - Let's visualize the data from the PLC as time-series data on the Smart IoT Display.

  • Company:IDIoT
  • Price:Other
  • Sensors
  • Other Sensors

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Software PLC "PC_PLC for INtime"

Real-time software PLC "PC_PLC for INtime" operating on high-reliability INtime.

The software PLC "PC_PLC for INtime" is a tool that can be easily used by Windows engineers. It allows for the easy integration of systems such as man-machine interfaces, sequence control, complex control, and signal acquisition with INtime + PC_PLC.

  • Other measurement, recording and measuring instruments
  • Development support tools (ICE, emulators, debuggers, etc.)

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Modular PLC XC300

Opening the door to future automation - Eaton Electric Japan's PLC innovates your manufacturing industry.

The XC300 is a powerful and highly flexible modular PLC that enables machine and equipment manufacturers to implement a streamlined, state-of-the-art automation concept. These three models are equipped with high-performance processors, onboard I/O, built-in RS485, CAN, and independent Ethernet interfaces. Furthermore, the VISU-WEB and OPC-UA server turn the device into a communication node for the implementation of system concepts based on Industry 4.0. The XC-303 device can also be flexibly expanded by components of the XN300 I/O system, allowing for the construction of high connection density solutions in minimal space. User management, segmentation, encryption, and certificate-based authentication based on current standards in communication and security technology (TLS/IPSec) protect against unauthorized access to machines and manipulation of user programs. This device also supports CODESYS visualization through password-protected access to an HTML 5 web server (https) and file system (sftp).

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  • PLC

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All-in-one PLC for embedded systems based on Raspberry Pi

A compact embedded PLC implementing CODESYS based on the Raspberry Pi module CM4 board computer.

Contec has been contributing to the development of industrial use of PCs since 1982, when it launched its interface boards necessary for building PC-based measurement and control systems, with the catchphrase "Bringing the Ease of PCs to FA." The company has continued to innovate and adapt to expanding buses and operating systems. In April 2021, it developed the "CPI Series," a HAT-sized board for signal input and output compatible with the Raspberry Pi, which is the global standard for board computers. This series leverages the high cost performance and customization capabilities of the Raspberry Pi for applications in the measurement and control field. The product is a compact embedded PLC based on our original board computer using the latest embedded module CM4 from Raspberry Pi, and it implements the world's most widely used software PLC, "CODESYS." Utilizing our extensive asset of peripherals for Raspberry Pi, including the "CPI Series," users can build various control applications using the IEC 61131-3 compliant world standard PLC language.

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  • PLC

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Are you facing any issues with the IoT on your manufacturing line?

Attention those struggling with uploading data for each device or dealing with complicated communication programs and hardware additions or modifications!

IoT for Manufacturing Lines Proposed by Fuji Automation In the manufacturing industry, the primary role is to connect "equipment status + production status + product quality" in real-time and leverage IoT to reduce costs. We provide a one-stop solution from selecting sensors and PLCs that correspond to production equipment, to control programs and quality assessment. With over 300 achievements in PLC control program development, we utilize this expertise to propose system configurations tailored to our customers' needs.

  • Other process controls

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