Industrial Controllers for IoT Applications HX Series Integrating Core Control and Communications of Automated Machines and Production Facilities into One

Next-generation Industrial Controllers In the manufacturing industry, following the globalization of the supply chain, there has been a demand for a revolution in production and services using IoT*. With that backdrop, we are working on the automation of systems, focusing mainly on Programmable Logic Controllers (PLC), which control various plant facility devices, and IPCs (industrial PCs), which are responsible for gathering data from plant facility devices and communicating with servers and other higher level information systems. We provide an environment not only for controlling plant facility...

PLC Based PAC System for IoT Applications Next Generation Industrial Controllers that Respond to IoT Trends in Industrial Fields CPU modules that can be selected to cater to your applications Hardware Specications Supports OPC-UA, an interface for connecting information with industries Supports information communications (Ethernet) and control communications (EtherCAT®) Standard model Program data memory Functional Specications Ethernet port Host· device Supports data logging for sites using SD memory Integrates sequence control with motion control, achieving high performance Full Function model...

PLC Based PAC System for IoT Applications Functional Specifications Specifications Model Items Flexibly extendable structure by adopting plug-in type modules Functions can be extended using various modules from the reliable and proven EH-150/EHV/EHV+ series (digital input and output, analog input and output, and various function modules.) Standard model Motion model Full function model Hybrid model User program memory Source file memory Data memory (non-retain) Data memory (Retain, Persistent) Max. number of expansion bases Max. expansion distance It is possible to combine any devices from small-scaled...

PLC Based for システム IoT Applications PLC ベースPAC IoTSystem 対応 PAC HX series Hybrid model Flexible solution for industrial IoT as field data collection, IoT platform connection, data processing into a useful format and edge computing on manufacturing site etc. Up to 4 information processing programs can be executed in parallel as virtual controllers Control program Integrated development Environment(*1) for C/C++ language program Web server for System setting Information processing program Information processing program Application management A PLC control program and information processing programs...

PLC Based PAC System for IoT Applications EtherCAT® Master Specifications Functional Specifications Items Physical layer Transmission mode Ethernet port Transmission media Supports function Twist pair cable with shields (STP), category 5/5e or higher Modulation method Base band Transmission speed Duplex mode Full duplex/Auto Daisy chain, branch wires Transmission media Twist pair cable with shields, category 5 or higher network variables, TCP/IP, UDP/IP, NTP, FTP server, http*2 USB 2.0 High Speed (480 Mbps) Transmission distance Within 100 m in distance between nodes (IEEE802.3) File system Maximum...

PLC Based PAC System for IoT Applications IEC61131-3 international standards compliant Integrated Development Environment CODESYS Enabling you to select from five languages in conformance with IEC61131-3, according to the intended purpose and the programmer’s skills CODESYS is an integrated development environment that is in conformance with IEC61131-3, international standards. It is a cutting-edge PLC application development tool that has been LD (Ladder Logic Diagram) FBD (Function Block Diagram) A graphic language based on relay circuits. It is suitable for bit operations, such as interlock...

PLC Based PAC System for IoT Applications Reduces software development costs Convenient functions Convenient functions enhance the efficiency of programming and debugging. Local variables and global variables It is possible to define local variables, which are only effective for each program, and global variables, which are common to all programs. Properly using local variables and global variables makes it possible to create application programs with high rates of reusability. zThe automatic input complement function and the input assistant function prevent compilation errors due to input mistakes...

PLC Based PAC System for IoT Applications EtherCAT® Slave Controller & I/O Module 1408 points for maximum input and output (analog input and output 176ch) Users can create any configurations because of the coupler type. It can be also applied to the large-scale control system. Compatible with EH-150/EHV/EHV+ series EtherCAT® Slave Mountable Modules Product High-speed response and high reliability The communication cycle is 200 μs. When communication abnormalities occur, the output data can be retained. EtherCAT® Slave Controller Specifications Specifications Model Items EH-IOCA EtherCAT® dedicated...

PLC Based PAC System for IoT Applications Supporting function blocks for PLCopen compliant motion control Incorporating the Motion Control Function* (SoftMotion) *Motion model, CNC motion model Supports function blocks for PLCopen Motion Control SoftMotion (Motion model, CNC motion model) Enables motion control by connecting servo with EtherCAT® Enables use of multiple axes coordination operations for CNC and robots by using the SoftMotion CNC package Enables execution of not only simple single axis control, but also synchronous control of multiple axes by using the electronic cam function, and...

PLC Based PAC System for IoT Applications Functional Modules Common in the Reliable and Proven EH-150/EHV+ Series Digital input and output modules DC and AC digital input and output modules DC Input and DC Output modules EH-XD32H: 32 pts. DC 24 V input (EM / H-200 compatible connector type) EH-YT32H: 32 pts. DC 24 V output (EM / H-200 compatible connector type) 8 / 16 pts. Input module (terminal block) 8 / 16 pts. Output module (terminal block) : 8 pts. 24 V DC (response time 5 ms max.) EH-XD16 : 16 pts. 24 V DC (response time 5 ms max.) EH-XDL16 : 16 pts. 24 V DC (response time 16 ms max.) EH-XDS16...