PLC

Price

€€

Output

Input

Interface

  • EMKO IPERTU CPU module
    • EMKO IPERTU CPU module

    • EMKO IPERTU CPU module

    • 182,65 € plus VAT.

    • excl. VAT

    • The IPERTU CPU is a PLC module for special function blocks such as PID and position control, as well as standard PLC instructions such as logic, timing and counting. In addition, this module can be used for hardware-specific tasks such as communication, high-speed counting and pulse outputs.
  • EMKO IPERTU Process I/O process control module
    • EMKO IPERTU Process I/O process control module

    • EMKO IPERTU Process I/O process control module

    • from 122,67 € plus VAT.

    • excl. VAT

    • IPERTU Process I/O process control modules with analogue inputs can be configured via a Mini-USB 2.0 port. Depending on the process, these can work in conjunction with an IPERTU CPU module or a Proop HMI. Furthermore, thanks to their programmable parametric structure, they can also be used as…
  • EMKO IPERTU Expansion I/O Expansion Module
    • EMKO IPERTU Expansion I/O Expansion Module

    • EMKO IPERTU Expansion I/O Expansion Module

    • from 98,39 € plus VAT.

    • excl. VAT

    • IPERTU Expansion modules are I/O expansion modules with digital inputs and relay or transistor outputs. Where required, these modules can be used as I/O extensions for the IPERTU CPU module and the Proop HMI panel.
  • EMKO IPERTU Communication Ethernet Gateway Communication Module
  • EMKO IPERTU Supply power supply module

Programmable Logic Controllers, or PLCs for short, are electronic systems used to automate machinery and processes. They consist of a central control unit that can be programmed to carry out various control and regulation tasks. PLCs are frequently used in industry to monitor and control processes, for example in manufacturing, building services or process automation.

Programming is carried out using specialised programming languages, such as contact diagram or function block language. PLCs are particularly robust and reliable, making them ideal for use in harsh environments. They allow for flexible adaptation of the control logic and can be easily reprogrammed to meet changing requirements.

Stock variants