• Fieldbus Communication Slave IO Module EIO1616

    Fieldbus Communication Slave IO Module EIO1616

    EIO1616 is a digital input and output extension module developed by Rtelligent based on EtherCAT bus communication. EIO1616 has 16 NPN single-ended common anode input ports and 16 common cathode output ports, 4 of which can be used as PWM output functions. In addition, the series of extension modules have two installation ways for customers to choose.

  • Expansion I/O Modules RE Series  RE-0032-N

    Expansion I/O Modules RE Series RE-0032-N

    Engineered with cutting-edge high-speed backplane bus technology, the Rtelligent RE Series Expansion I/O Modules deliver exceptional performance in a compact form factor. Designed for efficiency, they enable rapid installation and feature pluggable spring-cage terminals for effortless, tool-free wiring. These versatile modules can be seamlessly integrated as local I/O expansion for the RM500 series PLC or deployed as remote I/O stations using the RE series coupler, offering unparalleled flexibility for your automation architecture.
    · Expansion modules come with built-in I/O status indicator panels
    · I/O terminal voltage range: 18V–30V
    · All digital inputs are bipolar, and all digital outputs are common-cathode NPN type
    · Isolation method: Optocoupler isolation
    · Default digital input filter: 2ms
    By choosing our RE Series modules, you select more than just an I/O module; you invest in a compact, flexible, and high-performance solution that saves space, simplifies expansion, and minimizes downtime—empowering you to build a more resilient and efficient operation for the future.

  • Expansion I/O Modules RE Series  RE-3200-N

    Expansion I/O Modules RE Series RE-3200-N

    Engineered with cutting-edge high-speed backplane bus technology, the Rtelligent RE Series Expansion I/O Modules deliver exceptional performance in a compact form factor. Designed for efficiency, they enable rapid installation and feature pluggable spring-cage terminals for effortless, tool-free wiring. These versatile modules can be seamlessly integrated as local I/O expansion for the RM500 series PLC or deployed as remote I/O stations using the RE series coupler, offering unparalleled flexibility for your automation architecture.
    · Expansion modules come with built-in I/O status indicator panels
    · I/O terminal voltage range: 18V–30V
    · All digital inputs are bipolar, and all digital outputs are common-cathode NPN type
    · Isolation method: Optocoupler isolation
    · Default digital input filter: 2ms
    By choosing our RE Series modules, you select more than just an I/O module; you invest in a compact, flexible, and high-performance solution that saves space, simplifies expansion, and minimizes downtime—empowering you to build a more resilient and efficient operation for the future.

  • Expansion I/O Modules RE Series  RE-1616-N

    Expansion I/O Modules RE Series RE-1616-N

    Engineered with cutting-edge high-speed backplane bus technology, the Rtelligent RE Series Expansion I/O Modules deliver exceptional performance in a compact form factor. Designed for efficiency, they enable rapid installation and feature pluggable spring-cage terminals for effortless, tool-free wiring. These versatile modules can be seamlessly integrated as local I/O expansion for the RM500 series PLC or deployed as remote I/O stations using the RE series coupler, offering unparalleled flexibility for your automation architecture.
    · Expansion modules come with built-in I/O status indicator panels
    · I/O terminal voltage range: 18V–30V
    · All digital inputs are bipolar, and all digital outputs are common-cathode NPN type
    · Isolation method: Optocoupler isolation
    · Default digital input filter: 2ms
    By choosing our RE Series modules, you select more than just an I/O module; you invest in a compact, flexible, and high-performance solution that saves space, simplifies expansion, and minimizes downtime—empowering you to build a more resilient and efficient operation for the future.