SIEMENS 6ES5923-3UA11 923A COORDINATOR, Advanced Industrial Control Module

Operating Frequency Range:0.1~600Hz

Modular & Compact Design:Yes

Built-in PLC Function:Yes

Built-in EMI Filter:Yes

Fieldbus Compatibility:DeviceNet, Profibus, LonWorks, CANopen

RFI-Switch for Mains:Easy to install

DC BUS Sharing:Flexible

Protection Features:Complete

Nominal Input Voltage:208;240 Volts AC

Maximum Current:4.2 Amps

Maximum Frequency:600 Hertz

    The SIEMENS 6ES5923-3UA11 923A Coordinator is engineered with state-of-the-art technology, providing unparalleled reliability and performance for industrial automation tasks. Its modular and compact design ensures it seamlessly fits into any existing infrastructure, minimizing the need for extensive modifications or installations.

    Equipped with a built-in PLC function, this coordinator significantly enhances the automation capabilities of your system, allowing for complex logic programming and control scenarios directly within the device. This feature reduces the dependency on external PLC systems, simplifying the overall setup and reducing costs.

    An integrated EMI filter is included to protect against interference from electromagnetic sources, ensuring stable operation and minimizing potential disruptions. This is particularly beneficial in environments where multiple electrical devices are in use, ensuring uninterrupted performance.

    With optional fieldbus modules, the 6ES5923-3UA11 923A Coordinator supports various communication protocols such as DeviceNet, Profibus, LonWorks, and CANopen, making it compatible with a wide range of devices from different manufacturers. This interoperability is crucial for building flexible and scalable automation networks.

    The RFI-switch for mains provides robust electrical stability, safeguarding against power fluctuations and surges. This feature is essential for maintaining system integrity under varying electrical conditions, ensuring minimal downtime and optimal performance.

    Easy DC BUS sharing enables efficient power distribution among interconnected devices, optimizing energy consumption and enhancing system reliability. This capability is particularly advantageous in large-scale industrial setups where centralized power management is critical.