Operating Frequency:0.1~600Hz

Modular & Compact Design:Enhances space efficiency and ease of installation in diverse industrial settings.

Built-in PLC Function:Streamlines control logic and decision-making processes within automation systems.

Built-in EMI Filter:(230V 1 phase / 460V 3 phase) Ensures robust signal integrity in varying electrical environments.

Optional Fieldbus Modules:(DeviceNet, Profibus, LonWorks, CANopen) Supports flexible integration with different field devices.

RFI-Switch for Mains:Offers protection against radio frequency interference, ensuring stable operation under noisy conditions.

Easy DC BUS Sharing:Facilitates efficient power distribution across interconnected modules.

Flexible Extension:Allows for scalability and adaptability in evolving automation landscapes.

Complete Protection:Ensures operational safety and reliability under various industrial conditions.

    The SIEMENS 6ES7 153-1AA03-0XB0 Interface Module is designed with a modular and compact structure, optimizing space utilization and simplifying installation processes in complex industrial setups.

    Equipped with an integrated PLC function, this module acts as a central command center, executing control algorithms and managing process data with precision and efficiency.

    Featuring an internal EMI filter tailored for both 230V single-phase and 460V three-phase systems, it ensures uninterrupted data transmission even in environments with fluctuating electrical conditions.

    With the availability of optional fieldbus modules, including DeviceNet, Profibus, LonWorks, and CANopen, this interface module seamlessly integrates with a wide array of field devices, enhancing interoperability and system flexibility.

    An RFI-switch safeguarding the mains connection provides additional protection against radio frequency interference, ensuring stable performance and minimizing downtime in noisy environments.

    The capability for easy DC BUS sharing enables efficient power management among connected modules, promoting energy conservation and system reliability.