SIEMENS 6ES5942-7UF13 – CPU942F Processor for S5-115F PLC, Approved by TÜV

Operating Frequency Range:0.1~600Hz

Modular Design:Yes

Compact Design:Yes

Built-in PLC Function:Yes

Built-in EMI Filter:Yes

Fieldbus Compatibility:DeviceNet, Profibus, LonWorks, CANopen

RFI Switch:For mains

DC BUS Sharing:Flexible

Protection Features:Complete

Nominal Input Voltage:208~240 Volts AC

Maximum Current:4.2 Amps

Maximum Frequency:600 Hz

    Integrating cutting-edge technology, the SIEMENS 6ES5942-7UF13 CPU942F Processor is engineered for unparalleled reliability and performance in industrial environments. Its modular design allows for easy integration into existing automation systems, streamlining production processes and enhancing efficiency.

    Featuring an in-built PLC function, this processor offers comprehensive control capabilities, making it suitable for managing complex operations with precision and speed. The built-in EMI filter ensures robust protection against electrical noise, guaranteeing stable operation even in challenging environments.

    With support for various fieldbus protocols such as DeviceNet, Profibus, LonWorks, and CANopen, the 6ES5942-7UF13 Processor facilitates seamless communication with other devices in your automation network, enabling real-time data exchange and enhanced system coordination.

    The inclusion of an RFI switch for mains provides additional safety measures, protecting the system from potential electrical interference. This feature ensures continuous operation without disruptions, contributing to overall system reliability.

    Offering flexible DC BUS sharing capability, the processor optimizes power distribution within your system, allowing for efficient resource management. This not only enhances operational flexibility but also reduces energy consumption, promoting sustainable manufacturing practices.

    Designed with a complete protection system, the SIEMENS 6ES5942-7UF13 Processor safeguards critical components against overheating, short circuits, and other potential failures. This ensures uninterrupted operation and minimal downtime, leading to higher productivity and lower maintenance costs.