Frequency Range:0.1~600Hz
Modular & Compact Design:Efficient space utilization with robust construction
Built-in PLC Function:Enhances system reliability and efficiency
Built-in EMI Filter:Improves signal integrity across different power supplies
Optional Fieldbus Modules:Supports DeviceNet, Profibus, LonWorks, and CANopen for enhanced connectivity
RFI-Switch for Mains:Ensures stable operation under varying electrical conditions
Easy DC BUS Sharing:Facilitates efficient power distribution
Flexible Extension:Allows for scalability and adaptability to growing system requirements
Complete Protection:Offers comprehensive safeguarding against potential failures
Nominal Input Voltage:208;240 Volts AC
Amps (CT):4.2 Amps
Max. Frequency:600 Hertz
Experience the unmatched reliability of SIEMENS’ CPU943 Processor Module, 6ES5943-7UA11, designed to withstand the most demanding industrial environments. Its modular architecture ensures easy integration into existing systems without compromising on performance.
With its built-in PLC functionality, this module simplifies complex automation tasks, offering users a comprehensive solution for managing industrial processes. The integrated EMI filter enhances system stability across diverse power supplies, ensuring uninterrupted operation.
Offering support for multiple fieldbus protocols like DeviceNet, Profibus, LonWorks, and CANopen, the CPU943 Processor Module ensures seamless communication within a network, maximizing productivity and minimizing downtime.
The RFI-switch for mains provides robust protection against radio frequency interference, safeguarding critical operations from external disturbances. Its capability for easy DC BUS sharing enables efficient power management across multiple components, enhancing system efficiency.
Featuring flexible extension options, the CPU943 Processor Module allows for scalable upgrades, accommodating future system expansions without requiring major overhauls. The complete protection mechanism ensures operational safety, reducing the risk of system failures.
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