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VIPA 315SN Modular CPU 315-4NE12, Advanced Control System
The VIPA Modular CPU 315SN/NET, part of the SPEED7 technology series, is a versatile and high-performance modular CPU designed for industrial automation systems. It offers a robust 1MByte work memory, expandable up to 2MByte, providing ample space for complex programming tasks.
Detailed content
Processor Type:SPEED7 Technology
Power Supply Voltage:DC 24V
Work Memory Size:1MByte, expandable to 2MByte
Programming Capacity:50% program/50% data
Interface:MPI MMC slot, real-time clock
Communication Protocols:Profibus-DP master (12Mbit/s), up to 125 slaves/PtP RS485
Potential Separation:ASCII STX/ETX
The VIPA 315SN Modular CPU 315-4NE12 is a state-of-the-art component tailored for the demands of modern industrial environments. Its robust design ensures reliable operation under extreme conditions, making it an indispensable part of any automated system.
With its advanced architecture, this CPU delivers high-speed processing capabilities, enabling swift execution of complex control algorithms. Its extensive interface options facilitate seamless communication with various devices, enhancing the flexibility and efficiency of your automation setup.
Featuring an expandable memory size, the CPU 315-4NE12 allows for the accommodation of large datasets, ensuring ample space for program execution and data storage. This feature is particularly beneficial for applications requiring extensive computational resources or vast amounts of historical data.
Equipped with a real-time clock, the device maintains accurate time synchronization, which is crucial for coordinating operations across multiple machines or systems. This ensures optimal performance and minimizes delays in critical processes.
The potential-separated ASCII STX/ETX transmission feature enables efficient data exchange over RS485 networks, supporting ASCII protocols for enhanced compatibility with legacy systems or custom applications. This feature boosts the device’s adaptability and broadens its application scope within diverse industrial setups.
