Processor Technology:Advanced Speed7 Technology
Operating Voltage:DC 24V
Work Memory:1 Mbyte, expandable up to 2 Mbyte (50% program/50% data)
Communication Interface:MPI, MMC Slot, Real-time Clock
Profibus-DP Compatibility:Master, 12Mbit/s, up to 125 slaves/PtP, RS485 potential separated ASCII STX/ETX 396
The VIPA 315SN Modular CPU 315-4NE12 is engineered to provide unparalleled performance and reliability in industrial control systems. Its microprocessor-based architecture ensures robust processing capabilities, making it ideal for complex automation tasks. The inclusion of a real-time clock and support for multiple communication protocols such as MPI, MMC slot, and Profibus-DP master at 12Mbit/s, facilitates seamless integration with a wide array of industrial equipment and software systems.
The expandable memory capacity of up to 2Mbyte offers ample space for storing critical data and user-defined programs, ensuring flexibility and scalability in system design. The CPU supports ASCII STX/ETX communication, allowing for ASCII message transmission, which is essential for interoperability with various devices in the manufacturing environment.
Despite its advanced features, the CPU maintains an efficient power consumption profile, optimizing energy use without compromising on performance. This makes it an environmentally conscious choice for industrial applications where energy efficiency is a priority.
While the exact number of input/output channels and processing speed are not explicitly mentioned in the provided documentation, these specifications are typically tailored to meet specific application requirements, ensuring that users can configure the CPU to match their precise needs.
Designed for durability and reliability, the VIPA 315SN Modular CPU 315-4NE12 is built to withstand the rigors of industrial settings, ensuring long-term operation without frequent maintenance or downtime. Its modular design allows for easy integration into existing systems or as part of a new installation, providing versatility in deployment scenarios.
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