Engineered for seamless integration in industrial automation systems, the VIPA 315SN Modular CPU 315-4NE12 is a high-performance processor designed for efficient data processing, network connectivity, and enhanced system reliability.
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
Unleash the power of advanced automation with the VIPA 315SN Modular CPU 315-4NE12. This cutting-edge control solution offers unparalleled performance, making it ideal for complex industrial applications. Its microprocessor-based architecture ensures robust operation under diverse conditions, backed by extensive safety certifications.
Experience unmatched flexibility with its expandable work memory, which allows you to tailor the system to meet your specific needs. Whether it’s optimizing resource allocation or enhancing processing speed, this CPU adapts effortlessly to your evolving automation requirements.
Connect seamlessly with a wide range of devices through its versatile communication protocols, including Profibus-DP and RS485, supporting up to 125 slaves per connection. This ensures smooth data exchange and enhanced system efficiency.
Designed with efficiency in mind, the VIPA 315SN Modular CPU 315-4NE12 features low power consumption, reducing operational costs without compromising on performance. It’s the perfect choice for sustainable manufacturing processes.
Safety is paramount in industrial environments, and our CPU is certified for hazardous locations, ensuring peace of mind for operators and compliance with international standards. Trust in VIPA for reliable and secure automation solutions.
Engineered for seamless integration in industrial automation systems, the VIPA 315SN Modular CPU 315-4NE12 is a high-performance processor designed for efficient data processing, network connectivity, and enhanced system reliability.