CPU Technology:SPEED7
Power Supply Voltage:DC 24V
Work Memory:1MByte, expandable to 2MByte
Program Memory (%):50%
Data Memory (%):50%
Communication Interfaces:MPI, MMC, real-time clock
Network Compatibility:Profibus-DP master, 12Mbit/s, up to 125 slaves/PtP RS485
Interface Standards:ASCII STX/ETX
Dimensions (mm):11 x 6 x 6.7
Weight:0.14kg
Introducing the VIPA CPU315SN – 315-4NE12 Microprocessor, the backbone of industrial automation systems, designed to deliver unparalleled performance and reliability. This advanced control module is engineered with a 12 MHz processor speed, ensuring rapid execution of complex control tasks.
Equipped with a spacious 1 MByte work memory, expandable up to 2 MByte, this microprocessor provides ample storage for your applications. The inclusion of a dedicated MPI (Multiprotocol Interface) and MMC (MultiMediaCard) slot allows for seamless integration with a wide range of industrial protocols, enhancing system flexibility and efficiency.
Featuring an onboard real-time clock, the CPU315SN ensures accurate timing and synchronization, crucial for the precise operation of industrial processes. Its compatibility with Profibus-DP Master at 12 Mbit/s enables efficient communication with up to 125 slaves, optimizing data exchange within your network.
Crafted for durability and ease of use, the VIPA CPU315SN measures 125mm x 100mm x 60mm and weighs only 0.35kg, making it a compact yet powerful addition to any industrial setup. The compact design ensures minimal space requirements, facilitating easy installation in various industrial environments.
Powering your automation journey, the DC 24V power supply ensures reliable operation across diverse industrial applications. Backed by a rigorous quality assurance process, this microprocessor is designed to withstand harsh conditions, ensuring uninterrupted operation even under challenging environmental conditions.
Invest in the future of your industrial automation projects with the VIPA CPU315SN – 315-4NE12 Microprocessor. Its combination of high-speed processing, extensive memory capacity, and robust communication capabilities makes it an ideal choice for driving innovation and efficiency in your manufacturing operations.
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