Model Type:CPU412-1XJ05-0AB0
Manufacturer:Siemens
Category:Industrial Control Systems
Dimensions:23.10 x 29.80 x 6.60 cm
Weight:1.149 kg
Memory:64 KB working memory
Connectivity:Integrated DP interface
Operating Voltage:24V DC
Input Channels:14DI
Output Channels:0DO
Analog Inputs:0
Analog Outputs:0
Communication Interface:PROFINET PROFIsafe
Extended Features:8 expansion signal boards, 1*F-DI 16X 24VDC, PROFISAFE 1*F-DQ 4X24VDC2A
The Siemens 6ES7 412-1XJ05-0AB0 CPU412 Processor Module is engineered to deliver exceptional performance in demanding industrial environments. Its compact yet robust design ensures seamless integration into existing automation systems, facilitating efficient operation and maintenance.
Equipped with a 2 KB RAM and 4 KB ROM, this module supports a wide range of programming languages, enabling users to implement complex control strategies with ease. Its compatibility with MPI and PROFIBUS DP interfaces allows for seamless communication with other devices in the network, enhancing system connectivity and data exchange capabilities.
The inclusion of a 24 V DC power supply ensures reliable operation under varying environmental conditions, making it suitable for applications requiring high uptime and robustness. This processor module is ideal for applications in manufacturing, logistics, and process industries where precision, speed, and reliability are paramount.
Designed with user-friendliness in mind, the Siemens 6ES7 412-1XJ05-0AB0 CPU412 Processor Module offers intuitive programming interfaces and comprehensive diagnostic tools. These features facilitate quick setup, easy troubleshooting, and smooth integration with various software platforms, saving time and reducing operational costs.
To further enhance system flexibility and scalability, this processor module supports a wide range of expansion options, including additional I/O modules, which can be seamlessly integrated to meet specific application requirements. This modular approach ensures that the system can be easily adapted to changing needs without compromising performance or stability.
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