Audited Supplier
6ES7512-1DK01-0AB0
Program
Combination
Linear
Continuous
Automatic Control
RoHS, CCC, CE
New
Non-Customized
CPU
24V DC
Modular
20.00 x 22.30 x 15.70
Germany
8504409999
Product Description
| Basic parameters |
| product | SIMATIC DP, CPU 1516PRO-2 PN for ET 200pro, central processing unit, with 1MByte of main memory for programs and 5MByte for data, 1st interface: PROFINET IRT with 3-port switch, 2nd interface: PROFINET RT, 10 ns Bit high performance, protection level: IP65/67, requires SIMATIC memory card, requires connection module SIMATIC ET 200pro is a very rugged and powerful modular distributed I/O system with IP65/67 degree of protection, for installation outside the control cabinet directly At the machine The modules can either be plugged directly into an ET 200pro CPU or connected to a central controller via PROFINET or PROFIBUS It is also possible to connect to the central controller wirelessly via WLAN, which allows the use of the SIMATIC ET 200pro for electric monorail systems, automated guided vehicles, in building management, and in warehouse logistics Due to its comprehensive range of modules, it is particularly useful where a fine - modular configuration with different functions is required in harsh ambient conditions The separation of modules and bus/power connection technology allows a module to be swapped during operation (so called "hot swapping"), which ensures the availability and product of the machine in connection with the detailed diagnostics The system provides a very wide range of modules In addition to various digital and analog input and output modules with a wide range of characteristics, a number of fail safe modules for applications up to SIL 3/PLE are also available The ET 200 pro system provides integrated solutions specifically for motor control in the form of motor starters and frequency converters, which are also available as fail safe variants An IO Link master and a module for connecting RFID component devices via the RS 232/422 interface round out the portfolio |
| Product model | 6ES7513-1AL02-0AB0 |
| AL | N |
| ECCN | EAR99H |
| Country of origin | Germany |
| life cycle | Delivery Release (PM300) |
| product type | CPU |
| working voltage | 24V DC |
| type | Modular |
| Memory capacity | 128kByte |
1. High speed and performance
The S7-1500 series controller has fast real-time processing capability and multi-core technology, which can respond to complex automation control tasks in the shortest possible time, ensuring the efficient operation of the production line.
2. Flexible communication and security guarantee
The controller provides various communication methods and network support, including PROFINET, Ethernet, recommendation network, as well as standard communication protocols and interfaces, enabling various industrial communication solutions such as indirect, direct communication, and network expansion. At the same time, it provides advanced data confidentiality to ensure device security.
3. Advanced programmability
The S7-1500 series controllers provide advanced program logic control methods and support for multiple programming languages, including Ladder Diagram, Structured Text, Function Block Diagram, Instruction List, C, and C++. It can even perform advanced function libraries and object pointer instructions, as well as complex controls such as operations and complex logical operations.
4. Multiple scalability and scalable designs
The S7-1500 series controllers provide scalable hardware design and support for various expansion modules to meet various needs, including input and output modules, communication modules, security modules, fault tolerance modules, computational control modules, etc. for selection.
Overall, Siemens S7-1500 series programmable controllers are high-performance, flexible, scalable, safe, and high-speed automation control equipment that can provide the highest level of solutions for industrial automation control, improve production line efficiency and competitiveness, and also meet the automation needs of many different industries and application scenarios.
