6ES7155-6MU00-0CN0, SIMATIC ET 200SP IM 155-6 MF HF with server module

SIMATIC ET 200SP IM 155- 6 MF HF with server module

SIMATIC ET 200SP, Multifield bus, 2-port interface module, IM 155-6MF High Feature, PN IO, Ethernet IP, Modbus TCP, 1 slot for bus adapters, max. 64 peripheral modules and 16 ET 200AL modules, Multi Hot Swap, optional train load, including server module With SIMATIC ET 200SP, Siemens offers you a multifunctional and decentralised peripheral system, which can be easily put into operation due to its space-saving design. It is approved for protection type IP20 and designed for installation in a compact control box. The system ensures maximum flexibility, because you can change the modules at any time quickly and easily. In addition, the SIMATIC ET 200SP offers you a wide range of different and fast communication routes. Due to the integration of the MultiFeldbus Interfacemodul, you are always flexible and can use the best protocol for your application, as this function supports several Ethernet protocols. The installation and service are simplified by a single labelling system based on reference marking plates and colour encoding connections. By integrating the innovative and durable automation products, Siemens guarantees you future security, because as industry experts, they already rely on the technologies of tomorrow and thus redefine the market standards. Continuous data availability, flexible application cases and versatile integration possibilities ensure the optimal performance of the ET 200 products. The scalable and cost-optimized configuration of an ET 200SP station is ensured by the comprehensive range of signal assemblies. In addition to digital and analog input and output modules, there are also error-proof variants for applications up to SIL 3 / PLe. This also applies to the integrated engine starters, which are suitable for engines up to 5.5 kW. Energy meters for measuring and analysing energy consumption, IO-Link Master (V1.1.) and many other communication and technology modules allow the system to adapt to every automation task.