Veldbus, dec. periferie - digitale in- en uitgangsmodule Siemens AG
SIMATIC DP, electronic module ET 200SP, F-DQ 8x24VDC/0.5A PP HF, 15 mm width, up to PL E (ISO 13849) up to SIL 3 (IEC 61508) With SIMATIC ET 200SP, Siemens offers a multifunctional and distributed I/O system, which can be commissioned very simply due to its space-saving design. It is approved for degree of protection IP20 and for installation in a compact control box. The system ensures maximum flexibility because you can quickly and simply replace modules at any time due to the multi hot swapping feature. SIMATIC ET 200SP also offers a wide range of different and fast communication methods. With the integrated MultiFieldbus interface module IM155-6MF, you can use the optimum protocol for your application flexibly at any time because this function supports multiple Ethernet protocols. Installation and service are simplified by a standardized identification system based on equipment labeling plates and color-coded connector assignments. Siemens guarantees a future-proof investment due to integration of innovative and long-life automation products. After all, as industry experts, they are already using tomorrow's technologies and thus redefining market standards. Consistent data availability, flexible use cases, and versatile integration options ensure optimum performance of ET 200 products. The scalable, cost-optimized configuration of an ET 200SP station is ensured by the wide range of signal modules. In addition to digital and analog input and output modules, respective fail-safe variants are also available for applications up to SIL 3 / PLe. This also applies to the integrated motor starters, which are suitable for motors up to 5.5 kW. Energy Meters for measuring and analyzing the energy consumption, IO-Link master (V1.1.), and many other communication and technology modules allow the system to be adapted to any automation task. The accessories available for the ET 200SP range from color-coding plates and equipment labeling plates to labeling strips for the individual modules and thus ensure maximum manageability in the control cabinet.