SIMATIC ET 200SP, Base Unit BU15-P16+A0+12B/T, BU type A1, push-in terminals, with 2x 5 additional terminals, bridged to the left, WxH: 15mmx141mm, with temperature detection The SIMATIC ET 200SP is a modular, scalable and highly flexible, decentralized I/O system. Due to its small footprint, it is particularly designed for installation in small control boxes close to the machine. The modules can either be plugged directly into an ET 200SP CPU or connected to a central controller via PROFINET or PROFIBUS. The SIMATIC ET 200SP can be expanded with up to 64 I/O modules, which can be plugged in in any combination. The system offers a very extensive range of modules. Many modules are also available in different versions, which significantly improves scalability in terms of functionality and price. In addition to modules with standard functionality (ST), there are also modules with an extended range of functions and diagnostics (HF High Feature / HS High Speed). Modules with basic functionality (BA) are available for price-sensitive applications. The advantage of the ET 200SP system lies in its ease of use, for example through the free choice of PROFINET connection technology via the bus adapter, tool-free wiring using push-in technology, improved accessibility of the wiring through a new arrangement of the spring openers next to the associated conductor opening and the channel-specific diagnostic functions. The availability and productivity of the machine are ensured by the option of changing modules and terminal boxes during operation, known as hot swapping. The scalable and cost-optimized configuration of an ET 200SP station is guaranteed by the comprehensive range of signal modules. In addition to digital and analog input and output modules, 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 Meter for measuring and analyzing energy consumption, IO-Link Master (V1.1.) and many other communication and technology modules enable the system to adapt to any automation task.
