SIMATIC ET 200eco PN AI 8xRTDTC, M12-L 8x M12

SIMATIC ET 200eco PN, AI 8xRTD/TC, M12-L, 8x M12, 16-bit resolution, channel diagnostics for wire break at input, shared device with 2 controllers, prioritized startup, MSI, MRP, S2 redundancy, I&M0...3, multi-fieldbus, PN IO, Ethernet IP, Modbus TCP, degree of protection IP67 / IP69K SIMATIC ET 200eco PN is a compact block I/O system with a PROFINET connection with degree of protection IP65/67 and is therefore a space-saving and future-oriented solution that sets new market standards and also requires very little installation effort. You can quickly and flexibly install and commission the block I/Os in any position. Due to the intelligent design, you can perform installation directly on site on the machine or the assembly line. The very rugged die-cast zinc housing ensures ideal protection in extremely challenging ambient conditions and enables you to use the I/O system at temperatures ranging from -40 °C to +60 °C. A further advantage of the system is its maximum resistance to vibration, dust, oil, and humidity. In the SIMATIC ET 200eco PN, you have a future-oriented and innovative complete solution that can be flexibly configured thanks to the integrated 2-port switches and integrated into line topologies in a plant. The M12-L coded power connectors simplify the power supply concept and also enable higher current-carrying capacity and therefore substantially longer cable lengths in the field without additional power supply cables. Siemens guarantees future-oriented and innovative solutions that help you to move into new business segments with key technologies that have been projected into the future with ET 200 products.​ In addition to digital and analog input and output modules with various characteristics (incl. current, voltage, temperature and resistance measurements), the range of products also encompasses the IO-Link master and a fail-safe module for connecting sensors and actuators up to SIL 3/PLe. If need be, the outputs of the standard modules can also be practically disconnected in a fail-safe manner up to SIL 2.