6ES71486JE000BB0, Siemens
SIMATIC ET 200eco PN, CM 4x IO-Link + DIQ 12x 24 V DC/0.5 A/2 A, M12-L, 8x M12, 4x port class A channel diagnostics, shared device, with 2 controllers, prioritized startup, 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 the IO-Link master the range of products also encompasses digital and analog input and output modules with various characteristics (incl. current, voltage, temperature and resistance measurements), 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.
