ABB UFC760BE42 3BHE004573R0042 General Purpose I/O Optimisation

ABB UFC760BE42 3BHE004573R0042 General Purpose I/O Optimisation

Two fail-safe 1511TF-1 and 1515TF-2pn technology CPUs have been added to the portfolio of SIMATICS 7-1500 advanced controllers. the SIMATICS 7-1500T-CPS from the intervening years brings extended motion control functions, such as speed shifting and camming, to safety-related applications in one device. Together with the existing fail-safe 1517tf-3pn/DPT-cp (for more complex applications), they complete the portfolio of technology CPUs. simatics 7-1500 advanced controllers have functionally scalable combinations available to the user for standard, safety, and motion control tasks.

The ABB UFC760BE42 3BHE004573R0042S is particularly well matched to medium-range motion control applications with the S90 type V90pn and the S210 type servo drive system: The S210 servo drive system is available in five performance categories ranging from 50 to 750 watts. Many of the possible motion control applications focus on dynamic motion and handling – such as positioning, conveying and winding. Fully scalable motion control solutions can be efficiently realised on the TIA Portal, an engineering framework with technical objects, integrated diagnostics and detailed error detection.

The ABB UFC760BE42 3BHE004573R0042 DC high-frequency power supply module buffers energy in the event of a power failure. There are no batteries, so no maintenance is required, and the new power supply module provides the CPU with up to 20 megabytes of complete data dumping. It feeds directly into the backplane bus and supports the S7-1500 system’s integrated diagnostic modules – for standard, safety and motion control applications. This speeds up machine and plant restarts, as the data is still present when power is returned and parameters do not need to be reset. The new power supply module now also allows production applications in which SIMATICS 7-400 was previously used to be converted to the latest SIMATICS 7-1500 technology without being restricted by repetitive behaviour.