Mitsubishi FX2N-80MR-ES/UL

The FX2N-80MR-ES/UL model harnesses a powerful 0.75kW three-phase voltage to drive up to 255 points of hardware I/O and software addresses, with eight nest-level support for MC or MCR. Featuring incredibly fast processing times—basic instructions in just 0.08 microseconds and applied commands from 1.52 microseconds to 100 microseconds—this resourceful device is ideal for high-performance applications requiring excellent response speed at low power consumption levels.

Engineered for precision and complex operations, the FX2N-80MR-ES/UL model is equipped with an impressive array of auxiliary relays offering 256 special points, while its state relay features 500 latched points as well as 10 starting and 100 annunciators (S coil) points. Moreover, this powerful device boasts a pointer containing 128 CALL-compatible addressable memory locations plus 8 specialized interrupt management facilities.

The 16-bit counter of the FX2N-80MR-ES/UL model has a range counting up to 32767 (200 points) and provides latching with 100 additional points. It boasts 8,000 general data points as well as 7800 latching ones plus 256 dedicated for its internal registers. The model I/O control is achieved through an approach called batch processing wherein ORB instruction sets are used in groups no larger than eight LD and LDI instructions connected concurrently.

The FX2N-80MR-ES/UL model boasts an impressive programming capacity that can be enhanced to a maximum of 16,000 steps with the use of additional memory cassettes. It also provides users with twenty fundamental sequence instructions, two-step ladder functionality, and 125 applied instructions for more advanced automation needs.

Pointers guide the execution of a program and are highlighted in ladder mode on the bus bar’s far left. In addition to output relays that respond directly from device contacts within a programmable controller, auxiliary relays can be found on this PLC model FX2N-80MR-ES/UL that provide additional control inputs or outputs for increased flexibility.

The complex process of control programming can be made simpler with annunciation flags, which aid external diagnostics. Step Relays (S) are a vital component in the STL step-by-step method, merging preset behaviors into a single streamlined instruction set to provide maximum efficiency and accuracy.

To ensure user safety, the system requires that the counter coils remain activated at all times. This makes it possible to disconnect the high-speed inputs. This PLC model (FX2N-80MR-ES/UL) is powerful enough to accommodate unlimited serial and parallel devices without any problems.

However, when connecting controllers or printers, the process can become complicated because it is necessary to ensure that the software and hardware are compatible with one another. The ladder code should be restricted to 10 connections per line with no more than one coil to ensure the workflow is secure and effective. For this PLC (FX2N-80MR-ES/UL) to function at its highest possible level, the maximum output chain must be maintained at 24.

To ensure successful operations, it is imperative that all operators who use this model have a solid comprehension of the generally accepted safety procedures, as well as any relevant documents.

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