1786-RPFPXLB Electrical Current Controllers

1786-RPFPXLB

Technical Parameters:

  • User defined tag-based programming for descriptive I/O naming
  • Simple-to-use instructions and Easy math to eliminate complex ladder logic rungs
  • Application tools for quick access to setup, programming, debugging and PAC control
  • Task Manager for quick and easy prioritization of Ladder Logic code
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Description

1786-RPFPXLB Electrical Current Controllers


1786-RPFPXLB product consists of the FX3u-CPU, the FX-20GM (X-axis and Y-axis), and two FX-1PGs (Z-axis and U-axis), and can be used as a special function module or stand-alone. The FX3u-CPU can be used as a special function module or as a stand-alone unit, and supports most ladder instructions. The FX3u-CPU supports most ladder instructions and has a built-in PROM program memory and extended file register (R) memory. When used as a special function module, it occupies only 8 I/O points (1 unit number).

1786-RPFPXLB’s connecting path capability enables the integration of scattered synchronization commands in a program into a continuous path and allows the addition of downstream commands between continuous paths. 200,000 Hz maximum pulse speed is available for the Z-axis and U-axis, and a secure user program protection function is available (must be set via dedicated software). When used as a special function module, it can be set to FX2n or FX3u mode by software.

1786-RPFPXLB Performance and Features:

The PCD231B consists of an FX3u-CPU, an FX-20GM (X-axis and Y-axis), and two FX-1PGs (Z-axis and U-axis). The product can be used as a special function module or as a stand-alone product.
The FX3u-CPU supports most ladder instructions. 3.
The FX3u-CPU supports most ladder instructions. 3. PROM program memory and extended file register (R) memory are built-in. 4.
When used as a special function module, only 8 I/O points (1 unit number) are occupied