Factory Automation And Controls


The Smart-3G Ethernet Programmable Controller (pn 5732P) provides networked 24volts Digital I/O for MDR Powered Roller Conveyor systems, as well as general purpose Fast Local/Remote Machine I/O. These Devices are fully programmable for any type of control application, and can act as a programmable master device, or a slaved network I/O device. The modules communicate over Ethernet to master or peer devices using Ethernet/IP, Modbus/TCP, Profinet(in development) and S3G-Master/Slave protocols. For MDR systems, interlocking messaging bits e.g., upstream, downstream, merge, divert, etc are handled by the firmware for simplified Ladder Logic Programming.

Key Features

  1. Local and remote programming by using serial port or Ethernet interface.
  2. Free ladder logic programming software - SuperLogic
  3. Status LEDs for inputs, outputs, and Network
  4. Ethernet/IP, Modbus/TCP Protocols .
  5. Sourcing PNP outputs, up to 2Amp per output. NPN type also available.
  6. Quick disconnect Phoenix I/O Connectors
  7. No PC-Host required for standalone operation
  8. Serial Port for barcode readers and other peripherals
  9. Rotary DIP Switches for Network ID
  10. Average Scan time of 100 microsecond per rung.
  11. Quickly develop Custom PC application using free demo source code in C++ and .Net.

The Smart-3G cards are programmble using Ladder Logic. In addition, these cards can act as remote I/O for master PLCs or PC software. By selecting Remote-I/O checkbox in configuration, the card acts on I/O commands received from the master PLC, and does not execute any local ladder program.

These cards are well suited for distributed I/O system. Each card can have its own ladder logic program for I/O control, and can talk over ethernet to exchange I/O messages.

For centralized I/O, one card can act as master controller and controls up to 8 other slave Smart-3G cards, which act as remote-i/o. The Remote-I/O cards inputs and outputs become local I/O on master controller. This method allows easy debugging and use only one ladder logic program for the whole system.