Description
The National Instruments IC-3120 Industrial Controller is a robust device designed for complex industrial environments, with Part Numbers 784959-01 and 784960-01. It is powered by a 1.91 GHz, Quad-Core Intel Atom processor, and is equipped with 4 GB of DDR3L RAM, which operates at a speed of 1333 MT/s, and includes 2 GB of nonvolatile storage for software and data.
For customizable control and monitoring tasks, this industrial controller integrates a FPGA Spartan-6 LX25, featuring an array of logic elements including 30,064 flip-flops, 15,032 6-input LUTs, 38 DSP48A1 slices, and 52 RAM blocks totaling 936 Kbits. Networking capabilities are robust, featuring a standard Ethernet port (RJ45) and two PoE (Power over Ethernet)-Capable Network Ports, each capable of delivering up to 15.4 Watts of power.
The controller offers eight isolated inputs that operate on a current sinking principle and eight isolated output channels, which are of the current sourcing type. For displaying data and graphics, there is a VGA port available on the front panel. In terms of serial communication, the IC-3120 comes with one RJ50, 10-position modular jack serial port, which can be configured to work in either RS-232 mode or RS-485/422 mode, providing flexibility for connecting to a wide range of industrial devices.
Specification | Details |
---|---|
Product Name | National Instruments IC-3120 Industrial Controller |
Part Numbers | 784959-01, 784960-01 |
Processor | 1.91 GHz, Quad-Core Intel Atom |
Memory | DDR3L 4 GB RAM, 1333 MT/s |
Nonvolatile Storage | 2 GB |
FPGA | Spartan-6 LX25 |
FPGA Specs | 30,064 flip-flops, 15,032 6-input LUTs, 38 DSP48A1 slices, 52 RAM blocks (936 Kbits) |
Networking Ports | Standard Ethernet port (RJ45), Two PoE-Capable Network Ports |
Power over Ethernet (PoE) | 15.4 Watts per port |
Isolated Inputs | Eight (current sinking) |
Isolated Outputs | Eight (current sourcing) |
Video Output | VGA port |
Serial Port | One RJ50, 10-position modular jack |
Serial Port Modes | RS-232 mode or RS-485/422 mode |