The UEINet chassis provides ultra-compact Ethernet based I/O module suitable for a wide variety of distributed data acquisition, control and SCADA applications. Based on UEI's popular PowerDNA® Cube architecture, the new series is designed for applications requiring distributed I/O with a very small footprint.
The UEINet chassis is an extremely rugged, Gigabit Ethernet-based I/O interface. The wide variety of allows you to configure one or more Cubes to match the specific I/O requirements of your application. The PowerDNA Cube is ideally suited for a wide variety of industrial, aerospace and laboratory data acquisition and control applications.
UEINet chassis are 2.7" x 4.1" x 4" and are packed with power and flexibility. Each UEINet module consists of two primary subsections: a Core Module and and an I/O board.
The “standard" UEINet is designed to run as a slave I/O unit controlled directly by a host PC. The UEINet PAC UPG option allows the unit to run as a stand-alone device running an application you write in either Linux or VxWorks operating systems. Simulink users can use the UEINet SIM UPG option to enable the ability to build applications in Simulink. These Simulink modules may be run on a host PC, stand-alone on the UEINet, or in a SCADA mode where a stand-alone application runs, but can be tuned by the host PC. Finally, there the UEINet Mod UPG allows the UEINet to run as a MODBUS TCP node and UEINet OPC-UA UPG.
The Core Module occupies the top portion of the chassis and provides two independent Gigabit Ethernet Network Interface Controllers (NICs) with separate IP addresses. These may be configured as a control port and a diagnostic port or they may be teamed/bonded to allow redundant network access. The control port is the primary interface from the host PC. The diagnostics port allows other computers (or a different thread on the host) to interrogate the I/O and system status of the Cube.
The Core Module also provides provides a CPU, two USB 2.0 controller ports (active only with the UEIPAC option), indicator lights, timing/trigger interface, configuration ports and internal power supply. It's the brains of the UEINet and controls the unit's operations including the interface with the host Controller (and other Cubes), acting as the primary processor in stand alone deployments as well as supervising the activity of the I/O board.
The remainder of the chassis contains the I/O board. A custom (though fully COTS) I/O configuration is possible by specifying the UEINet with any of UEI's DNA-series I/O boards. An overview of these board is also provided on the following pages, while detailed specifications can be obtained from the various I/O boards' datasheets. With over 80 different I/O boards available we're sure to have just what your application requires.
Six easy steps and your simulation is running live on real hardware. To use the UEISIM simply:
Build your Simulink application.
Open MATLAB, and select Simulink/Embedded target for UEISIM.
Convert your model to use the UEISIM I/O blocks (if you had not used them in your original model).
Create and executable via Simulink or Embedded Coder.
Connect the UEISIM in "expandable mode" (if you wish to remotely monitor the application while running on the UEISIM).
Mathworks Embedded Coder® generates readable, compact, and fast C and C++ code for embedded processors used in mass production. Embedded Coder is available for use on UEIPAC and UEISIM systems. The choice of Embedded Coder versus Simulink Coder is done when selecting the system target file (same as what you would do to select PowerPC, SoloX ARM, or Zynq UltraScale+ CPU targets).
For information on Embedded Coder® used with UEI solutions, please contact sales@ueidaq.com.
The UEINet-FLANGE, mounting option allows the UEINet series to be easily mounted to any flat surface. The UEINet-DR, DIN rail mount allows the unit to be mounted to any standard 35 mm DIN rail.
In this UEI Master Class, engineers from UEI, Mathworks, and Real-Time Innovations (RTI) discuss how Model-Based design is transforming the way engineers and scientists plan, build, and test their systems.
UEI hardware and RTI provides a flexible, robust way for you to share information and data amongst networked control systems and hardware. In this video we demonstrate how easy it is to set up an iDDS system and explain it can work for your application.
