NI Introduces Industrial Controller with Intel Core Duo Processor

With the NI 3110 industrial controller, engineers have a flexible control system for multithreaded applications that require dual-core processing and analysis. Engineers can use this industrial controller as an interface to control remote I/O with hardware such as NI CompactDAQ, NI PXI and NI plug-and-play PCI and PCI Express devices. This connectivity provides a high-performance and flexible measurement platform for reliable deployments and a durable system for long-term use. In addition, engineers can use NI LabVIEW software to build human machine interface (HMI) and supervisory control and data acquisition (SCADA) applications and deploy these applications to the industrial controller.

The industrial controllers help engineers add to applications with a wide range of connectivity options, including PCI Express, USB, Ethernet and PXI. With cabled PCI Express connectivity for PXI, the controllers can support remote integrated and MXI Express chassis or any PXI chassis with a cabled PCI Express connector in test applications. The industrial controllers each offer four USB ports and an industrial fanless controller to add NI CompactDAQ or NI USB data acquisition devices with Windows XP. In addition, engineers can achieve specialised industrial measurement capabilities by installing a PCI or PCI Express board to support a single-slot controller for NI R Series, M Series, industrial communication or PROFIBUS devices. For further connectivity, two gigabit Ethernet ports offer expansion to NI programmable automation controllers (PACs).

With the industrial controllers, engineers can use the two Ethernet ports and integrated video to add an HMI and flat-panel touch screen to NI PACs with the LabVIEW Real-Time Module. In addition, with the LabVIEW Datalogging and Supervisory Control (DSC) Module, engineers can build HMI and SCADA applications and deploy these applications to the industrial controllers. Engineers can use the LabVIEW DSC Module to interactively develop distributed monitoring and control systems. This extends LabVIEW to view real-time and historical measurement data, configure alarms and events, create security on applications or easily network OPC devices and LabVIEW Real-Time targets to log data to a historical database.