November 11, 2009 - DSPCon announced that its DataFlex-1000 and DataFlex-1000A are now available with fully-integrated, built-in signal conditioning.Effectively eliminating the cost and need to purchase and carry a multitude of separate, plug-in signal conditioning modules, the software-driven option provides comprehensive, flexible signal conditioning support for a broad range of applications.
It is compatible with all DataFlex-1000 and DataFlex-1000A models, is self-calibrating, and designed to handle most common strain gauges, RTDs, accelerometers, IEPE sensors and voltage output devices, easily and cost-effectively.The DataFlex-1000/A Series has been specifically designed to provide flexible performance that can be configured to meet exact functionality and budgetary requirements within a broad range of rotating machinery industries including turbine engine manufacturing and energy generation as well as acoustic testing within the aerospace industry and high-value shock and vibration testing for major Department of Defense customers and prime contractors.
It can accommodate analog and digital requirements for a wide variety of vibration, telemetry, voice and video data storage applications, and features a number of high-capacity, "hot-swappable" storage options, an analog bandwidth capacity of 97.2 kHz per channel with anti-alias filtering, and no degradation of bandwidth as channel count increases, regardless if channel count is 16 or over 1,000. It produces and accepts a variety of data formats and directly writes to the DATX format, which is currently being utilized as the data format of choice at a number of leading Fortune 100 organizations. The DataFlex-1000 features a space-saving design and full system control, set-up and status via an integrated touch-screen display, making it an ideal choice for laboratory environments.
The new DataFlex-1000A features a sleek, portable, rack-mountable design with full system control, set-up and display provided by any PC or laptop, making it ideal for high-vibrationenvironments.
