National Instruments NI cRIO-9014 CompactRIO Real Time Controller 8 Slot Chassis

Description

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Up for sale is a used National Instruments NI cRIO-9014 CompactRIO Real Time  Controller w/ 8 Slot Chassis.
It was pulled from working condition and comes with a 30 Day Warranty.
Connectors or other accessories are not included.
Original Manufacturer Description:
The cRIO-9014 embedded real-time controller features an industrial 400 MHz  Freescale MPC5200 real-time processor for deterministic, reliable real-time  applications. The cRIO-9014 contains 128 MB of DRAM memory and 2 GB of  nonvolatile storage. The CompactRIO embedded controller is designed for extreme  ruggedness, reliability, and low power consumption with dual 9 to 35 VDC supply  inputs that deliver power to the CompactRIO chassis/modules and a -40 °C to 70  °C operating temperature range. The cRIO-9014 accepts 9 to 35 VDC power supply  inputs on power-up and 6 to 35 VDC power supply inputs during operation, so it  can function for long periods of time in remote applications using a battery or  solar power.
With the 10/100 Mb/s Ethernet port, you can conduct programmatic communication  over the network and built-in web (HTTP) and file (FTP) servers. For additional  storage capability, the cRIO-9014 has a full-speed USB host port to which you  can connect external USB-based storage media (flash drives and hard drives) for  embedded logging applications requiring additional storage. Also, a  fault-tolerant file system embedded in the cRIO-9014 provides increased  reliability for data-logging applications.
Embedded controller runs LabVIEW Real-Time for deterministic control, data  logging, and analysis
400 MHz processor, 2 GB nonvolatile storage, 128 MB DRAM memory
10/100BASE-T Ethernet port with embedded web and file servers with  remote-panel user interface
Full-speed USB host port for connection to USB flash and memory devices
-40 °C to 70 °C operating temperature range
The National Instruments cRIO-910 Series CompactRIO Reconfigurable Chassis are  the heart of the CompactRIO system because they contain the reconfigurable I/O  (RIO) core. The RIO FPGA core, which has an individual connection to each I/O  module, is programmed with easy-to- use elemental I/O functions to read or write  signal information from each module. Because there is no shared communication  bus between the RIO FPGA core and the I/O modules, I/O operations on each module  can be precisely synchronized with 25 ns resolution. The RIO core can perform  local integer-based signal processing and decision-making and directly pass  signals from one module to another. The RIO core is also connected to the  CompactRIO real-time controller through a local PCI bus interface. The real-time  controller can retrieve data from any control or indicator on the front-panel of  the RIO FPGA application through an easy-to-use FPGA Read/Write function. The  RIO FPGA can also generate interrupt requests (IRQs) to synchronize the  real-time software execution with the RIO FPGA. Typically, the real-time  controller is used to convert the integer based I/O data to scaled  floating-point numbers. In addition, the real-time controller typically performs  single-point control, waveform analysis, data logging, and Ethernet/serial  communication. The reconfigurable chassis, real-time controller, and I/O modules  combine to create a complete stand-alone embedded system.