RX1032 - 32 Channel Rugged High Performance Thermocouple Instrument

RX1032 - 32 Channel Rugged High Performance Thermocouple Instrument
Main features
  • 32-Channel Thermocouple Measurement System
  • Advanced CJC Implementation
  • 1000 Sample/sec/channel Scan Rate
  • Precise Distributed Measurement Synchronization with IEEE-1588
  • Rugged Design
  • Broad Operating Temperature Range
  • IP65 Environmental Rating
  • Ethernet Connectivity via LXI Open Industry Standard
  • IVI-COM, IVI-C, LabVIEW™ Driver Support

PRECISION ACCURACY FOR HARSH ENVIRONMENTS

The RX1032 thermocouple measurement instrument is a ruggedized version of the popular EX1000 series, the most advanced, full-featured data acquisition solutions available on the market today. The RX1032 unit provides superior measurement accuracy and repeatability by implementing fully integrated signal conditioning and advanced cold junction compensation (CJC).

The RX1032 series uses military grade connectors for power and connectivity while thermocouple and sensor inputs are routed through a protected entry to a screw terminal panel for quick and easy connectivity. The rugged construction of the enclosure enables the measurement system to be mounted on test pylons, in test cells and in other harsh environments.

SCALABLE FOR HIGH-SPEED SYNCHRONIZED DATA ACQUISITION

The RX10XX family supports easy integration and synchronization of multiple devices through an industry standard IEEE-1588 implementation. Multiple RX1032 instruments can easily be distributed and placed extremely close to the measurement points of interest, reducing the length of analog cable, minimizing errors induced by noisy environments. All measurement data is returned with IEEE-1588 timestamp codes with typical accuracies of <200uS ensuring that the acquired data is tightly correlated across the entire test article.
COLD JUNCTION COMPENSATION

The heart of any truly accurate thermocouple measurement system is the CJC implementation. The RX1032 combines multiple precision thermistors, a significant thermal mass, and careful parts placement to provide world-class measurement performance.

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