Chameleon Data Acquisition Solution by PVI Systems

When implementing automated test for monitoring structural health, including strain, thermal, vibration, and acoustics, or for mixed-sensor applications, engineers need a scalable solution. From benchtop to distributed systems, the ability to use a flexible, configurable DAQ system is critical, but maintaining a custom solution can increase risk and project time. Using the same, simple solution offers customers the ability to:

 

  • Reduce total cost of test through an out-of-the-box solution
  • Adapt to multiple projects or DAQ needs through an intuitive and reconfigurable system
  • Leverage multiple sensor types to achieve maximum results

 

Solution Overview

  • Flexible application that allows static and dynamic signal acquisition at multiple sample rates from a variety of sensor types supporting mixed-signal data
  • System expansion up to 1,000 channels while using the same user-friendly software tool
  • Post-test analysis through exportable data in popular file formats
  • One common user experience from small to large applications using NI CompactDAQ or PXI modular hardware
  • Customizable design based on specific customer requirements or capability needs

 

Chameleon Data Acquisition Solution by PVI Systems

See an overview of Chameleon, a simple, out-of-the-box, intuitive DAQ system with scalability to 1000+ channels offering compatibility with a wide variety of NI controllers and data acquisition modules.

NI Partner Network

PVI Systems is an NI Partner Network solutions partner and part of a global community of domain, application, and overall test development experts working closely with NI to meet the needs of the engineering community. The company specializes in custom system solutions for data acquisition, automated test and automated measurement, motion and process control, and machine vision.

An NI Partner is a business entity independent from NI and has no agency or joint-venture relationship and does not form part of any business associations with NI.