Universal Electronic Module Tester System: PTM-820e

  • Universal Real Time Automated Electronic Module Testing
  • Realistic Accurate Test Environment
  • Hardware Designed For Automotive Electronics
  • An Integrated Automotive Testing System
  • Focused Software For Testing and Test Developers
  • Cost Effective Test Solution Development

THE SYSTEM HAS THE POTENTIAL TO TEST A MULTITUDE OF AUTOMOTIVE AND INDUSTRIAL APPLICATIONS BY EXPANDING THE EXISTING CONFIGURATION, PROVIDING MAXIMUM FLEXIBILITY.

  • Optimised for Automotive and Industrial Electronic Module testing. The 820 has sufficient resources to test almost any conceivable component. It has power supply, digital and analogue stimulus, analysis and communications capabilities. It has all the necessary signal conditioning, protection and operating ranges geared towards efficient test system design in one box
  • Products are tested under full load conditions, with both resistive and inductive loads as appropriate
  • Can be expanded using custom load/signal conditioning modules to enable products with unusual or specific requirements to be tested
  • Ignition coil and injector loads are run under true vehicle conditions and stepper motors and throttle actuators are independently modelled.
  • All real time dependant measurements, including edge position, pulse and ‘spike’ measurement are made at card level ensuring that there are no latency errors
  • Test waveforms can be manually generated or ‘played back’ from real vehicle derived signals ensuring accurate system simulation
  • Multiple data communications channels can be operated simultaneously, providing correct vehicle system modelling in parallel with system diagnosis
  • Flexible system configuration options are available under program control to minimise the number of test harnesses required for multiple part number testing
  • Detailed interrogation of product outputs is provided allowing frequency, period, waveform analysis, minimum maximum etc as well as a wide variety of statistical analysis
  • Dedicated system firmware means that complex measurements can be made with a single command minimising programming requirements and simplifying test development
  • A sophisticated Integrated Graphical Test Development Environment provides seamless integration of Manual, Semi-Automated, Fully-Automated and guided test routines providing a simple method of designing one-off tests or production-line oriented test regimes
  • Internal real-time operating system enables complex test routines to operate enable accurate system simulation without user intervention
  • A complete family of data-logging / results recording which can exist on the test system itself, on a central server, or off site via an internet connection
  • The whole system can be remote operated or debugged via an internet connection to make efficient use of test engineer’s time and to enable remote test development