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COMPREHENSIVE SCOPE LEVEL 2

The ATS Scope's ability is continuously being improved. Level 2 training will keep you up to date with the latest updates and learn new tactics for you to be at "super user-level" with your ATS Scope.

  • COMPREHENSIVE SCOPE - LEVEL 2​
QUICK FACTS

COURSE ID: ATS1-2
DURATION: 1 DAY

Prerequisites: Completed Comprehensive Scope – Level 1.

AECS Training First Line Diagnostics EMS1-1
  • PATHWAY TO YOUR NEXT TRAINING

COURSE ID: EMS1-1

workshop mechanic doing online training
  • Learn more about what you can do with your Scan Tool through AECS Tools.

Quick Overview

  • Note: Scope software is always being updated. The following outline is a number of examples of what will be covered. Our focus is always on the equipment and how to get the best out of your ATS Scope and the latest version of ATIS and Multichannel software.
  • Learn how to instantly detect misfires with the accelerometer. We look into slope analyses and how we can interpret if a misfire is compression, ignition or injection-related.
  • Instantly detect chain jitter by setting up crank angle I/O and recording in xy mode.
  • Comparing traces on different screens, and how effective it is. For example: diagnosing door control module faults (when door switches won’t operate). Analyse injection timing shift as a result of temperature sensor voltage changes.
  • We will cover some basics in trigger - special functions, measurement templates and cover features of the signal generator.
  • You can use our ATS Scope or bring your own to upskill yourself on this one day seminar.

Comprehensive Overview

In Comprehensive Scope – Level 2 the following will be covered (however, not limited to). 

• Auto arranging axis on the screen.
• Making traces visible/invisible without losing the measured signal.
• Comparing patterns on different screens.

• The data collector and scope screen in one view.
• Horizontal and vertical cursors (and the measurements).
• Value window manipulation.

• The ins and outs of Pulse count for diagnostics.
• Slope measurements in the screen for energy delivery and compression measurement.
• Pulse triggering (trigger scope on crankshaft reference point)
• Autoload function.

• How to use, access and manipulate measurement templates.
• How to save and load “objects” to speed up the use of I/O’s.
• Signal generator, capturing part of a pattern and play it back.
• Signal generator speed and amplitude modification of replay file.
• Scope trigger settings and modes.

NEED MORE INFO?

The team at AECS are here to help.  Let us know how we can be of assistance.

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