- (801) 210-1303
- [email protected]
- Weekdays 9am - 5pm MST
The first step to securing funding is building a plan for your program. Let us help you get started.
The Connector Circuit and Signal Acquisition + Back-Probing Training System is the only automotive electrical training system on the market that features real connectors and a lockable fault box to help you teach the fine art of non-destructive back-probing. With this trainer, students use industry-standard diagnostic equipment to acquiring signals and waveforms on connectors and components in automotive electrical systems. It includes a custom ECU, multiple sensor types, varied connectors, and measurement points for practicing voltage, resistance, and waveform analysis using digital multimeters and oscilloscopes in a safe, tabletop setup. This robust system minimizes connector damage risks while building essential diagnostic skills for real-world vehicle repairs.
The Connector Circuit and Signal Acquisition + Back-Probing Training System (CL-1930_053283) is an all-new trainer designed to teach students proper non-destructive back-probing techniques for accessing signals and waveforms in automotive electrical systems. This intuitive, student-led learning system allows hands-on practice in measuring voltages, resistances, and waveform signals using oscilloscopes and digital multimeters. It includes a simulated ECU, multiple sensors and connectors, and a lockable fault-box to create realistic scenarios. Students can explore digital and analog signals, as well as voltage measurements, while learning to avoid damaging connectors and terminals that could lead to costly repairs.
With instructor-controlled fault scenarios, learners diagnose issues, building competency in signal acquisition and troubleshooting. The tabletop format ensures easy accessibility, and all connectors, terminals, and components are field-serviceable for ongoing use. This interactive trainer delivers an engaging experience, helping students master essential skills in a safe, controlled environment.