Basic Electrical Control Circuits Short Description:
Troubleshooting - Basic Electrical Control Circuits System with Circuits
Basic Electrical Control Circuits Long Description:
This award-winning, electrical training program builds on the Basic Techniques program. Here, you will troubleshoot a more complex control circuit consisting of numerous relays, switches, lights, and solenoids. You will need to use elementary wiring and connection wiring diagrams to troubleshoot 28 faults of varying difficulty. The program contains sections to describe how the circuit works as well as how to use the troubleshooting tools. The program evaluates the time and money spent to solve the fault and records all the steps performed to solve the fault. This can be used for later analysis of your troubleshooting approach. Safely Learn to Troubleshoot Basic Control Circuits, Highly Realistic Simulation of a Relay Logic Circuit, Practical Hands-On Approach with 28 Fault to solve, Use an Expert's experience to improve your troubleshooting approach, Assesses the User's Troubleshooting Skill, Tracks and Records Every Step Taken While Troubleshooting, Highly realistic simulation - The simulation behaves as the real circuit would. You can remove wires, operate any controls, and the circuit will behave appropriately. This is a true simulation. Realistic Tools. While using Troubleshooting - Basic Control Circuits you are able to perform virtually every operation used on real equipment including: operating the circuit, locking out the circuit, taking voltage and resistance readings, opening connections, replacing components and wiring, using the observe feature you can even check for visual or other clues to the cause of the fault, A fully simulated door lock circuit is available to practice your troubleshooting skills. Schematics and wiring diagrams can be viewed on screen or printed out to help you understand the circuit and eventually track down problem areas to solve faults. A section is included to guide you through the troubleshooting process using three sample faults. Twenty-eight faults are available to solve