3. How to Read a Control Circuit Diagram (3 of 13)


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Using Electrical Prints as a Troubleshooting Map

A control circuit diagram is one of the most important tools a technician can use when troubleshooting an electrical panel. Before replacing components, checking …

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4. The Backtracking Method: Start at the Point of Failure (4 of 13)


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A Practical Troubleshooting Method for Electrical Control Panels

When troubleshooting an electrical control panel, one of the most effective methods is called the backtracking method.

The idea is simple:

Start where the problem …

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6. Troubleshooting One Device That Does Not Work (6 of 13)


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How to Diagnose a Single Failed Load in an Electrical Control Panel

When troubleshooting an electrical control panel, not every problem means the whole system is down. Sometimes the panel has …

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7. Motor Starter Troubleshooting Basics (7 of 13)


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How to Diagnose Contactors, Overloads, Coils, and Control Circuits

Motor starters are one of the most common devices found inside industrial electrical control panels. They are used to start and stop …

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8. Control Circuit vs Power Circuit (8 of 13)


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Why a Motor Starter Can Be Commanded but the Motor Still Does Not Run

When troubleshooting electrical control panels, one of the most important concepts a technician must understand is the …

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Start/Stop Seal-In Circuit Explained


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One of the Most Important PLC Ladder Logic Patterns

One of the first ladder logic circuits every PLC beginner should understand is the Start/Stop seal-in circuit.

This circuit is also called a:

Start/Stop …

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