Kontinuitätsmessungen

Kontinuitätsmessungen, also known as continuity testing, are a fundamental electrical measurement used to determine if an electrical path has a complete and unbroken circuit. This means checking for the presence of a low-resistance connection between two points. A continuity test essentially verifies that electricity can flow freely between these points without significant obstruction.

The primary purpose of a continuity measurement is to identify faults such as open circuits, which occur when a wire is broken or a connection is loose, preventing the flow of current. It is also used to confirm that a circuit is indeed connected as intended. This is crucial for troubleshooting electrical systems, verifying wiring integrity, and ensuring the safety of electrical installations.

Continuity measurements are typically performed using a multimeter or a dedicated continuity tester. These devices apply a small voltage across the points being tested and measure the resistance. If the resistance is very low, indicating a complete path, the device will usually signal this with an audible beep and/or a visual indicator. A high resistance or no connection signifies an open circuit. The process is simple and is a routine step in many electrical and electronic diagnostics.