What is electric continuity?

Continuity indicates that it is part of a complete or attached whole. In electrical applications, when the electrical circuit is able to carry out the current, it shows electrical continuity. It is said that it is also "closed" because the perimeter is completed. For example, in the case of a light switch, the perimeter is closed and capable of performing electricity when the switch is inverted to “on”. The user can interrupt the continuity by inverting the switch to the "OFF", opening the circuit and rendering it unable to perform electricity.

For consumers, the most visible feature is that there is a problem with electrical continuity with their connection when the connected electrical devices are not working. However, unintended continuity breaks may have more serious consequences, such as electrical fires or damage to electrical equipment, so it is recommended that all electrical cabling be maintained in good operating condition and well maintained.

Many devices are produced to help consumers test electrical accountsInuit, from multimeters that have a wide range of other applications to simple testers that light up when continuity is present. These devices use two electric probes that form a complete circuit when touching. Consumers can test the devices to ensure that it works properly by turning on and touching the probes together - the meter should read zero, or the indicator light should turn on, indicating a closed circuit. When the probes do not touch anything, the measured device reads infinity, which shows that the perimeter is open.

When testing the circuit on electrical continuity, consumers should first cut off the power supply to the circuit by disconnecting the device or switching off the main circuit breaker. If you do not do so, this may result in a serious shock. If you want to test the electrical continuity, turn on the test device and place the one probe at each pole or terminal of the tested circuit. For example, when testing the switch, if the switch is in the "ON" position should be readingNear zero and when the switch is switched off, reading should be infinity. The simpler tester of continuity with the indicator light will be illuminated when the switch is turned on, and dark when it is not.