Test and Tag Kingston

How often RCDs must be tagged depends on the type of environment or electrical equipment. RCDs installed on circuits require testing every three months using the test button on the safety switch, while portable RCDs on appliances require testing every time they are in use. The portable nature of many electrical devices means that they are subjected to wear and tear, accidental damage, and environmental factors that can affect their safety. Regular testing of RCDs on portable devices is therefore important to ensure that they are functioning correctly and will provide protection against electrical hazards.

On the other hand, some types of RCDs should be tested at least once in every 12 months. This includes testing the trip time of the device to ensure that it cuts off the electrical supply within the required time in the event of a fault. The testing should be performed by a licensed electrician or someone who is qualified to perform electrical safety tests.

RCD testing is just one component of electrical test and tag service.  Portable appliances and other electrical equipment should also undergo test and tag to ensure that they are fault-free. If you haven’t tested your electrical appliances, it is time that you have them checked. Moreover, industries such as mining, construction, and demolition are required to have their portable electrical equipment for workplace safety compliance.

RCDs and circuit breakers are two important components of an electrical installation that serve different purposes. While both devices are designed to protect against electrical hazards, there are several key differences between them.

Circuit breakers serve as protection against electrical overloading and short circuits by cutting off the electrical supply in the event of an electrical fault. Whenever there is a short circuit or a power surge, it protects the electrician from suffering electrical hazards. It monitors the flow of electrical current in a circuit and detects any imbalance, which could indicate a fault in the system. If an imbalance is detected, the RCD immediately cuts off the electrical supply, preventing electrical shock or fire hazards. On the other hand, circuit breakers provide protection against electrical hazards that could cause damage to the electrical system or fire hazards.

RCDs, on the other hand, are designed to protect against electrical shock hazards. RCDs monitor the flow of electrical current in a circuit and detect any imbalance, which could indicate a fault in the system. Another key difference between RCDs and circuit breakers is the speed at which they cut off the electrical supply. Circuit breakers are typically slower than RCDs, cutting off the electrical supply within a few seconds of detecting a fault. RCDs, on the other hand, are designed to cut off the electrical supply within milliseconds of detecting a fault, providing a higher level of protection against electrical shock hazards.