Are you considering upgrading your home’s electrical system? Then you’ve come to the right place. Australia’s electrical safety standards have improved in the past few years, and modern circuit breakers and RCDs can prevent wiring from overheating. Here’s some information about these upgrades. In addition, below are some of the benefits of upgrading your switchboard: For professional switchboard upgrade services, check out mastinelectrical.com.au/fuse-board-upgrades/ now.
Electrical safety standards in Australia have improved.
A switchboard upgrade is essential to ensure your family’s and appliances’ safety. This upgrade is now a legal requirement in Australia. Older switchboards were not designed to handle bigger appliances or more electrical outlets. They also were only equipped to handle minor kitchen appliances. As a result, many homes are unprotected or have only power circuits protected by safety switches. These types of electrical appliances can cause electrical shock and fire.
The older styles of switchboards were designed to cater to the electrical needs of their time, which were limited to small kitchen appliances, fans, and washing machines. However, these switchboards have become obsolete with the rise of electric appliances and the electricity demand. In addition, it makes them a serious safety hazard because they are inefficient and may experience blown fuses and cause fires. Upgrading your switchboard can save your life and prevent damage to your home and property.
Modern circuit breakers and RCDs prevent overheating.
Modern circuit breakers and RCDs are a vital part of any switchboard upgrade. They protect you and your property from fire and electrocution by disconnecting a circuit when it becomes unbalanced. Even a small leakage current can cause severe harm and cardiac arrest. These devices are designed to cut off power to the circuit immediately when there is a fault. A leakage of just 30 mA is more than enough to kill a human.
These devices have a programmable earth fault relay (RECD) that allows for coordinated installations. For example, a power distribution system might have a 300mA, 300ms device at the service entry, a 100mA S type on each sub-board, and a 30mA G type on the final circuit. The higher-level device will clear a fault in the lower-level device, which is cleared by the one below it. IEC Standard 60755 defines three types of RCDs. Type AC RCDs trip on the residual current that is sinusoidal. For professional switchboard upgrade services, check out mastinelectrical.com.au/fuse-board-upgrades/ now.
They reduce the risk of fire.
An unprotected electrical switchboard is a significant fire risk. In addition to the fire risk, unprotected switchboards are susceptible to internal overheating and rodent infestation. While these issues may not be immediately noticeable, they could cause a fire or lead to other issues. The good news is that a switchboard upgrade will address these issues and significantly reduce the risk of fire in your home.
An upgraded switchboard will have a built-in safety switch to protect against accidental wire cuts. Many older switchboards do not have this, leaving you and your family at risk if a wire breaks. In addition, a professional electrician can help you identify hidden faults and fix them before they become an expensive problem. It also prevents power outages that can damage equipment and cause data loss. So why wouldn’t you consider an upgrade?
They protect wiring from overheating.
Switchboards can be a source of damage. Ceramic fuses have been used since the late 19th century and are no longer sufficient to protect the wiring from overheating. As a result, this switch tripped power when there was an overload or a short circuit. Luckily, the latest technology can help protect wiring from overheating and over-current. Here are some reasons why you should upgrade your switchboard.
An old, inefficient switchboard is the leading cause of electrical fires. It is a prime culprit in New Zealand’s electrical fires. The first line of defence against electrical fires is the electrical switchboard, which is responsible for nearly one in 10 incidents. New Zealand records more than a thousand fires involving electrical equipment each year. These fires are usually the fault of faulty wiring or the lack of RCDs.