You know that misusing your electrical system can be dangerous. With so much power coursing through the wiring in your home, it’s possible to cause a house fire if your system isn’t working properly.

Although an overcurrent protective device is installed on your electrical system to prevent house fires, you shouldn’t rely on that exclusively for your family’s safety. To ensure you and your family is safe, it’s important to know how to reduce the load on your circuits to prevent blackouts and the potential for a house fire.

An electrical overload is when one circuit in your household is expected to produce more power than it can reasonably handle. You don’t have to be a licensed electrician to recognize you are overloading your circuit. If you notice that your power trips when you plug in an electrical device, then you are overloading the circuit that electrical socket is on. Fortunately, there are ways you can reduce the load and prevent blackouts.

The easiest way to reduce the load any one circuit is responsible for is to use another circuit. If your circuits aren’t mapped out in your breaker box, then you can reasonably determine what sockets are associated with different circuits by manipulating the switches. Once you turn off the electricity in one room, you can test what sockets aren’t working to determine what sockets in your home are associated with each circuit. There is no danger to you by doing this, but it is time-consuming.

Armed with the information about what sockets work on the same circuit, you should distribute your use of electrical sockets across various circuits. By using other electrical outlets, you will avoid the tendency to cause a blackout.

You can improve your home’s safety by being mindful of your electrical system. If you are experiencing blackouts or you rely on a lot of electrical devices, it’s important that you avoid overloading your system. Beyond switching to a new circuit, you can have a member of our team install a new circuit which would help reduce your electrical load.

LED cove lighting is a great way to add accent lighting or color to any room, and LED strip lights are the perfect product for the job. LED strip lights can be used for any type of RGB LED strip lights, you can choose from a ton of dynamic color-changing and single-color modes with adjustable brightness and speed control. variable color temperature strips are also available and can be used with a compatible controller and remote. Installing LED cove lighting is easy, and we’ve provided basic instructions for a standard L cove, recessed ceiling/tray ceiling cove, or crown molding cove in a 16-by-16-foot room. We recommend that you have a certified electrician wire your strip lights to power.

Tools and Optional Materials:

The way you install the strips or even the number of strips used might vary depending on the room size or the style, shape, and size of your cove. The steps and materials needed for this particular installation could be used in a room with a standard L cove, crown molding cove, or recessed ceiling/tray ceiling cove. The photos below show several different cove types.

DIY “L” Cove

Valence Cove

Crown Molding Cove

8) If desired, use a double-sided 3M foam pad to mount the amplifier in the middle of strips 1 and 3. Cut the foam pad, and use it for both amplifiers.

9) Repeat steps 6-8 for strips 2 and 4.

10) If you are experienced, connect your power supply to power. Otherwise, hire a certified electrician to set up power for your new LED cove lighting.

A safety switch is essentially a device that very quickly switches-off the electricity in case any electrical fault is detected. In effect, it reduces the risk of injury & death caused by contact with electricity. Current day safety switches are very different from the ones used even up until a decade ago. Today, it’s mandatory to have these installed in buildings where any kind of electrical addition or upgrade has taken place.

Apart from this, safety switches are also needed for power outlets that that supply electricity to mobile homes like caravans etc. It’s not mandatory to have these safety switches in older homes; however, the recommendation is that you should consider getting them installed. It is one of the most effective ways to protect your family & yourself from electric shock.

ELCBs or Earth-leakage circuit breakers are safety devices used to prevent shock in electrical fixtures which have high Earth impedance. The current installations use the circuit breakers that directly detect leakage in current. Here are some features of an ELCB:

RCDs or RCCBs are essentially modern electrical wiring devices which quickly disconnect a circuit if they detect that there is an imbalance in the current between the energized conductor/s & the return conductor. They are designed to immediately switch-off the electricity supply when the electricity leaking to earth is detected to be at harmful levels. These devices offer very high levels of protection from electric shock.

Voltage Earth-leakage circuit breakers were first introduced around 60 years ago, while the current ELCBs were launched only around 40 years ago. For a very long time, voltage-operated ELCBs & differential current-operated ELCBs were both called ELCBs; this was because it was a far easier term to remember. However, as expected, this common name caused a significant amount of confusion within the electrical industry.

If someone accidently used the wrong one in a particular application, the installations may not get the kind of protection it needed. It was to eliminate this confusion that the International Electrotechnical Commission decided that the differential current-operated ELCBs will be termed as RCD (residual current devices). Any current that’s over & above the load current is referred to as the residual current.

ELCBs have a number of disadvantages such as:

Today the RCD is preferred means of providing effective shock protection. The term is also most widely used across the globe.

For more information about RCDs and the best electrical solutions, call Allround Electrical at 1300 169 263. You can also write to us at this email address. You may also reach us through this online contact form.

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We can’t understate the importance of properly-functioning main electrical panels. If this is one aspect of your electrical system you haven’t got checked recently, it’s crucial you do so without delay. When the cooler/extremely hot season rolls in, people tend to spend more time indoors and that results in higher energy usage as the HVAC systems are operated for longer periods of time. At this time, the last thing you want is a malfunction in the main electrical panel; that can prove to be a hazard for you and your family members.

Today, most homes have a large number of electrical installations and the electrical panel plays a key role in connecting and powering all of these. This means, if the latter either malfunctions or stops working altogether, that can impact all the electrical systems on your property; they may be rendered unsafe or may fail to work. When you ensure that the electrical panel is in working order, it ensures these systems are able to keep up with the electrical usage patterns on your property.

It’s not uncommon for homeowners to keep on adding electrical appliances to their home; but this isn’t something you can do unendingly. Your home’s maximum electrical output is limited, as well as determined by the electrical panel installed on your property. In simple terms this means if you are planning on making some additions/extensions to your home or are considering adding some heavy-duty electrical appliances, it’s vital that you consult a reliable local electrician before you do so.

They will inspect the system, test its output and assess whether the existing panel would be able to bear the load of the new, potential output. Even if the former is below the maximum potential output, it might be a better idea to get the main electrical panel upgraded anyway.

It will ensure you are able to enjoy an uninterrupted power supply even if you have multiple heavy load electrical appliances operating simultaneously on your premises. If you are doubtful about whether your electrical panel needs to be upgraded, contact your electrician and get their advice on what the best plan of action would be.

While having an older main electrical panel isn’t necessarily a bad thing, there are certain aspects you should watch out for, such as:

Even the semi-modern panels that have the flappable circuit-breakers are able to keep your appliances as well as your home protected from high electrical surges. When it comes to electrical systems, it’s never a good idea to compromise on the safety aspect and keeping the main electrical panel upgraded is the one way to maintain that.

If you are considering adding any extensions to your home, growing your home’s living space in any other way, are concerned about the safety of your existing electrical panel or are adding any electrical appliances or installations on your property, call us at AllRound Electrical for a consultation today.