Why Double Insulated Light Fittings Matter for Your Home

Selecting the right light fittings for your home is crucial, especially for houses built before the 1960s. During this period, many residential lighting circuits were installed without an earth cable, potentially creating hazardous conditions indoors.

Today, modern safety standards mandate that all circuits in a house must have earthed wiring, including those for lighting. While some homes may have been rewired to meet this requirement, others may still lack earthed wiring in their lighting circuits.

In homes without earthed wiring, it is essential to install double insulated light fittings to minimise the risk of accidental electric shocks. Unlike standard fittings, double insulated lights feature two layers of insulation that effectively isolate the live parts, providing peace of mind while enjoying your home’s lighting.

Most retailers now offer a selection of double insulated light fittings, although the variety might be more limited compared to non-insulated options. If you’re uncertain about the wiring in your home, AB Electrical can quickly assess whether there’s a risk and offer solutions accordingly.

To ensure your home’s safety, consider two options:

  1. Purchase only double insulated light fittings.
  2. Rewire your lighting circuits to include an earth connection.

At AB Electrical, we can often procure feature or display lights from retailers at trade prices, ensuring that only safe fittings are installed if your wiring lacks an earth wire. When purchasing lights, always verify with the retailer that they are double insulated, especially if your home’s wiring is not earthed.

For more information or to schedule an assessment, please contact AB Electrical. Your safety is our priority.

Serene Heater Recall Alert

Worksafe NZ has issued a recall notice for three models of Serene bathroom heaters.

If you own a Serene bathroom heater, please contact us so we can determine if your model is affected by the recall.

For units supplied and installed by AB Electrical, we will remove the recalled heater and install a replacement at no cost to you.

Please do not use your Serene bathroom heater until we confirm whether it is one of the recalled models.

This recall has been issued due to a safety concern with certain models.

If you have any other electrical work in mind, let us know. We can combine visits to address multiple issues and help you save money.

Upgrade Your Outdated Switches and Power Points

Many homes still have old, obsolete, yellowing switches and power points that can be an eyesore for homeowners.

By simply replacing the switch and cover plate, you can significantly enhance the appearance of your home. This cost-effective upgrade can instantly make any room look modern and new. You can start with a few rooms and update others as it suits your schedule and budget.

Beyond the faded aesthetics, broken switches and power points pose serious safety hazards, including risks of fire or electric shock. We can replace these outdated fittings, ensuring your home is both safe and stylish.

If you’re tired of looking at old, yellowed, or broken switches and power points, give us a call. We can update these fixtures, eliminating the frustration you feel every time you turn on a light.

For living areas, enhance usability by adding USB charging ports to your power points for added convenience.

How to get rid of Static Electricity

Let’s face it, we have all been zapped with static electricity at some stage when we least expected it.  An increase in static electricity is common, especially in the winter. During the cold, dry winter months, static electricity can build up in the home. If this is your current situation, continue reading for ways to reduce or remove it from your space.

What is static electricity?

Simply put, it is the buildup of an electrical charge on a surface.

You’ve probably rubbed your head with a balloon, your hair rising as you pulled it away, convincing your 2-year-old you’re a wizard.

Static occurs when electric charges accumulate on an object’s surface; this is commonly a result of two materials that are moving apart or rubbing together.

3 EasyTips to reduce Static Electricity

  1. Buy a Humidifier

Raising the humidity level in your home via a humidifier will reduce random static shocks, static cling and static in your hair. Here’s why humidity matters. In the summer, there is enough humidity in the air to help electrons flow off of your body. This prevents you from building up a charge. In dry winters, with less humidity in the air, your body will inevitably build up a larger charge. Humid air is a better conductor of electricity than dry air.

More humidity in your home will also limit electric shocks around computers and electronics, which can cause serious damage.

  1. Treat Your Carpets & Rugs

Use an anti-static treatment on your carpets and rugs. Spraying an anti-static chemical will reduce static shocks around your home. A charge will not build up between your feet and the carpet, thus reducing your likelihood of being shocked.

  1. Add Baking Soda to Your Laundry

Did you know that baking soda acts as a barrier between positive and negative charges from creating static build up? It also acts as a water and fabric softener.

Along with wearing low-static materials such as leather and cotton, wash your clothing with this anti-static treatment. Add ¼ cup baking soda to your regular laundry cycle to help prevent static electricity in your laundry.

You may need to adjust the amount of baking soda between a couple tablespoons for a small load to ½ cup for larger loads. ¼ cup is the average measurement suggested.

These applications will help reduce static electricity in your home. For more comprehensive steps, there are ways to remove static electricity from your body. Combined, you should be able to beat the winter shocks.

3 Tips To Avoid Electrical Overload

Many homes do not have enough power points, especially older homes.  The average household has over 10 appliances and that is not including mobile phones.  So, for many people, the solution to this dilemma is by using double plugs or multi-boards. However, this can lead to electrical circuit overload and may even set your home on fire.  The NZ Fire Service reports that electrical fires as being the second most common cause of fatal fire incidents (21%).

With winter approaching and the need for us to plug in electric blankets and our heaters to keep warm, we suggest you follow our 3 tips to avoid an electrical overload this winter.

  1.  Electrical Inspection

If you experience dimming lights, buzzing noises, scorched power points or you have power points and switches that are warm to the touch, it is best to seek the advice of an electrician to conduct an electrical inspection to ensure your wiring and house is electrically safe.

AB Electrical has a team of registered electricians who can check all the wiring and electrical connections in your home to make sure they are safe and in good condition.  Our team can easily identify certain issues such as faulty electrical power points, damaged circuit breakers, loose connections and aging wires on the spot.

  1. Avoid the Use of Extension Cords, Multi-boards and Double Plugs

We recommend that appliances are plugged directly into a power point.  You should only use extension cords and multi-boards short term, and certainly not as a permanent solution.  If you find you are relying on extension cords, multi-boards or double plugs–then you may need to add new power points.

Extra power points, in most cases, can be installed without destroying walls, and AB Electrical is happy check your home and develop a plan for installation of new power points for you.  Remember that they designed many homes before they invented several electrical appliances–for example mobile phones, blenders, digital clocks, laptops & PCS’s.

With ever growing advances in technology, there will be more requirements to plug in additional appliances and it will require more power points.  AB Electrical can show you the entire range of switches and power points in our fantastic showroom.  Customers love coming in and seeing the range in a live environment with over 60 switches on our wall.  The choices in power points, including those with USB Chargers.  This is a unique experience and helps customers make the right decisions around style and functionality.  Many of the power points now include USB charging ports, so they do not consume power points just with mobile phones charging.

  1. Know the Amperage of Fuses and Circuit Breaker’s 

Electrical overload usually happens when there are too many electrical devices plugged in.  There is no magic number, but circuit breakers can only handle up to 80% of their amperage rating.   If the amperage goes over that, your circuit breaker will trip.  To prevent this happening, determine the amperage of your circuit breakers or fuses.

AB Electrical are registered, experience electricians.  We can supply, install and certify (CoC) power points and switches.  Despite Mitre 10 selling these as essential services, they do require a registered tradesman to install and certify. Some insurance policies may be voided by non-registered electricians installing their own switchgear.

If you have any concerns about electrical overload in your home or business–call us today–0800 688 244

What is an Electrical Power Surge?

Power surges, also called transient voltage, occur when something boosts the electrical charge in the power lines. This causes an increase in the electrical voltage, which can increase the current flowing to your wall outlet. Several things can cause this to happen.  The spike is very brief, usually lasting less than a thousandth of a second, but it can still cause damage to your home and appliances.

What causes a Power Surge?

There are many causes behind a power surge, and it's difficult to determine exactly what’s gone wrong.  Most power surges come from inside the home. Large appliances and devices, especially those that use a large amount of power, can cause surges. Faulty wiring in your home can also cause power surges. If you experience frequent surges, it could be a good idea to call in an electrician to look at your wiring.  The main cause of outside the home power surges are lightning strikes, you may experience a power surge in the middle of a thunderstorm.

Are power surges dangerous?

A power surge can damage or destroy home appliances, and in a worst-case scenario, start a house fire.

How can I protect my appliances from power surges?

We can suppress surges before reaching your appliances using a surge protector.  A surge protector or surge suppressor is an appliance or device designed to protect electrical devices from voltage spikes. A surge protector attempts to limit the voltage supplied to an electric device by either blocking or shorting to ground any unwanted voltages above a safe threshold.

If you live in a house with faulty wiring or one that is full of powerful electronics, we recommend to still buy a surge protector. In most cases, a surge protector looks like your basic power strip. If an electrical spike occurs, the surge protector should absorb any excess energy, redirecting it toward the grounding wire in your home instead of letting it get to your appliances.

However, the typical surge protector is not strong enough to protect your electronics and appliances from a lightning strike. The best thing you can do if you’re in the middle of a raging electrical storm is to unplug your computer — and maybe other expensive electronics, such as your flat-screen TV.

What should I look for in a good surge protector?

There are a variety of different surge protectors on the market, which each address different scenarios.

The best type of protection you can get is a whole house surge protector.  We also know this as service entrance surge protection. This is a single device that connects to your main electrical panel and protects your whole house against power surges.

The next type of protection are inexpensive power board surge protectors that protect point-of-use appliances.  The bigger the joule rating the better.  For best protection, look for something that lists “600 Joules” or higher. Anything lower than that might not be enough if you have regular power spikes or if you plan on plugging several devices into the power board.

There is no surge protection device or system that can protect against all power surges.  A direct lighting strike may be too great for any surge protectors to handle.  By combining service entrance surge protection with point-of-use surge protectors, it creates a better protection system.

If you are concerned about power surges in your home, AB Electrical can come and assess the causes and recommend the best surge protection system for your home and business.

What to do when a Fuse Blows

When a fuse blows, it can come as a surprise.  Most people nowadays have had the old-fashioned fuse panels (also known as fuse boxes) in their homes replaced by modern electrical panels with circuit breakers.

Yet people commonly use the expression “blown fuse” to describe just about any unexpected electricity-related occurrence, especially one involving a loss of power.

A “blown fuse” can mean many things–several of which have little to do with actual fuses. This makes it hard to answer the question, “Why do fuses blow?”

Blown Fuse or Power Outage?

In the event your power goes out, the first thing to do is remain calm.  Check to see if your neighbours still have power.  If they still have power, you can rule out a power outage. You can also check the Vector site to rule out a local power outage. Typically, when a fuse blows, it only happens to one section of your home, check what section that is and turn everything off, including light switches and appliances.

The most common cause of a blown fuse is an overloaded circuit.  An overloaded circuit is when you have too many devices, appliances or lights operating at the same time.  Faulty appliances can also cause a fuse to blow or a circuit to trip.  They design a circuit breaker to trip in the event of an overload to prevent circuit wires from heating to dangerous levels.  Other reasons that can cause a blown fuse are ground fault, power surge, short circuit or arc fault.

Identify Blown Fuse or Tripped Circuit

With all your appliances off, go to your switchboard, found normally in a utility area, such as a basement, laundry room, garage, or utility closet.  Don’t know where to find your switchboard – give us a call and we can help.

If you do not have a switchboard, your home’s electrical service is probably older, and fuses may control and protect the circuits. Fuse boxes operate similarly to breakers but require a different process to restore the circuit if a fuse “blows.”

If you have a newer switchboard with circuit breakers open the door and look for a bank of switches arranged in rows. There may be different circuit breakers in the box, but all operate the same way, and all are reset in exactly the same fashion.

Open your switchboard door and look for the breaker on which the switch lever has shifted away from the ON position. It likely will be the only one with a lever that is not pointing in the same direction as the other breakers. Most circuit breakers come with an orange or red marker window showing that it has tripped. If there is no indicator, look for the switch that has shifted fully to the OFF position.

Push the switch into the ON position to reconnect your circuit and restore power to it. With some circuit breaker styles, this reset action may mean first pushing the breaker lever fully to the OFF position then back to the ON position. You will feel resistance in the lever, followed by a distinct clicking sound or sensation as the breaker clicks to the ON position.

Test your Appliances

In the event of a tripped circuit, you can then test all your appliances and lights.  Do this one by one, if your circuit trips again, then you know the last appliance or light you turned on, is the cause.  This is when it is time to call an Electrician.

Check Your Switchboard

If you have an older switchboard with fuses or you are experiencing regular circuit outages - “blown fuses”, detect burning smells, or notice signs of deterioration, such as scorching, rusting or corroding around your circuit breaker–call AB Electrical immediately.  Ignoring electrical failure can cause fires and other home-threatening problems.

5 Summer Electrical Safety Tips

Here are our 5 Summer Electrical Safety Tips to help you avoid hazards while enjoying the outdoors. As the weather gets warmer, everyone must be aware of possible electrical safety hazards. To keep your family safe this summer, check out our electrical safety tips.

Outdoor Outlets

Use proper power outlets made for the outdoors. Use products like HPM's Aqua range of weatherproof switches. Aqua outdoor power outlets have been crafted to suit the toughest environments.

Extension Cords

Use extension cords rated for outdoor use. Never connect multiple extension cords to add length and always check the amperage rating before using. Remember, extension cords should never be used for a long-term or permanent solution. If you need the additional power outside, hire a registered electrician to install an electrical outlet outdoors.

Pool/Spa/Hot Tub

If you have a swimming pool, spa, or hot tub, we recommend having a licensed electrician come out to inspect that it complies with NZ Standards.

Lightning Strikes

During spring and summer, it is common to have thunder and lightning storms. It is important to unplug any appliances and electrical items like computers and televisions to prevent damage from surges that can result from a lightning strike. A registered electrician can install a whole-house surge protector to protect your electrical system and home from potential lightning strike damage.

Power Lines

Also, be aware, power lines can be underground, so always check the website Before You Dig, before you dig.

Working Smoke Alarms Save Lives

Smoke alarms are a lifesaver.  Daylight savings time is a good reminder to make sure your smoke alarms are working properly.

When your asleep, you lose your sense of smell.  Don’t assume your smoke alarms are working.  Press the button to check.

Smoke Alarms don’t last forever: they all have expiry dates and need to be replaced.   It is important to maintain smoke alarms regularly and check that they are working.

If you discover your smoke alarm is expired and needs to be replaced, the NZ Fire Service, New Building Code and Residential Tenancy Act recommends long-life photoelectric smokes alarms that rely on 10-year lithium batteries.  The inbuilt batteries last as long as the smoke alarm, so you don’t need to worry about replacing them every year – you simply replace the entire smoke alarm unit once every 10 years.

The Residential Tenancy Act requires landlords to install and replace expired smoke alarms with long-life battery photoelectric smoke alarms.  There must be at least one working smoke alarm within 3 metres of each bedroom door or every room where a person sleeps.  The NZ fire service recommends a smoke alarm in every bedroom as well as the main living area.  In multi-level homes (including split levels) there must be at least one smoke alarm on each level or storey.

You may also have photoelectric models that use a 9-volt battery. 9-volt batteries can be tempting if you’re on a budget. A 9-volt battery will last for about a year before it’ll need replacing. A smoke alarm with a battery running down results in annoying “2am chirps”. These always occur in the middle of the night when it’s colder. The chirps are another reason why smoke alarms get taken down, or batteries get removed and not replaced.

You may have an ionisation model installed and these require a tiny amount of radioactive material to make them work. You can identify one by the radiation symbol found on the plastic body.  It is recommend to  supplement (or replace) them with photoelectric models.

We can also install photoelectric smoke alarms that are wireless and the alarms sync up – so no matter where a fire is detected, all alarms sound, giving your family vital extra minutes for evacuation.  AB Electrical can do inter-connected (wireless) and hard-wired smoke Alarms.

Have you checked your Smoke Alarms recently to see if they are safe and comply?  Talk to AB Electrical today.

Maintenance Guide

BATTERY SMOKE ALARMS

Once a month
Press the test button to sound the alarm
Tip - if you cannot reach the button easily, use a broom handle
Every 6 months
Vacuum or dust your smoke alarms to help reduce false alarms
Every year
Check the expiry date. This is usually located on the bottom or side of the alarm. If your smoke alarm does not have an expiry date on it, it is best to replace it.
Every 10 years
Replace all smoke alarms with new long-life photoelectric smoke alarms.
*If you have a replaceable battery smoke alarm, replace the battery every year. Please note: Your alarms will start to beep regularly if the battery is low.

HARD-WIRED SMOKE ALARMS

Follow the testing and maintenance schedule provided by the installer.

AB Electrical Package Deals

AB Electrical has put together a couple of packages to help you avoid the hassle and make sure you are safe and compliant starting from $199.  Our tradesmen will come and install smoke alarms in your house and make sure you are compliant.

Package 1Orca Smoke Alarms

Package 2Cavius Smoke Alarms

T&C’s – This deal is for the installation of the Smoke Alarms described in each package.  These packages will suit 3 bedroom, one level dwellings. Extra smoke alarms will be separate to this promotion.  Multi-Storey homes will need more smoke alarms than offered in these packages, our tradesman will advise.  Package deal valid Tuesday 24 September to Monday 7 October 2019. 

Contact us today!

5 Tips and Tricks for Electrical Safety

How safe is your home electrical system? Since 20012-2018 there were 9,826 electrical fire incidents in New Zealand. Thankfully, there are things you can do to increase the electrical safety in your home and catch problems before they become dangerous.

Being vigilant can help save you and your family from hazardous electrical situations like hot faceplates, sparking outlets, and overloaded circuits.

1. If you notice hot faceplates, take action

Faceplates fit around electrical switches and outlets. If you ever notice they are hot to the touch, it’s important to take action quickly as you likely have an electrical problem. The problem could be that you’ve overloaded the outlet with too many electrical appliances or there is a loose wire. To reduce the risk of an electrical fire, you should turn off the power to that outlet via the circuit breaker box and call an experienced electrician.

2. Don’t ignore a circuit breaker that keeps tripping

If every time you turn on an appliance or a light the circuit breaker trips, it indicates a potentially hazardous problem. The problem could be with the appliance, light switch, or the circuit breaker itself. If you’ve noticed that a circuit breaker has tripped, head back to your electrical panel/switchboard and read the label next to the breaker. This will tell you which section of your home or which large appliance, such as your air conditioner, furnace, or water heater, has caused the problem. If this is the first time the breaker has tripped, it could indicate a temporary overload and it may be safe to reset the breaker. However, if the breaker refuses to reset or continues to trip, it’s best to leave it tripped and call a qualified electrician.

3. Remember flickering lights are not normal

When you flip a light switch, the light should turn on instantly. It should not flicker or fail to turn on. If you notice that you have a light that flickers or doesn’t operate as expected, it could indicate a problem with the wiring, switch, light fixture, or bulb. If replacing the bulb does not fix the problem, you will need an electrician to come out to your home and test the switch, wiring, and fixture.

4. Don’t rely on extension cords long term

Extension cords are a temporary solution for when you need to power a tool or have extra light. However, they should not be used as a long-term solution because the cord can quickly deteriorate, which exposes wires and creates a fire risk. You should also never run an extension cord under a rug or carpet or through puddles of water. To eliminate the risk caused by permanent use of an extension cord, consider having new outlets installed in the areas where you need them.

5. Always use power boards as directed

If you are using a power board to create more outlets for your electronics, always read the package instructions. Power Boards should always be plugged directly into the outlet and never an extension cord or power strip. You should never plug a power board into another power board as this could create a dangerous electrical situation. Again, you may also want to consider having more electrical outlets installed instead of using extra powerboards.

Electrical Inspections with AB Electrical

If you are worried about the safety and reliability of your electrical system, our qualified and experienced electricians can examine your switchboard, outlets, and switches to determine if any of the components need to be replaced or repaired.

Talk to us today 0800 688 244.