Important Safety Precautions tips while installing or using any electric devices or machines

If you’re reading this, it means that you have already purchased an electric device or machine. Congratulations! We know how exciting and overwhelming the process of buying a new appliance can be, so we want to make sure that your purchase is as easy and stress-free as possible.

The first step in making sure your experience with your new product goes smoothly is to read these Important Safety Precautions tips before installing or using any electric devices or machines. After all, nobody wants anything bad to happen while they’re trying out their brand-new toy!

So without further ado, let’s get started on those safety precautions!

16 Golden Safety Rules for all Electric Devices

1.  Turn off the device or machine before plugging it in. Since you wouldn’t want to be shocked while trying to connect your new appliance, turn it off first.

2. Do not touch any exposed wires, cords, or metal parts on your electric device until you are sure it is off.

3. Unplug your electric device if it starts to make unusual sounds, smell strange, or smoke, even before you turn it off. This means that something might be wrong with the appliance- don’t risk touching it! Call for service right then and there before using the machine again.

4. If you have young children or pets at home, keep your electric devices out of their reach even when they are turned off.

5. To avoid any unnecessary contact with electricity or moving parts, never put your hands or fingers inside the device while it is running.

6. Don’t pull on a cord or wire to unplug your device. This can damage the cord and cause a shock or fire.

7. If you plug your electric appliance into a surge protector, make sure that it is turned off before you attach any cords and wires to the surge protector. And of course, never touch anything plugged into a power strip while it is plugged into the wall outlet.

8. Do not use an electric device if any part has been dropped or damaged- don’t try to fix it yourself, call for service instead!

9. Keep your appliance away from water at all times (yes, even when it is turned off). Water and electricity do not mix.

10. Do not use an electric device outside in the rain.

11. Never reach into a trash compactor while it is operating, regardless if it is turned on or off. It’s probably best to let somebody else do that one for you!

12. Never use your appliance when you are wet or standing on a wet floor. If you accidentally drop your appliance into water, don’t try to use it until after you unplug it and let it dry out for at least half an hour.

13. Before using any extension cord (if applicable), make sure that the electric current ratings on the device matches the current ratings of the extension cord. And always make sure to unplug the cord when you are done using it!

14. Use only manufacturer approved replacement parts and accessories for your appliance. And if possible, get them from an authorized dealer or service center.

15. If an electric device makes a weird sound or smells funny, it’s time to call for service.

16. If you experience any of the following symptoms while using your electric device, stop using it immediately and unplug it: dizziness; fainting; nausea; pain or tingling in the chest, arms, neck, or jaw; abnormal skin sensation (e.g. burning, prickling, itching); blurred vision; muscle weakness; fluttering in the chest; confusion; and/or breathing difficulties.

Wow! That’s a lot to keep in mind just for safety precautions, isn’t it?

With that said, we hope that you find these tips helpful when buying your next electric device or machine!

Electrical Safety for Kids

Electrical safety is something that every parent in the world worries about when they buy anything “electronic” for their kids.

The problem with this worrying is that you don’t really know what to do to keep your child safe from electricity, so it would be better if we could help a bit here by offering a few suggestions.

The first thing to remember is that all appliances have one or more metal parts inside them and sometimes small children put random things into electric devices because they think it looks interesting. And since kids are curious by nature, you can imagine how dangerous this can get pretty quickly.

So the best thing to do is just make sure that your children never go near any of your electronic appliances unless an adult is supervising them.

And if you’re not there, make sure that your kids don’t “play” with any of the cords and wires as it can be fatal. (We know we said this before but we just had to include this tip!)

The next thing is to use electrical outlets wisely so that young children don’t have access to the plugs and sockets. If you want, you could even install child safety locks on your power outlets so they won’t be able to reach anything that might hurt them or electrocute them!

Also, do NOT let children play with extension cords or electric devices outside during storms or when it is raining because water and electricity combined spells trouble!

And finally, make sure that your child stays away from any appliance (such as a refrigerator) where the door is open because there might be exposed wires inside.

Oh, and when you’re not supervising your kids, make sure to never leave them alone in rooms with appliances such as TVs or stereos turned on since they might hurt themselves if they stumble upon the electrical cord and pull it down together with them while tripping.

Another safety tip for children is to teach them that if they have an accident involving electricity then they should call out for help immediately! Electricity can be a bit more difficult than water so we need to take extra precautions here.

If somebody does get injured by electric shock, calling 911 or your local emergency services would be the best course of action.

You should also show your kids what to do if they see an electric device that is sparking or flickering with lots of sparks as this means that there is a “short circuit” going on which can cause a fire any second!

In most cases, electrical fires start because of faulty wiring so you should hire a professional to take care of this for you instead of doing it yourself. And if the outlet has been switched off and there are no visible signs of damage, never use it again – have it checked by a professional instead!

Electrical Safety for Everyone Else!

If you want to know how to stay safe from electricity in your home, check out these 5 ways to do so!

1. Unplug your phone charger when it’s not in use

2. Try to avoid using extension cords except when absolutely necessary

3. Keep any water away from electrical outlets, especially if you live somewhere that gets a lot of rain or snow since the combination of water and electricity is NEVER good for you! If you want to be extra careful then put some ground fault circuit interrupters (GFCIs) in your house because they work by interrupting the current whenever there is an imbalance between the amount of electricity going in and out of an appliance which can mean that small shocks are prevented.

4. Use safety precautions during lightning storms

5. Never touch someone who has been electrocuted without first making sure that they are unplugged from any power source and you should also never try to touch them yourself as this might lead to some accidental injury as well!

Also, read up on more safety tips such as how to stay safe around water and how to stay safe during a fire . 

See? It’s really easy to keep electricity away from kids and your home just follow these simple rules and we bet that everything will be just fine! You would be surprised at how many people or families get hurt by electric shock or electrocuted every year so make sure that it doesn’t happen to you by following our advice.

And most importantly – make sure the kids stay safe!

More Residential Electrical Safety Tips

Electrical safety is one of those topics that seem to be on everyone’s mind because there are so many accidents and injuries involving electricity every year, especially among kids!

So what can you do about it? Well, a good place to start would be by going through our safety tips below. Check them out and learn how to stay safe from the possible electrical hazards in your home!

1. Read all warning labels before plugging something into an outlet

2. Don’t mess around with electrical cords as this could lead to tripping over them which might result in being electrocuted or burned if they’re touching a hot surface such as a stove top.

3. Unplug appliances not in use to avoid the “ phantom load ” which is when appliances continue to draw power from a socket even if they’re turned off. Phantom loads can cause a lot of damage over time and this is especially true for TVs, cell phone chargers, microwaves and other kitchen appliances.

4. Try not to use too many extension cords at once as this might lead to overheating or causing an electrical fire .

5. Plug your electronics into surge protectors instead of directly into outlets in order to prevent surges/spikes from damaging the wiring in your house or computer! The majority of homes have modern wiring but if you do notice sparks coming off sockets, flickering lights or smoke around them then consider hiring a professional electrician to take care of this for you because it might be a sign of wiring damage and it’s better to be safe than sorry!

6. Stay away from outlets when they’re wet: did you know that water and electricity is a potentially dangerous combination which shouldn’t mix? So make sure that electric cords are kept away from sinks, bath tubs, showers and other sources of water such as sprinklers or lawn hose taps.

7. Keep electric appliances away from places where kids play like the living room or family room if there are small children in your household. Remember that these accidents can happen anywhere so just keep the common sense rule in mind: if an accident happened once then it could happen again so stay! If something does happen – make sure to call the fire department right away and be careful not to touch the affected appliance!

8. Make sure your kids don’t play with or near electrical appliances such as cell phone chargers, electric heaters, computers and other electronics because these things can deliver really strong shocks which might cause injury if they’re touched while electricity is running through them. Also avoid buying young kids any type of toys that provide an electrical charge or plug into an outlet as this could lead to a serious electrocution.

9. Use safety precautions during lightning storms . This means shutting off all electronic devices in your house since lightning can travel along power lines and it might find its way into the walls your home through outlets, lighting fixtures and other plugged-in electronic devices. Unplug all appliances, avoid using the telephone and don’t take a shower as water and electricity might mix!

10. Always check for frayed or exposed wires around your electrical appliances or on any surge protectors you have recently installed . If something is damaged then unplug it right away to prevent further damage: this might be a sign that there is some underlying wiring damage so don’t hesitate to call an electrician!

11. This next one goes without saying but we will mention it anyways – make sure you turn of all lights, computers, televisions , stereos, etc., before leaving your house during long absences such as holidays because might help reduce phantom loads which can help prolong the life of your electronics!

12. Keep all electric devices away from water whether they’re plugged in or not . Water and electricity don’t mix so make sure that if something is wet, it doesn’t immediately come into contact with an electrical device as water might conduct electricity to sensitive internal parts of appliances where it can cause short circuits. If you do have a power outage then be extra careful because this could lead to electrocution since the wiring is still live even if there isn’t power being supplied to them…

13. Unplugging things when you are not using them is one way to save money on your energy bills plus prevent damage to appliances by cutting down on phantom loads which happen when appliances are plugged in but not actively being used. These phantom loads can account for up to 10-20% of an average home’s electricity bill!

14. Make sure your computer is protected by a good surge protector to prevent damage should lightning hit or there are power surges/fluctuations . The majority of computers have internal surge protectors but if you do get something heavy like a refrigerator, xbox console or other big appliance then make sure it is plugged into a quality surge protector and never use one with LEDs because these things can suck overnight and gradually wear down the life of your electronics so don’t go wasting money on them either!

15. This next tip might seem really simple but we assure you that it isn’t: never ever stand in water that is running from a sink faucet because this is one of the top causes of death in America and there are over 100,000 residential fires every year! This happens when you try to extinguish a fire by throwing large amounts of water onto it which turns into scalding steam. Learn how to use a fire extinguisher

16. Unplug fridges , dryers , washers and other appliances when they’re not being used because these things will continue to suck power even if they aren’t in use

17. If a light bulb in your house or lamp has burned out then don’t just throw it away since this might be a fire hazard! If you can, recycle old light bulbs so they don’t find their way into landfills. Some places where you can drop off your used lightbulbs are grocery stores, hardware stores and recycling centers

18. Cleaning appliances regularly will also help prolong the life of your home electronic devices . Not only that but this will prevent dust from building up inside which can cause overheating or malfunctioning in some devices… Even if something seems to work fine after getting all dusty you still need to clean it because dust might be partially blocking ventilation which means less airflow gets through to internal components of your device over time plus dust is flammable! So not cleaning an electrical appliance might increase its risk of catching fire…

19. If your house gets hit by lightning then you should get an electrician out to check the wiring to make sure there isn’t any damage because lightning can cause fires or other serious problems that might not show up right away but could lead to expensive damage later on! Lightning also plays a role in power surges which are temporary increases in voltage… This happens when there is too much demand for electricity and power companies have to work hard…

20. Another really important thing to consider, especially if dealing with older appliances, is learning how to correctly use fuses or circuit breakers . Fuses are usually cylindrical metal objects found inside of electrical devices and they do exactly as their name implies: stop the flow of current after it goes beyond the safe level for that appliance. Fuses are usually rated at around 15 amps or more but they do have some major limitations like maximum voltage and current ratings… This is why fuses must be replaced with ones of equal rating in order to prevent damage!

Circuit breakers also stop the flow of electricity when it gets too high but they can reset themselves automatically unlike fuses which must be manually replaced. Circuit breakers vary in amperage depending on device type and power demand so ask an electrician about this if you’re not sure how to set them up or use them… There is also a third type of breaker called ground fault circuit interrupter (GFCI) but usually these are only found in wet areas like bathrooms and kitchens…

21. Another thing to consider is never ever overload a power strip as this might lead to overheating or fire plus they often don’t have safety shutoffs so you could end up wasting electricity! These things are also not designed for outdoor use, yet many people put them outside during summer months which puts them at risk of damage from weather. If you do want a longer lasting power strip then try looking for one that is made with durable materials and has outlets spaced far enough apart for large plugs but make sure not too wide because it could block the whole outlet! You should also avoid power strips with permanently attached cord s since these cords are known to fray over time which means there is less contact between wire parts which can lead to overheating or worse!

22. Another small tip for making your appliances last longer is to periodically clean the air vents of your home appliances . This will allow them to continue cooling down after extended periods of use, especially if they are frequently used… Make sure not to use any type of cleaner on your home appliance because that could damage plastic parts or cause chemical reactions that might be dangerous! You should also never block off any vents since this could cause overheating… Keep in mind that some devices have dedicated vent hatches but many don’t so you just need to find a good place where there is airflow but it isn’t covered up.

23. Finally, make sure not too overload an outdoor electrical outlet if trying to plug in an extension cord ! This puts a lot of stress on the wires and can lead to overheating or fire so you should only ever use one extension cord at a time. If you need more outlets then find ones that are closer together or try using multi-plug adapters , but never run them through walls because this might cause exposed wire parts to come into contact with metal objects…

With these safety tips under your belt, hopefully you’ll be able to keep your appliances safe even if they’re older.

High Power Heavy Electric Appliances

High Power Heavy Electric appliances are also built with safety mechanisms in mind but that doesn’t mean they can not pose danger to the user if misused.

High Power appliances are supposed to be run at 220 volts minimum, but can be run safely on voltages as low as 110 if the price / performance is favorable.

HPHE devices require a high power AC switch and a power cord with an IEC320 connector and safety ground.

The IEC 320 5 pin connector is pretty much standard on high power devices, although some manufacturers use their own proprietary connectors .

Avoid any kind of home-made modification that bypasses or removes the AC switch or power cord because this can end up causing damage to equipment/injury/death.

Please be aware that some HPHE appliances are more dangerous than others, here is a list of high power home appliances :

– Refrigerators >500w (most refrigerators come with at least 2 separate power cords)

To install your new refrigerator, unpack it and clean the liner. Ensure that the front toe kick is leveled to the floor before proceeding to next steps.

These are just some general steps you can take to get things ready for installation. Next, unplug your old refrigerator and disconnect it from service lines/utilities lines coming into or out of it by turning off circuit breakers (if applicable),

shutting off water valves leading in and out of it (if applicable), and unhooking any gas line running into or out on both sides of the appliance.

Once all utilities are disconnected, place a hand truck or dolly under your old unit; carefully twist off/undo its door latch (a quarter-turn counterclockwise) and let its door swing open.

You should always lift a refrigerator straight up, using the hand truck or dolly to help you place it against a wall on a set of temporary supports (such as two stacks of 2x4s) if possible. If there’s no way for you to prop it up temporarily, you’ll have to move the refrigerator in a vertical position.

This is pretty important because you’ll probably have to remove your old appliance’s outer cabinet or shroud to install your new refrigerator, unless it’s already designed to fit over your new model right out of the box.

Before moving on, make sure that all food inside your old fridge has been transferred to your new refrigerator, and all ice cubes have been transferred to your freezer.

– Clothes dryers / vent hoods / ventless dryers >1000w

Your dryer comes with great installation instructions that should be followed to the letter. To get started, there are a couple of things you’ll need inside your home. Ask for an electrician if needed.

1) The appropriate power cord for your dryer.

2) A 220-volt outlet approximately 2′ away from the point where the cord will enter your house or building (*Note* make sure it is protected by a cover). If you are inexperienced with this kind of work, please meet with an electrician before proceeding.

3) Near the outlet where you’ve determined 220 volts is available, measure vertically from floor to ceiling and set up a bracket or other structure to suspend the dryer within 6″ of the ceiling to allow for ventilation.

4) Determine how you’ll vent your dryer into your home or building.

– Electric Stoves >3000w

The electric oven will be wired to the circuit breaker box, typically near the kitchen counters. A qualified electrician will install a new circuit according to requirements of the country and area code, wiring it into the existing outlets on that circuit or direct into new ones on that front of house service panel.

Whether this runs through your home’s electrical system depends largely on local regulations- look for information about these on your respective government website first.

# Stove Instructions – Stoves come with their own instructions so they can be installed correctly- which is important for safety reasons since stoves can present risks if improperly installed. If you’re not able to follow these guidelines then it’s best to call a professional.

– Electric water heaters >6500w (some models can go up to 10 kW)

It’s really easy to install and use an electric water heater. Just follow these steps:

1) Find the power supply in your home

2) Check for any loose wiring or damage to your home electrical canisters.

3) Locate a space, such as a closet, garage, basement, near where it needs to go.

4) Turn off the breaker supplying power to this space when you’re ready to cut into BTU cable and remove insulation from the copper wire in the cable jacket that goes into this space.

5) Cut out a hole in the wall of this location and secure all live wires using EMT conduit with ground clamps The metal lengths should be folded around at one corner so they do no protrude near the hole.

6) Secure a metal support to hold your unit, and cut a path for the power cord through this metal support.

7) After cutting a hole in the wall, attach a PVC pipe or other water-resistant material that can be routed into another sewer drain or out of your home as needed by following local regulations.

8) At the time of installation, ensure that all wiring is secure and the shutoff valves are open so you can connect your power supply cord to BTU cable.

9) Attach a power supply cord for this unit securely by using wire nuts on the connections of any loose wires. Make sure to use proper insulation tape to ensure safe insulation of bare wires.

10) Allow 2-4 hours for water heater to fill up.

11) Turn on the power supply and check for leaks by running some hot and cold water in the sink or shower nearby.

– Heat pump >6500w

This is quite easy just like the water heater.

1) Find the power supply in your home.

2) Check for any loose wiring or damage to your home electrical canisters.

3) Locate a space, such as a closet, garage, basement, near where it needs to go.

4) Turn off the breaker supplying power to this space when you’re ready to cut into BTU cable and remove insulation from the copper wire in the cable jacket that goes into this space. 5) Cut out a hole in the wall of this location and secure all live wires using EMT conduit with ground clamps The metal lengths should be folded around at one corner so they do no protrude near the hole.

6) Secure a metal support to hold your unit, and cut a path for the power cord through this metal support.

7) After cutting a hole in the wall, attach a PVC pipe or other water-resistant material that can be routed into another sewer drain or out of your home as needed by following local regulations.

8) At the time of installation, ensure that all wiring is secure and the shutoff valves are open so you can connect your power supply cord to BTU cable.

9) Attach a power supply cord for this unit securely by using wire nuts on the connections of any loose wires. Make sure to use proper insulation tape to ensure safe insulation of bare wires.

10) Allow 2-4 hours for heat pump to be ready for use.

11) Turn on the power supply and check for leaks by running some hot and cold water in the sink or shower nearby.

– Air conditioners / dehumidifiers >10,000 BTU

There are quite a few things you should consider when installing an ac unit. For example, the size of the room, which way the window faces, outdoor temperature differences, duct work location are just some to name a few.

To install an air conditioner in any window, start by measuring your current opening to know what size you need. Open all your interior doors and windows so that you have access to all four sides of the unit during installation.

Plug in your new central air conditioner and position it inside your desired location drawer side up with feet on large washers on each corner supporting the front edge then allow at least 12 inches of space at either end for inserting into place later then very carefully tilt forward until its front edge is close to the window sill and first raise it up into place, then slide the rest of the unit forward.

If you have an old central air conditioner that doesn’t work anymore, or if your new one came without a sleeve adapter kit as most newer units do it’s very important to use a sleeve adapter kit which is a metal support that fits around the sides and top of your window ac unit to hold it securely in place.

Now, measure a piece of galvanized 12-gauge steel pipe so it’s slightly longer than the width of your AC unit from where you have just center threaded its two screws inserted into the sash locks on either side of the window and push this piece back inside all the way.

Then, tighten a pair of self-sealing EPDM rubber weather stripping gaskets to hold against each side pipe with stainless steel #8 x 1/2 sheet metal screws at top and bottom of these pipe supports from your aluminum mounting track then mark where you need to cut out a hole in the wall towards the back of your unit then using your saws-all or miter saw with fine tooth blade cut this opening and route your power supply cord through it.

Secure two adjustable metal support bars under the front edge of this window ac unit by clamping them on either side of its top rail then screw them together at the top with a pan head machine tap screw into their center hole then loosen this screw slightly in the lower bar, push it back about 1/2 inch and tighten up its upper bar to pull tightly against your window ac unit front edge.

Follow local regulations for conduit and fittings before routing ac unit power supply cord through them.

You should also allow about 2-3 hours for your new ac unit to cool down to room temperature before use. You can do this by plugging it into the wall receptacle and setting its temperature control dial to mid position. However, if your ac unit came with a remote control you should wait for about 1 hour.

Now that your ac unit is set up, just plug it into the wall receptacle and set its temperature control dial to mid position. However, if your ac unit came with a remote control you should wait about 1 hour. Now that your ac unit is ready for use, give it at least 2-3 hours to cool down before using.

If it starts working but doesn’t get cold enough adjust knob closer to coldest setting then let it run until the room gets cooler. Then shut off the power supply cord carefully by pulling on its handle to avoid any damage to wiring or internal components of this air conditioner.

That’s all there is too it!

– Industrial dishwashers >800w

A dishwasher is like an extra hand when it comes to cleaning dishes, cutlery, and pots and pans. Dishwashers come with different settings that take the headache out of choosing a wash for you.

  • Choosing a cycle that meets your needs is just a matter of checking the ratings. To sum up the installation steps:
  • Providing electricity outlet near water source
  • Hooking up appropriate piping running from water source to dishwasher
  • Installing detergent dispenser if necessary
  • Setting controls so machine will work correctly
  • Checking for leaks or cuts in any Pipes leading from water source to discharge after installing all plumbing items listed above.

– Electric Fireplaces

1. Consider the placement of the electric fireplace you will be installing to ensure that there is enough room in front and behind it. You will also need clearance for in-glass lighting fixtures, which are not included with some models.

2. Measure your electrical service before purchasing an electric fireplace to determine if it is “compatible.” This measurement is found on the inside wall where you plan to install the unit, measured from a live wire (NO) on one side to a live wire (COM) on another side of this panel box.

3. Make sure your installation complies with local regulations for safety and fire codes by checking with your city or county code inspector prior to purchase and installation of a fireplace heater unit. This is especially important if you are planning to install an electric fireplace in a room that is not your primary living space.

4. Find the center of your wall where you plan to mount or install the unit, and measure from the floor to this point.

5. Calculate the height at which you would like to place your unit, taking into consideration the heating requirements of the room in which it will be installed.

6. Determine whether you need a surface or recessed unit, and measure from where you plan to mount the fireplace to the wall at each side. This will determine how much space is needed for mounting brackets.

7. Purchase an electric fireplace that matches your measurements from a home improvement / hardware store or an online retailer.

8. Install the unit according to the manufacturer’s instructions, which should include safety features that were not part of your existing wall. These safety features may include a ventilation fan that will pull hot air up and away from the unit through the wall at the top of installation, as well as fireproof mounting brackets.

– Commercial ovens (under counter) >1500w

It’s easy to install an under cabinet oven if you have basic tools and wiring knowledge.

Plan where the oven will be installed on top of any countertops before making holes for the screws that will hold it in place.

Mount the oven as recommended by its manufacturer, taking caution not to damage or break any wires or connections during installation.

Dangers when operating HPHE devices safely :

1. AC wire and cord exposure : AC metal parts (frame, housing) should be completely covered by a wall cover.

2. Device placed in wet areas : Placing the device in a wet area might hurt its functionality and pose a safety hazard as well. So keep it away from water, for example out of reach of showers or sinks if possible.

3. Children using device : Never let children operate or play with an HPHE appliance! They could burn themselves badly so only adults should touch these devices!

4. Overloading circuits: It’s important to not overload household circuit as this can cause overheating, fire and property damage . In case you need more HPHE appliances – consult your electrician about increasing your household circuit wiring capacity – they know best how many devices it can handle.

5. Working around water : Never operate an HPHE device while standing in a pool of water or if it’s raining ! You could get electric shock and this appliance is not meant to be used outdoors and will malfunction when wet.

6. Checking for gas (natural gas) leaks: A lot of past accidents with HPHE devices might have been avoided if people knew how to check their appliances for methane / propane gas leaks .

So make sure you know what you’re doing before attempting to do anything like that even if there isn’t any odor coming from the unit because such gases can be totally odorless ! And always stay away from open flames when using appliances that burn natural gas or propane! Use them only in a well ventilated room and keep a supply of fresh air coming from the outside if possible.

What causes electrical fires in homes?

Overloaded circuits or faulty wiring are the number one cause of electrical fires in homes.

Power overloaded circuits are often caused by too large a surge of electricity, which can be generated when multiple appliances are switched on at the same time, or by heaters being left plugged in all day long.

Be sure to turn off devices that you are not using to help avoid overloading circuits and minimize the risk of fire hazards . Also keep an eye out for old, outdated wiring because it could pose a significant risk of overheating if not replaced soon enough.

How can you prevent electrical fires in your home?

·  Check your circuit breaker panel to see whether you have enough electrical circuits for the number of appliances that you currently have.

·   Turn off appliances when they aren’t in use (especially those with heating elements like curling irons, electric kettles, coffee makers and space heaters).

·   Keep combustible items away from heaters and other heat-producing sources.

A list of common household items that can lead to fires if not handled properly is available here . Remember, it only takes a split second for tragedy to strike so take precautions now before anything bad happens!

FAQs Section

What are the signs of an electrical fire?

A fire can be detected by smoke or the presence of heat, but it is always advised that you have carbon monoxide detectors installed throughout your home. The best way to tell if you’re dealing with an electrical fire is to use your senses – smell, touch and sight.

If you smell something burning, see smoke or feel a tingling/weird sensation, get away from the area immediately! Also note that fire alarms are never fool proof so try to always have a family escape plan in place in case you’re ever trapped inside a burning building .

Can I be electrocuted while using my HPHE appliance?

There is some risk of electric shock when using an HPHE appliance, but it’s very minimal compared to the many benefits of these devices.

Like when using any electrical device you should make sure your appliances are connected properly and in contact with your skin (to avoid electric shock). Also never remove the plug from an outlet by pulling on the cord and only connect/disconnect devices when they’re not plugged in.

What are the five 5 important safeguards when using electrical equipment?

1.     Always turn off devices/appliances when you’re done using them and make sure to unplug power cords from electrical outlets.

2.  Never use damaged or frayed electrical cords as they can lead to short circuits, overheating and fire hazards.

3.  Always place your appliances on level, stable surfaces and keep them away from heat/water sources.

4.  In case of a blackout, never touch any appliances that have been wet or are damp because they could pose a shock hazard .

5.  Keep all fire-producing items away from your HPHE appliance at all times so as not to cause fires!

What are two overload cut out devices?

A circuit breaker is an automatically operated electrical switch designed to protect an electrical circuit from damage caused by overload or short-circuit. The Circuit Breaker turns off the power to the appliance after detecting a problem .

An RCD (or GFCI) is a devise that constantly monitors electricity flowing through it for abnormal changes in current flow. When it detects any abnormalities, it immediately turns off the power to help prevent electrocution or shock.