ONWARDS to the 44th ANNUAL IIEE 3EXPO 2019 with Meiji Electric

IIEE 2019

Meiji Electric on IIEE2019

Great News!!!

Meiji Electric Philippines Inc. will once again take part on the well-known product exhibition, the 44th Annual National Convention and IIEE 3E XPO 2019 at SMX Convention Center this 27 to 30 of November. This year’s theme for the IIEE@44 is Distinctive Journey in Advancing Global Competitiveness where it promotes the competitive abilities of each company on a global scale. The IIEE Expo focuses more on electrical, electronics and energy products, where many electrical practitioners take part. With this huge event, many companies will promote their brand and showcase their wide range of products, and Meiji Electric is one of them.

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As some know, the Institute of Integrated Electrical Engineers of the Philippines, Inc. or IIEE is the organization of electrical practitioners here in the Philippines. They are known for conducting this annual event to continuously enhance electrical practitioners’ competitiveness towards worldwide excellence.  They also help companies improve their market by giving them opportunities to meet more diversified consumers.

Meiji Electric Booth 398 – 399

Meiji Electric has been showcasing different electrical & industrial supplies in the event. Each year the company presents more efficient and energy saving electrical systems, like Electrical Panel Boards, Contactor Transfer Switches (CTS), Automatic Transfer Switch (ATS), Low Voltage Switch Gears (LVSG) and Frequency Inverter Controlled Systems.

Through Meiji’s industrial products like MCBs, ACBs, MCCBs, Magnetic Contactors and others, you can get maximum electrical protection for all your machineries and control extremely accurate electrical motor regulation. Various innovative electrical products will be featured like GFCI outlets, motion sensors, smoke detectors, extension sets and other related items that will make convenience and protection a priority for your home. The company will also display devices such as timers, AVRs and transformers that will speed up your business operations, protect your office appliances, and minimize electrical consumption.

Meiji Electric Products

Meiji Electric cordially invites all engineers, developers, project managers, interior designers and end users to visit our booth 398-399 within four consecutive days. The location is at the outmost right, near the corner. You can check out various electrical products which are on a special discount on our booth, and we will be happy to assist you with your requirements. See you there!

4 Quick Home Improvements for Better Electrical Safety

4 Quick Home Improvements for Better Electrical Safety

What quick things can you do to improve electrical safety in your home?

  1. Rearrange furniture and appliances
  2. Secure extension sets
  3. Add more practical outlets
  4. Introduce safety reminders


One of the most common advice that an electrical company in the Philippines will give homeowners is that they should start early if they want to make their homes as safe as possible. Fortunately, these electrical safety precautions can easily be done even after your home has been completely built! Some of them will need some time as it’s basically a minor renovation, while others can easily be done in just a day.

You don’t need fancy furniture layouts, state-of-the-art warning systems, or a complete overhaul to make your home electrically safe. In fact, the changes that you have to make are relatively simple and easy to accomplish. Just take a look at these quick home improvement ideas that will make your residence safe from electrical issues.


Rearrange Furniture and Appliances

Rearrange Furniture and Appliances

It’s highly recommended that people get electrical devices that specialize in protecting other appliances. In the Philippines, UPS suppliers can easily provide you with the right kind of device that’s suited for your applications.

That being said, you can’t just place these devices anywhere near your appliances. You have to be careful and keep it out of reach from children. The same goes for outlets, sensitive appliances, and even some extension sets. These things need to be placed close enough to outlets that you won’t need to use extension cords, but strategically enough to ensure safety in your home

You can also hide outlets at the back of appliances or furniture to keep them away from the reach of children. In doing so, you also lessen the chances of hazards such as spilling liquids or accidentally hitting the plugs from happening.

This is also a good way to keep your home aesthetically pleasing—practically hiding all the cords behind or under furniture.


Secure Extension Sets

Secure Extension Sets

Using extension sets should be temporary at best. However, for applications wherein no outlet is available, then you can secure one for that purpose alone.

You should be careful when using extension sets. These devices have certain load capacities that limit the number of devices that they can power at the same time. Make sure that you check the load capacity of these devices and follow within its parameters when using these devices.

Avoid just leaving extension sets on the floor when they are in use. Make sure that they’re either hidden away from passersby or are visible enough so that people will be aware of their presence. You don’t want people tripping on these cords. Not only will it cause harm, but it might also damage your appliances.

For applications where the extension set is going to be used for a long time, it’s best that you cover up the cord on the floor with electrical tape. This way, you remove the risk of people tripping on it. Make sure that the main body of the extension set is also visible and well secured to the floor or the wall.


Add More Practical Outlets

When you find yourself using too many extension cords, it can certainly become risky for your power system. If you find yourself in this situation, you should already be considering adding more outlets all around your house. In most instances, it’s better to plug in your appliances directly onto outlets rather than through an extension cord.

More practical outlets mean more areas where you can safely place appliances. This allows them to receive the required amount of electricity without any risks or disturbances in the system.

A good idea is to also use more practical outlets instead of the standard ones. GFCI outlets are usually installed in areas where water is close by. However, you can still install it in other areas in your home for additional safety from any electrical problem that involves a sudden surge in power levels.

You can also install outlets that have different kinds of sockets. Install USB outlets to remove the need for adaptors when powering your gadgets. You can install these near tables and in bedrooms. Since most devices nowadays make use of USB cords and adapters as chargers, these USB outlets will allow you to directly plug in your phone or tablet to your outlets.


Introduce Safety Reminders

Introduce Safety Reminders

More of an additional precaution instead of a home improvement, informative signages will constantly remind the members of your family to be careful around electrical appliances and other concerns you want to point out.

As simple as it may seem, sometimes people will just forget about certain hazards because they’re too preoccupied with their desire for convenience. These safety reminders should be effective in reinforcing the significance of always following the rules and how they can prevent injuries from happening.


Key Takeaway

You don’t need to spend too much just to make sure that your home is safe from electrical hazards. In fact, as an electrical company in the Philippines suggests, there are a number of easy-to-do things that you can do right now to achieve this. Aim to make your home safe from electrical hazards and you won’t have to worry too much about electric shocks or broken appliances!

Simple Reminders for Electrical Safety During the Summer

Simple Reminders for Electrical Safety During the Summer

What should you know to ensure electrical safety during the summer?

  1. Be extra careful with your liquids at home
  2. Stay away from powerlines and power stations
  3. Make sure your electrical appliances are child-proof
  4. GFCI outlets are great for protection
  5. Understand your circuit breaker


The worst of the summer may have already passed, but still, the oppressing heat lingers. This has led some to continually find ingenious, albeit dangerous, ways to beat the heat. More often than not, this results in electrical hazards occurring around the house—something that electrical companies in the Philippines would like to not happen.

Because of this, we have created a short list of reminders for you and your family regarding electrical safety as summer slowly starts to go by. With the help of this list, you can ensure that every member of your family will be safe from the most obvious to the most obscure electrical hazards both in your home and wherever you might go this summer!


Be Extra Careful With Liquids at Home

The summer heat is so potent that you’ll be sweating even in a well-ventilated room. With intense heat comes the risk of dehydration. People will most likely have some water or other thirst-quenching fluids with them wherever they go.

When you always have a glass or a pitcher of water at the ready, one wrong move might accidentally cause an electrical shock. Remember, there are a number of outlets in your home. Some of them might even be close enough to tables and chairs where you would usually put down a glass of water.

That being said, be careful not to knock over glasses or bottles of water. Especially when you’re near extension cords or outlets.


Stay Away from Powerlines and Power Stations

Stay Away from Powerlines and Power Stations

As hot as the summer days may be, it’s also the time when children would usually go outside to play. Common summertime activities might include frolicking around at the park, flying kites, or playing games on the street.

If you live near power stations or powerlines, keep an eye on your children and always remind them to never come close to any. Power stations and power lines are incredibly dangerous since they’re usually surrounded by high voltage fences; not to mention that the structures themselves are carrying high currents that are most certainly fatal.


Make Sure Your Electrical Appliances are Child-Proof

Make Sure Your Electrical Appliances are Child-Proof

Children are much more inquisitive than adults. They’ll try to touch everything and anything that they find interesting, including some of your electrical appliances or even the outlets themselves.

Make sure that hazardous appliances are out of your children’s reach. If you have electrical appliances that can easily be moved such as irons, blenders, or electric kettles, make sure that they’re out of reach, or are locked in place.

Great examples of this include the use of plastic plugs to temporarily close off outlets that aren’t in use. This prevents your child from putting their finger into the outlet. This can also be done with extension cords—which should be well hidden or fastened on the ground.


GFCI Outlets are Great Protective Measures

GFCI receptacles are basically outlets that can significantly reduce your chances of being shocked. They can also prevent potential accidents caused by water damage to outlets and appliances. This makes GFCI outlets perfect for places where electrical appliances are in proximity to water sources such as the bathroom, the kitchen, and outdoor areas.

That being said, you can’t really say whether an outlet is safe or not after it has suffered from water damage, especially when you consider how dangerous human error truly is. Because of this, it’s almost imperative that you install primarily GFCI outlets in your home. This way, even if you run into a minor accident, you can be sure that you’re safe from being electrical shocks.
As a side note, GFCI outlets can also protect your appliances from sudden volatility in the electrical current, providing more protection for both you and your expensive appliances!


Understand your Circuit Breaker

Understand your Circuit Breaker

In case of emergencies, it’s incredibly important for you to know where your circuit breaker is and how to safely switch it off and on again. Keep in mind that your circuit breaker is basically the central hub for all of your outlets. When something goes wrong with one of your outlets, it’s best to turn off the circuit breaker before you do any kind of investigation or repair.

Knowing what to do should an emergency arise is necessary because it can easily make the difference between life and death.


Key Takeaway

No matter what the season is, electrical hazards will almost always be present in every household. The first step towards prevention is simply being aware of them. A person who knows how to spot electrical hazards can help prevent electrical shocks from happening to anyone around them. In addition to hazard awareness, you should also actively do your part and educate your family and about these electrical hazards.

There are a lot of tips about promoting electrical safety and preventing hazards in your home provided by electrical companies in the Philippines. Keep these ideas in mind for the rest of the summer and you’ll find yourself safe from any kind of electrical hazard!

Leaving Your Home Hazard-Free During the Holy Week

Leaving Your Home Hazard-Free During the Holy Week

What should you remember before you leave home for the holidays?

  1. Inspect your appliances before leaving
  2. Unplug all the appliances
  3. Double check the outlets
  4. Organize the electrical cords
  5. Keep water away from your electronics
  6. Switch off the panel breaker


Holy week is here once again. During this time, most families in the Philippines can be categorized into two: those that participate in in church events, and those that go on vacation. Either way, you will be leaving your home for at least a whole day, so it’s crucial that you keep things in check.

Every electrical company in the Philippines will strongly encourage families to be careful before they leave their homes for the holidays. When it comes to electrical safety, making sure that you leave your home after a thorough check will ensure that you won’t come back with high electricity bills or worse, damaged appliances.


Inspect Your Appliances Before Leaving

The first thing that you should do is to inspect the appliances that you have in your home and make sure that they’re in working order. From televisions to laundry machines and dishwashers to lampshades, make sure that everything is functioning correctly.

This way you’ll know if something happens to any of them while you’re gone. This inspection also serves as a reminder for you to turn off all of your appliances for the duration of your vacation. Leaving your appliances plugged in for an extended period can lead to damage that might not be repairable.


Unplug All the Appliances

Unplug All the Appliances

To be safe, you can just opt to remove all of your appliances from their outlets. This way, you won’t have to worry about leaving any of them for long with power running through them.
Before you remove them from the outlet, however, you should make sure that your appliances have shut down properly. Choosing to remove the plug without properly turning off the appliance can lead to different kinds of electrical hazards. So always remember to turn your appliances off before you unplug them.


Double Check All the Outlets

This should be done at the same time as you unplug all the appliances. Make sure that nothing stays plugged into your outlets if you’re planning on going away for a long time. Leaving an appliance plugged in, even if they’re not turned on, may still contribute to a higher electricity bill.


Organize Electrical Cords

Organize Electrical Cords

Another thing worth pointing out before you head out for your vacation is to organize the many electrical cords that are lying around at your home. Often, you’ll see extension cords or even just the cables of appliances, in general, lying around your home.

If these are not organized properly, people are going to trip on them! Worse, they might trip on them when they’re plugged in. When that happens, there is a good chance of that person getting hurt (not to mention you’ll also end up damaging your appliance).

Keep your electrical cords in your home in order. For appliances in other areas, make sure to hide them effectively. Keep them hidden from sight or make use of electrical tape to keep them in place on the floor.


Keep Water Away from Electronics

Keep Water Away from Electronics

This should already be common sense but always keep your electronics away from any water source. A simple leak might end up short-circuiting one of your appliances so it’s very important to keep these away from each other.

You can also try to waterproof the important parts of your appliances if keeping them away proves to be impossible. That being said, as long as the water sources in your home are far away from your appliances, you can safely assume that this won’t be a problem for you any time soon.


Switch Off the Panel Breaker

Last but not least, if you’re expecting to go away for a long time, it would be better for you to switch off your the circuit breakers in your panelboard so that electricity will not be going through your home at all while you’re gone.

Yes, this leaves your home powerless for a few days. But it won’t matter at all since no one will be staying there while you’re gone anyway, so this is definitely a viable option. Just make sure that your home is secured by locks and other mechanisms so that your house is protected even if there is no electricity.


Key Takeaway

Holy week is a time to take some time off from our busy lives. If you’re going to leave your home for a number of days during this time, it’s important that you ensure that there are no electrical hazards that might be lying around there.

Take the advice of an electrical company in the Philippines and conduct inspections of your whole home before you leave. Try to use the points mentioned above to your advantage!

The Importance of Electrical Safety In All Establishments

The Importance of Electrical Safety In All Establishments

Why must you focus on electrical safety?

  1. Understanding electrical safety
  2. Three common types of electrical injuries
  3. Controlling the risks involved with electricity


Every electrical company in the Philippines aims to educate their clients and customers about electrical safety. Electricity is an essential part of our lives, which is why the next electrical accident is just waiting to happen — even with all the protective gear that is often used.

It’s hard to eliminate the risk of electrical hazards in many establishments. The best you can do is to manage the flow of electricity in order to lessen its severity. That being said, that’s not always the case. In the Philippines, most workplaces are not as electrically protected as they should be. From your typical office space to the more rugged construction sites, electrical hazards are everywhere.

Electrical safety is not as simple as buying the appropriate electronics to prevent hazards. Although they are a great help, you also need education and proper training to ensure that these devices work as intended. If all of those are put into play, only then will you be able to fully integrate electrical safety into your workplace. In this day and age, electrical safety should be your number one priority. Here are the reasons why:


Understanding Electrical Safety

The Electrical Safety Foundation International (ESFI) is a non-profit organization that has dedicated itself to promoting electrical safety in homes and in workplaces. They have provided a good set of statistics on occupational electrical injuries and fatalities to help people understand that electrical safety should not be ignored.

One of the most prominent points they’ve mentioned is the obvious overlooking of some electrical violations in the past few years. One of them is the use of personal protective and lifesaving equipment, particularly eye and face protection. Something so simple should not be disregarded. Protective gear is there for a reason. Ignoring safety gear signifies blatant neglect of electrical safety that leads to injuries and fatalities.

Another factor to point out is the fact that from 2003 to 2017, a total of 54% of fatal electrical injuries occurred in the construction industry.

When it comes down to it, this is arguably because of the working conditions that you have in most construction sites. Often, the rugged and messy worksite is littered with electrical hazards all over. From unprotected extension cords or cables to faulty, sometimes broken generators (or all of these hazards in some of the truly worst cases) one is significantly more at risk of electrical injuries at a construction site.

To put it in a more general perspective, take note that contact with electricity is the sixth most common cause of workplace fatalities. That means it doesn’t matter if you’re working in a construction site or in a small office space — electricity is always at play. There is always a certain level of threat when electrical equipment is not used correctly.


Three Common Types of Electrical Injuries

Three Common Types of Electrical Injuries

Every kind of electrical system has the potential to cause harm to the typical user. The type of electrical injury that you might receive can be different depending on how the incident happened. To differentiate between them, here are the three common types of electrical injuries:

  1. Electrocutions – This is the most fatal among the different types of electrical injuries. In fact, the word comes from “electro” and “execution” — death by electricity. Electrocutions happen when one is exposed to a large or lethal amount of electrical energy.
  2. Electric Shocks – This one happens when your body suddenly becomes part of an electrical circuit. It happens in the blink of an eye and is usually followed up by a sudden reflex response to move away from the electricity source.
  3. Electrical Burns – these are burns caused by electricity, usually through arc flashes, thermal contact, and even electric shocks.

Keep in mind that there are other kinds of electrical hazards that can happen to you. But instead of affecting one individual, they can affect large areas at a time. While they don’t fit in any particular category of injuries, they can still result in the three mentioned above. These include Arc Flashes/Blasts, Fires, and Explosions.


Controlling the Risks Involved with Electricity

Controlling the Risks Involved with Electricity

As mentioned above, electrical hazards can’t be completely avoided, but the good thing is that it’s very easy to prevent them. Electrical safety devices are some of the most effective things that help reduce the chances of electrical hazards to extremely low percentages.

Other than that, you can also follow professional guides when you need some DIY electrical work done, however, if you or others find any of these processes overly complicated, it’s highly preferred that you still have professionals do it. That way you reduce the chances of electrical hazards from happening.


Key Takeaway

The importance of electrical safety should be emphasized, not just by an electrical company in the Philippines, but also by everyone that makes use of electrical devices. Electrical hazards, injuries, and fatalities are not things that you can easily shrug off. They’re a lingering threat to your home and your workplace so you have to make sure that you and everyone you care about are as safe as possible when working with electricity.

Types of Electrical Circuits and Their Importance to Home Electrical Systems

Types of Electrical Circuits and Their Importance to Home Electrical Systems

What do you need to know about electrical circuits?

  1. Definition of electrical circuits
  2. Types of electrical circuits
  3. The importance of understanding circuits


Every electrical company in the Philippines should emphasize the necessity of one of the most important foundations of electrical systems — the electrical circuit.

Most of us would probably already know that electrical circuits are utilized to bring power to residential, commercial, and industrial areas. There’s a slight underappreciation of electrical circuits even though it’s crucial in everyday life.

A lot of things rely on circuits, especially when it comes to electrical systems. Most of the time, this is where electrical hazards happen. So, for you to be able to identify more easily the problems you have within electrical systems, you have to learn about circuits.


Definition of Electrical Circuits

A circuit can be defined as a closed path where a circulating electric current can flow through. Another way to define circuits is that it’s a system of electrical conductors and components forming a complete path.

Every light switch that you see is a juncture where you can complete a circuit. When you turn one on, you let electricity flow freely through the circuit.

You can categorize electrical circuits between power circuits and electronic circuits. Power circuits transfer and control huge amounts of electricity. These are the circuits found within the walls of establishments and power stations.

Electronic circuits process and transmit information. These can be found inside computers, smartphones, tablets, and TVs.


Types of Electrical Circuits

Types of Electrical Circuits

Aside from categorizing electrical circuits based on what they carry, there are three more basic types of electrical circuits, all of which are meant to carry power.

But before carrying on to the particular kinds of circuits, open and closed circuits should be discussed first. Their difference is simple: a closed circuit has a complete path created, while an open circuit does not. Circuits will only work when it’s closed, meaning electricity will be able to flow properly.


Series Circuit


In this circuit, the same current flows through all the components in the path. The current has only one path to take in a series circuit. One common example of a series circuit is the Christmas light. If at least one component of the series circuit is not functioning, the whole circuit will fail to power up. This is why Christmas lights will fail to function if even just one of the lightbulbs is missing or burnt out.


Parallel Circuits


This is a circuit where the components are arranged in a way where the current must break up before meeting and combining again. Because of the division, each component will be assured of a charge. Unlike the series circuit, however, when one component breaks, other paths will still work because they don’t rely on each other. This circuit is used in establishments so that if one light burns out, the rest of your house will still have power running through it.


Short Circuits


More commonly referred to as an electrical malfunction, short circuits are also technically considered circuits that allow a current to travel along an unintended path. It encounters no resistance and bypasses certain paths. What distinguishes it as an electrical hazard is its potential to cause a fire. This is because when short circuits happen, the wires tend to rapidly heat up enough to produce flames.


The Importance of Understanding Circuits

The Importance of Understanding Circuits

Having an idea on the different types of circuits will let you comprehend how certain electrical hazards and malfunctions occur. It also provides more insight into why exactly certain electrical devices are important in every establishment.

Electrical circuits are what make up the whole electrical system. Without them, power will not be easily distributed in houses, much less the whole country.

Bear in mind that the entire electrical grid is basically a giant circuit filled with smaller series and parallel circuits. The grid supplies power into your home, goes through the panel box, and is distributed into multiple parallel circuits all over your home.

This makes it easy for you to identify problems that come up every so often. For example, when an outlet suddenly stops working or if a bunch of your light bulbs won’t power on, you’ll be able to pinpoint the problem easily if you know what kind of circuits, they are in.


Key Takeaway

Your home is filled with electrical circuits. Power circuits can be found in structures, connecting outlets and other appliances to the main grid. Electronic circuits, on the other hand, power up your devices. Every electrical company in the Philippines should educate their customers and clients on the importance of circuits. They’re the foundation of electrical systems. Without them, modern day living will not be the same.

The Importance of Panel Boards in Every Establishment

The Importance of Panel Boards in Every Establishment

Why should every establishment have a panelboard?

  1. Organized Electrical Distribution
  2. Protection of Fragile Electrical Components
  3. Personal and Structural Safety


Every electrical company in the Philippines openly shares the importance of panel boards to their clients and customers. These devices may not seem like much, but they are absolutely integral to the optimization of an establishment’s electrical flow.

As defined by the National Electrical Code, a panelboard is a single panel or group of panel units that are designed for assembly in the form of a single panel. This includes buses and automatic overcurrent devices. It can be equipped with or without switches for the control of light, heat, or power circuits. In most cases, it’s designed to be placed in a small cabinet or cutout box in or against a wall, partition, or other forms of support. Lastly, it is usually only accessible from the front.

These electronic devices are essential in keeping any establishment powered at all times. That being said, buildings can function without a panel board, but so many things about the electrical supply of the building can go wrong. Here are a few reasons why panelboards can be considered essential to every establishment.


Organized Electrical Distribution

Organized Electrical Distribution

To the layman or anyone who isn’t knowledgeable about electrical installation, a panel board will most likely look like just another storage box or a seemingly innocuous metal plate on the wall.

Once opened, however, they’ll probably be overwhelmed with the number of circuit breakers, wirings, and other components within.

Only a skilled electrician would fully understand the foundations of what happens in a panelboard — and for good reason! Basically, the panelboard is the lifeline of your whole establishment.

A panel board would usually have a row or a column of individual panels with circuit breakers in each of them. Each breaker signifies an electrical circuit that goes to and from the panel board. Each circuit allows electricity to flow around the house, evenly distributing power.
Once you turn off one of the circuit breakers, you’re basically cutting off the power on that specific route. When you turn off the whole panel board, then you’re shutting down the power for the whole establishment.

In many cases, the panel board is almost always labeled. This is to make identifying each electrical circuit easier.

Overall, the panel board is kind of like the heart where all the electrical circuits start and end. Without one, you’ll have a hard time pinpointing electrical circuits, for many applications!


Protection of Fragile Electronic Components

The electrical parts placed within a panel board are placed there not just for easy management, but also for protection from unwanted matter. Circuit breakers, open wires, and electrical panels should not be left out in the open because even the slightest drop of water or a sudden impact on it can easily damage it.

The metal box encasing the panelboard is meant to be locked so that the insides can’t easily be tampered with. Even the design choice of putting it in a wall is to further increase the security of the components within.

It’s important to note that most components of electrical systems are fragile. They do not bode well with impact, water, and a number of other alterations. They need to be treated with the utmost care and respect so that they’ll last as long as they’re intended to.


Personal and Structural Security

Personal and Structural Security

Panelboards greatly help in ensuring that people within an establishment are free from harm’s way—particularly those caused by electrical problems such as short circuits, and circuit overloads.

Today, a lot of the protection comes from advancements in circuit breaker technology—especially those that are designed with arc fault circuit interrupters. Most of the time, the safety provided by panel boards are not visible to many, because it prevents things from ever reaching too far from the source.

Aside from these invisible, yet rather potent electrical flaws that are prevented by panel boards and other electronic devices, panel boards also help support the structure in many ways. They protect and organize the electrical wiring system, which is by far the most fragile, and dangerous set of wires that encircle an establishment.

The panel board serves as a place to put the most important components of an electrical system so that it’s easily fixed by experts.


Key Takeaway

A panelboard is one of the most important electrical devices that should be found in every establishment. It makes the lives of every electrician easier when they have to fix an electrical problem because aside from the wirings, everything they need to inspect is right there!
Consult every electrical company in the Philippines that you know and they’ll most likely recommend that you get a panel board for your establishment. Having one nowadays is not a luxury but a necessity.

Why Should You Install Manual Transfer Switches in Your Establishment

Why Should You Install Manual Transfer Switches in Your Establishment

What should you take note of before installing a manual transfer switch?

  1. How does a manual transfer switch work
  2. Increased electrical security and safety
  3. Advantages of installing a manual transfer switch


Every building should have an electrical wiring system that’s up to code. In fact, it’s a requirement for every building that is to be built. People rely on a fully-functioning electrical system to power up all the appliances in their houses and offices. It basically allows you to take advantage of the various technologies that make our lives more convenient. Every electrical company in the Philippines ensures that the electric wiring in every building is installed perfectly, to prevent any kind of electrical problems from within the walls.

There are also certain devices that help electricity flow from the power source to the establishments as efficiently as possible. Circuit breakers and panelboards are some of the most essential ones, but there are a number of optional choices that can further enhance and even protect your establishment from malfunctions and damages.

One of the more notable devices is the manual transfer switch—emphasis on its manual nature because it has advantages over its automatic counterpart. That being said, what exactly does it mean to install a manual transfer switch in your building?


How Does a Manual Transfer Switch Work?

How Does a Manual Transfer Switch Work?

For most people in the electrical industry, these types of switches are one of the best and simplest solutions to keep the establishments powered during a power outage. This lets your business or your home continue to function without any setbacks.

Manual transfer switches are usually mounted on the interior or exterior of a building. Most of the time, it’s placed near the main circuit breaker or panel board. When the establishment’s electrical supply is interrupted, you can connect a portable generator to the manual transfer switch to provide a more reliable source of power while the disruption is still ongoing.

These switches work by isolating circuits you want to be powered in the event of an electrical shortage or outage. Once the circuits are secluded, the switch swaps your access to grid power for generator power.

This intricate yet simple system makes the transfer switches in general extremely safe while also quicker to operate than when you connect a generator directly. Meiji brand Manual Transfer Switches has the added feature of being able to delegate electricity to specific circuits!


Increased Electrical Security and Safety

In general, manual transfer switches are installed in establishments for very specific reasons. However, these aren’t as urgent as the usual functionalities that other, more common electrical devices provide. Keep in mind that you should also only install transfer switches if you have an emergency power generator. Without one, you won’t really make use of the transfer switch that much.

That being said, manual transfer switches are essential for small to medium establishments, particularly commercial buildings that consume a lot of electricity. Malls and office buildings benefit from manual transfer switches a lot because they heavily rely on ensuring their operations are always fully powered. It’s highly recommended that commercial buildings, complexes, and other areas that need a lot of electricity should have a manual transfer switch just in case there’s an unforeseen power outage.

In essence, what manual transfer switches truly provide to an establishment are safety and security. Safety in the context of always being protected from power outages and damages to appliances as caused by unnatural electricity flow. This is fairly important, especially for appliances that have sensitive electrical systems. Of course, you can still install things like GFCI Receptacles or uninterruptible power supplies to further protect your appliances, but it’s a good idea to have protection at the very start of the circuit.

It also provides a way to secure a quick alternative to when there’s a power outage. With just a flip of a switch, you can change your electrical supply from the grid to your power generator! The best part is that you won’t have to do anything complicated to both the generator and the circuit breaker! The manual transfer switch is installed as the buffer between them.


Advantages of Installing a Manual Transfer Switch

Advantages of Installing a Manual Transfer Switch

Aside from the basic functions of a manual transfer switch, one other reason to install one in your establishment is that it provides a few advantages over its automatic counterpart.
Manual switches make it easier to control loads. You can choose which one of your electrical circuits can be powered at a time. You can also control the load that your generator is under to prevent overloading!


Key Takeaway

Manual transfer switches are vital in every establishment that needs to be continuously running. This has been evident with the success of Meiji Electronic’s various projects in collaboration with Irma Fishing Trading Inc., Gloria de Dapitan (Dakak Beach & resort), Moldex Realty Inc., Cityland Development Corp., and Torre Venezia.

It helps prevent loss of productivity when there’s a power outage, but more importantly, it ensures that your establishment is well-equipped against power outages and other possible electrical interruptions.

The Benefits of the MGU-252: Meiji’s New GFCI with USB Outlet

The Benefits of the MGU-252: Meiji’s New GFCI with USB Outlet

Why should you get a GFCI outlet with a USB slot?

  1. Certified Shock Protection
  2. Damage Protection
  3. Enhanced Convenience


If you’ve ever visited an electrical company in the Philippines, chances are, they’ve introduced to you GFCI outlets. If you didn’t already know, a GFCI outlet is an incredibly useful electrical socket that has the added benefit of protecting appliances or electrical equipment that are plugged into it from unforeseen electrical shocks.

Fast forward to 2019 and a new and improved outlet has recently been released by Meiji Electric. This new version of the GFCI outlet only has one 220V plug but is now outfitted with two USB ports.

It’s clear that this outlet is directed towards establishments that charge small devices and gadgets more than large appliances. Either way, the outlet is more than capable of handling these devices.

With an international outlet, you and/or your customers no longer need to bring bulky adaptors to enjoy safe and secure usage. This kind of outlet is currently one-of-a-kind in the Philippines. With voltage protectors alongside it and a number of other electrical protection devices, it’s probably beneficial for you to make use of these outlets right away!

Discover the double benefit of GFCI outlets with USB ports by reading through this article!


Certified Shock Protection

Certified Shock Protection

As the leading GFCI supplier in the Philippines, it’s only fitting that Meiji Electric is at the forefront of the industry. They have designed this outlet with all the necessary safety precautions already embedded within it.

For those who are yet to be familiar with GFCI outlets, these devices protect every device plugged into it from power fluctuations and overloading, and protects its users from shocks and even electrocution. GFCI outlets have built-in sensors that monitor the inflow and outflow of electricity to an appliance. Whenever a fluctuation is found, the outlet will immediately notice the change in electrical flow occurring and will quickly shut off the power. This simple sensing and power shut off can prevent many electrical mishaps from happening.

Now, keep in mind the function of the USB ports. It’s no secret that handheld devices are easier to damage than large appliances—especially when it comes to voltage fluctuations. No longer will you have to worry about unfortunate electrical issues while charging mobile devices with this outlet!

With GFCI outlets such as Meiji’s MGU-252, you’ll have maximum shock prevention for every device and appliance that is plugged into it!


Damage Protection


As protected and durable the wiring in establishments may be, not all of them can withstand the test of time. As time goes on, insulation breaks down and a certain amount of electrical current may start to leak into appliances, mobile devices, and other electronics that are plugged in. This rather invisible occurrence won’t harm you directly, especially if your appliances don’t have a metal body—but it will most certainly damage plugged in devices. This leakage of electricity is one of the most common reasons why things such as computer hard disks and other large appliances with multiple sensitive components fail without prior notice.

All of these are preventable simply by using a GFCI outlet! The electricity leak is also something that is easily identified by the GFCI’s sensors and thus triggers the automatic shutdown of power This helps prevent expensive equipment and appliances from being significantly damaged from a dangerously invisible hazard such as an electrical leak!


Enhanced Convenience

Enhanced Convenience

Reducing the number of electrical sockets by one and adding two USB outlets can be seen as advantageous by some and disadvantageous by others. However, as the world goes, it’s leaning more towards becoming an incredible convenience. This is especially true since more and more people are using handheld, mobile devices that have a charging cable that doubles as a connector.

This kind of GFCI outlet is, in reality, not as good of a choice for households because of the limited slots for appliances. However, the place that it does shine in is in establishments made for accommodations such as hotels, motels, and bed and breakfasts. These establishments will benefit greatly from the MGU-252 GFCI outlet. This is primarily because most of the items that will be plugged into them are mobile devices and some of your usual electronics such as cameras, video recorders, and other portable gadgets.

GFCI with USB outlets make it very convenient for people who are on the go to quickly and safely plug in their devices for a top-up. With its International-rated outlet, you don’t have to use any bulky adaptors — just plug in any appliance that you need! It’s important to remember, however, that the outlet is rated at 220v. So you might still need a step-down transformer if you have a device that requires lower voltage levels.


Key Takeaway


The new MGU-252 is a GFCI Outlet with two USB ports. It’s essential in establishments made for accommodation such as hotels, inns, and travel lodges. It provides all the safety and security that the normal GFCI outlet has but makes it even more convenient for those who have to plug in handheld devices! Before using them, however, make sure that you get an electrical company in the Philippines to survey your establishment’s electrical wiring and system to see if you need to be aware of any electrical problem apart from what the GFCI outlets pick up.

How Do You Identify Voltage Fluctuations?

How Do You Identify Voltage Fluctuations?

What should you know about voltage fluctuations?

  1. What happens during voltage fluctuations?
  2. What are the causes of voltage fluctuations?
  3. What can you do to prevent voltage fluctuations?


There’s an extensive list of potential electrical hazards that every electrical company in the Philippines warns people about. Most of the time, though, people are more aware of common electrical problems such as brownouts and blackouts because they’re usually stated in the news and happens on a relatively large scale.

Because of this, there are very few discussions about lesser known electrical problems such as voltage fluctuations. These are actually quite common as well, especially in places where there’s a lot of potential obstructions to transmission lines or problems in the electrical system of a structure.

With that being said, compared to blackouts, voltage fluctuations are a lot easier to prevent because it’s something that you can modify yourself!


What happens during voltage fluctuations?

What happens during voltage fluctuations?

Voltage fluctuations are systematic variations of the voltage envelope or simply put, random voltage changes. However, this change doesn’t normally exceed the regular voltage range.

Voltage fluctuations can be categorized into two: Step-voltage changes that can be regular or irregular in time and cyclic/random voltage changes that are produced by variations in the load impedances.

When this occurs, the appliance affected will experience a significant degradation in its performance. The volatility of the internal voltages and current of the electrical system may be affected as well.

Voltage fluctuation is usually the fault of the provider or the grid system being tampered with. In any case, the best way to spot voltage fluctuations throughout your home is the sudden flickering of your lights. Flicker is described as a continuous and rapid variation in the load current magnitude. This is believed to be caused by voltage variations.

At home, the most common signs of voltage fluctuation include display screens or any electronic device with a light source flickering, other electronic equipment failing to start up, and televisions or radios experiencing interference.

If left unattended, voltage fluctuations can lead to some electronic devices malfunctioning. For example, incandescent bulbs might break due to it being designed for a specific voltage only.


What are the causes of voltage fluctuations?

What are the causes of voltage fluctuations?

Unlike the more common electrical issues that happen at home, the causes of voltage fluctuations are hidden from view and unheard of most of the time. Aside from one or two warnings from an electrical company in the Philippines, you would most probably not even think of a voltage fluctuation as one of your home problems.

That being said, it’s way better if you know the cause of your electrical problems so that you know what to do if ever you experience it! Here are the most common causes of voltage fluctuations:

  • Poor supply of electricity. Before assuming that something bad happened to your electrical system, you should first question the integrity of your power supply. It might be the result of poor power flow or simply a sign that you’re using a low capacity transmitter to transfer power from your main supply. This might also be because of faulty appliances that draw in more electricity than usual.
  • Wiring issues. Another possible cause of voltage fluctuation is improper wiring. This can lead to irregular electrical supply and inconsistent voltage fluctuations when left unchecked. Issues might also stem from the way that wires were manufactured. Improperly fabricated electric wires might not have the capacity to carry the required amount of power for your house, let alone an entire commercial building.

There’s also the possibility of pests damaging your wires, so don’t rule out voltage fluctuations to outdoor causes immediately!


What can you do to prevent voltage fluctuations?

Aside from directly fixing electrical wiring in your home and repairing faulty equipment (both of which are highly recommended when you have the chance) one of the best ways to solve this problem is to simply get a voltage protector! In the Philippines, there are many electrical companies that already offer such a device.

As the name suggests, the primary function of voltage protectors is to protect appliances from a sudden increase or decrease in voltage. Remember, for an appliance to work properly, it has to be supplied with the correct voltage. Overvoltage and Undervoltage are both something that you don’t want to happen to your appliances. Not only will this affect your appliances, but it might also lead to them malfunctioning or getting damaged.

Aside from that, other devices that help protect against voltage fluctuations are UPS or uninterruptible power supplies. In fact, this all-encompassing system is said to be able to prevent many of the different power-related problems there are!


Key Takeaway

As people say, prevention is better than a cure. That saying remains relevant even when the main focal point is machines and appliances. Make the most out of your uninterruptible power supplies or voltage protectors in the Philippines to help protect your electrical appliances!