When both plugs in the wall shop are not enough to give the lights and gadgets needed to operate the modern home, most people turn to power stripes to meet the demand for electricity. It is okay to use these tools to charge smartphones or strengthen the entertainment setup, but there are some of the power hungry devices that are dangerous to plug into the power belt instead of a direct wall. Equipment devices, such as air conditioners, space heaters, and toasters, can pull more strength than that can be provided by the strip, which causes the power strip to cause high heat and pose a risk of fire. Also, location matters: Indoor power strips are not designed to wet until GFCI-Certified for wet and damp areas, so using them in wet areas such as kitchen or laundry room is at risk of a short or electric fire.
When using the power strip, pay careful focus on its maximum watts (found on the device’s label) and make sure the plugin is limited to this amount. Most power strips are 15 MP, which means they can handle up to 1,800 watts. If it is not enough power for the demand for the strip, find a heavy duty 20-AmP power strip, which can handle the burden of up to 2,400 watts.
1. Another paor bandage

Power stripes do not mean to be used in conjunction with another power belt. In fact, plugging multiple power strips simultaneously, known as “Gul Dawoodi Charnings”, mostly violates fire safety codes and can quickly overload the entire home power system and cause power outages. For this reason, avoid the use of the best expansion bones with power stripes. Lack of shops? Try to plug a device before plugging someone else, or cut the bone and find a power -free alternative for home gadgets.

2. Refrigerators

Large devices such as refrigerators take a lot of strength and often rotate, which can easily overload the power strip. These devices should be plugged directly into a wall shop that is fully dedicated to strength to the equipment. Plugging additional appliances in the same shop will endanger the circuit every time the refrigerator cycling.
3. Microwaves

The microwave is a miracle of modern food preparations, melting, cooking, and regenerating food, which contains traditional oven. It can also help with unexpected ways, refreshes stale foods and dried herbs. But all these amazing activity requires more energy than providing power strip. Like the traditional electric oven, the microwave should have its own dedicated power outlet.
4. Coffee makers

For a cup of morning, it seems that it does not need so much energy, but mostly coffee makers need imperial to turn these roasted beans into a hot beverage, especially when using coffee makers for kitchen alternatives. Plug the coffee maker directly into the outlet or run the risk of waking up to half a vessel of coffee and a blowing power strip or circuit.
5. Tuster

Anyone who has ever peeked into the taster to remove the stubborn piece of the broken layer, especially the inside, knows that the inside is basically a bunch of wires that heat the red temperature to toast. The current draw that requires wires can easily cause the power strip to cause more heat. The same problem affects Taster Owen, Pizza Owen and Wafl makers.
6. Slow Cooker

“Less and lazy” does not mean that slow cookers do not use much power. Although they are definitely energy -efficient about heating the entire oven, the power necessary to maintain a permanent temperature in the long run can easily overload the power strip: this cooking equipment requires longer juice than handling the power strip. And since a slow cooker appeal is that he can work without any supervision, it is important to make sure that he has been safely plugged in the wall shop to minimize any harmful consequences.
7. Hair care devices

It takes a great amount of electricity to give your hair dryer, curling rods and flat iron strength: These tools pack a lot of strength in a small space to reach a sharp temperature, and then rotate to maintain. Anyy, no smoke dressing accessories that run with heat should be plugged directly into the wall shop.
8. Air Conditioner

Like a heater, the air conditioner (whether window unit or portable model) is designed to cycle and turn off to maintain permanent temperature, and when they turn on, they pull a large amount of current. This activity can overload many standard outlets of the walls on Overtax circuits, and is much more to handle the power strip. Plusing an air conditioner in the power belt or even expanding bone will either travel to the circuit breaker or cause a dangerous heat. For this reason, these devices should always be plugged into a dedicated shop.
9. Sump pumps

In the case of a flood, a simple pump for a dry basement is often the last defense. First of all, the simple pumps are dizziness – they turn on and off as needed to pump flood water – and can leave the on/off -cycling power strip behind. Also, if a simple needs electricity, there is a certain amount of water in the area. Since most power strips are not designed to be used in moist or wet conditions (even the best outdoor power strips do not intend to sink), so they use the simple pump. Are inappropriate. Instead, plug a simple pump in the GFCI outlet, preferably installed a few feet above the floor to keep a growing water clean.
10. Air Compressors

Portable Home Air Compressors are domestic helpful for diyakanakshi diyers, but they pull a lot of energy on startups. Instead of overloading the power strip, use the same high quality heavy duty extension cord to maximize use and benefit from air tools.
11. Blinders

Just because an appliance is small does not mean that plugging in the power strip is safe. Many blenders, including ninja and vitamics, use powerful motors to cut hard foods. As a result, they can use up to 1500 watts, and keep them equal to space heaters, toasters and air conditioners in the case of used watts. Since the purpose of the blender is to liquidate food items, there is a risk of getting liquid on the power strip, which can cause short circuit. Always plug a blender directly into the kitchen GFCI outlet.
12. Washing Machines

Even the best, mostly energy efficient washing machines use up to 1,400 watts, which is mostly closely near the maximum burden of power stripes. Washing machines usually wash clothes without any kind and take an hour or more to complete the bicycle, which is more than a long enough heat to the power strip when no one is watching. Instead of using the power strip, plug this washing machine directly into its desired wall shop.
13. Portable Heaters

Best portable heater, even energy -saving options, use 1,500 watts of energy on their high settings and are especially dangerous when plugged in power stripes because they are often from time to time. From time to time. Let’s go for time. Even more trouble is that space heaters are often in use while households sleep. Although there are built -in safety in the portable hebal that closes the unit if they start to heat up, this feature of safety will not necessarily prevent the power strip from high heat and potentially. The space heater should always be plugged into the wall or the heavy duty extension cord should be classified for proper watts, and it should be left without interruption.

Power strips can be safe in the workshop, but no old electricity will be stripped. To safely use the power strip to supply power tools in a shop, it is to use a quality 220 volt power strip that is equipped with ground outlets. This type of power strip should also use a heavy 14 gauge wire between the strip and the plug, which can carry more loads without heating. Advanced right power strip is especially important for power tools that use more watts, such as table saws, circular saws, and COS cuts.
15. Gaming Ingredient

It does not seem that gaming equipment will be dragged enough to be dangerous, but when a gaming computer can only pull 500 watts, monitors, speakers, lamps and other accessories that create an exciting gaming experience, the total watts increases. When the dusting console is plugged into the same power strip, this can be very high to secure the power strip. Consult the stickers on each of these devices, improve tomorrow, and make sure the number is less than the power strip watts rating. Since these devices are sensitive sensitivity to the electricity increase, consider the power strip that acts as a protector of the increase.