The main difference between a built-in microwave and an over-the-range (OTR) microwave is the installation. Built-in microwaves are typically built into cabinetry and require professional installation, whereas an OTR microwave is installed above the range and only requires basic home improvement skills.
Both types of microwaves generally have the same features and power, so it comes down to personal preference.
One of the biggest factors to consider when deciding between a built-in microwave and an OTR microwave is ventilation. OTR microwaves are designed with a fan and light for range ventilation and the hood acts as a vent for steam, smoke, and odors from cooking.
Built-in microwaves, on the other hand, require separate ventilation built into the cabinetry.
In terms of appearance, OTR microwaves will hang down from the cabinetry, while a built-in microwave is usually flush with the oven cabinet, creating a seamless look in the kitchen. OTR microwaves do take up counter or cabinet space, so if space is an issue, then a built-in may be a better option.
Another factor to consider is mobility. OTR microwaves can be moved to a new location when you remodel the kitchen. Built-in microwaves are installed in the cabinetry and cannot be moved, so they are more permanent.
Overall, the decision of whether to choose a built-in microwave or an OTR microwave is a personal preference. Consider all the factors involved—ventilation, appearance, mobility, and price—to determine which one is the best for your kitchen.
What means built-in microwave?
Built-in microwaves are microwaves that are specifically designed to be installed into a kitchen counter. These microwaves are not designed to be portable and cannot be easily moved without having to uninstall them.
Built-in microwaves usually come with different features including convection cooking, multiple power levels, grill settings, pre-programmable buttons with pre-set temperature settings, and sensor cooking systems to name a few.
They are designed to provide more convenience than the basic microwaves and the design enables them to take up less space in your kitchen. They usually require professional installation and may require hard wiring into the electrical circuit in the kitchen.
Why are built-in microwaves more expensive than countertop?
Built-in microwaves are more expensive than countertop models because they require more work to install. Built-in microwaves require specialized installation and in some cases, alteration of existing cabinetry.
In addition, they come with additional components such as trim kits, mounting kits and harness wiring kits. This increases the complexity of installation, increases the time it takes to install a built-in microwave and ultimately increases the cost when compared to a countertop model.
Built-in microwaves are generally designed to create a seamless look within a kitchen and this design feature also contributes to the increased cost. At the same time, built-in microwaves tend to be larger than countertop counterparts, meaning they are more expensive due to the size.
Finally, built-in models are often made of higher quality materials than countertop models and feature additional features such as multiple power levels, sensors and convection cooking. All of these features add to the cost of a built-in microwave.
Does a built in microwave need ventilation?
Yes, a built in microwave needs ventilation. The vents are typically located in either the top or back of the appliance and allow the hot air and steam to escape while the food is cooking. Ventilation is needed to keep the microwave from overheating and to help circulate air and prevent the buildup of odors and food particles.
Proper ventilation also helps keep the appliance’s seal tight so that it is more efficient and uses less energy. If you are installing a built in microwave oven into a cabinet, you should make sure that the space between the microwave and the cabinet is large enough for proper ventilation, as this will improve the appliance’s performance and longevity.
How much space do you need for a built in microwave?
The amount of space you will need for a built in microwave depends on the size of the microwave and where it will be installed. A standard built in microwave typically measures either 24-inches high by 24-inches wide and has a depth of about 13-1/2-inches for most models, however, some manufacturers make smaller or larger models.
If you are installing a microwave over a 30-inch wide wall oven, for instance, you would generally need a minimum of 30-inches of wide counter space next to the oven for the microwave. The extra 6-inches allows for the air space needed for proper ventilation.
It is also important to leave a minimum of 4-inches of depth clearance behind the microwave to allow for clearance of wiring and proper exhaust. In addition to counter space, you will need a minimum of 18-inches of space between the top of the microwave and the bottom of any overhead cabinets.
What are the pros and cons of a microwave drawer?
Pros:
1. Easy Access – A microwave drawer allows for easy access when placed in lower cabinets, countertops or islands. It also provides a clear view of the contents of the drawer, which is especially beneficial when reheating leftovers.
2. Space Saving – This type of microwave frees up counter space, allowing you to utilize the space for other purposes or to create a more streamlined look in the kitchen.
3. Clean lines – A microwave drawer’s sleek design helps to create a modern and clutter-free look in the kitchen.
4. Child-Friendly – This type of microwave is designed to be mounted in a lower cabinet or countertop, making it a more secure option for households with children.
Cons:
1. Price – Microwave drawers can be expensive compared to traditional microwaves and may require extra installation costs.
2. Limited Capacity – Because of their design, microwave drawers tend to have limited space and may not be suitable for large-size dishes.
3. Limited Installation Options – To accommodate a microwave drawer, a kitchen’s counters and cabinets must be of the appropriate size, making this option more difficult to install in existing kitchens.
4. Less Ventilation – A microwave drawer may lack the effective ventilation of a traditional microwave, which could lead to improper heating of food.
Does a microwave drawer have to be built in?
No, a microwave drawer does not have to be built in. These models generally have a smaller capacity than the built-in models, but they offer the same convenience and ease of use. Countertop microwave drawer models can be found in most home appliance stores and online retailers such as Amazon or Walmart.
Why are drawer microwaves better?
Drawer microwaves are becoming increasingly popular in kitchens due to their unique design and convenience. A drawer microwave is installed below a countertop or cabinet and opens and closes like the bottom drawer of an oven.
This design offers several advantages over traditional, up-right microwaves.
First, drawer microwaves, due to their design, are much easier to access than traditional microwaves as you don’t need to reach up, as with a traditional one. This makes them easier for those with physical limitations or for those with height restrictions in their kitchen.
Additionally, the lower installation height of the drawer microwave results in less of a strain on your back than a traditional microwave when accessing food items, drinks, or other small items.
Second, drawer microwaves offer more space and countertop flexibility. They don’t take up countertop space, as they are installed in a drawer and are big enough to hold larger items like large plates or casserole dishes.
This allows for more countertop space for preparation and cooking. Plus, the drawer design of a drawer microwave often makes it easier to store items and keeps food items hot until serving time without having to open the microwave.
Lastly, drawer microwaves are often more energy-efficient than traditional microwaves because they use less electricity due to their lower wattage. This can result in lower utility costs, especially during the colder months when traditional ovens are used more often.
Additionally, due to their lower wattage, drawer microwaves often require fewer repairs and have a longer life span than traditional microwaves.
Overall, drawer microwaves provide numerous advantages over traditional microwaves when it comes to convenience, space saving, and energy efficiency. For these reasons, drawer microwaves are becoming an increasingly popular choice for kitchens across the country.
How long does a built-in microwave last?
The average lifespan of a built-in microwave is 8-10 years. This can vary drastically depending on its usage and the quality of the appliance. Typical signs of a microwave nearing the end of its life include burning smells, sparking noises, and smoke.
To prolong the life of a built-in microwave, it is important to clean it regularly and keep it free of metal objects that could cause sparks. Regularly inspect it for any signs of wear and tear, as well as confirming that all seals and doors are properly closed.
Taking the time to care for and inspect a built-in microwave can help it last longer than the average 8-10 year lifespan.
What are the advantages of a wall oven?
The advantages of a wall oven are numerous. One of the major benefits of having a wall oven is that it takes up less space than a traditional stovetop oven, making it ideal for small kitchens or for those who are short on space.
Additionally, wall ovens are often easier to use as you don’t have to reach down low to access the oven cavity. This makes baking, cooking and other food prep activities much easier and less of a strain on the back.
Wall ovens are also designed to be more energy efficient than traditional ovens, as all the heat produced is contained inside the oven and doesn’t spread across the kitchen, resulting in a decrease in your electricity bills.
They also provide better air circulation than a stovetop oven, which helps to prevent foodstuffs from becoming overly dry or burning. As with any oven, you can get mobile or stationary racks and trays to customise the oven for your needs, and some models even come with a self-cleaning function so you can keep your oven clean with minimal effort.
Wall ovens provide more flexibility in how you design your kitchen layout, as they are free-standing and don’t need to be built into a counter surface, so you have plenty of options in terms of where to place them.
What are the functions in built oven?
Built-in ovens offer a wide range of cooking functions that can make your baking, grilling and roasting tasks easier. Some of the common functions include convection baking, broiling, roasting and defrosting.
Convection baking is a feature that circulates heated air around your entire oven, providing even heat distribution and fast cooking. The broil setting cooks your food with intense radiant heat, while the roast setting uses indirect heat to slowly and evenly cook foods.
This function is perfect for roasting meats and vegetables. The defrost setting of the built-in oven is used to thaw frozen foods. This setting works more slowly, allowing foods to gradually reach room temperature.
Other cooking functions available in built-in ovens include proofing (for dough rising), warming and self-cleaning.
DO built-in microwaves have a plug?
Yes, built-in microwaves will have a plugged-in power cord. This cord will be connected to the central power supply in your home or office and will provide the electricity required to power the microwave.
Depending on the model and size of your built-in microwave, the power cord may need to be installed by a qualified electrician. Additionally, it is important to make sure you are using the right size and amperage cord for your specific microwave.
If you have any doubts or questions, it is best to consult a qualified electrician for advice and to help you ensure the installation is completed safely and correctly.
Does a microwave need a dedicated outlet?
Yes, a microwave does need a dedicated outlet. This means it should be connected to a circuit that is not shared with other large appliances, as the microwave will draw a large amount of power. This is especially important if the microwave is being used to cook large or complex items.
A dedicated outlet will provide a stable level of power, making sure the item is cooked properly. Additionally, having a separate circuit for the microwave will reduce the risk of a power outage or overload from other appliances, which can affect the cooking time and the food’s quality.
In general, it’s best to have all microwaves connected to a dedicated outlet to ensure correct and safe operation.
Is it OK to plug a microwave into an extension cord?
No, it is not okay to plug a microwave into an extension cord. This is because extension cords are not designed to handle the heavy load that a microwave requires, and therefore can lead to an electrical fire or damage to the appliance.
Additionally, using multiple appliances on one extension cord can overload the circuit, and cause a power surge. For these reasons, it is best to plug a microwave directly into a wall outlet that is rated to handle the wattage of your microwave.
Can a microwave share an outlet?
Yes, a microwave can share an outlet with other appliances. However, depending on the appliance and how much power it draws, it may not always be the smartest thing to do. It is important to consult with an electrician to make sure that your outlet can handle the load.
If the load is too much for the outlet, it can be dangerous and can cause damage to your electrical wiring and appliances. Along with consulting with an electrician, you should also keep in mind that not all outlets are created equal.
Some outlets are installed with a higher Amperage, which increases their capacity and lets you plug in more appliances. Additionally, if you plan on having more than one appliance on an outlet, it is important to have a surge protector in place to protect your electronics from damage due to electrical surges and power spikes.
What kind of outlet does a microwave need?
A microwave needs a dedicated 120-volt, 15- or 20-amp, AC (alternating current) electrical outlet to operate safely. The voltage and amperage should be labeled on the back or side of the microwave. Additionally, the plug you use should be a 3-pronged plug and fit snugly into the outlet.
Do not use a 2-pronged plug adapter, as it could cause the microwave to short-circuit and potential fire hazard. Adequate wiring and a grounded outlet are also required for safety. If you are unsure, you should contact a qualified electrician who can help you install a dedicated outlet for the microwave.
What appliances require a dedicated circuit?
In any home or apartment, certain appliances require their own dedicated circuit in order to ensure that they receive the correct voltage and amperage to run efficiently and safely. These dedicated circuits should always be labeled with the appliance that they are powering.
The most common appliances that require a dedicated circuit include: refrigerators, electric ovens, clothes dryers, microwaves, window air conditioners, electric water heaters, dishwashers, air compressors, electric furnaces, sump pumps, electric washers and dryers, and AC window units.
It is important to remember that each of these appliances can place a heavy load on the electrical system, so dedicating the circuit will help to prevent any overloading or potential breakdowns.
These dedicated circuits should be installed by a qualified electrician in order to guarantee their proper operation. It is also important to contact your electric service provider as they will be able to advise you on when and how to best power these connections.
Safety should always be a priority with any electrical system, so it is always better to be safe than sorry.
Should a microwave be plugged into a GFCI outlet?
Yes, a microwave should be plugged into a GFCI (ground fault circuit interrupter) outlet for safety. GFCI outlets act as a fail-safe for appliances, and can prevent electrocution as well as electrical fires.
When a microwave is plugged into a GFCI outlet and the appliances draws more electricity than it should, the GFCI will trip and cut power, stopping a fire or other electrical issue from occurring. This is especially important when plugging in older appliances which may not have up-to-date safety features.
GFCI outlets can be installed in any home, and are usually a three-pronged outlet with a small red reset and a green test button. If an outlet doesn’t have a GFCI already installed, an electrician can install one to ensure safety.