Creating a cozy summer home that serves as a peaceful retreat requires careful selection of appliances that enhance comfort without compromising on style or efficiency. At Appliances 4 Less Savannah, we cater to residents in Savannah, Hilton Island, St Simons Island, and Hinesville with an array of open box, scratch, and dented appliances that are perfect for elevating your summer living. Here’s our guide to the essential appliances for a cozy summer home.
In the increasingly involuted consumer market, many home appliance companies are competing in all directions, all aiming at microwave ovens, and attacking fiercely on microwave oven products. As a leader in home appliance companies, the Whirlpool brand is committed to using innovative technology to innovate simplicity and condense a century of accumulation into one button. The Whirlpool 2.1 over-the-range microwave oven under its brand has not only broken through the fierce competition due to its excellent safety and multi-functional advantages, but also been favored by the majority of users. During the purchase process, users can learn and become familiar with the practical advantages and troubleshooting methods of the Whirlpool 2.1 over-the-range microwave oven, which can help us become better kitchen cooking experts in daily life.
Four advantages of Whirlpool 2.1 over-the-range microwave oven
First, the Whirlpool 2.1 over-the-range microwave oven pioneered and adopted the automatic standby zero-loss function, which means that after the panel display screen turns off for 5 minutes, the entire microwave oven will automatically enter the shutdown state, and the live wire and neutral wire will be completely turned off. Even if the power socket is not unplugged, it will remain in a zero-power state, which is both energy-saving and safe to use.
Second, the Whirlpool 2.1 ultra-range microwave oven is supported by six international safety technologies, making the safety leakage of the microwave oven only one-fiftieth of the international standard safety leakage, which is far lower than the international standard, making it safer for us to cook delicious food and caring for the health of our family.
Third, the Whirlpool 2.1 ultra-range microwave oven wins in details and is full of craftsmanship aesthetics. The outer box is sprayed with German Wagner zinc-diffused material, and the special material is evenly sprayed and glued to every place to ensure that the outer box is more wear-resistant, durable and corrosion-resistant. The inner cavity wall uses nano-zinc-diffused spraying on the composite inner liner of stainless steel material on the top of the cavity to ensure a perfect baking effect. Finally, a strong and smooth high-boron white microcrystalline material is used as the bottom plate, so that dirt has nowhere to hide, dirt is not hidden, and the oven cavity is easy to clean.
Fourth, the Whirlpool 2.1 ultra-range microwave oven can heat food nutritiously and evenly. Whirlpool 2.1 ultra-range microwave oven adopts the industry-leading SETM platform rotary wave technology, and uses Whirlpool's specially designed rotary wave transmission system to continuously and evenly transmit microwaves into the oven cavity through the built-in magic antenna at the bottom of the oven cavity. The microwaves will heat the food from the bottom like a fountain, making full use of the principle of thermal convection, and completely changing the phenomenon of uneven hot and cold in traditional microwave ovens.
Three major troubleshooting methods for Whirlpool 2.1 ultra-range microwave oven
First, the boost transistor is short-circuited. The reason is that the boost diode has a voltage resistance difference, which is broken down by several thousand volts of high voltage, and the magnetron cannot get the high voltage required for normal operation, and then no microwave emission occurs. The troubleshooting method is to open the oven cover, find the boost diode and weld it, and use the multimeter ×10k block to measure the forward and reverse resistance of the boost diode. If it is short-circuited, replace it with a diode of the same model, and the fault will be eliminated.
Second, the connection between the secondary of the transformer and the magnetron is loose. The connection between the components of the microwave oven is a plug-in type. After long-term use or a poor home environment, the plugs are easily oxidized and open or loose, causing the circuit between the boost circuit and the magnetron to be interrupted, so that the magnetron does not work and cannot heat. The solution is to use needle-nosed pliers to tighten or remove oxides from the plugs and sockets in the oven to make good contact.
Third, the magnetron fails. The filament of the magnetron is open. The resistance of the filament at both ends of the tube can be measured with the multimeter R×lΩ. Normally, it is a few ohms or more than ten ohms. If it is infinite, the light is red and the tube is open, and the tube fails. If the filament resistance is normal, there is no damage to other components in the circuit, but it does not heat. If the magnetron is hot to the touch, it means that the tube is damaged and needs to be replaced.
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