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Kitchen Appliances

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Kitchen appliances allow us to enjoy rich and delicious food and drinks with simple operations through the modern electronic technology. Kitchen appliances include coffee machines, roasters, microwave ovens, electric ovens, electric steamers, etc.

Coffee Roaster


Coffee Roaster imageIntroduction:
The coffee roaster is an automatic coffee maker, which can automatically complete operations such as grinding, pressing, filling, brewing, and removing residue, through electronic technology. Just put the coffee beans in the bean hopper, and after a while, a cup of fragrant coffee is ready.

Working process:
1. Put the coffee beans into the bean hopper and set the corresponding parameters.
2. The control device controls perform a series of automatic operations on coffee beans.
3. Temperature sensor and flow meter provide negative feedback information.

The role of solid state relays:
1. Control the working status of heating units, pumps and other actuators.
2. Electrically isolate the control device from the actuator.

Bakery Machine


Bakery Machine imageIntroduction:
The bakery machine (or bread machine) is a device that can simulate the natural fermentation process and make bread. Its structure is relatively simple, consisting of stainless steel structure, automatic control system, heating system, etc.

Working process:
1. Put the ingredients into the bakery machine and set the corresponding parameters.
2. The bakery system performs automatic dough mixing, fermentation, baking and other operations.

The role of solid state relays:
1. Control the working status of the heating unit and other execution devices.
2. Electrically isolate the control device from the actuator.

Microwave Oven


Microwave Oven imageIntroduction:
The microwave ovens can use microwaves to make polar molecules (such as water molecules) inside food move at a high speed to generate heat to achieve the purpose of heating food. The microwave oven is composed of control circuit, magnetron, cooking cavity and etc.

Working process:
1. Put the food in the microwave oven and set the corresponding parameters.
2. The magnetron generates a microwave electric field under the control of the control circuit.
3. Under the action of microwave, the water molecules inside the food heat up sharply.

The role of solid state relays:
1. Control the working status of actuators such as magnetrons.
2. Electrically isolate the control device from the actuator.

Electric Oven


Electric Oven imageIntroduction:
The electric oven is a device that simulates a traditional oven through an electronic temperature system, and is often used to process some pasta. The electric oven is composed of control system, electric heating system, temperature control system, timing system and etc.

Working process:
1. Put the processed food into the electric oven, and set the corresponding parameters.
2. Under the action of electric heating system and temperature control system, the food is heated to the set temperature.
3. When the set time is reached, the timing system will turn off the power supply of the heating system.

The role of solid state relays:
1. Control the working status of actuators such as electric heating elements.
2. Electrically isolate the control device from the actuator.

Electric Steamer


Electric Steamer imageIntroduction:
The electric steamer is a device that simulates a steamer through an electronic system, and heats food through high-temperature steam. The electric steamer is composed of water tank, water pump, control device, electric heating element, temperature control element, timing device, etc.

Working process:
1. Put the processed food into the electric oven, and set the corresponding parameters.
2. The water in the water tank will be heated to steam, and the food will be steamed slowly.
3. When the set time is reached, the timing system will turn off the power supply of the heating element.

The role of solid state relays:
1. Control the working status of actuators such as electric heating elements.
2. Electrically isolate the control device from the actuator.