Created by the movement of the human hand on a washboard, washing machine first patented in the United States in 1846 and survived at the end of 1927. Initially, using a power washer motor rotated in the tube, but the motor is not shielded so frequent washing water dripping and causing short circuits and buffeting. In 1911, has been equipped with a washing machine cylinder made of metal and covered. Washer manufacturers face challenges related to the development of such technology, namely finding appropriate motor and ensures that users are not electrocuted. Early in its development, washing machines use chains, belts, shafts and gears.
To overcome the initial obstacles in the use of a washing machine, fractional horsepower motors into use. Motor power is usually only 1/8 or ¼ horsepower motors on the first machine, this machine manufactured by Westinghouse. To prevent electric shock, stator and curator machine wrapped and equipped to prevent heat fan. From the perspective of consumer satisfaction, the machine will wash clothes without shredding need to be developed. This means the engine must be operated at different speeds. To overcome these problems, fall into the water through the clothes on the washing machine agitation needs to be developed
Beatty Brothers of Fergus, Ontario is the first company to manufacture washing machine agitator, using copper tubing nickel-chromium or nickel-plated. In the U.S., the first company to adopt agitator technology was Maytag. Vertical orientation of these machines became the industry standard replacing the horizontal axis rotary previous machine. In the 1920s, the white enamelled metal sheets replacing copper tubing and angle iron legs. In the early 1940s, enamelled steel is used because it is cleaner, easier to clean and more durable, it is also designed to extend the life of the motor
The next development was the installation of a washing machine timer that allows the engine to operate in accordance cycle is set so that users do not need to continue to monitor the washing machine. In the early 1950s, many American manufacturers sell machines with dryers that feature replaces the squeezing process that led to sprained clothes. In 1957, GE introduced a washing machine equipped with 5 buttons to control the wash temperature, rinse temperature, speed wash and spin speed. Washing machine powered by a single phase electric motor. This motor can move both ways when rubbed in washing clothes. Motor is connected to the sink or with a belt and wheel agitator player (pully).
Washing process begins with washing machine with dirty clothes put into the wash tube. Control will detect the weight of clothes and set the water level, wash time, rinse time, drying time and load time incoming water valve (water inlet valve). Once the water level is reached, the valve will be closed and the water gets started rotating agitator to create a whirlpool.
When the control has detected endless washing time, the motor will stop rotating agitator and exhaust valve was opened to remove the water from the washing, then the tube will rotate to remove the remains of the water in the clothes. After the rinse valve inlet valve is closed and opened, the water goes into the tube until sufficient level then entered the water valve is closed and the engine started rinsing. If the rinse time is up, then the control will open the exhaust valve to dump the rinse water. The drying process will be carried out later by tube washing machine. If you have finished the washing machine will stop automatically and this indicates that the washing process has been completed.
There are some differences between the washing machine openings on 2 tubes and 1 tube. The process of washing and drying on a washing machine with 2 tubes made in the different tubes. Washing process is carried out on the type of propeller that spins in the bottom of the tube. While the washer 1 tube, washing and drying process is done in the same tube. This tube also rotates during the washing process.
In terms of water use, opening up the washing machines use more water than front opening washer. This is because the water in the opening of the washing machine should be filled to the brim. While on the engine front opening, the water will be released little by little during the washing process. In general, the power used at the opening of the washing machine or front opening almost the same, which is about 300 W. However, the washing machines are front opening additional facilities to wash with hot water and power needed to make use of this facility about 2000 W.
The most basic difference of these two types of washing machines is the technology used. Opening of the washing machine spinning horizontally, causing the water in it to form a vortex that causes clothes wrapped around each other. In contrast, washing machine resembles a vertical openings depanberputar rotation of the wheel and cause the clothes are always falling down. Results washing machine front opening also better than opening up the washing machine, because the technology used to apply the force of gravity method. The resulting level of drought this type of washing machine is also better, which reached 95% while the opening of the washing machine only produces 70% level of dryness.
Created by the movement of the human hand on a washboard, washing machine first patented in the United States in 1846 and survived at the end of 1927. Initially, using a power washer motor rotated in the tube, but the motor is not shielded so frequent washing water dripping and causing short circuits and buffeting. In 1911, has been equipped with a washing machine cylinder made of metal and covered. Washer manufacturers face challenges related to the development of such technology, namely finding appropriate motor and ensures that users are not electrocuted. Early in its development, washing machines use chains, belts, shafts and gears.
There are some differences between the washing machine openings on 2 tubes and 1 tube. The process of washing and drying on a washing machine with 2 tubes made in the different tubes. Washing process is carried out on the type of propeller that spins in the bottom of the tube. While the washer 1 tube, washing and drying process is done in the same tube. This tube also rotates during the washing process.
In terms of water use, opening up the washing machines use more water than front opening washer. This is because the water in the opening of the washing machine should be filled to the brim. While on the engine front opening, the water will be released little by little during the washing process. In general, the power used at the opening of the washing machine or front opening almost the same, which is about 300 W. However, the washing machines are front opening additional facilities to wash with hot water and power needed to make use of this facility about 2000 W.
The most basic difference of these two types of washing machines is the technology used. Opening of the washing machine spinning horizontally, causing the water in it to form a vortex that causes clothes wrapped around each other. In contrast, washing machine resembles a vertical openings depanberputar rotation of the wheel and cause the clothes are always falling down. Results washing machine front opening also better than opening up the washing machine, because the technology used to apply the force of gravity method. The resulting level of drought this type of washing machine is also better, which reached 95% while the opening of the washing machine only produces 70% level of dryness.
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