Working Principle Of Industrial Washing Machine And Precautions For Installation

In modern industrial washing machines, a combination of chemical and mechanical processing techniques to remove soil. 1. Chemical action. The detergent or soap solution dissolves and relaxes the soil on the fabric. 2. Mechanical action. Bend the clothes and force washing powder or soap through to remove the soil. The operation of industrial washing machines is funded by the heat and softness of the water, thereby increasing the chemical action of the detergent or soap used. Almost all modern industrial washing machines use one of two types of mechanical action, tumbler or agitator. The latter is by far more popular and more commonly used. But all industrial washing machines, regardless of type, model, or make, have only four basic operating functions: (1) fill in, (2) wash, (3) draw, (4) extract (spin). The core of the agitating industrial washing machine is the agitator, which is usually suitable to exceed the blade or blade composition on the central axis cone of the industrial washing machine pool. As the agitator turns back and forth, the blades or blades capture the clothes and move them approximately. This sport also creates a stream of water, which contributes to the cleaning action. There are almost as many stirrers designed with gaskets and use stirrers. The agitator has various numbers, designs and sizes of blades or blades, which are arranged in a vertical or spiral position. The stirrer may be solid or perforated plastic or metal (usually aluminum). The most agitated industrial washing machine employed during the washing cycle oscillates (back and back) action. To produce this oscillating action, the arm is generally connected to the low-speed gear off-center. As this gear turns, it gives an arm and reciprocating motion. This motion, in turn, is transmitted to a small gear to drive the agitator. There are other ways to drive the stirrer. For example, some models provide a slow, off-center, oscillating movement of the agitator, while others teach up and down, pulsating motion. While the oscillating action is one of the most commonly used for washing operations, some machines of this type use a rotating or rotating motion of a rotating bathtub or basket for extraction operations. To do this, use some type of clutch action to disengage one set of gears and engage the other. Such a clutch used in industrial washing machines, by a needle in place, engages in a hole in the lower transmission gear or it may be a friction type, often found in cars. By the way, the highest load of the agitating industrial washing machine, that is, the clothes that open through the door or lid of the top of the unit are placed in the industrial washing machine. In recent years, front-load type industrial washing machines have gained popularity. The tumbler mechanism is a perforated cylinder, usually aluminum or porcelain, enameled steel, which holds the clothes, and it surrounds a larger bathtub that holds water. The baffle inside the cylinder, which is designed to carry the clothes together, pass through the water until the clothes are positioned so that they fall back down again, and repeat the prediction of this process. The rotation axis of the washing tub is usually either parallel to the ground or inclined upward from the ground at an angle of about 30 degrees. A few have a vertical cylinder. Most drum-type industrial washing machines are loaded from the front, but some can be loaded from the top or at an angle. During the washing cycle, the cylinder rotates slowly, tumbling the clothes in soapy water. During the wet and dry cycle, the cylinder runs quickly, and the centrifugal effect helps the water to throw out the clothes. Wet dry washing and high speed and low speed are provided as automobile transmission gears. In a similar way, the gear shift arrangement is engaged with gears and clutches. The requirements and components of drum and mixing industrial washing machines are the same. For example, both require hot and cold water. This water is fed into the industrial washing machine, where the hot and cold water are turned on and off, and they are mixed at the appropriate time. Although there are a few gaskets and thermostats to control the water temperature, a simple principle operates. When hot water and cold are turned off, the water in the industrial washing machine is the water heater tank to provide heat to any temperature. When cold water and cold water tap provide any temperature. When hot and cold, they are evenly mixed to provide warm water; the average cold water temperature of the faucet (about 50F), the mixing comes from about 100F. All fully automatic washing machines have an electric motor and pump. When driving the washing machine through the washing and rinsing cycle, when the motor of most models is running, it looks counterclockwise and clockwise from the top of the machine. Installation and adjustment of industrial washing machines. Many manufacturers provide services at no charge. However, many manufacturers do not provide installation. You should carefully refer to the installation instructions provided by the manufacturer. Use the text instructions to implement the internal substantive operation of the installation. Do not follow the instructions. Feel the installation yourself. 3. When problems are revealed during installation, the first time should be combined with the manufacturer. 1. Installation of industrial washing machine 1. When the industrial washing machine is transported to your laundry room by the manufacturer, you must first perform a common sense check on the industrial washing machine, check whether it is which machine you bought and whether it was revealed to be damaged during transportation , There is no way to use it, etc., and the problem should be taken immediately and integrated with the manufacturer. 4. Refer to the text description for the use of industrial washing machines, find the electrical control cabinet door of the industrial washing machine according to the relevant internal significance in the text description, and connect to the 380V three-phase power line and neutral line according to the indication on the terminal (the requirement here is: industrial The power consumption of the washing machine must be 380V, and it is strictly prohibited to connect to low or high voltage) 5. Refer to the explanation of the industrial laundry organism label to understand the corresponding connection to the water inlet pipe and steam pipe. If there is no steam condition, the steam inlet can be congested. 2. Items to pay attention to when installing industrial washing machines 1. The installation of industrial washing machines is completed after the above-mentioned five-step operation. At the time of installation, we should also pay attention to the following issues: The best installation background of industrial washing machines is dry, ventilated, Neat office background, good office background and key factors to extend the life of industrial washing machines. 2. Before the industrial washing machine, you should confirm the installation position of the industrial washing machine. When selecting the installation position of the industrial washing machine, you should consider the location of the transportation channel, raw material turnover, water intake, steam intake and sewer pipes. This Taizhou Dangdi Machinery reminds you that the industrial washing machine should be installed in Together with dehydrator, roaster and other facilities, reduce the distance between these facilities to avoid subsequent troubles caused by inappropriate location selection.