The working environment of towel loom includes both physical environment and electrical environment. The former refers to environmental temperature, humidity, dust pollution, vibration and impact. The latter refers to static electricity, power line noise and RF interference. Ignoring environmental factors will lead to system operation obstacles.
1. Power line noise and wireless interference: when the power grid is connected to other heavy loads (such as electric shock), power voltage fluctuations or peak surge voltage may occur. Too high peak voltage will damage the computer, so the computer host must be grounded to avoid heavy loads on the power network connected to the computer.
2. Ventilation: the computer has certain requirements for ventilation. The computer should be placed in a well ventilated place with good heat dissipation.
3. Dust prevention: the environment of the machine room is the main factor to ensure the normal operation of the machine. There should be dust collectors, slippers, covers and other dust-proof equipment. The keyboard, floppy disk drive and other devices are clean with less dust. After using the keyboard, it can be covered with a plastic cover.
4. Temperature and humidity around the towel loom: the requirements for computer temperature and humidity are not high. As long as the user thinks the environment is good, the computer can adapt. The towel loom temperature is -0 to 50, the relative humidity is -30% to 70%, and the temperature is too low, some parts may not work normally. This is not a towel loom fault. The temperature is too high, the computer is difficult to cool, and the components are overheated, resulting in failure. The relative temperature depends on the geographical location. Too dry air will cause electrostatic accumulation and damage the integrated circuit, which is detrimental to both people and machines. Too humid air will cause oxidation and corrosion to the chips inside the computer, resulting in poor contactor or short circuit.
5. Please do not switch towel looms frequently. The current generated at the moment of switching is far greater than that of stable operation. Frequent switches may overheat locally or overload the system, thereby shortening the service life. When you need to leave the machine for a long time, in order to reduce power consumption and protect the screen, you must reduce the contrast and brightness of the display.
