Requirements of the working environment for computerized quilting and embroidery machines

A suitable working environment includes both physical and electrical factors. The former refers to ambient temperature and humidity, while the latter includes static electricity, power line noise, and radio frequency interference. Ignoring environmental factors can lead to malfunctions in the computerized quilting machine's computer system.

Computerized quilting machines do not require high temperatures or humidity. The computer can operate in an environment comfortable for the operator. Temperature: 0-50°C; Relative humidity: 30%-70%. If the temperature is too low, some components may not function properly; if the temperature is too high, the computer will have heat dissipation problems, causing components to malfunction.

Due to overheating and varying relative humidity levels, and depending on geographical location, excessively humid air can lead to static electricity buildup, damaging integrated circuits. However, excessive humidity can cause oxidation and corrosion of internal computer chips, leading to poor contact or short circuits.

Attention should be paid to power line noise and radio frequency interference in the quilting machine. When other heavy loads, such as motors, are connected to the power grid, there will be voltage fluctuations or spikes. Too many spikes can damage the computer, so care should be taken to avoid overloading the grid directly connected to the computer.

The lifespan of a computerized quilting machine is closely related to temperature, voltage, current, load, circuit planning, and environmental conditions. A superior environment and timely maintenance can improve product performance, save resources, and create more wealth for users. Before use, ensure the main power supply line is reliably connected, the equipment is adequately grounded, and the power cord is separated from the control line.