The zero position needle is zero degree. When the zero position needle goes to which part, the angle of this part is zero degree, and the angle in the peripheral is the positioning angle of the part in the machine.
If the peripheral position is increased, the time for the machine to turn to this part will be slower, and the decrease will be faster. In short, if the angle of the peripheral position increases, the valve will advance more slowly, and decrease it on the contrary. It is best to leave a mark when the machine head is separated to prevent the position change and readjustment.
It doesn’t move, the current is adjusted on the main board, or the main board is broken, the power supply board is bad, the 12V power supply is broken, one of the connecting wires in the computer box is loose, the contact is not good, the motor and the inverter do not cooperate, and they are not the same set , The electric switch is broken.
If the 5V is broken or the connection line is not in good contact, the machine will automatically power off or restart automatically. In addition, the 5V broken motor will sometimes be inflexible, and the density motor will sometimes not work. If 5V is broken, sometimes the air valve will work randomly, or static electricity may affect 5V. It may be fine to connect the bottom line.
If the 27V is broken or the contact is not good, the machine will also stop, the needle selector is not flexible or the needle selector cable package burns resistance.
If you eat another thread or don’t eat the pattern, the needle selector blade is not flexible, the resistance is broken, the fuse is broken, the connection line is broken, the needle selector is broken or overheated, the machine is powered off, and you can pull it in the computer box. Bottom line to the outside, the encoder on the motor is broken, change the motor, the peripheral position of the needle selector is wrong, reduce a few numbers or increase a few numbers, the pattern is virus, re-enter the following pattern.
The density motor does not reset or makes noise after each sock is finished. The density of the sock is too high when the sock is finished. The number of laps of the density motor has passed when the density motor does not return. Or add a circle of chain before the end. The distance between the signal head of the density motor and the sensing probe is too far, and the distance between the density motor signal head and the sensing probe is too far, and the distance between the density motor is not strong enough. The density motor board has a problem. Adjust the current appropriately before determining the cause.
