Why frequency conversion technology applied on socks machine equipment
The sock machine is a kind of mechanical equipment for producing socks products. It is produced by using machinery. Compared with the manual method, the productivity is not only a little bit. When the socks machine is in operation, it is necessary to complete a machine cycle. It needs to have several working speed segments. Most of the control systems of the computer socks machine are realized by controlling the speed of the inverter. When the segment is controlled, let the motor's shifting and forward and reverse meet the relevant requirements.
In addition, the speed of the sock machine changes, it also uses the frequency converter to achieve smooth acceleration and deceleration. When using the inverter, it is easier to control the process parameters such as the time required for acceleration and deceleration and the draft ratio. In addition, various operational signals such as start and stop can be given to the motor. Therefore, the role of the socks machine inverter can not be ignored, in addition to the advantages of the socks machine frequency conversion technology.
1. The multi-stage speed process of the sock machine equipment can be operated online by using the parameters of the inverter, and the operation control is very easy and stable.
2, to ensure that the socks machine can be stably into the yarn, so that the quality of the products produced can be more excellent.
3. Ensure that the equipment can be easily detected when it is in use. If there is a broken needle, forged yarn, etc. during use, the equipment can be stopped by the control of the inverter to avoid more serious problems.
4. When the speed of the equipment is reduced, the power consumption will also decrease, so that the useful power ratio will be higher, the production efficiency of the enterprise will be improved, and the benefits obtained will further increase.
While using a sock machine to produce socks to increase production efficiency, the role of the inverter plays a large part, achieving low-energy and efficient production targets.
