联系我们
18560023440
王经理：18560023440
地址：山东省德州市齐河县经济开发区齐众大道7号-2车间
业内资讯
保丽龙泡沫雕刻机具体配置什么样的驱动器合适 ？
来源：http://www.jmycnc.com 时间：2021-03-31
在选取泡沫雕刻机时，有一些客户对功率产生疑问，客户会问我做什么什么的，这样的要选择多大功率的设备呢，保丽龙泡沫雕刻机，对于这个问题，山东墨源数控进行以下讲解：
When choosing foam engraving machine, some customers are wondering about power. Customers will ask me what to do and what to choose. How to choose high-power equipment, and the foam Dragon carving machine?
随着人们对数控泡沫雕刻机率、高性能的加工效率认知，越来越多的客户在选购和引进数控泡沫雕刻机设备。客户在泡沫雕刻机厂家咨询和了解设备时，销售人员往往会问客户选择步进电机还是伺服电机？相对而言步进电机会便宜不少。
With the recognition of efficient and high-performance machining efficiency of CNC foam engraving machine, more and more customers are buying and importing CNC foam engraving equipment. When customers are consulting and understanding equipment in foam engraving machine manufacturers, salespeople often ask customers whether to choose stepper motor or servo motor? Relatively speaking, the price of stepping motor will be much cheaper.
那么，客户应该如何配用步进电机驱动器呢？根据电机的电流，配用大于或等于此电流的驱动器。如果需要低振动或高精度时，可配用细分型驱动器。对于大转矩电机，保丽龙雕刻机一台，尽可能用高电压型驱动器，以获得良好的高速性能。
So, how should customers use stepper motor driver? According to the current of the motor, it is equipped with a driver greater than or equal to the current. If low vibration or high precision is needed, subdivision driver can be used. For high torque motor, how much is a styrofoam engraving machine? High voltage driver should be used as much as possible to obtain good high-speed performance.
其次，泡沫雕刻机步进电机也分为两相和三相的。两相电机成本低，但在低速时的震动较大，高速时的力矩下降快。三相电机则振动较小，高速性能好，比两相电机的速度高30~50%，可在部分场合取代伺服电机。
Secondly, the stepping motor of foam carving machine is also divided into two phases and three phases. The cost of two-phase motor is low, but the vibration is large at low speed, and the torque drops quickly at high speed. The three-phase motor has less vibration and good high-speed performance, which is 30 ~ 50% higher than the two-phase motor. It can replace the servo motor in some occasions.
客户可以根据自身加工所需，选择相应的泡沫雕刻机驱动器电机，达到更合理的配置。
Customers can choose the corresponding foam engraving machine drive motor according to their own processing needs, so as to achieve a more reasonable configuration.
