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ATV31HU40N4A 变频器

主要信息

产品系列:Easy Altivar 310

产品类型:变频器

产品型号:ATV31HU40N4A

应用领域:简易机械

组装方式:带散热片

产品短名:ATV310

电网相数:三相

额定电源电压 [Us]

380...460 V - 15...10 %

电动机功率 (kW):

5.5 kW 适用 标准负载

4 kW 适用 重载


联系电话:18059884797

产品详情

ATV31HU40N4A.png

主要信息

产品系列:Easy Altivar 310

产品类型:变频器

产品型号:ATV31HU40N4A

应用领域:简易机械

组装方式:带散热片

产品短名:ATV310

电网相数:三相

额定电源电压 [Us]

380...460 V - 15...10 %

电动机功率 (kW):

5.5 kW 适用 标准负载

4 kW 适用 重载

ATV31HU40N4A.png

ATV31HU40N4A变频器的应用领域广泛,包括但不限于破碎机类负载、大型窑炉煅烧炉类负载、压缩机类负载、轧机类负载、卷扬机类负载、转炉类负载和辊道类负载等。在这些应用中,变频器通过调整电源频率,实现了对各种设备的精确控制,提高了设备的运行效率和稳定性。


在选型时,需要考虑电机的功率、电压等级、控制方式、调速范围、负载类型以及操作环境等因素,以确保变频器的工作稳定、效率高和可靠性好。


ATV31HU40N4A变频器的分类方式多样,可以按照输入电压等级、变换频率的方法和直流电源的性质等标准进行分类。例如,按输入电压等级可分为低压变频器和高压变频器;按变换频率的方法可分为直接式变频器和间接型变频器;按直流电源的性质可分为电压型变频器和电流型变频器。


Main information

Product Line :Easy Altivar 310

Product type: Inverter

Product model: ATV31HU40N4A

Application: simple machinery

Assembly method: with heat sink

Product name :ATV310

Number of grid phases: three phases

Rated supply voltage [Us]

380... 460 V - 15... 10%

Motor power (kW) :

5.5kW for standard load

4 kW for heavy loads


ATV31HU40N4A inverter is widely used, including but not limited to crusher load, large kiln calciner load, compressor load, rolling mill load, hoist load, converter load and roller table load. In these applications, the inverter achieves precise control of various devices by adjusting the power frequency, improving the operating efficiency and stability of the equipment.


In the selection, it is necessary to consider the power, voltage level, control mode, speed regulation range, load type and operating environment of the motor to ensure the stable work of the inverter, high efficiency and good reliability.


The ATV31HU40N4A inverter can be classified in a variety of ways, according to the input voltage level, the method of conversion frequency and the nature of the DC power supply. For example, according to the input voltage level can be divided into low-voltage inverter and high-voltage inverter; According to the conversion frequency method can be divided into direct inverter and indirect inverter; According to the nature of DC power supply can be divided into voltage inverter and current inverter.

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