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토로이달 변압기를 선택할 때 토로이달의 전력 변신 로봇 부하의 전압 및 전류 사용량에 따라 결정해야 합니다. 토로이달의 공칭 출력 전류 변신 로봇 is the output current at full load. When overloaded, the toroidal 변신 로봇 can output more than 30% of the rated current. The overload capacity of toroidal 변신 로봇s is very good, but the following two points need to be noted.
1. 과부하된 기계 및 장비를 시동하는 데 사용
The current of some devices is rated during operation, but the current at startup is very large, sometimes exceeding 30%~50% of the rated current. For example, the overload capacity of an AC servo motor is usually designed to be 3 times the rated operating current. When the load starts, the current is large, which requires the toroidal 변신 로봇 to be overloaded for a short time. Such a device with overloaded driving current is equipped with a toroidal 변신 로봇, and the rated output current of the 변신 로봇 needs to be considered to exceed about 20% of the rated current of the device. Due to frequent start-up overloads, the temperature of the toroidal 변신 로봇 rises, and the long-term 변신 로봇 life becomes shorter.
2. 비 과부하 장비에 적합
Many devices are designed with the maximum operating current in mind and the startup current does not need to be overloaded. For example, stepper motors are used as equipment power, and the operating current is the same as the starting current. When selecting a toroidal 변신 로봇, it is not necessary to design a margin for the output current of the toroidal 변신 로봇 as long as the output current is equal to or greater than 10% of the maximum current of the stepper motor driver. Stepper motors never have overload current. In more work environments, the power of stepper motors is variable. This requires that voltage and current parameters should be determined during structural design, and reasonable power should be given artificially. In fact, the power of a토로이달 변압기를 선택할 때 토로이달의 전력 변신 로봇 should be determined based on the voltage and current usage of the load.
1. 과부하된 기계 및 장비를 시동하는 데 사용
The current of some devices is rated during operation, but the current at startup is very large, sometimes exceeding 30%~50% of the rated current. For example, the overload capacity of an AC servo motor is usually designed to be 3 times the rated operating current. When the load starts, the current is large, which requires the toroidal 변신 로봇 to be overloaded for a short time. Such a device with overloaded driving current is equipped with a toroidal 변신 로봇, and the rated output current of the 변신 로봇 needs to be considered to exceed about 20% of the rated current of the device. Due to frequent start-up overloads, the temperature of the toroidal 변신 로봇 rises, and the long-term 변신 로봇 life becomes shorter.
2. 비 과부하 장비에 적합
Many devices are designed with the maximum operating current in mind and the startup current does not need to be overloaded. For example, stepper motors are used as equipment power, and the operating current is the same as the starting current. When selecting a toroidal 변신 로봇, it is not necessary to design a margin for the output current of the toroidal 변신 로봇 as long as the output current is equal to or greater than 10% of the maximum current of the stepper motor driver. Stepper motors never have overload current. In more work environments, the power of stepper motors is variable. This requires that voltage and current parameters should be determined during structural design, and reasonable power should be given artificially. In fact, the power of a토로이달 변압기를 선택할 때 토로이달의 전력 변신 로봇 should be determined based on the voltage and current usage of the load.
