AFP9075355 3BHS537443 间接励磁系统是通过磁场耦合实现对旋转机械的励磁

描述

AFP9075355 3BHS537443 间接励磁系统是通过磁场耦合实现对旋转机械的励磁

间接励磁系统是通过磁场耦合实现对旋转机械的励磁。与直接励磁系统相比，间接励磁系统并不直接通过电刷和电刷摩擦接触，而是利用磁场的作用将电枢的电势差传递给旋转机械。

AFP9075355 3BHS537443 间接励磁系统是一种专为中小型同步发电机和工业机器的电压调节而设计的小型间接励磁系统。AFP9075355 3BHS537443基于先进的微处理器技术，并允许用于持续操作的电流输出高达10ADC的IGBT半导体器件。UNITROL 1010可以在严苛条件和不同温度范围下进行高性能工作，完全符合DNV和UL标准。此外，它基于系统内存进行设计，适用于励磁电流最高为10A的设备。

间接励磁系统具有广泛的应用领域，AFP9075355 3BHS537443主要包括以下几个方面：

电力行业：在电力行业中，间接励磁系统主要用于控制发电机的电磁场，确保发电机输出电流的稳定和可靠。这有助于维持电力系统的稳定运行，防止因电流波动而可能导致的设备损坏或系统故障。

交通运输：在交通运输领域中，间接励磁系统被广泛应用于高速铁路列车的牵引系统和电动车辆的驱动系统。这些系统需要高效、稳定的电力供应来确保列车的平稳运行和乘客的舒适体验。

重工业制造：在重工业制造领域，间接励磁系统被应用于各种大型机械设备中，如轮船、航天器、钢铁等重型设备。这些设备需要强大的电力支持以完成复杂的生产任务，而间接励磁系统则能够提供稳定、可靠的电力供应。

总的来说，间接励磁系统在各种需要高效、稳定电力供应的领域都有广泛的应用，为现代社会的正常运转提供了重要的技术支持。

AFP9075355 3BHS537443 间接励磁系统是通过磁场耦合实现对旋转机械的励磁

The indirect excitation system realizes the excitation of rotating machinery through magnetic field coupling. Compared with the direct excitation system, the indirect excitation system does not directly contact the brush and the brush friction, but uses the role of the magnetic field to transfer the potential difference of the armature to the rotating machine.

AFP9075355 3BHS537443 Indirect excitation system is a small indirect excitation system designed for voltage regulation of small and medium-sized synchronous generators and industrial machines. The AFP9075355 3BHS537443 is based on advanced microprocessor technology and allows IGBT semiconductor devices with current outputs up to 10ADC for continuous operation. The UNITROL 1010 can perform high performance in harsh conditions and different temperature ranges, fully complying with DNV and UL standards. In addition, it is designed based on system memory and is suitable for devices with excitation currents up to 10A.

Indirect excitation system has a wide range of application fields, AFP9075355 3BHS537443 mainly includes the following aspects:

Power industry: In the power industry, the indirect excitation system is mainly used to control the electromagnetic field of the generator to ensure the stability and reliability of the output current of the generator. This helps maintain the stable operation of the power system and prevents equipment damage or system failure that may result from current fluctuations.

Transportation: In the field of transportation, indirect excitation systems are widely used in the traction system of high-speed railway trains and the drive system of electric vehicles. These systems require an efficient and stable power supply to ensure smooth train operation and a comfortable passenger experience.

Heavy industry manufacturing: In the field of heavy industry manufacturing, indirect excitation systems are used in a variety of large mechanical equipment, such as ships, spacecraft, steel and other heavy equipment. These devices require powerful power support to complete complex production tasks, while indirect excitation systems provide a stable and reliable power supply.

In general, the indirect excitation system has a wide range of applications in various fields requiring efficient and stable power supply, and provides important technical support for the normal operation of modern society.