VG95328A20-39PN

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

VG95328A20-39PN is a type of multipurpose, switchable, and nonlinear multipolar breaker that is used in a wide variety of applications. This nonlinear multipolar breaker is designed to switch between multiple different polarities, providing great versatility for different applications. The VG95328A20-39PN switchable, nonlinear multipolar breaker is composed of two poles and can be used in applications requiring two-pole switching of various loads. This breaker can also be used for three-pole and even four-pole switching applications as well.

The VG95328A20-39PN switchable, nonlinear multipolar breaker is constructed using an electromechanical method. It is composed of an insulated copper disc that is connected to two electrodes, which are called "breaker" and "charger". The breaker and the charger electrodes are connected to two semiconductor switches, which are the principal components of the breaker. The principal parts of the VG95328A20-39PN switchable, nonlinear multipolar breaker are the semiconductor switches, the conductor disc, and the breaker and charge electrodes.

The VG95328A20-39PN switchable, nonlinear multipolar breaker is extremely versatile in its application fields, allowing it to be used in a myriad of scenarios. These scenarios can range from residential circuit protection and control, to industrial process control and automation. Additionally, the VG95328A20-39PN switchable, nonlinear multipolar breaker is also commonly used for electric control systems and motor control applications. In particular, the VG95328A20-39PN switchable, nonlinear multipolar breaker is used in applications requiring two-pole switching of various loads.

The working principle of the VG95328A20-39PN switchable, nonlinear multipolar breaker is rather simple. It works by using an electromechanical method to switch between different polarities. The principal components of the breaker are two semiconductor switches, which are connected to the breaker and charger electrodes. When an electric current is applied to the breaker and charger electrodes, the voltage difference between them is detected by the two switches, which then switch states to provide different polarities. This provides great versatility for various applications.

The VG95328A20-39PN switchable, nonlinear multipolar breaker is a versatile breaker that has a variety of applications. It can be used for multiple poles switching, residential circuit protection, industrial process control and automation, as well as electric control systems and motor control applications. The VG95328A20-39PN switchable, nonlinear multipolar breaker is composed of two semiconductor switches, an insulated copper disc, and breaker and charger electrodes. The breaker works by using an electromechanical method to switch between multiple polarities.

The specific data is subject to PDF, and the above content is for reference