DRA3R48E4

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

Contactors (Solid State): DRA3R48E4 Application Field and Working Principle

Contactors (Solid State) are electrical switching devices with a mechanism for switching power supplies, mainly used for switching and controlling currents at loads that require high currents and low voltages, such as HVAC systems, LED lighting systems, motor drives, lighting systems, and more. The DRA3R48E4 is a compact 48A contactor (solid state) that is designed to act as an essential role for controlling electrical processes. This article examines the application fields of the DRA3R48E4 contactor (solid state) and its working principle.

Application Fields Of The DRA3R48E4 Contactor (Solid State)

The DRA3R48E4 contactor (solid state) can be employed in a variety of industries for industrial applications. The compact size of the DRA3R48E4 contactor (solid state) makes it ideal for many types of applications, including HVAC systems, lighting systems, motor drives, and more. The device can be easily used in virtually any environment and can handle higher current loads than traditional contactors (solid state). It is also suitable for applications that require power modulation. Due to its efficient energy management and high contact current capabilities, the DRA3R48E4 is used in LED lighting systems, induction furnaces, and inverter circuits.

Working Principle Of The DRA3R48E4 Contactor (Solid State)

The DRA3R48E4 contactor (solid state) works by switching a low voltage control circuit on and off in order to control a higher voltage circuit. When the contactor is switched on, the current is directed to the load, allowing it to be powered up. The device is composed of a powerful solid state switching element, a control circuit and contacts, and a protective circuit. The advantage of a solid state contactor is that the device can be used to rapidly switch large currents due to its combination of high speed and low capacitance. In addition, the device has a small form factor, making it suitable for applications where space is limited.

The DRA3R48E4 contactor (solid state) is a zero-flux contactor, meaning that it does not generate any magnetic fields when operating, which can be beneficial in applications that require a low electromagnetic disturbance. Furthermore, the device supports a comprehensive range of operating temperature, making it suitable for operations in diverse environments. The device contains a main contact, a simple control contact, and an over-temperature protective contact. The main contact is responsible for switching currents, while the other two are used for maintaining the device’s functionality.

The DRA3R48E4 contactor (solid state) has a wide variety of advantages, making it an ideal choice for many industrial applications. The device has a high current carrying capacity, can rapidly switch current, and is a zero-flux contactor that does not generate any magnetic fields. Furthermore, the device is small, making it suitable for applications where space is limited. In addition, the device is capable of handling temperatures in a variety of environmental conditions. All these features make the DRA3R48E4 contactor (solid state) a reliable and efficient choice for electrical processes in the industrial sector.

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