DIP12-1A72-12D

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Reed relays are electromechanical devices that use an electromagnetic coil to control a switch that\'s attached to an actuator. They are commonly used in applications that require a high degree of reliability, such as telecommunication systems and aircrafts. The DIP12-1A72-12D is a reed relay that is versatile and able to switch both AC and DC loads.

The DIP12-1A72-12D has an integrated contact system, which is made of three pole resistive-type contacts. Each contact is composed of three poles. This design enables it to handle higher current and voltage loads, as well as providing superior protection against damaged contacts and oxidation. It also allows for a fast response time, which is required for applications where large current and voltages are present.

The switching speed of the DIP12-1A72-12D is quite fast, allowing it to be used in high-speed applications. It is also able to work effectively under extreme temperatures, as it has a low temperature coefficient and can withstand temperatures ranging from -60°C to +90°C. Additionally, it has additional protection features such as a dustproof enclosure and a UV-resistant body.

The working principle of the DIP12-1A72-12D is relatively simple. When triggered by an electric signal, the electromagnet coil is energized, thus activating a plunger that is attached to the actuator. This causes the contacts to open or close, depending on the polarity of the electrical signal. It is also possible to use multiple relays in parallel in order to increase the switching capacity. Once the electrical signal is removed, the contacts return to their original state.

The DIP12-1A72-12D is a versatile and reliable relays that can be used in a wide range of applications. It can be used to switch high current and voltage circuits, as well as being able to work in extreme temperatures. Additionally, it has premium features such as a dustproof enclosure and a UV-resistant body. Its fast response time and consistent performance make it a favored choice for many systems and applications.

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