PS7160-2A

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Solid State Relays (SSR) are modern switching technologies that provide a variety of benefits over traditional electromechanical relays. These advantages are wide-ranging and include improved performance and reliability, faster response times, and greater efficiency. One particular SSR model, the PS7160-2A, is a popular choice for industrial and commercial applications, offering versatile, reliable switching solutions.

PS7160-2A Application Fields and Working Principles

The PS7160-2A is a single-phase SSR which can be used in a variety of applications. Its key benefits include a high switching capability, a wide range of operating temperature, and a long service life. Due to its 3A current and 25A peak current (at 3A) rating, it is suitable for switching high power loads such as motors, heaters, and other industrial equipment. These ratings make it particularly well-suited to applications where the power load is regularly cycling.

The PS7160-2A is an LED-controlled SSR, meaning that it is controlled by a signal generated by a light source that is connected to the control input of the SSR. This signal can be switched on or off to control the switching of the relay. The trigger current must be within 0.01 to 10mA in order for it to be detected by the SSR and switch the relay. The PS7160-2A also has a minimum operating voltage of 4.5V and can work with a maximum of 30V.

The PS7160-2A has a zero-crossing function, which helps to reduce heat build-up due to the fact that the relay turns on at zero-voltage. This helps to ensure that the relay switch is durable and reliable, as it minimises the risk of it burning out due to heat. The PS7160-2A also has inherent power-on reset, which means that it automatically switches off if the power supply fails.

The PS7160-2A is a versatile, reliable switching solution ideal for industrial and commercial applications. It offers a wide range of features that enable it to perform in a wide variety of scenarios with ease, whilst remaining energy-efficient and long-lasting. Its wide operating temperature range, long service life, and zero-crossing function make it an excellent choice for a range of applications.

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