ASSR-1411-001E

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Solid State Relays are special functional devices that use solid-state components to control a load current. They are used in a broad range of electric circuit applications, from power regulation to simple on/off switching. The ASSR-1411-001E is a high-performance, high-reliability Solid State Relay that provides fast switching times and advanced features for a wide range of applications.

ASSR-1411-001E Application Field

The ASSR-1411-001E Solid State Relay is suitable for a variety of industrial control applications. It can be used for controlling motors, pumps, lighting applications, and process control systems. The unit is also suitable for safety related applications due to its strict adherence to UL and VDE standards. The relay comes with two SPDT switch poles, which means it can control two independent loads at the same time. It also features integrated circuit protection and internal temperature protection for load currents up to 10A.

ASSR-1411-001E Working Principle

The ASSR-1411-001E Solid State Relay works by using an electronic switch to control the current flowing through a load. This switching action is triggered by a signal from an external source (such as a voltage or current). When the signal is received, the relay\'s switch opens and closes the load connection in order to start or stop the current flow. This action is performed very quickly, resulting in minimal current consumption and a high level of power efficiency. The ASSR-1411-001E is capable of withstanding surges of up to 10A, making it suitable for high-current applications. The relay is also capable of switching currents of up to 320W, making it suitable for large loads in industrial settings. Additionally, it features a wide operating temperature range and is able to operate in extreme temperatures.

The ASSR-1411-001E Solid State Relay is a reliable and efficient solution for a wide range of applications. It provides excellent performance and switching times, as well as internal protection from overvoltage and undervoltage conditions. Additionally, its high level of compliance with UL and VDE standards means that it can be used safely in safety related applications. The wide operating temperature range and high current capacity make it suitable for a variety of industrial uses, while its small size and light weight make it easy to install and transport.

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