LSE240D8

Solid State Relays (SSRs) are devices commonly used in industrial automation and robotics applications. They provide reliable, efficient, and long-term operation while operating in extreme conditions. The LSE240D8 is an SSR designed for high load switching and control of current. It is built with robust thermal mounting, and provides a long-term and enduring performance.

The LSE240D8 is easy to use, small in size, and competitively priced in comparison to other SSRs. It is designed for a wide range of applications, such as switching of loads, motor control, industrial and commercial automation, measuring sensors, and control of process equipment. It is suitable for single phase and three-phase switching applications.

The LSE240D8 is composed of a metal oxide-semiconductor field-effect transistor (MOSFET) and a SCR- triggered, microcontroller-controlled zero crossover switching circuit. The SCR-triggering circuit provides zero voltage switching without affecting the performance of the device. Zero crossover circuit also avoids the mechanical contact bouncing that is present with mechanical SSRs. This ensures constant and reliable switching action.

The LSE240D8 has a load rating of 15A @ 220V AC / 10A @ 250V AC. It features a wide gate turn-on voltage range of 8 to 32V, and provides insulation breakdown voltage up to 3000V AC. The maximum on-state voltage drop is less than 2V and the maximum on-state current is 15A. The maximum peak current is 160A. It also has an audible noise level of less than 50dB.

The device has a built-in inverse current protection feature, which prevents the device from overloading. It also has a built-in thermal protection circuit, which prevents the device from over-heating. It also features over-voltage protection and over-current protection to shield the circuit from electrical damage.

The LSE240D8 is ideal for applications that require reliable switching at high power levels. It is suitable for applications such as switching of loads, motor control, measuring sensors, and control of process equipment. It is an ideal choice for applications that require long-term and reliable operation in extreme conditions.