DRA1-CMXE200D3

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Solid state relays (SSRs) are electrically controlled switches, which operate like electromechanical relays but contain no moving parts. Instead, they use a semiconductor device to control the switching of a load. One of the most popular SSRs is the DRA1-CMXE200D3, which is mainly used as a control relay for various domestic and industrial applications.

DRA1-CMXE200D3 is a rugged solid-state relay with a high temperature rating that is suitable for use in harsh and demanding environments. The SSR is designed with a sealed construction, which provides protection against dust and moisture, making it impervious to environmental conditions such as extreme temperatures, humidity, and vibration. This makes it ideal for many industrial applications, such as panel mount and PLC applications. Additionally, the DRA1-CMXE200D3 is rated for a maximum loading of up to 200 Amps, making it capable of controlling large switching loads.

The DRA1-CMXE200D3 is based on an SCR (silicon-controlled rectifier) circuit that activates when a low-voltage control signal is applied. The SSR is then switched to a low resistance on-state when the control signal is energized. The on-state resistance of the relay is typically low compared to electromechanical relays, resulting in a higher switching frequency, lower power consumption, and improved efficiency. Additionally, the SSR is capable of switching high inrush current, making it well-suited for applications such as motor control.

The DRA1-CMXE200D3 is widely used in various domestic and industrial applications. It is commonly used for controlling motors, pumps, fans, and other loads in machine automation, HVAC, process control, and other industrial applications. Additionally, it can be used to switch electrical circuits in home appliances, high-powered heating elements, and even lighting applications. By providing control over loads with low power consumption, high switching frequency, and improved safety, the DRA1-CMXE200D3 offers a reliable and cost-effective solution for various high-power switching applications.

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