DC400D10H

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Solid state relays (SSR) are semiconductor switching devices, which are used for electrically isolating two dissimilar electrical systems and for controlling the power flow from one of the systems to the other. The DC400D10H SSR is a non-inverting type solid state relay which is suitable for use in various industrial applications. It is a high efficiency, reliable and durable device that provides a cost effective solution for switching both AC and DC loads.

The DC400D10H SSR is a single pole double throw solid state relay, hence it can be used to switch either AC or DC loads. It has a switch rating of 10A and a control voltage of 4-32V DC. The output of the device is a zero cross switching type with a switching speed of less than 10ms. It features an LED light indicator which indicates the operation status. The device also has an over-voltage protection mechanism which ensures that the connected load is not damaged due to over-voltage conditions.

The DC400D10H SSR is mainly used for controlling high power AC and DC loads in industrial applications. It is widely used in the automotive, industrial, medical and consumer electronics industries. The device can be used for controlling any load up to 10A with a control voltage ranging from 4-32 V DC. It is easy to install and requires no maintenance as it has self-resetting protection.

The working principle of the DC400D10H SSR is based on the principle of solid state switching. When the control voltage is applied to the input terminals, an MOSFET switch is activated which switches the load from one load point to its other load point. The switching process is smooth, fast and highly reliable. The torque specification of the DC400D10H SSR is 0.8Nm/A. The device also has a current sensing feature, which helps in monitoring the current flowing through the load.

The DC400D10H SSR is a highly reliable and cost effective device, which is suitable for various industrial applications. It is easy to install, requires no maintenance and provides stable performance in harsh and extreme environments. It is an ideal solution for controlling and switching high power AC and DC loads.

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