SRUDH-SS-112D1,000

Power Relays, Over 2 Amps

The SRUDH-SS-112D1,000 is a power relay designed for use in applications that require more than 2 amps of current. It is a single-polarity device that features both an angle and height adjustable contact system, allowing for easier and faster installation. The contact system is designed to offer superior performance at higher currents than its competitors. The device also features a built-in overcurrent protection circuit, which provides additional safety and reliability.

The SRUDH-SS-112D1,000 is a robust and reliable relay suitable for a wide range of applications. It is commonly used for lighting control, motor control, and pump control applications. The device can be used in high ambient temperature environments, and in many circuits that require high inrush currents. It is also resistant to common ethernet spikes and surges, and can handle pulses up to 6,000 watts.

The SRUDH-SS-112D1,000 is a single-pole relay. It has one normally open and one normally closed contact, which are separated by a dielectric insulation. Its normally-open contact can handle up to 2 amps of current and its normally closed contact can handle up to 4 amps of current. The device\'s adjustable height contact system ensures that the contacts can make contact with the desired components without incident.

The SRUDH-SS-112D1,000 works by using two separate contact systems. When the relay is energized, the normally-open contact is closed, and the normally-closed contact is open. This allows for two distinct applications; when the relay is turned on, current will flow from the normally-open contact to the normally-closed contact, and when the relay is turned off, current will flow from the normally-closed contact to the normally-open contact.

The SRUDH-SS-112D1,000 is a reliable and robust power relay that is suitable for a wide range of applications. Its adjustable contacts ensure that it can be easily installed, and its overcurrent protection circuit provides superior safety and reliability. The device can handle high ambient temperatures and high inrush currents, and it also offers excellent pulse handling capability.