MKS1XTN-10 AC120 Relays

Power Relays, Over 2 Amps

The MKS1XTN-10 AC120 is a power electromagnetic relay designed to provide precise control over electrical equipment in high-energy applications. This type of relay is ideal for use in a variety of industrial applications, such as:

• Heavy-duty industrial applications
• Lighting systems
• Process industry
• Building automation
• Power distribution
• Marine applications
• Data centers

The MKS1XTN-10 AC120 has a voltage rating of 120V AC, and can handle up to 10A current. This relay is designed for use in environments where high reliability and safety are essential. It features protective contacts to help prevent electric shock, as well as a waterproof and vibration-resistant design.

The MKS1XTN-10 AC120 has two main parts: an AC-based electromagnet and a contact section. When the device receives a voltage signal, the electromagnet produces a magnetic field which acts on the contact section, causing it to open or close. This allows for precise power control over the electrical system.

The contact section of the MKS1XTN-10 AC120 consists of a fixed contact and moving contact. When the electromagnet is energized, the moving contact is attracted to the fixed contact, thus closing the circuit and completing the connection. When the voltage signal is cut off, the moving contact is released, opening the circuit.

The MKS1XTN-10 AC120 also features a built-in thermal safety device. This device is connected to the contact section, and is designed to automatically open the circuit in the event of an excessive current flow or temperature. This provides an added layer of safety, and helps to prevent damage to the connected equipment.

In summary, the MKS1XTN-10 AC120 is a reliable and robust power relay designed for use in heavy-duty industrial applications. It is rated for 120V AC, and can handle up to 10A of current. This device features protective contacts and a built-in thermal safety device, making it suitable for use in harsh environments where safety and reliability are essential.