MKS1TIN-10 AC100

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Power Relays, Over 2 Amps

The MKS1TIN-10 AC100 is a power relay that is designed to handle currents with an amplitude of over 2 amps. The relay works by using a coil that is magnetically coupled to an armature or a mechanically operated switch. When the coil is energized, the armature is attracted to the coil and the switch is actuated. Typically, a circuit connected to the coil provides control of the operating current.

The MKS1TIN-10 AC100 is a highly reliable and cost-efficient power relay solution that is suitable for a wide range of applications. Its maximum current rating of 10 amps makes it suitable for use in various industrial and electrical control systems. Furthermore, its compact design allows it to be installed in confined spaces, such as close-packed control panels.

The MKS1TIN-10 AC100 has two main applications. First, it can be used as a switch for controlling DC circuits and motors. Using it in this way allows the user to control the on/off state of the DC circuit or motor. The second application of the MKS1TIN-10 AC100 is as a protection relay for preventing over-current in critical circuits. By connecting the relay in an appropriate configuration, it can be used to trip the circuit if the current goes above a certain preset level.

The working principle of the MKS1TIN-10 AC100 is based on the electromagnetic attraction. When the coil of the relay is energized, a magnetic field is created and this field interacts with the armature to move it and actuate the switch. The amount of current required to energize the coil depends on the particular specifications of the relay. Generally, the current rated value of the MKS1TIN-10 AC100 is 10 amps.

The MKS1TIN-10 AC100 is a versatile and reliable power relay that can be used in a wide range of applications in both AC and DC systems. Its compact design and high current handling capability make it suitable for use in close-packed control panels and other confined spaces. Additionally, its ability to provide protection against over-current makes it an ideal choice for use in power distribution systems.

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