MKS2PN-2 AC100

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The MKS2Pn-2 AC100 is a power relay that is designed to provide overload protection when switching current in excess of 2 amperes. The MKS2Pn-2 AC100 is a normally closed contactor, which is held open under a polarizing signal. When the voltage signal is reduced, typically when the current exceeds the rated set-point, the contactor closes, isolating the load from the source.

The application field of the MKS2Pn-2 AC100 is wide and varied and it can be used in a range of applications including industrial motor control systems, building automation systems, electric fences, lighting and access control systems, and many others. The MKS2Pn-2 AC100 is an ideal relay for applications where high current switching is required and where reliability and safety are important.

The MKS2Pn-2 AC100 is a high quality, ruggedly built product that is designed to withstand punishing electrical conditions. It has a minimum switch cycle time of 0.1 second and a maximum cycle time of up to 5 seconds. The contactors can be used for switching both AC and DC current, up to a maximum current of 100 amperes. The MKS2Pn-2 AC100 is UL listed, so it meets strict safety requirements and provides exceptional value for users.

The working principle of the MKS2Pn-2 AC100 is fairly simple. The contactor has a polarizing voltage, usually a DC or AC voltage, which is applied to a coil. When the voltage is applied, a magnetic field is created by the coil, which attracts the armature and holds it open. When the voltage signal is reduced, usually when the current exceeds the rated set-point, the magnetic field is weakened and the armature is released, allowing it to close the contacts.

The MKS2Pn-2 AC100 is a reliable and rugged power relay that is designed to provide overload protection in applications where current switching in excess of two amperes is required. It is UL listed and has a minimum switch cycle time of 0.1 seconds, making it an ideal choice for industrial and other high current switching applications. The working principle of the relay, which makes use of a polarizing voltage signal and a magnetic field, is simple yet reliable.

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