MY2N-CR-J AC220/240

Power relays are designed to switch an electric circuit under a range of normal and abnormal conditions. Relay devices are used to control both single and multiple electric loads from various voltages and current sources. One of the most popular power relays from the MY2N-CR-J AC220/240 series is a relay device designed to be used in residential and commercial applications with voltages of 220 to 240 volts and currents of over 2 amps.

The MY2N-CR-J AC220/240 is a heavy duty electromechanical relay with an AC rated current of up to 2.2A, providing up to 22A switching and breaking capacity for all types of electrical contacts. The AC relay has two operative contacts, NC (normally closed) and NO (normally open). The electrical device also includes a built-in auxiliary contact combination (one NO and one NC) as standard.

The MY2N-CR-J AC220/240 has a wide range of applications in residential and commercial settings due to its voltage and current capability. It works well as an energizing or de-energizing specific high-powered electrical loads, such as motor starters, lighting circuits, and other general purpose engineering applications. This versatile relay device is also commonly used in HVAC systems, automatic doorbeams, and security systems.

The MY2N-CR-J AC220/240 relay operates by passing an electric current through the device, generating a magnetic field that pulls the armature. This results in the armature actuating the contact pairs, creating a state change – either from normally closed to normally open, or vice versa. The contact pairs allow an electric circuit to be opened or closed from a variety of sources. This makes the MY2N-CR-J AC220/240 a perfect device for controlling electrical loads.

The MY2N-CR-J AC 220/240 is a powerful electromechanical relay device designed to switch high-powered electrical loads of up to 2.2A and 22A for AC currents. This device is typically used in residential and commercial settings for applications such as motor starters, lighting circuits, and HVAC systems. It works by passing an electric current through the device, generating a magnetic field that actuates the armature and contact pairs, allowing a state change in the circuit.