MKS2XTIN-11 DC220

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Power Relays, Over 2 Amps describes the MKS2XTIN-11 DC220 application field and working principle. This is an electric relay with an overload protection of 2 Amps which is mainly used as a switch for AC and DC circuits. It is suitable for various voltage levels, such as 12-24V AC/DC and Others.

The MKS2XTIN-11 DC220 is a latching relay with a double-break contact structure. It can sustain up to 600V AC, 1000V DC operating voltage, with a max voltage of 1800V AC, 2500V DC. It also has an operating temperature range between -40℃ to +85℃, and a dielectric strength of 2800V AC, 40V DC.

Some of the main features of the MKS2XTIN-11 DC220 are: fast-acting, miniaturized, and vibration resistance. It also has a voltage-proof of 800V AC, 1250V DC, and a high-level of shock resistance. Moreover, its low-level of contact resistance and high-level of insulation resistance, guarantee its stability.

The practical application of the MKS2XTIN-11 DC220 Power Relay is mainly in military communication equipments, high-voltage and high-current circuits, and power supply circuits. It is very useful for controlling the current of motors, fans, lighting, switches, and other similar applications.

The working principle of MKS2XTIN-11 DC220 is based on exchanging energy between the electromagnetic field and a mechanical structure, which allows the current to be switched. This is done by using two magnetic components: an electromagnet and an armature. When the electric current passes through the electromagnet, it generates a magnetic field which attracts the armature. The attractor then activates the switch, and the current is allowed to pass through it. As the electric current passes through the switch, the magnetic field is released, and the armature returns to its original position.

The MKS2XTIN-11 DC220 Power Relay is a valuable device for any application, and it is used widely in electric circuits. Its efficiency and reliability are widely accepted in the industry, and its performance is ensured by its double-break contact structure, voltage-proof, and shock resistance.

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