ELUMEESAQ7C12 Switches

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Pushbutton Switches are used in a variety of applications. They provide feedback mechanisms to machines and systems being operated. In this article, we discuss the ELUMEESAQ7C12 Pushbutton Switches and its application field and working principle.

The ELUMEESAQ7C12 Pushbutton Switches is designed with a single pole, single throw (SPST) momentary action design for short operating cycles. It is a highly reliable switch with a life expectancy of 10 million cycles or over 20 years of continuous operation. The switch is available in a variety of options including sealed and non-sealed versions. The ELUMEESAQ7C12 Pushbutton Switches is rated for up to 250 VAC, 10A and can withstand up to 10,000V surge protection. It is UL approved and meets RoHS directive.

The ELUMEESAQ7C12 Pushbutton Switches is suitable for a variety of applications. It can be used to control the power on/off of AC/DC distribution systems and other high load control equipment. It can also be used in industrial motor and lighting control, commercial and home automation as well as other small electronic applications. In addition, this switch is also suitable for remote monitoring, alarm systems and other difficult application conditions.

The working principle of a Pushbutton Switches is identical to that of any standard switch. That is, a switch is a device that makes or breaks a circuit when it is operated. The ELUMEESAQ7C12 Pushbutton Switch is designed to move from a closed to an open position when pressure is applied on the button. This creates a current to flow or break the circuit. It is important to note that the ELUMEESAQ7C12 Pushbutton Switch must be returned to its original position after the pressure is released in order for the switch to work correctly.

In conclusion, the ELUMEESAQ7C12 Pushbutton Switches is an SPST momentary action switch designed for short operating cycles. It is suitable for a range of applications including AC/DC distribution systems, motor and lighting control, home automation and remote monitoring. The working principle of this switch is identical to that of other standard switches. When pressure is applied on the button, the switch will move from the closed to the open position. When the pressure is released, the switch must be returned to its original position in order for the switch to work correctly.

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