7205J3V6ME2

Rocker switches are important components in our circuit systems. 7205J3V6ME2 is a type of rocker switch with many application fields and working principles.

Features:

The 7205J3V6ME2 is type of rocker switch specifically designed for applications where segmental actuation or the control of current and voltage is required. It is a single yoke, double acting switch provided with an adjustable spring-loaded arm. The switch has an SPDT configuration, with one fixed contact on either side of the switch, and a movable contact in the center.

This switch is also provided with transparent acrylic plastic covers for dust and moisture protection. The covers are beveled to easily slide up towards the switch. This is a highly substantial switch, constructed out of sturdy UL94 approved nylon, with the ability to handle up to 15A / 250V AC.

Application Areas:

The 7205J3V6ME2 rocker switch is well suited for use in a wide range of commercial and industrial applications. They are often used in the instrument control panels of automobiles and other vehicles, for control of dashboards, defrosters, and air conditioners. This switch is also used for home appliances, such as washing machines, ovens, toasters and refrigerators.

In industrial equipment, this type of rocker switch is often used to control motors, pumps and other equipment. It is also commonly used in medical devices, such as respiratory monitors, ultrasound machines and defibrillators.

This rocker switch is also well suited for use in vending machines, telephone exchanges, and other machinery control panels. It is also used in a variety of communications and network equipment, such as routers, cablings, and networks.

Working principles:

The 7205J3V6ME2 rocker switch operates by sliding the transparent plastic cover up or down to open or close the switch contact. The switch is need to be manually pushed down or up to contact the switch to make or break a circuit. When the switch is activated with the plastic cover, it will stay in that position, even when the switch is turned off.

When the switch is moved downwards, the spring-loaded arm will grab onto the contact and hold it, Power supply in this case is from the terminals marked "up" or "down", depending on the desired direction of power current. When the switch is moved up, the same arm will release the contact, allowing the switch to be turned off.