M2029TNW01-DC

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Modern technologies can be found in many industrial and commercial applications where rocker switches are a common form of control. The M2029TNW01-DC is just such an example, featuring a dielectric strength of 1000 VAC and a mechanical life of 10,000 cycles, it is designed to stand up to the toughest operating conditions.Rocker switches are created to control one or more devices, such as motors, lights, or digital components, based on the activation of its rocking actuator button in contrast to a normal switch that is activated by a toggle. An actuator button on a rocker switch will move in two opposite directions when it is pressed and released, enabling a two-way operation of the switch.The M2029TNW01-DC rocker switch is composed of an insulated housing, a resilient blade, two rocker levers and an actuator button. Each rocker lever is connected to the inner resilient blade by a link at one end, which interlocks with a spring at the other end. The resilient blade is securely held in place by an insulated housing, which also encloses and safeguards the other parts.When depression of the actuator button occurs, both rocker levers rise and the resilient blade moves sideways allowing the actuator button to move freely either up to the on position or down to the off position. Depending on the direction of the movement, the switch makes electrical contacts and breaks them accordingly. This same action will throw the switch back to its original position when the actuator button is released. The M2029TNW01-DC can be used in many applications, such as the operating of pumps, motors, circuit breakers, lighting fixtures, and other similar equipment, with the maximum switching current of 16 A and the maximum switching horsepower of 1/3 HP at 250 VAC or 2 HP at 120 VAC. The M2029TNW01-DC is one of the most common and versatile rocker switches used in modern industrial and commercial applications. Its distinct and robust design, as well as its reliable components, make it an ideal choice for applications which require constant switching operation over long periods of time.

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