Specification Brand : Aexit BulletPoint1 : Product Name : Micro Switch;Model : V-15-1C25 BulletPoint2 : Actuator Type : Black Push Button;Voltage Current : 15A 1/2HPAC125/250V0.6A DC 125V0.3A DC 250V BulletPoint3 : Contact configuration : SPDT 1NO 1NC 1COM;TotalSize : 39 x 20 x 10mm/ 1.5" x 0.8" x 0.4" (L*W*T) BulletPoint4 : Material : Plastic, Metal;Main Color : Black, Red BulletPoint5 : Weight : 57g;Package Content : 10 x Micro Switches CircuitType : 2-way ConnectivityProtocol : X-10 ConnectorType : Quick Connect CurrentRating : 6 amps InternationalProtectionRating : 5016 ItemName : Aexit 10 Pieces Toggle Switches 15A Micro Limit Switch Button SPDT Momentary Snap SPDT Toggle Switches Action CNC ItemTypeKeyword : electronic-component-toggle-switches Manufacturer : Aexit Material : plastic, metal MaximumCurrent : 6 amps ModelNumber : modle MountingType : Snap-In Mount OperatingVoltage : 250 volts OperatingVoltage1 : 125 volts_of_alternating_current OperatingVoltage2 : 250 volts_of_alternating_current OperationMode : ON-OFF PartNumber : f190412ae006531 ProductDescription : Note: Please pay attention to the working voltage and check with the voltage of your place to make sure this micro switch successfully work. 3 poles, push button actuator with bracket, applicable to AC DC control circuits. Designed to control the movement of a mechanical part. High precision mechanism design offering acute operation and long life. In snap action contacts, the movement of the actuator applies force to an overcenter mechanism. This mechanism creates a quick change in contact state when the trip point is reached. Reversing the motion of the actuator to a given reset point causes the contacts to snap back to their original position. Snap action contacts have different trip and reset points. The distance between the trip and reset point is called the travel to reset, hysteresis, or differential. Finite travel to reset helps to avoid multiple changes of state if the object actuating the switch is subject to vibration. Snap action contacts ensure repeatable performance in applications that involve low speed actuators. The amount of travel of the contacts is also not dependent on the amount of travel by the actuator.