UP01DTANLA04

Snap Action, Limit Switches

UP01D TANLA04 limit switches are special types of mechanical switches. They are reasonably priced and durable. They are typically used as door/window open-close indication, fan switch indication, air-conditioning switch indication, etc.

Application Field

Due to their design simplicity and price advantage, they have a wide range of applications. They are typically used when it is important to detect the position of a mechanical part or the presence of a mechanical obstruction. They could also be used to indicate current overload or fault conditions in a machine. Some of their most typical applications include door or window open-close/ seal switch detection, level switches, pressure switch detection, and fault/current overload indication.

Working Principle

The UP01D TANLA04 limit switches are composed of electrical contacts and a mechanical actuator controlled by an external force such as a magnet, lever, or rod. When the actuator is actuated, the internal contact will move and create an electrical connection which will then send a signal to the device it is controlling. This provides an indication of the current status and initiates the action it is programmed to do. The internal contact will be reset once the external force is removed, and the cycle will be repeated until the desired end result is achieved.

The UP01D TANLA04 limit switch is a form of snap action switch. It is useful for applications when it is necessary to have a switch that will be able to maintain a steady state even with large forces acting on it. This means that it will not be damaged if the external force is too strong. It can also be used in vibration-filled environments due to its snap-action mechanism which allows for instantaneous operation.

The UP01D TANLA04 limit switch is a versatile device that can be used in a wide range of contexts. It is reliable, efficient, and reasonably priced, making it the ideal choice for applications requiring a precise indication or control of mechanical position.