GLLC03A1B

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Snap action, limit switches are electrical switches used to actuate circuits when a specific physical position is reached. GLLC03A1B is a kind of snap action, limit switches that can accurately detect the limit positions of objects and quickly convert it into electric signal output.

The GLLC03A1B snap action, limit switch is designed as a slim, miniaturized and cost efficient solution. It is made to exacting standards and has long life operation with a guaranteed minimum of 10 million cycles. Its features also includes small contact gap for higher sensitivity, small installation size, and wide variety of leads styles that can work with different types of circuit boards.

The most relevant application fields for GLLC03A1B snap action, limit switch are in automation, test equipment and medical devices. The switch is used to detect the operating position of machine parts, such as linear actuators and limit switches.

The working principles of GLLC03A1B snap action, limit switch involve two parts. The first is the blade or plunger system. The blade is moved by the force applied to it, and it contacts a pair of pre position electrodes once it reaches the preset distance. When the applied force continues to be increased, the blade fixedly contacts the electrodes and a closed circuit is established, which then generates a signal. The second part is the switch shell, which contains the mechanical structure and electrical parts of the switch.

Moreover, the maximum electrical rating of GLLC03A1B snap action, limit switch is 250V AC, approximately 1A and 0.4VA respectively. The series has also a wide range of switch travel and plunger force, so the switch can be customized according to the specific needs of the user.

In conclusion, GLLC03A1B is a kind of snap action, limit switch that is widely used in automation, test equipment and medical equipment owing to its accurate detection of limit position. It is composed of two parts: the blade system and the mechanical structures, which convert physical force into electrical signals.

The specific data is subject to PDF, and the above content is for reference