BZLN-LH15

Snap Action, Limit Switches

The BZLN-LH15 snap action switches provide reliable, long-lasting performance in harsh and hazardous environments. These limit switches feature a compact design and excellent resistance to shock, vibration and corrosion. The snap action mechanism is designed to ensure that the switch operates accurately and accurately and can handle high current up to 15A. The BZLN-LH15 switch is also designed with a wide operating temperature range, from -20°C to +85°C.

Application

The BZLN-LH15 limit switches find wide applications in various operating systems and their associated motors, circuit boards, and electronics. They are widely used in the automatic control system of industrial machinery, elevators and HVAC security systems. The switches can also be used in sensing systems, automotive control systems and building automation systems.

Working Principles

The BZLN-LH15 snap action switch mechanisms involve two contact points which allow the switch to turn on and off. When a load is applied to the contact points, they move and make contact. This causes a change in the current, which then causes the switch to turn on or off. The motion of the contact points is designed to be very precise, so that the switch will always operate accurately.

The BZLN-LH15 limit switch features a rugged and durable metal housing which is designed to give the switch superior resistance to physical damage. The metal housing also provides superior protection against moisture, dust and dirt. The switch has an adjustable lever for setting its operating range and is also designed with a tough metal bracket for mounting it to a board or panel.

The BZLN-LH15 snap action switch is designed with an integrated testing feature which makes it easy to check the switch\'s performance. The integrated test feature ensures that the switch will be reliable and precise no matter what its operating temperature. The snap action switch is also designed with an LED indicator which provides an indication of the switch\'s status.