1HS104

The 1HS104 limit switch is an electro-mechanical device that is used in a variety of applications to detect physical position and provide feedback to other parts of a system. The device uses two mechanical limits to sense position and actuate a switch.

The 1HS104 limit switch is designed to detect a predetermined amount of mechanical motion, typically the action of an object crossing a mechanical threshold. The switch contains two sets of contacts, one normally open (NO) and one normally closed (NC). When an external object moves past the predetermined mechanical threshold, the switch is actuated and the contacts change configuration, either closing or opening the circuit.

The 1HS104 limit switch is typically used to control the starting and stopping of motors, pumps, conveyors and other machinery in industrial control systems. The device is also used in home automation, medical instruments and other consumer electronics. The variety of applications for the limit switch is limited only by the imagination.

The working principle of the 1HS104 limit switch is fairly simple. The mechanical limits are adjusted to the desired position and then the switch is triggered. When the mechanical limits are reached, the switch is actuated and the contacts can either be opened or closed depending on the specific configuration.

The 1HS104 has a variety of features that can be customized for different applications. Some of these features include adjustable mechanical limit settings, adjustable actuation force, contact load capacity, contact travel and adjustable switch contact configurations. This makes the limit switch extremely versatile and relevant for a multitude of uses.

The 1HS104 limit switch is a reliable and versatile device that is used in a variety of applications. Its adjustable features allow it to be used in different settings, from simple home devices to complex industrial control systems. The ability to customize the switch and select from a wide range of actuating forces makes it a reliable choice for many applications.