LSYJB4LX-7AFP

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LSYJB4LX-7AFP Snap Action, Limit Switches, Application Field and Working Principle

The snap action, limit switch LSYJB4LX-7AFP is designed for use in electro-mechanical safety and door control, and actuation of protection equipment. It detects the presence and/or position of objects, triggering alarms and other safety-related tasks. The LSYJB4LX-7AFP is capable of continuous circuit contact monitoring, allowing for the use of hardwired-controlled devices and processes.

The LSYJB4LX-7AFP is a rugged, sealed single-pole double-throw switch with a vivid bright yellow enclosure, and a black contact box with a silver tip. The switch is constructed with an Off/On lever and a forced break feature, ensuring a positive permanent switch off position in the event of excessive current. Its operating forces are relatively low, and the robust construction provides a high degree of protection to internal components. The body is resistant to impacts, water and chemicals. The contacts integrated into the switch body provide maximum contact life and stability, which is ideal for long periods of time.

The LSYJB4LX-7AFP can be applied in a multitude of industrial applications. Its basic functionality and robust construction make it suitable for use in many devices such as production line control, power supplies, vending machines, and factory automation. These devices either require the detection of a current in a circuit, an opening or closing of a circuit, or both. In these cases the LSYJB4LX-7AFP provides a reliable solution for switch actuation, with a lifespan exceeding 10 million cycles. The switching accuracy is high, with an evident "on/off" state in the switch lever.

The working principle of the LSYJB4LX-7AFP is based on resistive contact. The LSYJB4LX-7AFP is a snap action switch, meaning it instantaneously snaps to one of its two maximum positions when a certain movement or force is applied to the switch lever. This switch is constructed with multiple internal contact points that make contact with varying levels of resistance. The resistance of each contact affects the operating temperature for the switch, allowing for temperature-sensitive applications as well. When the switch is in the “off” position, a spring force is applied to the contact points to maintain contact resistance. When the lever is in the “on” position, the contact points make contact and produce a current.

The internal wiring of the LSYJB4LX-7AFP is constructed using high-grade copper and polymeric insulation. This wiring ensures maximum efficiency of the switch, reducing contact resistance and providing increased operating life. This wiring is specially designed to be completely isolated from the operating environment, ensuring that no external electrical interference affects the switch.

The LSYJB4LX-7AFP has been designed with a main goal in mind: to ensure efficient, accurate, and reliable electro-mechanical operation. This switch is ideal for applications requiring a high distance between on and off positions. Its high-grade components and mechanical design provide superior accuracy and reliability, making it the ideal choice for safety-related applications.

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