SG-B2-K2AC-5

SG-B2-K2AC-5, a type of Snap Action Limit Switches, is ideal for applications that require precise control and reliable operation even in extreme environments. This switch is designed for use in motor controls, automation and control systems, and in heater applications. It provides accurate, long-term operation in high-temperature applications.The working principle of an SG-B2-K2AC-5 is relatively simple. It quickly activates when the main body is depressed. This movement operates a sheet metal clamp to position a suitable contacting surface against a pair of micro-switches. Releasing the pressure turns off the switch. This type of switch is a cost-effective solution for many applications.The switch is built with high quality components to ensure reliable operations at extreme temperatures. Its structure is highly robust and provides excellent mechanical stability and long life. The switches are also highly resistant to wear and tear and are UL-Listed and CE-approved.The switch has two contacts: normally open (N.O.) and normally closed (N.C.). The normally-open contact is activated when the main body is pressed, while the normally closed contact is turned on when the plunger is released. The switch can also be configured for “Un-powered” operation when the plunger is not pressed.When it comes to its applications, the SG-B2-K2AC-5 switch is used in many industries. Some of the most common applications include safety switches and power failure protection in elevators and escalators, while they can also be used in industrial machines and medical devices. This switch is also ideal for use in machines and robots to control the power circuit and provide protection against overloads.In conclusion, SG-B2-K2AC-5 is a type of Snap Action Limit Switches which is designed to provide reliable, long-term operation even in extreme environments. It has two contacts, a normally open (N.O.) and normally closed (N.C.), and is used in a wide range of applications from safety switches to machines and robots. Its robust design ensures that it provides reliable and accurate operations for long periods of time, even at high temperatures.