LSB2B

Ingress Protection:	--
Mechanical Life:	--
Electrical Life:	--
Operating Position:	--
Operating Temperature:	-1°C ~ 121°C
Overtravel:	110°
Differential Travel:	12°
Pretravel:	25°
Release Force:	--
Operating Force:	28gfm
Features:	--
Series:	HDLS
Termination Style:	Plug In
Mounting Type:	Chassis Mount
Actuator Type:	Top Rotary - No Lever
Voltage Rating - DC:	115V
Voltage Rating - AC:	120V
Current Rating:	10A (AC), 800mA (DC)
Switch Function:	On-Mom
Circuit:	DPDT (DB/DM)
Part Status:	Active
Packaging:	Bulk

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Snap Action, Limit Switches and Their ApplicationsSnap action, limit switches, or limit switches for short, are switches that are primarily used for maximum precision and accuracy in industrial networking or power applications. They are made from a variety of materials, most commonly, bronze, stainless steel, brass, and plastic. Limit switches are typically provided with two or more positions, and when the switch is operated, it opens or closes the circuit, sending a signal or power output to the device that receives the signal.The most common type of limit switch is the mechanical type, which is referred to as a basic limit switch. This type of switch is designed to open or close a circuit, depending on the position of a mechanical actuator. Actuators can be energy-consuming, such as magnets, levers, springs, or electric coils. This type of switch is usually used in many industrial and electrical applications and is typically available in many different sizes, configurations, and contact ratings.Another type of limit switch is the solid state type, which uses a variety of devices to activate and deactivate the switch. These devices include transistors, thyristors, and silicon-controlled rectifiers (SCR). They are frequently used in applications requiring higher switching currents and speeds. A less commonly used limit switch is the optically activated type, which employs an optic sensor to activate the switch. This type of switch has been used in proximity sensing applications such as automated doors and closing drawers, and is typically seen in household appliances.The most recent addition to the family of limit switches is the programmable limit switch. This type of switch utilizes a microcontroller or programmable logic controller (PLC) to trigger the switch according to a set of conditions programmed into the system. This type of switch can be used for a variety of applications, including control of high-voltage systems and automated manufacturing processes.In many applications, limit switches are used to detect the movement of a mechanical part in the system. For example, a limit switch may be used to detect the movement of a crank arm in an electric motor, or the passage of a conveyor system in an assembly line. The two most common types of limit switches used for this purpose are the electromechanical and inductive types.The electromechanical type employs an actuating mechanism to create an electrical signal to trigger the switch. This type of switch is often used in applications requiring high accuracy, such as in machine tool applications. In addition, it can be designed to withstand harsh environments, such as those found in aircraft and industrial machinery.The inductive type, on the other hand, uses a coil to generate an electrical signal when the coil is subjected to a magnetic field. This type of switch is also used in applications where high accuracy is required, such as printing presses and production lines.In conclusion, limit switches can be used in many different applications and provide precise control over the operation of a wide range of industrial networks or power systems. From mechanical switches to solid state switches, from optically activated switches to programmable limit switches, these versatile devices can be used to ensure precision and accuracy in the most demanding applications.

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