LSA9ADD

Ingress Protection:	--
Mechanical Life:	--
Electrical Life:	--
Operating Position:	--
Operating Temperature:	-12°C ~ 93°C
Overtravel:	60°
Differential Travel:	5°
Pretravel:	15°
Release Force:	--
Operating Force:	46gfm
Features:	LED Indicator
Series:	HDLS
Termination Style:	Plug In
Mounting Type:	Chassis Mount
Actuator Type:	Side Rotary - No Lever
Voltage Rating - DC:	115V
Voltage Rating - AC:	120V
Current Rating:	10A (AC), 800mA (DC)
Switch Function:	On-Mom
Circuit:	SPDT (DB/DM)
Part Status:	Active
Packaging:	Bulk

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Snap Action, Limit Switches

The snap action, limit switch is a well-known device used to control the limit of a particular system based on the mechanical on/off state of automation. A typical limit switch is designed to actuate when a mechanical or electrical force is applied. The limit switch is commonly used in industrial and commercial applications as a reliable means to trigger automation, alert an operator or activate/deactivate power circuitry.The snap action limit switch, often referred to as a snap action switch, is based on the mechanical on/off principle. This type of switch utilizes a mechanism that is actuated by an external force, typically a finger, thumb, piezo crystal or mechanical contact. In most cases, the switch will remain in either the open or closed state until the force is removed. By applying force to the switch, a predetermined contact is made that can be designed to operate with any electrical current or voltage.LSA9ADD is a type of snap action limit switch designed to operate in a variety of applications. It is designed to be small and compact, yet able to provide reliable switching operations. This limit switch can be used in applications including automotive, security and industrial automation controls.This switch features 2 stainless steel terminals on the PCB, 2 positive and negative terminal pins, and an enclosed housing to protect the contacts from corrosion. It also includes a lockout feature that prevents accidental operation, and a single nut to secure the switch to the PCB. The switch operates at low power, allowing for simple control of high power loads.The working principle of LSA9ADD is based on the “break before make” concept. When force is applied on the switch, it first opens the circuit and then makes the contact. This ensures that when two contacts are made, no direct current will be passed through the switch. This feature also ensures that when the switch is actuated, the current does not pass through the circuit until after the switch is closed. This helps to eliminate arcing or sparking at the switch contacts, thus improving the life of the switch.The limitation of the LSA9ADD is that the switch is not designed to switch heavy currents. Therefore, the switch is best suited to low voltage and low current applications such as security and automation controls. For applications requiring higher power, it is best to use other types of switches.Overall, the snap action limit switch is an important device used to control the limit of a specific system in industrial and commercial applications. The LSA9ADD is a type of snap action switch designed to provide reliable switching operations in a variety of applications. This switch operates on the “break before make” principle and can be used for low voltage and current applications, although it is not suitable for high power applications.

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