914CE18-15A

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914CE18-15A is one of the most common and widely used snap action, limit switches available in the market. It is a spring-loaded switch, constructed with an actuating plunger, that open and close contacts in response to a physical force.

The 914CE18-15A snap action, limit switch is a micro switch that is used to detect the presence of objects. It is triggered with help of an actuator. The actuator can be spring, plunger, roller, lever, or magnet. Once it is triggered, the contacts close and open rapidly. This action is referred to as “snap action”.

The 914CE18-15A limit switch is generally covered with a UL, CE, CCC rated protection housing safety aluminum alloy housing, which makes the switch robust and waterproof. In addition, it can withstand temperatures ranging from -30℃ to 90℃ and is highly shock and vibration resistant. The 914CE18-15A can be used in either AC or DC applications, making it suitable for various applications in industrial and commercial settings.

914CE18-15A is often used in automated production processes or safety mechanisms. For example, the switch can be used to detect when a part is missing from a production line, or when a safety door is opened inadvertently. It can also be used for controlling lights, water level, and other types of equipment.

The working principle of 914CE18-15A is fairly simple and straightforward. When an actuator is moved or triggered, the internal spring-loaded mechanism shifts the contacts, leaving them either closed (ON) or open (OFF). The actuator returns to its original position when the force ceases. This rapid operation of the contacts is referred to as ‘snap action’. The contacts can be rated as both SPST (Single Pole Single Throw) or SPDT (Single Pole Double Throw).

The 914CE18-15A snap action, limit switch is easy to install, operate and maintain in the most demanding applications. It is also reliable and cost-effective. Its long service life, low power consumption and high precision reposition accuracy make it a valuable addition to any industrial setting.

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