GLFC01A4J

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The GLFC01A4J series is a type of snap action, limit switch that is widely used in many applications. These switches are characterized by their fast switching speed, robust design, and reliable performance. They are highly versatile and can handle a wide variety of tasks including closing and opening relays and contacts, signaling, and indicating.

The first step in the working principle of the GLFC01A4J series is the switch’s design. The switch consists of two assemblies, an actuator assembly and a body assembly. The actuator assembly contains the components which activate the switch – a plunger and contact, omron limit switch GLFC -2 and bifurcated/parallel levers, respectively. The body assembly consists of the housing and mounting plate. All the above-mentioned components are held together by screws.

When the actuator is triggered by external forces such as pressure, weight or a button, it becomes displaced, causing the contact and plunger to move towards each other, completing the circuit and providing an electrical connection. This movement of the contact creates a snap action in the switch, causing it to switch between open and closed states. Additionally, limit switches can be used to detect the presence of an object or to monitor a sequence of operations.

The GLFC01A4J series is suitable for use in a variety of different environments. It can be used in both wet and dry conditions, and is resistant to wear caused by strain and vibration due to the use of a spring-loaded design. It is also compatible with a wide range of temperatures, ranging from -20 to +150°C. Additionally, the switch is rated for a maximum operating voltage of 250 VAC, with a maximum operating current of 5A.

In conclusion, the GLFC01A4J series is a reliable, high-quality snap action, limit switch that is designed to provide a fast and reliable response in a variety of different environments. Its snap action design makes it highly suited to application that require quick switching, while its robust construction makes it capable of handling a wide range of temperatures, pressures and strain. Additionally, its high maximum operating voltage and current make it suitable for applications such as motor control.

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