HBS2KCF5ST011C

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HBS2KCF5ST011C application field and working principle

HBS2KCF5ST011C is a microswitch type snap action limit switch. This kind of limit switches is widely used for applications such a motor reversing, measurement and control, industrial automation, home appliance and E-bike brake systems. The switch, with reinforced insulation and mechanical strength, is suitable for operation under harsh environments and dusty conditions.

The principle of operation is tomechanically detect the position of the movable member and convert it into an electric signal. Under normal circumstances, the fixed contact of the switch is placed in an open or closed position. When an external force causes the contact to move to the actuation position, the electric circuit is completed and an electric signal is generated.

The HBS2KCF5ST011C limit switch is equipped with a self-cleaning contact mechanism. Its contact system has the characteristics of low contact resistance and stable performance. The switch can create a robust electrical connection when the movable part is actuated.

The microswitch of the HBS2KCF5ST011C limit switch is made of high-quality material, making it able to withstand many rigorous tests and repeated usage. This switch is also rated to IP67, meaning it is dust-tight and can also safely withstand occasional direct water jetting.

The benefits of using the HBS2KCF5ST011C switch are numerous: it has an extended service life, is tolerant to high-frequency impulse voltage, has long travel range and offers consistent performance. Moreover, the actuator operating force of this switch is extremely low, requiring just 0.12N, so it can also be used in many applications.

In conclusion,the HBS2KCF5ST011C switch is a reliable limit switch which can be used in various applications. It provides precise and reliable control over the circuit and is designed to provide consistent and reliable performance in harsh environments. Thus, the user can be sure of continuous, uninterrupted operation even under demanding conditions.

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