HBS2KCB4SD055C

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Snap Action, Limit Switches

HBS2KCB4SD055C is a snap-action, limit switch that is designed to provide precise, reliable, and repeatable switching of low level electrical signals. This device is suitable for applications such as motion control and power transfer control. This switch is also a perfect choice for applications that require precise control of a manually operated switch.

Application Field

The HBS2KCB4SD055C snap-action, limit switch is typically used in applications such as automotive and other types of motion control applications, power distribution systems, materials handling systems, safety systems, and medical device control. It is a reliable and cost-effective device for applications requiring precise control of a manually operated switch.

Working Principle

The HBS2KCB4SD055C snap-action, limit switch consists of an actuator, an internal switch, and a base. The actuator is linked to the internal switch via a pivoting arm. When the actuator is moved, the pivoting arm causes the internal switch to move between its on and off positions. Depending on the direction of movement, the internal switch will either open or close, allowing or preventing electrical signals from flowing. The base provides the mounting point for the switch and contains the necessary connections for electrical power.

The HBS2KCB4SD055C snap-action, limit switch is designed for a variety of applications and is capable of withstanding various shock and vibration forces. Its design ensures Electrical shock up to 3000V, allowing it to be used in harsh environments where voltages may be higher than normal. The device is rated for a wide temperature range, from -20°C to 100°C, and is available in multiple configurations.

Conclusion

The HBS2KCB4SD055C is a well-designed snap-action, limit switch that is designed to provide precise, reliable, and repeatable switching of low level electrical signals. It is suitable for numerous applications, including motion control and power transfer control, and is capable of withstanding high voltages and a wide temperature range. The device is also cost-effective and is a perfect choice for applications requiring precise control of a manually operated switch.

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