8-6609959-2

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Power Entry Connectors refers to a comprehensive range of components used to power a variety of external electrical and electronic devices. The range comprises of AC and DC Inlets, Outlets and Modules. Among these, 8-6609959-2 is a popular AC input module.

8-6609959-2 is a power entry module with a 10 A/250 VAC rating. It is a single piece unit of molded thermoplastic material (UL94V-2) that features a pre-wired line cord. This unit includes a FLUKE, fuse holder, 0, 05A/250 VAC, two poles and a chassis mount. The construction features IEC 320/C14 entry, suitable for industrial and medical use, with a 1.8m line cord on four pin plug.

This power entry module can be used in a variety of applications and environments. It is primarily designed for use in industrial electronic equipment and laboratory appliances such as test benches, laboratory monitors, electronic devices, fuse holders, and other protective devices. It is also suitable for healthcare related facilities such as hospitals, medical labs, blood sugar monitors, massage chairs, hospital beds, and more. Furthermore, it is suitable for electrical engineering purposes and can also be used in household appliances.

The working principle of 8-6609959-2 can be summarized as follows. When the circuit breaker or switch is engaged, it activates the unit, allowing the electrical current to flow into the power entry module. This current then passes through the thermal fuse, the chosen fuse, and the pre-wired line cord, before it reaches the power outlet. When the electrical current reaches the power outlet, this powers the electrical device. In the case of an over-current situation, the thermal fuse trips the circuit and prevents any further power input.

In summary, 8-6609959-2 is a single-piece power entry module with a 10 A/250 VAC rating. It is ideal for use in a variety of applications, ranging from industrial and medical electronics to household appliances. Its working principle consists of taking the electrical current from the switch and passing it through the fuse, before powering the electrical device.

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