701W-10/43

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Power Entry Connectors, comprises of two principal components, Inlets and Outlets, and Modules. Under this category, the 701W-10/43 is an example of a power entry connector. It has a variety of applications, some of which are under harsh environmental conditions. In this article, I will explain the application field and working principle of the 701W-10/43.

The 701W-10/43 connector has a wide range of applications, mainly due to its design and construction. It is designed to be used in applications such as power modules, DC-DC converters and medical equipment. The 701W-10/43 is also suitable for harsh environments, as it has a sealing ring which blocks any potential leakage of hazardous liquids or gases. It also has a kinked, pressure-resistant wire bridge connection that offers good contact even when subjected to strong vibrations.

The 701W-10/43 has two main types, the standard version and the stainless steel version. The standard version is designed for general-purpose applications and can take its power from a wide range of AC and DC voltage sources. The stainless steel version is designed for more demanding industries, such as food and beverage applications. It offers greater protection against corrosion and temperature extremes.

The 701W-10/43 also offers good protection against electromagnetic interference. The connector is designed with protective shielding, which prevents electromagnetic interference from affecting the circuit. The shielding also limits conducted interference from entering the connected equipment. The cables are also shielded to limit the amount of induced interference.

The 701W-10/43 also has a working principle, which can be broken down into two distinct parts: the power flow and the switching mechanism. The power flow is governed by the rated power, determined by the maximum input and output power required for the assembly. The power flows in through the Inlet, through the contacts and then out through the Outlet. The switching mechanism is what provides the protection against overcurrent from the external power supply.

The switch is made up of a base metal which carries hazardous voltage, an operating metal, and a switching device. The operating metal carries a low current and, when it contacts the base metal, it will interrupt the current flow. The switch is designed such that when the operating metal reaches a pre-determined level of current, it will trigger the switching device. This signals to the external power supply to stop or reduce current output.

The 701W-10/43 is a reliable and safe power entry connector for a range of applications and operating conditions. Its design and construction offer good protection against mechanical and electrical hazards, while its working principle ensures that the connected device is protected against overvoltage and overcurrent. Used in a wide range of applications, the 701W-10/43 is a versatile power entry connector.

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