869-20/043

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The 869-20/043 Power Entry Connectors are designed for a variety of medical, industrial, and computational applications where a reliable entry of mains power into the system is required. In order to be compliant with safety standards, these connectors are designed to meet the necessary IEC/EN 60335 specification requirements and must meet certain technical requirements for leakage current, dielectric strength, power insulation accreditation, and temperature and humidity resistance in order to meet the intended use cases. They can be used in both single and double provision arrangements, with the latter providing a significantly higher level of safety than the former.

These connectors have a number of features that make them an ideal choice for a variety of applications. The housing of the connector is constructed using UL-746 rated polycarbonate or ABS plastic, providing superior flame retardant properties, making them a safe choice for environments that may experience short circuit or sparks. The housing also has the advantage of being IP40 protected, meaning it is both dust and water-resistant to a degree. The connector is also provided with an impact-resistant base for further protection.

This particular connector is available in both two-pole and three-pole options, providing customers with a range of terminal styles and contact types to choose from. The pin and socket connections are bladed and accept both tabs and wire connections with a range of wire size gauges available to suit the intended application. For added safety, these connectors also feature an integrally molded illumination warning light to help prevent accidental contact with the connector when plugged in.

The working principle of 869-20/043 Power Entry Connectors is relatively simple, and consists of two main steps. The first step is for the mains power to enter the junction box, and then pass through the receptacle. The receptacle is wired in a series circuit with the device, and as the plug on the other end of the connector is inserted into the receptacle, the full circuit is completed. At this stage, the current flows through the device and provides the necessary input to it. The device in turn provides output according to its particular application.

These connectors are highly reliable and efficient, allowing for a safe and secure connection to any device. The housing of the connector can also be customized, allowing for individual branding and a unique look. In addition, the connectors can be color-coded for ease of identification and compatibility with other system components. This makes them an ideal choice for a variety of applications, whether medical, industrial, or computational.

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