C146 10B017 500 12

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Heavy Duty Connectors – Inserts, Modules – are a wide range of components used to transfer signals and power between two or more devices. The product line for this type of connectors is vast; while the specific application and working principle and design syntax of a particular connector may vary, the core components used remain largely the same.

The C146 10B017 500 12 is a product from this category, specifically designed for the AC and DC circuits. This type of connector falls into the 25 pin category. It consists of a shell made of zinc material, boasting a .032” round contact area. It is rated to a maximum voltage of 25V and a maximum current of 3A. The contacts are silver-plated with copper alloy, while it also features a snap-to-lock technology to ensure a reliable connection.

Where does this type of connector find its use? It is generally applied in the field of medical electronics. It has a compact size and is easy to install, making it suitable for applications such as patient monitoring and other medical appliances. Additionally, the high-quality build of the connector ensures that it is suitable for hazardous areas, such as operating rooms and nuclear facilities.

In terms of its working principle, the C146 10B017 500 12 features non-inductive construction of the electrical connections, which maintain the resistance levels and limit any risk of contact overheating or failure due to extreme heat or stress. This ensures reliable voltage and current transfer at all times. The base material of the connector is also designed to provide protection against corrosion, which is important for medical applications, where the connector is expected to work in a long-term setting.

In a nutshell, the C146 10B017 500 12 is a compact and reliable type of heavy duty connector. Its durable design and excellent features make it perfect for long-term applications in the medical field. Its electrical properties ensure a safe connection, while the non-inductive construction helps to maintain resistance levels and protect against any heat-related failure.

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