C146 10P016 000 15 Application Field and Working Principle

C146 10P016 000 15 is a kind of heavy duty connector frame. It is usually used for mission-critical applications with high accuracy, reliability and durability, such as in aviation, aerospace, military, automotive, and industrial control systems.

The C146 10P016 000 15 heavy duty connector frame consists of a frame, a variety of contact systems, and a variety of insulator modules. The frame is designed to meet all common requirements for industrial applications, such as strength and rigidity, vibration resistance, temperature resistance, corrosion resistance, solvent resistance, and dimensional stability. The contact system consists of signal contacts, combinations of signal and power contacts, and grounding connections.

The insulator modules of C146 10P016 000 15 are engineered for high current and high voltage. They are constructed with a dielectric skeleton of glass-reinforced resin which is coated with a hard insulating material as the insulator between the contact and the frame. This materials combination offers higher heat loss performance and better insulation integrity.

The working principle of the C146 10P016 000 15 heavy duty connector frame is simple. When it is connected, the contact pins are inserted into the housing sockets from the same side. Then the frame is inserted into the connector assembly with the locking lugs. All the locking lugs are then engaged with the locking lever. Finally, the contacts and pins are securely fastened in the frame.

The C146 10P016 000 15 heavy duty connector frame is a reliable and cost-effective solution for many mission-critical applications. It is designed to provide the highest levels of functionality and reliability. With its strong and vibration-resistant metal frame, it is able to withstand severe conditions and conditions with widely varying temperatures. Furthermore, its high level of insulation integrity as well as its corrosion resistance makes it suitable for long-term service in hostile environments.