1-917808-3

Rectangular Connectors - Housings

1-917808-3 connectors belong to a rectangular connector family that are specifically designed for power, signal and data applications. These connectors are used to transmit power and signal between two or more pins, as well as data or electrical signals in applications where reliability is critical. 1-917808-3 connectors are engineered to meet the exact demands of their respective applications and are designed to ensure that no data is lost during transmission.

Application Field

The 1-917808-3 connector is used in demanding power, signal and data applications. Its high-performance design allows it to be used in a variety of applications, including high-speed data transfer, industrial automation, power supply, and industrial and commercial control systems. It is typically used for low, medium, and high power lines in industrial automation, industrial control, and power applications. The connector also offers a robust design that ensures that tight connections without influencing the performance and life of the equipment.

Working Principle

The working principle of the 1-917808-3 connector is simple. It uses a keyed, low-bounce contact design to ensure that electrical connections are reliably and consistently made with no data loss or interference. This contact design also helps to ensure that data is transferred accurately and with minimal noise and data loss. Additionally, the connector\'s built-in contact technology ensures that the connection remains error-free and secure when power is applied. The connector also provides a high-performance and secure method of transferring signals between two or more pins, which is why it is commonly used in data transfers.

The 1-917808-3 connector is designed to operate up to maximum ratings of 16A and 250V AC, and up to 50A and 440V DC. This high-performance design makes it suitable for a variety of applications where reliability and data accuracy are essential. This connector is also IP67 rated for dust and water resistance, making it suitable for use in wet and damp environments.