4-1971775-5

Rectangular Connectors - Housings is a subset of connecting components widely used in industrial and electronic applications. The 4-1971775-5 is an example of such a connector. Below are descriptions of the application field and working principle of this connector.

The 4-1971775-5 is a Rectangular Connector designed and manufactured for industrial applications. It is a cost-effective rapid disconnect solution made with durable plastic. It features a straight plug and receptacle system that is useful in a variety of applications, including robotics, automation, and biotechnological equipment. The 4-1971775-5 was designed to meet the demands of industrial applications. It is resistant to dust, liquid, and chemicals, ensuring a reliable performance in harsh conditions. It is also fitted with a audible click system for additional security. In addition, the metal pins are made with corrosion-resistant materials, while the dielectric strength is designed to prevent flashover when used in high voltage applications. As an added benefit, the connector is also resistant to vibration and shock.

The 4-1971775-5 connector uses a straight plug and receptacle system. The plug has two parallel rows of contact pins, which are designed for robust and reliable mating. The receptacle contains a corresponding set of sockets that align with the plugs for secure data or power transfer. To mate the connector, the plug is inserted into the receptacle and secured with a safety latch. The safety latch helps to prevent accidental disconnections and provides a secure connection. The 4-1971775-5 is designed to provide proper secure when connected. The contacts pins provide good electrical conductivity and contact pressure, while the plastic housing ensures a shielded seal. Additionally, the connector is also designed to meet EMI/EMC requirements.

The 4-1971775-5 is a reliable and versatile Rectangular Connector suitable for a variety of applications. It features a robust and secure plug and receptacle system, as well as protection from dust, liquids, and chemicals. It also offers corrosion-resistant metal pins and a dielectric strength designed to reduce the risk of flashover in high voltage applications. As an added benefit, the connector is also designed to withstand shock and vibration.