1717112-2

Rectangular Connectors - Housings are designed to protect and insure the reliability of electronic connections. A 1717112-2 connector is part of this variety, a high current power connector used in a variety of industrial and commercial applications. Knowing the functioning of the 1717112-2 housing and its implementation in possible application areas provides a well-deserved overview.

1717112-2 Connector: This connector, which meets IP67 standards in mated or unmated conditions, provides a rugged and reliable solution for power transmission between two components. It has an outer housing made of diecast zinc with a molded thermoplastic insulation to provide high protection and durability. It also has dual-bonded surface sealing, twice the seal area of other similar power connectors. The 1717112-2 connector has a maximum voltage of 600 volts and can carry up to 11 amps.

Application Field: Although this power connector is designed primarily for high current transmission, it is also suitable for a wide range of other applications. Generally, the 1717112-2 connector is applied for applications requiring high currents from power sources such as generators, grids or solar systems. Additionally, this connector can find application in various industrial and commercial uses, including lighting systems, machinery, robotic systems, test and measurement, and audio and video systems.

Working Principle: The 1717112-2 application is based on a very simple concept. The connector is responsible for transmitting an electric current from one component to the other. This is done through the connection of a pair of metal pins, referred as contacts, that become electrically conductive when inserted inside the housing. This action is also known as mating. The connector is designed to be mated several times, providing a very reliable connection.

Conclusion: The 1717112-2 Connector is a reliable power connector system suitable for various industrial and commercial applications. With its dual-seal surface, diecast zinc housing and molded thermoplastic insulation, it offers robust and durable resistance for power transmissions of up to 600 volts with 11 amps. Its power is based on a simple process, providing a secure connection between two pieces of equipment.