89891-441HLF

Rectangular Connectors - Headers, Receptacles, Female Sockets

The 89891-441HLF rectangular connector is a high-performance, hybrid module connector system which provides high-density, high-power interconnect in a compact size. Combining an advanced contact technology and robust construction design, it provides extremely reliable power and signal connection.

Application Field

The 89891-441HLF is specifically designed for application in a wide range of industries including industrial automation, backplanes, telecommunications, horticulture, HVAC, instrumentation, lighting, gaming, office equipment, and many other applications. Its rich features include a high current capacity, wide temperature range, 1-piece construction for easy installation, IP67 rated shell for watertight connections, a robust design to ensure long-term connection reliability, and a simple maintenance concept for easy technical support.

Working Principle

The 89891-441HLF module connector system is built on the principle of high-density interconnect. It consists of a series of keyed modules in which each module is equipped with an insulated plating, a push-lock mechanism, and an interference shell. The device is constructed of high-grade stainless steel components, providing excellent reliability and flexibility. Upon connection, contacts of the modules mate securely in a closed space, forming reliable electrical and mechanical connection, thus providing the user with a reliable and cost-effective power and signal connection solutions.

The modules in the 89891-441HLF are designed to provide power in the form of 30 Amp, 6V DC power and signal in the form of 10 Amp, 10 MHz signal connection in an enclosed environment. The power and signal arrangements enable the use of either standard or custom voltages and current values.

The 89891-441HLF module connector system also offers a unique engineering design concept, which allows the user to integrate the modules within various types of equipment such as switches, control panels, and remote systems. This helps to eliminate the need for external wiring which can often be a source of malfunction and possibility of connection issues.