LCC8-10AWH-L

Terminals - Rectangular Connectors

Rectangular connectors are components used to join two or more systems or circuits together. The LCC8-10AWH-L is an example of such a connector. It is specifically designed for applications that require hook-up wire to be securely and reliably connected and disconnected.

The LCC8-10AWH-L is a fast-acting, polarizing connector that has been developed to meet the stringent requirements of military and aerospace applications such as electronic warfare, data acquisition, and control systems. This connector is rated for operation up to 10A at 120VAC or 28VDC and it can be used with most hook-up wire.

The LCC8-10AWH-L has a unique design for secure mating and reliable operation. It has a four-piece construction, consisting of two connector sections (male and female), a terminal block, and a wire clamp. The two connector sections are identical, with two pins on the male side and two receptacles on the female side. The terminal block houses the male pins and the wire clamp secures the hook-up wire in place.

The LCC8-10AWH-L has a self-locking system that requires no additional tools or steps to secure it. This makes it easy to install and provides security against vibration or other movement. A further advantage of this connector is that it has an audible “click” when the male and female components are fully engaged, providing positive feedback that the connection is secure.

The LCC8-10AWH-L is suitable for general-purpose applications and is highly resistant to shock, vibration, and temperature changes. It is designed with a protective cover for the female member, which helps prevent any accidental contacts with live voltage. The terminal block also features an insulator that eliminates potential electrical shocks or grounds.

The LCC8-10AWH-L is an effective and efficient connector for commercial and military applications. It is easy to install and provides a reliable, secure connection with positive feedback when the connection is completed. Its durability and resistance to shock and vibration make it a great choice for harsh conditions and sensitive equipment.