735211-7

Terminals - Quick Connects, Quick Disconnect Connectors

735211-7 is a terminal known as a Quick Connect. It is part of PAIGE Electric\'s Quick Disconnect Connector product line. This connector is available in either two-wire or three-wire formats.

This quick connect terminal is designed to ease assembly and wire management. The terminal consists of two pieces. The base part is the female connector; the catch part is the male connector. The female connector holds the male connector in place by gripping the shoulders within the catch. The internal gripping mechanism allows the terminal to be easily attached or removed from a wire.

These connectors are designed to meet UL 486D requirements for quick connector applications. The temperature rating of the base is -55°C to +150°C, and the temperature rating of the catch part is from -55°C to +85°C.

The shell and the cable clamp each have a tab for easy assembling, and the shell is divided into two positions for easy assembly. The male and female parts are clearly marked to prevent misalignment or wrong mating. The dielectric strength of the two parts is 200V DC and the insulation resistance is 100MΩ.

The terminal also features a dust-proofing so that dirt, dust, and moisture do not accumulate in the connector. There is also a slot in the shell to easily secure the connector to the PCB. The rigid PCB contacts allow for secure and reliable connections without the need for cable grips. The terminal’s slotted screws provide a secure connection making installation easier.

735211-7 quick connect terminals are commonly used in the aerospace, automotive, and electronics industries. They are used to connect power and signal wires, and to connect power supplies to different equipment. They are also used for ground connections and for vibration dampening.

These terminals are a cost-effective and reliable way to quickly connect and disconnect wires and cables. Because they are designed to UL 486D requirements, they offer excellent temperature and insulation resistance. This makes them ideal for a variety of applications.