ESQT-119-03-G-5-375 Datasheet/PDF
ESQT-119-03-G-5-375
Rectangular Connectors - Headers, Receptacles, Female Sockets
The ESQT-119-03-G-5-375 is a rectangular connector used to join together two or more wires and cables to form an electrical circuit. It features headers, receptacles, and female sockets with a rated current of 5 amps. This product is designed for use in a wide range of industrial applications, including commercial, industrial, and automotive. It has a low profile design for use in limited space applications and can be used in both visible and non-visible applications.
Application
The ESQT-119-03-G-5-375 is suitable for use in applications such as sensor connectivity, telecom installations, instrumentation, electric bicycles, power transmission, audio/visual, and general wiring. This connector is especially suitable for tight spaces and high vibration applications due to its low profile design.
Working Principle
This connector is designed to accommodate a variety of mating combinations. It uses a contact system that utilizes pins and sockets for the electrical connection. The contact system provides a stable connection with minimal resistance to ensure a reliable electrical connection. The contact system utilizes a spring-loaded design which ensures that the contact is not damaged due to vibration or thermal cycling.
The connection is made using a screw-type terminal connection. The screws provide a secure connection that will not loosen over time. The terminal is made from brass and plated with a tin finish to provide superior electrical performance and corrosion resistance. The terminal also has an integrated sealant to protect the connection from moisture and dirt.
Additionally, the connector is designed to be secure and provide an environment-proof seal. The connection is made with a self-locking mechanism that provides additional security and protection against vibration and thermal cycling. The self-locking connection ensures that the connection is secure and will not loosen due to vibration or environmental temperature changes.