TE Connectivity AMPMODU MOD IV Series Female Crimp Terminal 3A Current 24-20 AWG 11.94mm Length 87523-6

TE Connectivity 87523-6 Female Crimp Terminal is engineered to provide a robust and reliable electrical connection in professional electronics and industrial environments. This crimp contact terminal is designed specifically for use with the AMPMODU MOD IV connector housing, accommodating wire sizes from 24 AWG minimum to 20 AWG maximum, with a current rating of 3A.

Manufactured from high-quality bronze phosphor bronze material, the terminal features bright tin plating to ensure excellent corrosion resistance and improved conductivity over time. The crimp termination type allows for secure attachment of wires, increasing the durability and safety of the connection in various applications.

The terminal is designed to function effectively under a broad operating temperature range from -65°C to 105°C, making it suitable for demanding environments and temperature-variable conditions commonly found in industrial, automation, and electronic assembly sectors.

At a precise length of 11.94mm, this female crimp terminal ensures optimal fit within the AMPMODU MOD IV shells, which mate with shrouded headers, supporting signal integrity and mechanical stability. The maximum contact resistance specified at 12 milliohms reflects the product's commitment to maintaining low electrical resistance for high performance.

Durable bronze phosphor bronze material construction. Bright tin plating for enhanced corrosion resistance. Designed for 3A current capacity applications. Supports wire sizes from 24 AWG to 20 AWG. Operates within -65°C to 105°C temperature range.

Exact 11.94mm length for compatibility. Low maximum contact resistance of 12 milliohms. Ideal for industrial, electronic, and automation use cases.

This Crimp Terminal is a vital component in modular interconnect systems using the industry standard 2.54mm pitch, addressing applications requiring secure wire-to-board or board-to-board connections. Industrial users including manufacturers of electronic devices, control systems integrators, and maintenance professionals will find this component beneficial for enhancing production efficiency and system reliability.