Molex STANDARD .093″ Series Female Crimp Terminal, 20AWG Min, 14AWG Max

Description

The Molex STANDARD .093″ Series Female Crimp Terminal is engineered to provide reliable and efficient electrical connections for both power and signal applications. Designed for use with compatible Molex .093″ series connector housings, this terminal delivers secure contact performance and long-term reliability in demanding environments.

Supporting wire sizes from 20 AWG to 14 AWG, the terminal ensures strong mechanical retention and consistent electrical conductivity when properly crimped. Its precision-manufactured design offers excellent resistance to vibration and mechanical stress, making it suitable for automotive, industrial, and consumer electronics applications.

Key Features & Benefits:

1. Wide Wire Gauge Compatibility
   Supports 20 AWG to 14 AWG wires, providing flexibility for a variety of power and signal wiring requirements.

2. Reliable Crimp Termination
   Designed for secure crimping, ensuring strong mechanical retention and stable electrical contact.

3. Excellent Electrical Conductivity
   Precision-engineered contact design delivers low contact resistance and consistent signal and power transmission.

4. Durable & Vibration-Resistant Design
   Built to withstand vibration and mechanical stress, making it suitable for demanding automotive and industrial environments.

5. Compatible with Molex .093″ Series Housings
   Designed to fit Molex STANDARD .093″ series connector housings for dependable mating and system integration.

Applications:

• Automotive electrical systems

• Industrial machinery and equipment

• Power and signal cable assemblies

• Consumer electronics

• Control panels and wiring harnesses

Specifications:

• Series: Molex STANDARD .093″

• Contact Type: Female Crimp Terminal

• Wire Size Range: 20–14 AWG

• Termination Method: Crimp

The Molex STANDARD .093″ Series Female Crimp Terminal is an excellent choice for professionals seeking dependable electrical performance, mechanical durability, and secure crimp connections in a wide range of applications.