Molex CLIK-Mate Series Male Crimp Terminal, 26AWG Min, 22AWG Max

CLIK-Mate 2.00 mm male crimp terminals for use in the CLIK-Mate 2.00 mm crimp connector housings. These plug crimp terminals feature a tuning fork style design which offers a secure electrical contact and low insertion force. This design also offers protection against terminal stubbing that can occur with conventional pin types.

This crimp terminal is designed for use with CLIK-Mate connector housings, offering a reliable solution for various electrical connections. It accommodates wire sizes from 26AWG to 22AWG. Constructed from copper alloy, it ensures good conductivity, while the tin-plated finish enhances corrosion resistance. This terminal performs well across a broad temperature range, making it suitable for diverse environments in the automation and electronics sectors.

• Male crimp terminal designed for secure wire connections
• Supports wire sizes from 26AWG to 22AWG
• Tin-plated terminals enhance corrosion resistance
• Copper alloy construction ensures good electrical conductivity

• Compatible with CLIK-Mate connector housings for signal
• Suitable for wire-to-board connections in automation systems
• Performs effectively in temperature environments from -40°C to +85°C

It supports a maximum current of 3A per contact.

Yes, it accommodates wire sizes ranging from 26AWG to 22AWG.

A hand crimp tool designed for 2mm pitch terminals is recommended.

Molex 2.00 mm CLIK-Mate Wire to Board Connector System

CLIK-Mate 2.00 mm wire to board connector system with a rugged design and a high current carrying capability of 3.0 A and 250 V. The 2.00mm CLIK-Mate connector system provides a secure electrical connection with a low insertion force. Dual inner positive locks produce an audible click when the connectors are mated providing reliable mating assurance. The 2.00mm CLIK-Mate connector system consists of SMT PCB receptacles, crimp housings and crimp contacts with a low insertion force tuning fork design. These CLIK-Mate connectors are ideal for use in applications that require a connector with robust features and a high pin count that occupies less space