Molex MicroClasp Series Female Crimp Terminal, 26AWG Min, 22AWG Max

A range of Molex Series 56134 MicroClasp Terminal Contacts for use in Series 51353 Housings see stock number 406-451 typical.
For Extraction Tool See stock number 699-8142 .

Looking for a way to build reliable PCB circuits? Try this 2mm-pitch female crimp terminal from Molex to be sure of secure connections. An audible mating click lets you know that wires are securely attached. Plus, an inner positive lock offers latch protection to prevent accidental disconnections and downtime. As the unit call for low insertion and withdrawal force, assemblies are quick and easy. For dependable transmissions, the tin-plated copper contacts are highly conductive.

• Accommodates 26 to 22AWG wire sizes for versatility
• Crimp termination method secures contacts for heavy-duty applications
• Broad operating temperature range between -25°C and +85°C for use in demanding conditions

• Medical equipment
• Automotive applications
• Telecommunications systems
• Domestic appliances
• Aerospace controls

It has a maximum voltage rating of 250V and 3A.

It weighs only 36mg, so adds minimal strain to PCBs.

For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.

2.0mm Wire to Board - Molex MicroClasp™ Range

MicroClasp™ 2.00mm pitch Wire to Board system provides space savings and easy mating/unmating compared to similar 2.00mm and 2.50mm pitch Wire to Board systems. MicroClasp™ includes a unique inner positive lock that provides latch protection, secure retention and an audible mating click. The terminal design of the MicroClasp™ series offers low insertion and withdrawal forces and is able to carry 3.0 A current in a compact 2.00mm pitch design.

2.00mm (0.079”) Pitch
Inner Positive Lock
Low insertion force terminal design
Two-point contact design
High-current contact design
Housing lance system
PCB space savings
Latch protection/secure mating/audible “click”
Easy mating/unmating
Carry up to 3.0A
Terminal protection and secure retention