3-794677-4, TE Connectivity Micro MATE-N-LOK Series Right Angle Through Hole PCB Header, 4 Contact(s), 3.0mm Pitch, 2 Row(s),

TE Connectivity 3mm Micro MATE-N-LOCK Headers

Micro MATE-N-LOK PCB headers with a 3mm pitch and 94V-0-rated black or natural coloured housings. The header housings feature polarization to prevent mismating and positive locking tabs that secure the header to the mating cable connector. The through hole Micro MATE-N-LOK headers have boardlocks or a solder tail retention feature for a secure connection to the PCB. The SMT versions have metal hold-downs. These Micro MATE-N-LOK PCB headers are IR reflow, process compatible and are available in vertical and right angle configurations. Versions of these Micro MATE-N-LOK PCB headers are available with a low profile of less than 4.7 mm mating height (see part numbers 2029104-x and 2029030-x).

Features and Benefits

• High reliability and performance
• Polarization to prevent mis-mating
• Positive lock tabs for secure connection to cable connector
• PCB retention features

Applications

These 3mm Micro MATE-N-LOK connectors are designed for use in a wide range of applications. Applications include household appliances, lighting, factory automation, data storage and security systems. The low profile versions are ideal for use in the lighting industry but can be used in other applications as well.

TE Connectivity Micro MATE-N-LOK 3mm Connector System

The Micro MATE-N-LOK 3mm connector system is a wire-to-wire and wire-to-board connector system with contacts on a 3mm centreline and a maximum current rating of 5A. This connector system consists of plug and receptacle for wire-to-wire and wire to panel configurations and PCB headers for wire to board connections. When combined these connectors can be used in a wide range of industrial and consumer applications. The Micro MATE-N-LOK 3 mm connector range includes versions with a low profile 4.7 mm mating height making them ideal for use in LED lighting applications

Header H 4way 2 row Pin Micro Mate-n-Lok