General Information Kit Part Number: 2110852-2 Description: Through Hole Vertical Male Header and Plug Connector Kit Application: Appliance Industries, Fan Modules, HVAC Systems, Lighting Applications, Power Supplies, White Goods, Wiring Harness Assemblies Family: Universal MATE-N-LOK TE Brand: AMP Products Solution: Off the Board Product Type: Wire-to-Board Connectors Number of Pieces: 142 RoHS: Yes Specifications Circuit Size(s): 2, 3, 4, 6, 9 Color: White Crimp Terminal: Female Current Rating: 6.17-16.2A Flammability Rating: UL94V-0 Mounting Style: Through Hole Orientation: Vertical Headers Pitch: 6.35mm (.250 ) Rows: Single Row, Matrix Tool Included: No Voltage Rating: 600V Wire Gauge (AWG): 20-14 Product Highlights The Universal MATE-N-LOK connector system is a robust and highly reliable connector system that utilizes a combination of pins and sockets intermixed in the plug and cap (receptacle) housings to achieve the maximum electrical performance in a 6.35mm centerline. The Universal MATE-N-LOK housings feature positive polarization, positive locking and rear cavity identification in every housing allowing for easy, error proof assembly. The contacts are completely enclosed in housings, have low mating force and are removable to maintain flexibility in the system. In addition to the standard panel mount, free hanging and wire-to-board capability in vertical or right angle options, the Universal MATE-N-LOK connector system offers additional designs including circular, flanged, bulkhead, sealed and colored housings to offer a solution for nearly every application. Features and Benefits Pins and sockets can be intermixed in the same housing Contacts completely enclosed in housings Positive polarization UL 94V-O flame retardant material Positive locking housings Removable, crimp snap-in contacts Dual locking lances provide optimum contact stability Low contact mating force Page 1 - Retrieved on Dec 05, 2011Applications HVAC Systems Power Supplies Fan Modules Lighting Wiring Harness Assemblies White Goods Page 2 - Retrieved on Dec 05, 2011