2825206-1

Heilind Number:	AMP2825206-1
Manufacturer:	TE Connectivity
Manufacturer Number:	2825206-1
Datasheet:	Product Specification
ECAD Model:

Description:

VAL-U-LOK PIN HCS SN 16AWG

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Specifications

Attribute	Value
Product Category:	Power Connectors Battery & Coin Cell Clips, Contacts & Holders
Manufacturer:	TE Connectivity
Manufacturer Part Number:	TE Connectivity 2825206-1
Mount Type:	Cable Mount (Free-Hanging)
Contact Material:	High Conductivity Copper Alloy
Voltage:	600 V AC
Contact Type:	Pin
Contact Amperage:	13 A
Termination Type:	Crimp
GPL:	G31
Packaging:	Reel
Operating Temperature Range:	,
Circuit Application:	Power
Contact Mating Area Plating:	Pre-Tin
Contact Mating Area Plating Thickness:	100 µin, 2.54 µm
Contact Termination Plating Thickness:	100 µin, 2.540 µm
Contact Underplating Material:	Nickel
GPL Description:	Appliances
Connector and Contact Terminate To:	Wire & Cable
Product Code:	K925
Wire Size:	16 AWG, 1.31 mm²
Connector System:	Wire to Wire
Contact Termination Plating:	Pre-Tin
ECCN:	EAR99
Contact Underplating Thickness:	30 µin, .76 µm
Wire Insulation Support:	Without
Accepts Wire Insulation Diameter:	.06 - .122 in, 1.5 - 3.1 mm
Contact Retention:	With
For Multiple Crimp:	No
Contact Orientation:	Straight
Wire Contact Termination Area Plating Material:	Pre-Tin
Crimp Area Plating Finish:	Tin
Crimp Area Plating Thickness:	100 µin, 2.54 µm
Contact Product Type:	Contact
Part Aliases:	2825206-1
SKU:	AMP2825206-1

Detailed Description

VAL-U-LOK PIN HCS SN 16AWG connectors are designed for efficient power transmission in various appliances. With a cable mount (free-hanging) configuration, these contacts feature a high-conductivity copper alloy construction and pre-tin plating for reliable performance. Rated for 600V AC and 13A, they accommodate 16 AWG wires with a termination type of crimp. The contact retention feature ensures secure connections, while RoHS compliance underscores their environmental responsibility. Ideal for wire-to-wire applications, these connectors offer a durable and efficient solution for power distribution in a wide range of electronic devices.