1-1744418-7

AMP1-1744418-7
Heilind Number:AMP1-1744418-7
Manufacturer:TE Connectivity
Manufacturer Number:1-1744418-7
Datasheet:Drawing
ECAD Model:
3D Model

Description:

17 POS EP 2.5 HDR, GLOW WIRE

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Specifications

AttributeValue
Product Category:
Connectors PCB Connectors
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 1-1744418-7
Series:Economy Power 2.5
Housing Material:Nylon
Number of Rows:1
Termination Method:Through Hole - Solder
Contact Material:Copper Alloy
Pitch:.098 in, 2.5 mm
Voltage:250 VAC
Contact Type:Pin
Strain Relief:No Strain Relief
Package Quantity:250
Contact Amperage:4.5 A
Number of Positions:17
Housing Color:Natural
Mount Orientation:Vertical
GPL:101
Packaging:Bag
Operating Temperature Range:45 °F, -55 - 105 °C
Circuit Application:Power & Signal
Panel Mount:Without
PCB Retention:Without
Connector Height:.346 in, 8.8 mm
Sealable:No
GPL Description:Appliances
Connector and Contact Terminate To:Printed Circuit Board
Product Code:L013
Contact Layout:Inline
Connector Length:1.772 in, 45 mm
Connector System:Wire to Board
ECCN:EAR99
Connector Contact Load Condition:Fully Loaded
Mating Retention:Without
PCB Mount Alignment:With
PCB Mount Alignment Type:Boss
Termination Post Tail Length:.133 in, 3.4 mm
Header Type:Shrouded
Connector Assembly Type:PCB Mount Header
Contact Retention:With
Glow Wire Rating:Glow Wire
Material Flammability Standard:UL 94V-0
Part Aliases:1-1744418-7
SKU:AMP1-1744418-7

Detailed Description

Introducing our Economy Power 2.5 connector, designed for reliable through-hole soldering in a vertical mount orientation. With a pitch of 2.5mm, this connector features 17 copper alloy contacts suitable for power and signal applications, rated at 4.5A and 250VAC. Meeting UL 94V-0 flammability standards, it ensures safety in appliance use. Wave solder capable and lead-free, it offers easy PCB assembly. The natural nylon housing, standing at 8.8mm, complements its compact 45mm length. With no strain relief and a bag packaging of 250 pieces, it's ideal for efficient production in various circuit applications.