1766817-1

ICC Number:AMP1766817-1
Manufacturer:TE Connectivity
Manufacturer Number:1766817-1
Datasheet:Datasheet
ECAD Model:
3D Model

Description:

CONTACT,PIN

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 1766817-1
Series:ICCON
Mount Type:Board Mount
Contact Material:Copper Alloy
Voltage:250 V AC, 250 V DC
Contact Type:Pin
Contact Length:3.525 in, 89.54 mm
Contact Width:.225 in, 5.72 mm
Contact Amperage:35 A
Termination Type:Through Hole - Screw
GPL:932
Packaging:Bag/Box
Operating Temperature Range:-40 - 105 °C, -40 - 221 °F
Circuit Application:Power
Contact Mating Area Plating:Silver
Contact Mating Area Plating Thickness:200 µin, 5.08 µm
PCB Retention:With
Contact Termination Plating Thickness:200 µm, 5.08 µin
Contact Underplating Material:Nickel
PCB Retention Type:Screw Mount
Mating Alignment:Without
GPL Description:Data and Devices
Connector and Contact Terminate To:Printed Circuit Board
Product Code:D035
Contact Design:Screw Machined
Screw Hole Thread Size:10-32 UNF 2A
Connector System:Wire to Board
Contact Termination Plating:Silver
Mating Post Length:1.5 in, 38.1 mm
Contact Underplating Thickness:1.27 µin, 50 µm
Contact Retention:Without
Contact Orientation:Straight
Contact Height:.13 in, 3.3 mm
Contact Product Type:Pin
Material Flammability Standard:UL 94V-0
Part Aliases:1766817-1
SKU:AMP1766817-1

Detailed Description

Introducing the ICCON CONTACT,PIN, a high-performance board mount connector designed for power applications. With a contact voltage rating of 250 V AC and 250 V DC, this copper alloy contact ensures reliable conductivity. Featuring a 3.525-inch contact length and a current rating of 35 A, it is suitable for demanding environments. The contact is terminated through a screw hole, providing secure attachment to the PCB. With UL 94V-0 flammability standard compliance and an operating temperature range of -40 to 105 °C, it offers safety and reliability. The silver-plated mating area and nickel underplating enhance durability, making it ideal for critical power systems.