1924136-3

Heilind Number:AMP1924136-3
Manufacturer:TE Connectivity
Manufacturer Number:1924136-3
Datasheet:Drawing
ECAD Model:
3D Model

Description:

Carrier, 26P GenerationY, Hand Mate Conn

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 1924136-3
Series:Generation Y Connector System
Gender:Housing for female terminals
Number of Rows:2
Pitch:.1 in, 2.54 mm
Strain Relief:Add By Accessory
Row Spacing:.1 in, 2.54 mm
Polarization:Yes
Body Material:PA GF
Number of Positions:26
GPL:N58
Packaging:Package
Operating Temperature Range:-40 - 100 °C
Circuit Application:Signal
Sealable:No
GPL Description:Automotive
Product Code:M093
Connector System:Wire to Board, Wire-to-Device
Length:1.37 in
Cable Exit Angle:180°
Height:.307 in, 7.8 mm
Width:19.8 mm, .78 in
Mating Tab Width:.025 in, .64 mm
Body Color:Black
Serviceable:Yes
Mounting Feature:Without
Terminal Position Assurance:Yes
Connector Position Assurance Capable:No
Hybrid Connector :No
Primary Locking Feature:Integrated in Housing
Part Aliases:1924136-3
SKU:AMP1924136-3

Detailed Description

Introducing the Carrier, part of the Generation Y Connector System designed for the modern automotive industry. With a housing specifically crafted for female terminals, this component features two rows with a pitch of 2.54mm for seamless connectivity. Boasting a durable PA GF body material and a wide operating temperature range from -40 to 100°C, it ensures reliable performance in various conditions. The integrated polarization and terminal position assurance guarantee secure mating, while the wave solder capability up to 265°C streamlines assembly processes. Measuring 1.37 inches in length and 0.307 inches in height, this black carrier offers a sleek and serviceable solution for signal circuit applications. Compliant with RoHS standards, it is a sustainable choice for automotive connector accessories. Elevate your connectivity with this essential component, ideal for wire-to-board and wire-to-device configurations in automotive systems.