284844-1

Heilind Number:AMP284844-1
Manufacturer:TE Connectivity
Manufacturer Number:284844-1
Datasheet:Datasheet
ECAD Model:
3D Model

Description:

12 POS MCP HYBRID MALE CONN AS

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 284844-1
Series:AMP MCP 1.5K,AMP MCP 2.8,AMP MCP Connector System
Gender:Housing for male terminals
Number of Rows:2
Pitch:.197 in, 5 mm
Voltage:24 V DC
Row Spacing:.197 in, 5 mm
Polarization:No
Body Material:PA GF
Number of Positions:12
GPL:N10
Packaging:Box
Operating Temperature Range:-13 - 257 °F, -25 - 125 °C
Circuit Application:Signal
Sealable:Yes
GPL Description:Automotive
Product Code:M105
Connector System:Wire to Wire
Length:1.63 in
Cable Exit Angle:180°
Height:1.945 in, 49.4 mm
Width:21.5 mm, .846 in
Mating Tab Width:.063 in, .11 in, 1.6 mm, 2.8 mm
Nominal Voltage Architecture:12 V, 24 V
Body Color:Black
Serviceable:No
Mounting Feature:Without
Terminal Position Assurance:Yes
Connector Position Assurance Capable:No
Hybrid Connector :Yes
Primary Locking Feature:On the Terminal
Part Aliases:284844-1
SKU:AMP284844-1

Detailed Description

Enhance your automotive connectivity with the AMP MCP Connector System, featuring a 2-row housing designed for male terminals. With a pitch of 5mm and a voltage rating of 24V DC, this robust connector ensures reliable signal transmission in demanding environments. Constructed from PA GF material, it offers durability and resistance to extreme temperatures, ranging from -25 to 125°C. Sealable for added protection, this connector is ideal for automotive applications. Its Wire to Wire configuration, along with 180° cable exit angle, facilitates easy installation. The 12-position design, with a 180° mating tab width of 2.8mm, provides versatility for various wiring setups. With primary locking features on the terminals, it offers secure connections, while the terminal position assurance ensures proper alignment. RoHS compliant, this connector system prioritizes environmental responsibility without compromising performance, making it a reliable choice for automotive connectivity needs.