1-796949-8

Heilind Number:AMP1-796949-8
Manufacturer:TE Connectivity
Manufacturer Number:1-796949-8
Datasheet:3D Model (IGS)
ECAD Model:
3D Model

Description:

18POS TERMI-BLOK PCB MOUNT

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity
Manufacturer Part Number:TE Connectivity 1-796949-8
Amperage:17.5 A
Gender:Header
Housing Material:PA 6/6
Number of Contacts:18
Number of Rows:1
Mount Type:Board Mount
Contact Material:Brass
Pitch:.2 in, 5.08 mm
Voltage:300 V AC
Mount Angle:Straight
Block Type:Stacking w/interlock
Screw Size:M3
Contact Amperage:17.5 A
Number of Positions:18
Housing Color:Black
Tail Length:.138 in, 3.5 mm
Operating Temperature Range:-40 - 110 °C, -40 - 230 °F
Circuit Application:Power & Signal
Contact Mating Area Plating:Tin
Connector and Contact Terminate To:Printed Circuit Board
Wire Size:.05 - 3 mm², 12 - 30 AWG
Connector System:Wire to Board
Screw Material:Brass
Stacking Configuration:Side Stackable
Screw Plating:Nickel
Entry Angle:Side
Interlock:With
Closed End:Without
Stacked Levels:Without
Contact Mount Style:Through Hole
Marking Color:White
Screw Flange:Without
Screwless Terminal Block:No
Wire Protection:With
Part Aliases:1-796949-8
SKU:AMP1-796949-8

Detailed Description

The 1-796949-8 is a high-performance 17.5 A power and signal terminal block header designed for robust connectivity in industrial applications. Featuring a durable PA 6/6 housing and brass contacts with tin plating, this connector ensures reliable operation in harsh environments. With 18 positions arranged in a single row on a 5.08 mm pitch, it offers efficient wire-to-board termination for 12-30 AWG cables. Rated for 300 V AC, it is suitable for power and signal transmission. The straight, side-stackable design with an interlock mechanism provides space-saving installation options, while the included wire protection and screw termination ensure secure connections. RoHS-compliant and operating in a wide temperature range from -40 to 110 °C, this terminal block header guarantees performance and durability in demanding conditions.