1546671-8

Heilind Number:	AMP1546671-8
Manufacturer:	TE Connectivity
Manufacturer Number:	1546671-8
Datasheet:	Drawing
ECAD Model:

Description:

8P .437" DR BARRIER,W/WIR CLMP

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Specifications

Attribute	Value
Product Category:	Barrier Terminal Blocks, Strips & Accessories Barrier Terminal Blocks & Strips
Manufacturer:	TE Connectivity
Manufacturer Part Number:	TE Connectivity 1546671-8
Color:	Black
Amperage:	25 A
Housing Material:	Thermoplastic
Number of Contacts:	8
Number of Rows:	2
Body Orientation:	Straight
Pitch:	11.1 mm, .438 in
Voltage:	300 V
Mount Angle:	Vertical
Screw Size:	6-32
Package Quantity:	80
Number of Levels:	1
Number of Positions:	8
GPL:	A46
Packaging:	Carton
Operating Temperature Range:	-40 - 120 °C, -40 - 248 °F
Mounting Ears:	With
GPL Description:	Industrial
Connector and Contact Terminate To:	Printed Circuit Board
Product Code:	H927
Wire Size:	22 - 14 AWG, .3 - 2 mm²
Screw Material:	Steel
Length:	107.7 mm, 4.24 in
Screw Plating:	Nickel
Barrier Strip Style:	Dual Barrier
Terminal Plating:	Brass
Terminal Plating:	Tin
Mounting Insert:	Without
Mounting Options:	End Mounting Ears
Screw Head Type:	Wire Clamp Combo Head
Top Hardware:	Wire Clamp Combo Head
Block Style:	Flat
Standards Met:	UL 94V-0
Material Flammability Standard:	UL 94V-0
Part Aliases:	1546671-8
SKU:	AMP1546671-8

Detailed Description

Enhance your industrial connectivity with our Barrier Terminal Block, designed for efficient power distribution. With a 25A amperage rating and UL 94V-0 standards compliance, it ensures reliable performance in demanding environments. The thermoplastic housing, straight body orientation, and 8 contacts in a 2-row configuration offer versatility in installation. Featuring a 11.1mm pitch and 300V voltage rating, it accommodates various wire sizes (22-14 AWG) for seamless integration. With wave solder capability and RoHS compliance, it meets high-quality and environmental standards. Complete with wire clamp combo head hardware, it guarantees secure connections. Upgrade your setup with this essential component for optimal operational efficiency.