47053-1000

ICC Number:	MOL47053-1000
Manufacturer:	Molex
Manufacturer Number:	47053-1000
Datasheet:	Datasheet
ECAD Model:

Description:

KK 254 Vertical Header, with Friction Lock, 4 Circuits, 3.50mm PC Tail Length

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Specifications

Attribute	Value
Product Category:	PCB Connectors PCB Headers & Receptacles
Manufacturer:	Molex
Manufacturer Part Number:	Molex 47053-1000
Gender:	Male
Number of Contacts:	4
Number of Rows:	1
Contact Material:	Copper Alloy
Contact Plating:	Matte Tin
Pitch:	2.54 mm
Shrouded:	No
Flammability Rating:	UL 94V-0
Current Rating:	4 A
Voltage Rating:	500 V
Mounting Angle:	Straight
Mounting Type:	Through Hole
PCB Connector Type:	Header
SKU:	MOL47053-1000

Detailed Description

Introducing the 47053-1000, a KK 254 Vertical Header featuring a convenient Friction Lock mechanism for secure connections. This 4-circuit header is designed for through-hole termination with a PC Tail Length of 3.50mm, offering reliable performance in a variety of applications. With a low amperage rating of 4A and a voltage tolerance of 500V, it ensures safe and efficient power transmission. Constructed with copper alloy contacts and tin plating, this header guarantees excellent conductivity and corrosion resistance. Its straight body orientation, 2.54mm pitch, and vertical mating type make it ideal for space-constrained PCB layouts. UL Agency Certified and RoHS compliant, the 47053-1000 is a high-quality and environmentally friendly solution for your wire-to-board connectivity needs.

Frequently Bought Together

Product	Part #	Description	Stock
	Molex 22-01-3037	KK 254 Crimp Housing, Friction Ramp with Polarizing Ribs, 3 Circuits, Natural
	Molex 22-11-2032	KK 254 Solid Header, Vertical, with Friction Lock, 3 Circuits, 0.51µm Gold (Au) Plating, 3.56mm Tail Length
	Molex 22-23-2031	KK 254 Solid Header, Vertical, with Friction Lock, 3 Circuits, 2.54µm Matte Tin (Sn) Plating, 3.56mm Tail Length
	Molex 22-23-2041	KK 254 Solid Header, Vertical, with Friction Lock, 4 Circuits, Tin (Sn) Plating
	Molex 22-28-4164	KK 254 Breakaway Header, Vertical, 16 Circuits, 0.38µm Gold (Au) Plating, Mating Pin Length 8.13mm
	Molex 22-28-4204	KK 254 Breakaway Header, Vertical, 20 Circuits, 0.38µm Gold (Au) Plating, Mating Pin Length 8.13mm
	Molex 26-48-1025	KK 396 Breakaway Header, Vertical, Square Pin, with Friction Lock, 2 Circuits, 1.52µm Matte Tin (Sn) Plating, 4.37mm Tail Length, 11.43mm Mating Pin Length
	Molex 39-29-3066	Mini-Fit Jr. Vertical Header, 4.20mm Pitch, Dual Row, 6 Circuits, without Snap-in Plastic Peg PCB Lock, Tin, Natural
	Molex 39-29-6048	Mini-Fit Jr. Vertical Header, 4.20mm Pitch, Dual Row, 4 Circuits, without Snap-in Plastic Peg PCB Lock, Gold, Natural
	Molex 39-30-0020	Mini-Fit Jr. Header, Dual Row, Right-Angle, with Snap-in Plastic Peg PCB Lock, 2 Circuits, PA Polyamide Nylon 6/6 94V-0, 2.54µm Matte Tin (Sn) Plating
	Molex 43045-1612	Micro-Fit 3.0 Vertical Header, 3.00mm Pitch, Dual Row, 16 Circuits, with PCB Polarizing Peg, 1.52µm Matte Tin Plating, Glow-Wire Capable, Black
	Molex 43860-0001	Modular Jack, Right-Angle, Low Profile, Inverted, 8/8
	Molex 47054-1000	KK 254 Housing with Polarization Rib, 4 Pin
	Molex 50-37-5063	2.50mm Pitch, Mini-SPOX Receptacle Crimp Housing, Single Row, Friction Lock, 6 Circuits, Natural
	Molex 52745-1097	Easy-On FFC/FPC Connector, 0.50mm Pitch, Slider Series, Right-Angle, Top Contact, 2.00mm Height, 10 Circuits, Gold Plating
	Molex 87832-1421	2.00mm Pitch, Milli-Grid PCB Header, Dual Row, Vertical, Surface Mount, Shrouded, 14 Circuits, 0.76µm Gold (Au) Plating, Dual Side Slots, Dual Friction Locks, Center Polarization, with Pegs, Tube
	Molex 87832-5623	2.00mm Pitch, Milli-Grid PCB Header, Dual Row, Vertical, Surface Mount, Shrouded, 14 Circuits, 0.76µm Gold (Au) Plating, Dual Side Slots, Dual Friction Locks, Center Polarization, with Pegs, with Cap

Product Change Notice

Effective Date	Description of Change				Download
09/01/2019	507009 - Supplier Change. This letter is to inform you that Molex is adding a new supplier or the supplier is making a change affecting the part(s) identified in this notice. There will be no negative impact to product performance as a result of this change.				Download