Shrouded header for wire-to-board applications, featuring 3 power positions with a 2.5mm pitch. This male connector offers a 4.2A contact current rating and a 3A overall current rating, with tin-plated brass contacts for reliable mating. Designed for vertical PCB mounting via through-hole termination, it operates within a temperature range of -67°C to 221°C and supports up to 250V AC. The nylon housing and natural insulation ensure durability, with a straight contact style and mating alignment for secure connections.
Current Rating3A
MountingThrough Hole
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Technical Specifications
TE Connectivity 2132415-3 technical specifications.
General
Backwall/Post Interruptions
No (Without)
Circuit Application
Power
Connector System
Wire-to-Board
Contact Current Rating
4.2A
Contact Finish - Mating
TIN
Contact Gender
Male
Contact Material
Brass
Contact Mating Length
0.142inch
Contact Plating
Tin
Contact Retention
No (Without)
Contact Shape
Round
Contact Style
Straight
Contact Type
Male Pin
Current Rating
3A
Depth
6.4mm
ELV
Compliant
Flammability Rating
UL94 V-0
Gender
Male
Height
0.346inch
Housing Color
Natural
Insulation Color
Natural
Insulation Material
Nylon
Length
0.49inch
Mating Alignment
Yes (With)
Mating Retention
Yes (With)
Max Operating Temperature
221°C
Min Operating Temperature
-67°C
Max Voltage Rating (AC)
250V
Mount
Through Hole
Number of Contacts
3
Number of Positions
3
Number of Rows
1
Orientation
Straight
Package Quantity
600
Packaging
Bag
PCB Mount Alignment
No (Without)
PCB Mount Retention
With
PCB Mounting Orientation
Vertical
PCB Thickness
0.063inch
Pitch
2.5mm
Plating Thickness
2.03um
Radiation Hardening
No
Reach SVHC Compliant
No
RoHS Compliant
Yes
Sealable
No (Without)
Selectively Loaded
No (Without)
Series
Economy Power 2.5
Tail Length
3.4mm
Termination
Solder
Voltage Rating (AC)
250V
Width
6.4mm
Compliance
RoHS
Compliant
Datasheet
TE Connectivity 2132415-3 Datasheet
Download the complete datasheet for TE Connectivity 2132415-3 to view detailed technical specifications.
This datasheet cannot be embedded due to technical restrictions.