Hirose DF1E Series Straight Through Hole PCB Header, 2 Contact(s), 2.5mm Pitch, 1 Row(s), Shrouded

RS Stock No.:: 916-2860
Mfr. Part No.:: DF1EC-2P-2.5DSA(35)
Brand:: Hirose

Hirose DF1E Series Straight Through Hole PCB Header, 2 Contact(s), 2.5mm Pitch, 1 Row(s), Shrouded

This image is representative of the product range

260 In Global stock for delivery within 5 working day(s)

220 In Global stock for delivery within 10 working day(s)

Added

Price (ex. GST) Each (In a Pack of 10)

$0.93

(exc. GST)

$1.02

(inc. GST)

Units	Per unit	Per Pack*
10 - 20	$0.93	$9.30
30 - 40	$0.907	$9.07
50 +	$0.894	$8.94
*price indicative

RS Stock No.:: 916-2860
Mfr. Part No.:: DF1EC-2P-2.5DSA(35)
Brand:: Hirose

Technical data sheets

Hirose 2.5mm DF1E Series Vertical PCB Header Connectors

Legislation and Compliance

Product Details

Hirose DF1E Series 2.5mm PCB Header Connectors

DF1E series PCB mount wire to board header connectors with a 2.5mm pitch. These DF1E PCB header connectors are fully shrouded and feature polarization to avoid mis-mating, the right angle versions also have mounting bosses. The housings of these DF1E header connectors are made from glass reinforced resin which offer resistance to cracking during the soldering process. Typical applications for these DF1E PCB pin headers include electronic equipment, office machines and industrial equipment.

Features and Benefits

• Additional full lock function
• Increased crimping contact fixation force and semi insertion prevention
• Mold Lance adopted
• Prevents mis-insertion
• Ability to allow solder crack prevention
• Potting correspondence
• Cost saving

For products that are Customized and under Non-cancellable & Non-returnable, Sales & Conditions apply.

Specifications

Attribute	Value
Series	DF1E
Pitch	2.5mm
Number of Contacts	2
Number of Rows	1
Body Orientation	Straight
Shrouded/Unshrouded	Shrouded
Mounting Type	Through Hole
Connector System	Wire to Board
Termination Method	Solder
Contact Plating	Tin
Contact Material	Brass
Current Rating	3.0A
Voltage Rating	250.0 V