This document was generated on 04/12/2010
PLEASE CHECK WWW.MOLEX.COM FOR LATEST PART INFORMATION
Part Number:
Status:
0702871002
Active
Description:
2.54mm (.100") Pitch C-Grid® Header, Breakaway, Dual Row, Vertical, with Retention
Pin, 8 Circuits, 6.10mm (.240") Mating Pin Length, Tin (Sn) Plating
Documents:
3D Model
Drawing (PDF)
Product Specification PS-70280 (PDF)
RoHS Certificate of Compliance (PDF)
Packaging Specification (PDF)
Series
image - Reference only
Agency Certification
CSA
UL
LR19980
E29179
EU RoHS
ELV and RoHS
Compliant
REACH SVHC
Not Reviewed
Halogen-Free
Status
China RoHS
General
Product Family
Series
Application
Product Name
PCB Headers
70287
Board-to-Board, Wire-to-Board
C-Grid®
Not Reviewed
Need more information on product
environmental compliance?
Physical
Breakaway
Yes
8
Circuits (Loaded)
Email productcompliance@molex.com
For a multiple part number RoHS Certificate of
Compliance, click here
Circuits (maximum)
Color - Resin
Durability (mating cycles max)
First Mate / Last Break
Flammability
Glow-Wire Compliant
Guide to Mating Part
Keying to Mating Part
Lock to Mating Part
Material - Metal
Material - Plating Mating
Material - Plating Termination
Material - Resin
8
Black
25
No
94V-0
No
No
N/A
None
Please visit the Contact Us section for any
non-product compliance questions.
Search Parts in this Series
70287Series
Brass
Tin
Tin
High Temperature Thermoplastic
Mates With
Number of Rows
Orientation
PC Tail Length (in)
PC Tail Length (mm)
PCB Locator
2
7859 Shunt, C-Grid Receptacles, SL™
Crimp, FFC and IDT Housing
Vertical
0.125 In
3.18 mm
No
PCB Retention
None
PCB Thickness Recommended (in)
PCB Thickness Recommended (mm)
Packaging Type
0.062 In
1.57 mm
Bag
Pitch - Mating Interface (in)
Pitch - Mating Interface (mm)
Pitch - Term. Interface (in)
Pitch - Term. Interface (mm)
Plating min: Mating (µin)
Plating min: Mating (µm)
Plating min: Termination (µin)
Plating min: Termination (µm)
Polarized to Mating Part
Polarized to PCB
0.100 In
2.54 mm
0.100 In
2.54 mm
152.400
3.81
152.400
3.81
No
No
Shrouded
No