MTC100-BF2-P31

ICC Number:RYCMTC100-BF2-P31
Manufacturer:TE Connectivity | Raychem
Manufacturer Number:MTC100-BF2-P31
Datasheet:3DDrawing
ECAD Model:
3D Model

Description:

MTC100-BF2-P31

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Specifications

AttributeValue
Product Category:
Manufacturer:TE Connectivity | Raychem
Manufacturer Part Number:TE Connectivity | Raychem MTC100-BF2-P31
Series:Raychem MTC100
Gender:Receptacle
Number of Rows:2
Termination Method:Wire Wrap
Contact Plating:Gold Over Nickel
Pitch:.1 in
Shell Size:50.8 [2]
Contact Type:Pin
Row Spacing:.1 in, 2.54 mm
Number of Positions:40
Mount Orientation:Right Angle
GPL:547
Mating Retention Type:Jackscrew
Tail Length:6.1 mm
Packaging:Package
Flange:With
Shielded:No
Sealable:Yes
Mating Alignment:With
Mating Alignment Type:Keyed
GPL Description:Aerospace Defense & Marine
Connector and Contact Terminate To:Printed Circuit Board
Product Code:C229
Preloaded:Yes
Body Plating Material:Cadmium
Connector System:Wire to Board
Connector Product Type:Connector Kit
ECCN:EAR99
Mating Retention:With
Insertion Force:Standard
Contact Retention:With
Connector and Housing Type:Stacking Hole
Multiple Contact Types:Without
Panel Gasket:With
Mating Hardware:Jackscrew
Application Option:Long Post
Box Mount:Yes
Standards Met:UL
Part Aliases:950497-000
SKU:RYCMTC100-BF2-P31

Detailed Description

The Raychem MTC100-BF2-P31 is a high-performance UL standard met receptacle connector designed for aerospace, defense, and marine applications. Featuring a durable cadmium body plating, this connector ensures reliable wire-to-board termination via wire wrap method with gold over nickel contact plating for enhanced conductivity. With 40 positions arranged in 2 rows, a .1 inch pitch, and a shell size of 2 inches, it offers ample connectivity in a compact design. The right-angle mount orientation with jackscrew mating retention provides secure and stable connections, while the sealable and flanged construction offers added protection. Ideal for use in harsh environments, the MTC100-BF2-P31 connector kit guarantees long-lasting performance in critical systems.