KFH-632-5ET
Broaching Studs – Type KFH
KFH-632-5ET
Broaching Studs – Type KFH
No matter how sophisticated or advanced, electronic components must be attached reliably and securely ifthey are to deliver optimum performance. We offer several fastener products for use with PC boards to satisfy component-to-board, board-to-board, and board-to-chassis attachment needs.
Threaded broaching studs for use as solderable connectors or as permanently mounted studs on PC boards.
Specifications
- Thread Size
- #6-32
- Thread Specification
- 2A, ANSI B1,1, Extern
- Fastener Material
- CDA-510 Phosphor-Bronze, Phosphor-Bronze
- Standard Finish
- Geglüht, ASTM B545, Klasse B mit konservierender Beschichtung, Galvanisch verzinnt, Zinn-Elektroblech
- For Use in Sheet Hardness
- HRB 55 / HB 83 or Less|PC Board
- Product Category
- Broaching Studs – Type KFH
- CAD Supplier
- PennEngineering® (PEM®)
- CADPartID
- 103744
- Application Type
- Automobil, Kfz-Elektronik, Datenkommunikation, Telekommunikation
- Base Panel Material
- Leiterplatte
- Brand
- PEM
- Fastener Characteristics
- Innengewinde
- Industry
- Kfz-Elektronik, Datacom und Telekommunikation, Elektrofahrzeuge, Industriell; Kommerziell
- Installation Equipment/Method
- C-Rahmen Manueller Vorschub / Feed
- PEM Product Family
- K
- Product Type
- Nieten
- Technology Type
- Räumnadeltechnik
- Unit (Metric/Unified)
- einheitlich
- A Shank Max
- .065in, 0.065in
- H ± .010_in
- .200in
- Hole Size in Sheet + .003 – .000_in
- .140in
- L – Length ± .010_in
- .312in
- Max. Hole Size in Attached Parts_in
- .170in
- Min. Dist. Hole C/L to Edge_in
- .19in
- Min. Sheet Thickness_in
- .060in
- S Max._in
- .090in
- T ± .005_in
- .020in
Resources
Installation & Performance Data
TYPE | THREAD CODE | MAX. NUT TIGHTENING TORQUE (in. lbs.) | TEST SHEET THICKNESS & MATERIAL | INSTALLATION (lbs.) | PUSHOUT (lbs.) | TORQUE-OUT (in. lbs.) |
---|---|---|---|---|---|---|
KFH | 632 | 8 | .060" FR-4 Panel | 400 | 70 | 11 |
Inventory
Vertriebspartner | Quantity | Kontakt | Telefonnummer | Adresse | Bürostandorte |
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