
| Items |
E11CF6880001 3.8 Millimeter (mm) Maximum Barrel Diameter D Carbon Steel Blind Press Nut |
E11CF6880002 3.8 Millimeter (mm) Maximum Barrel Diameter D Stainless Steel Blind Press Nut |
E11CF6880003 3.8 Millimeter (mm) Maximum Barrel Diameter D Carbon Steel Blind Press Nut |
E11CF6880004 3.8 Millimeter (mm) Maximum Barrel Diameter D Stainless Steel Blind Press Nut |
E11CF6880005 5.2 Millimeter (mm) Maximum Barrel Diameter D Carbon Steel Blind Press Nut |
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| Description | N/A Blind Press Nuts with sealed-thread are designed to provide extended thread lengths in thin sheet metal. Press nuts provide a seal against the entrance of dirt's, oils, moisture, and corrosive atmospheres. They are usually more economical to use than nut and screw-type hardware that require elaborate seals and special assembly procedures. | |||||||||
| Thread Size | N/A M3 x 0.5 | N/A M3 x 0.5 | N/A M3 x 0.5 | N/A M3 x 0.5 | N/A M4 x 0.7 | |||||
| Dimension C | N/A 6.35 mm | N/A 6.35 mm | N/A 6.35 mm | N/A 6.35 mm | N/A 7.95 mm | |||||
| Minimum Panel Thickness | N/A 1 mm | N/A 1 mm | N/A 1.4 mm | N/A 1.4 mm | N/A 1 mm | |||||
| Maximum Dimension B | N/A 0.097 mm | N/A 0.097 mm | N/A 1.37 mm | N/A 1.37 mm | N/A 0.097 mm | |||||
| Maximum Barrel Diameter D | N/A 3.8 mm | N/A 3.8 mm | N/A 3.8 mm | N/A 3.8 mm | N/A 5.2 mm | |||||
| Minimum Full Thread Depth X | N/A 5.3 mm | N/A 5.3 mm | N/A 5.3 mm | N/A 5.3 mm | N/A 7.1 mm | |||||
| Maximum Dimension Y | N/A 8.5 mm | N/A 8.5 mm | N/A 8.5 mm | N/A 8.5 mm | N/A 9.8 mm | |||||
| Maximum Shank Diameter A | N/A 4.22 mm | N/A 4.22 mm | N/A 4.22 mm | N/A 4.22 mm | N/A 5.38 mm | |||||
| Dimension Z | N/A 9.6 mm | N/A 9.6 mm | N/A 9.6 mm | N/A 9.6 mm | N/A 11.2 mm | |||||
| Minimum Center of Hole to Edge of Panel | N/A 4.8 mm | N/A 4.8 mm | N/A 4.8 mm | N/A 4.8 mm | N/A 6.9 mm | |||||
| Material | N/A Carbon Steel | N/A Stainless Steel | N/A Carbon Steel | N/A Stainless Steel | N/A Carbon Steel | |||||
| Features and Benefits | N/A Self-clinching fasteners are pressed into holes in sheet metal by applying a steady squeezing force. This results in the cold-flow of sheet material, which is displaced by the knurl, into the undercut area on the shank of the fastener. Once fully embedded, the knurled area prevents torque-out during tightening of mating part. | |||||||||
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