PRODUCT INFORMATION: Quantity: 100 Flange Diameter: 0.515 in. Flange Thickness: 0.100 in. Grip Range: 0.350 in. - 0.625 in. Hole Size: 0.261 in. - 0.272 in. Mandrel Push-out: 100 Material: Aluminum Rivet - Aluminum Mandrel Rivet Diameter: 1/4 in. Rivet Length: 0.810 in. Shear: 1300 Tensile Strength: 890 lbs. Made In: Israel The SystemBlind Installation: The single sideinstallation feature of the AuvecoMonobolt System allows oneoperator to produce high quality structural joints in seconds. Useof the Monobolt power tool doesnot require special skill or training,because the tool completelycontrols the installation cycle. Multi-Grip: One size Monoboltfastener will function effectively in awide range of material thicknesses(Example: .080 to .375). Thisversatility decreases the potentialfor production errors and reducesfastener inventory requirements. Uniform Clamping Action:Monobolt fasteners are engineeredto draw materials together bydeveloping positive clampingaction. Its AdvantagesStructural Fastening: An installed Monobolt fastener yields high shear and tensile values. Conventional fasteners can be replaced by Monobolt without compromising structural requirements.Positive Stem Retention: At the completion of the installation cycle, the stem is mechanically locked into the Monobolt shell, creating a vibration proof joint of assured structural quality. Flush Break Stem: Within the specific grip range for each size, Monobolt fastener, the stem is designed to break flush with the low profile head. Secondary finishing operations, such as grinding or milling, are not necessary to achieve good product appearance. Complete Hole Fill: During installation, the Monobolt shell expands into 360 contact with the walls of the parent material. This feature, in conjunction with positive stem retention, produces weather resistant joints. Quiet, Safe Installation: The Monobolt System, operating at 85db (A Weighted), complies with OSHA regulation governing plant noise levels and operator safety.How It Works1. The Monobolt fastener is loaded into the nose of the placing tool and inserted in a prepared hole. As the tool is actuated, the pulling jaws grip the Monobolt stem.2. An axial pull draws the stem through the shell, expanding it radially. During this phase, the hole is completely filled and work pieces are drawn together.3. When the stem reaches a pre-determined position within the Monobolt shell, it separates flush with the head profile regardless of work piece thickness. Simultaneously, the stem section remaining in the shell is mechanically locked in place by the Monobolt tool.
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