Value Collection 533084PR M6 X 1.00 X 30mm Cup Point Set Screw

Product Description

The VALUE COLLECTION 533084PR is a metric cup point set screw designed for mechanical assembly applications where a headless fastener is required to secure a component against a shaft or within a threaded bore. Manufactured from alloy steel to Grade 14.9 (45H), this set screw delivers high clamping force and resistance to loosening under load. It features a 3.00 mm hex drive socket and conforms to DIN 916, the internationally recognized standard for hexagon socket cup point set screws. Overall length is 30 mm with an M6 x 1.00 thread pitch. Installation is performed with a 3.00 mm hex key.

This set screw is suited for use in industrial machinery, power transmission equipment, and precision mechanical assemblies where a flush or recessed fastener is required. The cup point geometry bites into the mating surface to resist rotation and axial movement, making it a common choice for securing collars, pulleys, gears, and hubs to shafts. Applicable in both light manufacturing and heavy industrial settings. Minimum order quantity is 100 pieces; package quantity is 1.

Key Features

• Grade 14.9 (45H) alloy steel construction for high tensile and torsional strength
• Cup point geometry provides secure grip on mating shaft surfaces
• Conforms to DIN 916 fastener standard for metric hex socket set screws
• 3.00 mm hex key drive for precise installation torque control
• M6 x 1.00 metric thread with 30 mm overall length
• Headless design allows flush or sub-flush installation in threaded bores

Compatibility

Designed as a DIN 916 metric cup point set screw for use in any M6 x 1.00 threaded application requiring a headless, hex-drive fastener on shafts, collars, or mechanical assemblies.

Installation Notes

Installation is performed by a qualified mechanic or assembly technician using a 3.00 mm hex key or hex bit driver. De-energize and lock out all machinery before installing or removing set screws in rotating or driven assemblies. Thread engagement should be confirmed prior to applying drive torque to avoid cross-threading or galling. Do not reuse set screws that show deformation at the cup point or drive socket.