Value Collection 533144PR M10 Set Screw Cup Point Din 916

Product Description

The VALUE COLLECTION 533144PR is an M10 x 1.50 x 12 mm cup point set screw manufactured from alloy steel to Grade 14.9 (45H). It is driven by a 5 mm hex key and conforms to DIN 916, the international standard for hexagon socket set screws with cup point. The cup point geometry bites into the mating surface to resist rotation and axial movement without requiring a through-hole. At Grade 14.9, this fastener delivers high clamp load and hardness suitable for demanding mechanical assemblies. It is installed by maintenance technicians, machine builders, and industrial assemblers across general manufacturing and mechanical power-transmission applications.

This set screw is suited for use in collars, hubs, pulleys, gears, and shaft-mounted components where a flush or sub-flush fastening method is required. The metric thread standard and DIN 916 compliance make it appropriate for equipment built to European or international dimensional specifications. It is sold individually but carries a minimum order quantity of 100 pieces, making it practical for production-floor or MRO inventory replenishment.

Key Features

• Cup point geometry grips mating shaft surfaces to resist rotation and axial slip
• Grade 14.9 (45H) alloy steel provides high tensile and proof strength
• DIN 916 standard ensures dimensional interchangeability with metric hardware
• 5 mm hex key drive fits standard hex wrenches and T-handle tools
• M10 x 1.50 thread pitch matches common metric shaft and collar bores
• 12 mm overall length suits shallow-hub and space-constrained installations

Compatibility

Designed as an OEM-style replacement or production fastener for metric mechanical assemblies requiring a DIN 916 hex socket cup point set screw in M10 x 1.50 thread size.

Installation Notes

Installation is performed with a 5 mm hex key or Allen driver; use a calibrated torque wrench where the assembly requires controlled preload. Clean and degrease the thread bore before installation to ensure accurate torque values. De-energize and lock out any rotating or powered equipment before servicing shaft-mounted components. Do not exceed the designed engagement depth, as over-driving a cup point set screw can damage the shaft surface beyond serviceable limits.