Value Collection 831320PS M16 Cone Point Set Screw

Product Description

The VALUE COLLECTION 831320PS is an M16 x 2.00 x 20 mm cone point set screw manufactured from alloy steel to Grade 14.9 (45H). The cone point geometry bites into mating surfaces to resist rotation and axial movement under load, making it well suited for high-stress clamping and locking applications. A black oxide finish provides light corrosion resistance and a low-reflectance appearance. Drive is hex socket, requiring an 8 mm hex key. The part conforms to DIN 914 and ISO 4027 dimensional standards. Overall length is measured at 20 mm. Weight is 0.02 pounds per piece.

This set screw is used in mechanical assemblies where a cone point is specified to indent or embed into a shaft or mating part. Typical applications include shaft collars, couplings, pulleys, gears, and machine tool components where positive locking under vibration or torque is required. The metric M16 x 2.00 thread pitch suits a wide range of industrial and maintenance applications. Installation is performed by machinists, millwrights, and maintenance technicians working on rotating equipment or structural assemblies.

Key Features

• Cone point geometry provides positive bite and high holding force against shaft or mating surface
• Alloy steel construction at Grade 14.9 (45H) delivers high tensile and torsional strength
• Black oxide finish offers light corrosion and abrasion resistance
• Hex socket drive with 8 mm hex key size for precise torque application in confined spaces
• Conforms to DIN 914 and ISO 4027 standards for dimensional consistency
• Metric M16 x 2.00 thread with 20 mm overall length

Compatibility

Designed as a DIN 914 and ISO 4027 compliant M16 x 2.00 metric cone point set screw suitable for standard M16-threaded bores in shaft collars, couplings, and mechanical assemblies requiring a cone point fastener.

Installation Notes

Installation is typically performed by machinists or millwrights using an 8 mm hex key or T-handle driver. De-energize and lock out any rotating equipment before servicing. Thread engagement and seating depth should be verified against the assembly drawing to ensure the cone point contacts the shaft correctly. Avoid over-driving, which can damage the mating shaft surface or strip the thread.