Osg 8692540 Solid Carbide Jobber Drill 5.40 Mm 140 Deg

Product Description

The OSG 8692540 is a solid carbide jobber-length drill designed for high-performance drilling in demanding metalworking applications. It features a 5.40 mm diameter, a 140-degree point angle with R-thinned web geometry, and an EgiAs coating for extended tool life in hard and abrasive materials. The overall length is 100.00 mm with a 44.00 mm flute length and a 6.00 mm straight-cylindrical shank. This drill is intended for use by machinists, tool-and-die tradespeople, and CNC operators working in production or job-shop environments where tight tolerances and reliable chip evacuation are required.

The OSG 8692540 is suited for drilling steel, alloy steel, cast iron, titanium, and titanium alloys. Its coolant-through design supports internal coolant delivery, making it well matched for blind-hole and cross-hole operations on machining centers or CNC lathes where chip packing and heat buildup are primary concerns. The 5xD flute-to-diameter ratio and regular spiral type support stable cutting at depth. The R-thinned point promotes self-centering entry without a center drill in many setups.

Key Features

• Solid carbide construction provides rigidity and wear resistance in ferrous and hard materials
• EgiAs coating extends tool life when drilling steel, alloy steel, cast iron, and titanium alloys
• 140-degree point angle with R-thinned web for self-centering entry and reduced thrust force
• Coolant-through design supports internal coolant delivery for blind-hole and cross-hole work
• Straight-cylindrical shank compatible with standard drill chucks and collet holders
• Diameter tolerance held to +0 to -0.018 mm for consistent bore sizing

Compatibility

Designed for use in steel (P), cast iron (K), titanium and titanium alloys (S, H) workpiece materials per ISO material group coding. Suitable for blind hole, cross hole, drilling, and self-centering tool applications in OSG Series 6510.

Installation Notes

Installation and tool changes should be performed with the machine spindle fully stopped and locked out per shop lockout/tagout procedures. Secure the straight-cylindrical shank in a collet chuck or drill chuck rated for the shank diameter before applying any spindle load. Verify coolant-through connections are properly seated if internal coolant is used. Solid carbide tooling is brittle — avoid side loads, interrupted cuts without appropriate feed reduction, or dropping the tool on hard surfaces.