Greenlee 7212SP24 Round Draw Stud Speed Punch

Product Description

The GREENLEE 7212SP24 is a round draw stud designed as a replacement component for use within the GREENLEE SPEED PUNCH system. The draw stud is the threaded rod that pulls a punch cutter through conduit knockouts, transmitting the mechanical force needed to cut clean, accurate holes in electrical enclosures, panels, and junction boxes. Electricians and maintenance technicians reach for this part when the original stud shows wear or damage. At 0.28 pounds, it is a lightweight but critical piece of the punch-set assembly that keeps the system operational on the job site.

This draw stud is intended for use with GREENLEE SPEED PUNCH system components in electrical trade applications. Typical install scenarios include conduit knockout work on steel or aluminum enclosures in commercial and industrial settings. Having a replacement stud on hand minimizes downtime when a component wears out mid-job. This part ships as a single unit and is packaged individually for easy inventory management.

Key Features

• Round profile draw stud engineered for the GREENLEE SPEED PUNCH system
• Replacement component to restore punch-set function after stud wear or damage
• Lightweight at 0.28 pounds for easy handling and tool-bag storage
• Sold individually for precise, single-unit replacement purchasing
• OEM-matched geometry for proper fit within SPEED PUNCH punch-set assemblies

Compatibility

Designed for use with GREENLEE SPEED PUNCH system components as specified by the manufacturer.

Installation Notes

Installation should be performed by a qualified electrician following all applicable NEC requirements. De-energize and lock out all circuits in the enclosure before beginning any knockout work. Inspect the draw stud threads and punch cutter for damage before each use, and do not overtighten the draw nut beyond hand-snug plus a quarter turn without consulting the tool manufacturer guidelines. Replace the stud immediately if threads are stripped or the shank shows visible deformation.