Roper Whitney 200050094 Round Punch Die Set 3/32 in

Product Description

The ROPER WHITNEY 200050094 is a round punch and die set designed for use with the Roper Whitney No. 5 hand punch. The set produces a 3/32-inch round hole and features a 1-3/4-inch depth of throat clearance, allowing the operator to position the punch away from the sheet edge. Overall length of the punch is 1.25 inches. At 0.05 pounds, the set is compact and purpose-built for light sheet metal fabrication work. Fabricators, HVAC technicians, and sheet metal workers install this type of tooling when precision small-diameter holes are required in thin-gauge material.

This punch and die set is suited for light-duty sheet metal applications including ductwork, brackets, and sheet steel components where a 3/32-inch round hole is required. The set is designed for bench or hand-punch use in both shop and field environments. It is appropriate for residential and light commercial HVAC fabrication, electrical panel work, and general metal fabrication tasks where a clean, accurate hole is needed without a press or drill.

Key Features

• 3/32-inch maximum punch diameter for small, precise round holes in sheet metal
• 1-3/4-inch throat depth allows punching away from the material edge
• 1.25-inch overall punch length fits the Roper Whitney No. 5 hand punch
• Lightweight at 0.05 pounds for easy handling and portability
• Sold as a matched punch and die set for consistent hole quality

Compatibility

Designed for use with the Roper Whitney No. 5 hand punch (MSC 09271024). Verify that the punch and die dimensions match your tool model before installation.

Installation Notes

Installation of punch and die sets should be performed by a qualified fabricator or sheet metal technician familiar with hand punch tooling. Ensure the punch press or hand punch is fully depressurized and disengaged before changing tooling. Align the punch and die concentrically before applying force to avoid damage to the tooling or workpiece. Follow the tool manufacturer guidelines for lubrication and maximum material thickness to prevent premature wear or failure.