Bessey 540-5 C-clamp 5 Inch 2.5 Inch Throat Ductile Iron

Product Description

The BESSEY 540-5 is a standard C-clamp built for regular-duty clamping tasks across fabrication, welding, woodworking, and general trade work. The body is cast from ductile iron with a powder-coated finish, and the spindle and anvil are alloy steel. The clamp opens to a maximum of 5 inches with a 2.5-inch standard throat depth, delivering up to 1,020 pounds of load capacity. The alloy steel screw measures 0.625 inches in diameter and has a plain finish. At 2.58 pounds, it is solid enough for sustained clamping pressure without adding unnecessary bench weight.

This clamp is suited for metal fabrication shops, carpentry setups, mechanical repair bays, and light welding fixtures where a reliable standard-depth C-clamp is needed. The 5-inch opening accommodates a wide range of material thicknesses, making it a practical choice for tradespeople who need consistent, repeatable clamping force on flat or irregular workpieces without reaching for a specialty tool.

Key Features

• 5-inch maximum opening capacity handles a broad range of material thicknesses
• 2.5-inch standard throat depth for typical workpiece access
• Ductile iron body with powder-coated finish for corrosion resistance and durability
• Alloy steel spindle and anvil resist deformation under sustained clamping pressure
• 1,020-pound load capacity rated for regular-duty applications
• 0.625-inch diameter alloy steel screw provides controlled, even pressure

Compatibility

Designed as a standard C-clamp for general-purpose use across trade and shop applications where a 5-inch opening and 2.5-inch throat depth meet the workpiece requirements.

Installation Notes

Position the clamp squarely over the workpiece before applying torque to avoid slippage or uneven pressure distribution. Always ensure the anvil seats flush against the material surface. Do not use a cheater bar or extension on the handle to exceed the rated clamping force. Inspect the spindle threads and body for cracks before each use, particularly in high-cycle welding or fabrication environments.