Adjusting A Tennsmith Sheet Metal Brake

For the following adjustment use test strips of metal each approximately 3 inches by 3 inches of the thickness being formed.

Adjusting a tennsmith sheet metal brake.

It is not desirable to use more clamping pressure. Standard equipment includes an apron stop rod for repeat bends extension handles and a counterweight. Tennsmith is recognized worldwide as a premier leader in the manuafacture of sheet metal fabricating machinery. Model hbu48 16 is a heavy duty brake suitable for box and pan or straight bending in up to 16 gauge.

More pressure can pre load the brake in a way which will force a distortion. American made sheet metal fabrication equipment including powered folders slitters brakes shears slip rolls cleat and cheek benders notchers and rotary machines. Brands include tennsmith roper whitney pexto and connecticut. The upper leaf and nose bar has a wide range of adjustment for radius bending.

All steel welded construction. Brands include tennsmith roper whitney pexto and connecticut. Step 1 check clamping pressure by clamping test strips in the brake approximately 3 or 4 inches away from each end of the brake. The brake features a removable apron angle and apron insert permitting 1 4 inch reverse bends in lighter materials.

American made sheet metal fabrication equipment including powered folders slitters brakes shears slip rolls cleat and cheek benders notchers and rotary machines. Unit is readily adjustable and utilize bronze bearings at pivot points. Tyler s tools offers tennsmith hand brakes as well as many other types of metal forming machinery and tooling. Use test strips of metal approximately 3 inches by 3 inches each of the thickness you will be forming for the following adjustments.

Operate the brake and bend some material first before attempting any major adjustment. Check clamping pressure by placing test strips in the brake about 3 or 4 inches away from each end of the brake. Adjust the clamping pressure so that it is at most only enough to keep the material from slipping.