Hole Perpendicularity Gauge at Franklyn Mccord blog

Hole Perpendicularity Gauge. Referring to the above drawing, the easiest way to measure the perpendicularity of a plane is by placing the datum plane on a granite table and gauging the controlled plane with a height gauge. For example, for a workpiece with a hole, the gauge would be a block with a protruding pin at the true. The entire surface must be measured to determine if it is within the acceptable perpendicularity tolerance. For example, if the hole diameter is 10±0.5mm with 0.1 mm perpendicularity tolerance at. A functional gauge measures position only and not the feature size. Formula for a perpendicularity functional gauge: Measuring the perpendicularity of a surface typically requires the use of a height gage, with either the gage or the part locked to a 90° datum to determine how perpendicular the surface is. The difference between the maximum and minimum reading of the dial should be less than 0.05 When measuring perpendicularity, you are checking how perfectly the target is perpendicular to the datum (reference plane or line).

For example, for a workpiece with a hole, the gauge would be a block with a protruding pin at the true. Measuring the perpendicularity of a surface typically requires the use of a height gage, with either the gage or the part locked to a 90° datum to determine how perpendicular the surface is. For example, if the hole diameter is 10±0.5mm with 0.1 mm perpendicularity tolerance at. The entire surface must be measured to determine if it is within the acceptable perpendicularity tolerance. Formula for a perpendicularity functional gauge: Referring to the above drawing, the easiest way to measure the perpendicularity of a plane is by placing the datum plane on a granite table and gauging the controlled plane with a height gauge. A functional gauge measures position only and not the feature size. The difference between the maximum and minimum reading of the dial should be less than 0.05 When measuring perpendicularity, you are checking how perfectly the target is perpendicular to the datum (reference plane or line).

Measuring distance between perpendicular holes

Hole Perpendicularity Gauge The entire surface must be measured to determine if it is within the acceptable perpendicularity tolerance. Referring to the above drawing, the easiest way to measure the perpendicularity of a plane is by placing the datum plane on a granite table and gauging the controlled plane with a height gauge. When measuring perpendicularity, you are checking how perfectly the target is perpendicular to the datum (reference plane or line). The entire surface must be measured to determine if it is within the acceptable perpendicularity tolerance. A functional gauge measures position only and not the feature size. Measuring the perpendicularity of a surface typically requires the use of a height gage, with either the gage or the part locked to a 90° datum to determine how perpendicular the surface is. For example, if the hole diameter is 10±0.5mm with 0.1 mm perpendicularity tolerance at. For example, for a workpiece with a hole, the gauge would be a block with a protruding pin at the true. Formula for a perpendicularity functional gauge: The difference between the maximum and minimum reading of the dial should be less than 0.05