16_CALCULATING HOLE SIZES -TRAINING ON GD & T

GD & T

1. 1
THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
CALCULATING HOLE SIZES
BOLTED ASSEMBLY WITH FLOATING FASTENER

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
DETAIL OF PART 2
DETAIL OF PART 1
PART DRAWINGS OF BOLTED ASSEMBLY

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
PART DRAWINGS OF BOLTED ASSEMBLY
PART 1
PART 2

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
SUPERIMPOSED TOLERANCE ZONES
H = F + T
H = Min Hole Dia
F = Max Fastener Dia
T = Diagonal value of Tolerance Zone

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
FLOATING FASTENER CONDITION POSITIONAL
TOLERANCING RFS
HOLES LOCATED BY POSITIONAL TOERANCES

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
PARTS WITH HOLES IN AN EXTREME POSITION
H = F + T

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
FLOATING FASTENER CONDITION POSITIONAL
TOLERANCING MMC.
POSITIONAL TOLERANCE ON MMC BASIS

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
EXTREME POSITON OF HOLES ON RFS AND MMC BASIS

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
FIXED FASTENER CONDITION
FIXED FASTENER ASSEMBLIES

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
COMPARISON OF TOLERANCE ZONES FOR POSITIONAL
AND COORDINATE TOLERANCE

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
POSITIONAL TOLERANCING FOR MULTI-HOLE PATTERNS

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
POSITIONAL TOLERANCING FOR HOLES LOCATED FROM A
CYLINDER DATUM

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
COOR. TOL. FOR MULTI-HOLE PATTERN

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
COOR. TOL. LARGE GROUP OF HOLES

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY

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THE INSTITUTE FOR ENHANCEMENT OF TECHNOLOGY
LARGE TOLERANCING ZONES RESULTING FROM CHAIN DIMENSIONING