1. Engine Block Cylinder Bore Metrology
Checking cylinder bore diameter, roundness, and taper in automotive and marine engine blocks during rebuilding or manufacturing.
Problem SolvedCylinder bores (typically between 75mm and 105mm diameter) require micron-level accuracy to prevent piston ring blow-by and oil leakage. The ±2 µm accuracy and 2-point measurement system of the 511-713-20 accurately detect geometric deviations (taper and out-of-roundness) across the entire 150 mm probe depth.
Cylinder Bore MetrologyTaper MeasurementOut-of-roundnessAutomotive Engine InspectionMicron Accuracy
2. Hydraulic Cylinder Sleeve Quality Control
Measuring the internal diameter of high-pressure hydraulic cylinders and sleeves to ensure tight seal tolerances.
Problem SolvedHydraulic actuators require precise internal clearances within a 50-150 mm span up to a depth of 150 mm to prevent fluid bypass under high pressure. The bore gauge's robust self-centering action and carbide contact points allow for rapid, repeatable bore inspections under demanding production-line wear conditions without degradation.
Hydraulic Cylinder InspectionSleeve Bore MeasurementSeal Tolerance VerificationCarbide Contact Points
3. Machined Bearing Journal Alignment and Sizing
Verification of internal bearing housing and journal diameters in industrial gearboxes and heavy rotating machinery.
Problem SolvedInternal bearing races must be machined to precise transitional or interference fits. Holding a traditional all-metal measuring tool for extended periods causes hand heat to transfer to the instrument, leading to thermal expansion and measurement errors. The 511-713-20's specialized hollow handle reduces thermal transfer by 50%, maintaining precision and stability during lengthy batch inspections.
Bearing Housing MetrologyInterference Fit VerificationThermal StabilityRotating Machinery Quality Control