Adcole’s Linear Profile Measurement software provides the ability to compare a linear scan of a journal or a lobe to a known radius. This radius is specified based on nominal information. The output is the largest positive error, largest negative error, and peak-to-valley error. The software allows for plotting of measured profile to nominal profile with tolerance bands, and profile error with tolerance bands.
Linear Profile Measurement software offers linear convexity, linear concavity and linear barreling measurements in an easily understood format.
Industries
- Aerospace
- Automotive
- Heavy Diesel Equipment
- Industrial
- Locomotive Engine & Rail
- Marine
- Power Generation
- Pumps
- Robotics
- Small Engine & Appliances
- Transportation/Trucking
Compatible Gages
- 911
- 1100
- 1100-GX
- 1200-DH
- 1200-LX
- 1200-SH
- 1304/1306
Components It Measures
- Axles
- Camshafts
- Crankshafts
- Heavy Diesel Crankshafts & Camshafts
- Sliding Camshafts
- Gears & Transmission Shafts
- Pistons
- Precision Hydraulic Cylinders
- Robotic Shafts & Cylinders
- Turbo Chargers
- Hydraulic Pump Rings
- Balance Shafts
- Eccentric Shafts
Features It Measures
- Bearing Journal
- Crankgear
- Crankpin Journal
- Crank Pump
- Camshaft Journal
- Camshaft Lobe
- Face Perpendicularity
- Face Runout/Total Runout
- Journal Undercut Depth
- Journal Undercut Radius
- Post Slope
- Timing Flat
- Timing Notch
- Timing Pin
- Trigger Wheel Angles
Parameters It Measures
- Individual Lobes
- Percent Difference
- Measure Amplitude
- Measure UPR
- Tolerance
- Start Angle
- Maximum of All Lobes
- Percent Difference
- Measure Amplitude
- Measure UPR
- Tolerance
- Start Angle
- Maximum of Average Lobe Chatter
- Percent Difference
- Measure Amplitude
- Measure UPR
- Tolerance
- Start Angle
Features & Benefits
- Enables engineers to compare a linear scan of a journal or a lobe to a known radius
- Provides output data, including plotting of measured profile to nominal profile with tolerance bands, and profile error with tolerance bands
- Specifies radius of high value components based on nominal information
- Allows for accurate comparison of measured data to nominal linear radius even over an extremely small segment
- Delivers both linear convexity and linear concavity measurements in an easily understood format
- Offers powerful insights about the granular measurement details of high value, hard to manufacture components
- Provides linear profile information in numeric and graphical outputs
- Imparts a complete set of data and analysis so that engineers can perform root cause analysis and optimize their organization’s manufacturing process
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