MASTERLIGN^®

Tech Note 1    Spacer Shaft Alignment

PT TechNote #46    Alignment of cardan shafts using Cardan Bracket 'Lite" ALI 2.874SET

OPTALIGN^®

Tech Note 1    Alignment with Rotation Limited to 90° (10:30-12:00-1:30)

Tech Note 2     Limitations in Vertical Adjustments

Tech Note 3     Horizontal Move Function at 7:30

Tech Note 4     Horizontal Moves Limitations (HO+)

Tech Note 5     Horizontal Moves Limitations (HO-)

Tech Note 6    Single Bearing MTBM with Pedestal Bearing

Tech Note 7     Converting Reverse Indicators Readings into OPTALIGN^® Targets

Tech Note 8     Converting Rim and Face Indicator Readings into OPTALIGN^® Targets

Tech Note 9     Machine with Staggered or Extra Support Feet

Tech Note 10     Stationary Machine Adjustments

Tech Note 11     Extended Overhung Shaft

Tech Note 12    Vertical Adjustments with OPTALIGN^®’s Move Function

Tech Note 13    Shafts Which Cannot be Rotated

Tech Note 14     Measuring the Effects of Pipe Strain on Shaft Alignment

Tech Note 15     Single Bearing Machine

Tech Note 16    How to Align Vertical Machines

Tech Note 17     Single-Bearing Machines (Graphical Method)

Tech Note 18     Right Angle Gearbox

OPTALIGN^® V

Tech Note 1     Alignment with Rotation Limited to 90° (10:30-12:00-1:30)

Tech Note 2      Limitations in Vertical Adjustments

Tech Note 3      Horizontal Move Function at 7:30

Tech Note 4      Horizontal Moves Limitations (HO+)

Tech Note 5      Horizontal Moves Limitations (HO-)

Tech Note 6      Single Bearing MTBM with Pedestal Bearing

Tech Note 7      Converting Reverse Indicators Readings into OPTALIGN^® Targets

Tech Note 8      Converting Rim and Face Indicator Readings into OPTALIGN^® Targets

Tech Note 9      Machine with Staggered or Extra Support Feet

Tech Note 10      Stationary Machine Adjustments

Tech Note 11      Extended Overhung Shaft

Tech Note 12     Vertical Adjustments with OPTALIGN^®’s Move Function

Tech Note 13      Shafts Which Cannot be Rotated

Tech Note 14      Measuring the Effects of Pipe Strain on Shaft Alignment

Tech Note 15      Single Bearing Machine

Tech Note 16     How to Align Vertical Machines

Tech Note 17     Single-Bearing Machines (Graphical Method)

Tech Note 18      Right Angle Gearbox

OPTALIGN^® PLUS

Tech Note 1      Vertical Wall-Mounted MTBM’s with Feet (Vertical Shaft Orientation)

Tech Note 2     Vertical Wall-Mounted MTBM’s with Feet (For Inclinometer-Enabled Measure Modes in Horizontal Shaft Orientations)

Tech Note 3     Single-Bearing MTBM's with Bearing in the End Bell (Formula Method)

Tech Note 4     Single-Bearing Machines (Graphical Method)

Tech Note 5     Single-Bearing MTBM's with Pedestal Bearings

Tech Note 6     Measuring the Effects of Pipe Strain on Shaft Alignment

PT TechNote #33 Uncoupled shaft alignment with multipoint measure mode

PT TechNote #46    Alignment of cardan shafts using Cardan Bracket 'Lite" ALI 2.874SET

ROTALIGN^®

Tech Note 1     Single-Bearing MTBM’s with Bearing in the End Bell (Graphical Method)

Tech Note 2     Single-Bearing MTBM’s with Bearing in the End Bell (Formula Method)

Tech Note 3     Single-Bearing MTBM’s with Pedestal Bearings

Tech Note 4     Shafts Which Cannot be Rotated

Tech Note 5     Measuring the Effects of Pipe Strain on Shaft Alignment

Tech Note 6     Vertical Right-Angle Gearboxes

Tech Note 7     Cardan Drives — Alignment of Large Offset U-Joint Spacer Shaft Drives

Tech Note 8     Bore Alignment Measurement

Explanatory Note for the Rotalign Dimensions Screen for Spacer Couplings (for firmware version 2.06 and 2.51)

PT TechNote #33 Uncoupled shaft alignment with multipoint measure mode

PT TechNote #34    Alignment of cardan shafts using Cardan Bracket ALI 2.893SET

PT TechNote #45   Alignment of cardan shafts using Cardan Bracket 'Lite" ALI 2.874SET

ROTALIGN^® PRO

Tech Note 1     Single-Bearing MTBM’s with Bearing in the End Bell (Graphical Method)

Tech Note 2     Single-Bearing MTBM’s with Bearing in the End Bell (Formula Method) (Rev. 2)

Tech Note 3     Single-Bearing MTBM’s with Pedestal Bearings (Rev. 1, updated 10/1/2003)

Tech Note 4     Shafts Which Cannot be Rotated

Tech Note 5     Measuring the Effects of Pipe Strain on Shaft Alignment

Tech Note 6     Vertical Right-Angle Gearboxes

Tech Note 7     Cardan Drives — Alignment of Large Offset U-Joint Spacer Shaft Drives (Rev. 1)

Tech Note 8     Aligning Long Work Pieces Requiring Use of a Steady Rest in Lathes

Tech Note 9     Using the Text Editor

Tech Note 10    Spacer Shafts with Obstructions to the Laser Beam (The ‘Two-Step’ Procedure)

Tech Note 12    Jackshaft Sag   

Tech Note 13    Dial Indicator Conversion   

PT TechNote #35    Alignment of cardan shafts using Cardan Bracket ALI 2.893SET

PT TechNote #45   Alignment of cardan shafts using Cardan Bracket 'Lite" ALI 2.874SET

Procedure for Template Verification and Creation

Procedure to Export an Alignment Report to a single HTML file using ROTALIGN PRO/BORALIGN Explorer PC software

Understanding Standard Deviation (For Firmware 4.06) Download PowerPoint File

PT TechNote #47   Alignment of cardan shafts using Cardan Bracket 'Lite" ALI 2.874SET

Tech Note 4     Shafts Which Cannot be Rotated

Tech Note 5     Measuring the Effects of Pipe Strain on Shaft Alignment

Understanding Standard Deviation Download PowerPoint File

PT TechNote #46    Alignment of cardan shafts using Cardan Bracket 'Lite" ALI 2.874SET

07-0001 Charging/Cycling battery (same as VIBSCANNER)