Shaft Alignment Software

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The most intuitive, flexible, comprehesive, and affordable machinery alignment solution available!

Now available for Windows • Macintosh OSX • Linux operating systems

OSlogos

Complies with ANSI/ASA Shaft Alignment Standard S2.75 Part 1

You probably do not perform alignment jobs every day, or even every month, right? That's why the Shaft Alignment software was designed to help walk you through the step-by-step process of aligning your rotating machinery. The primary and optional data entry windows intuitively tells you what information is required, and if you make a mistake, there are background routines to point out your errors.

 

Primary Data Entry Windows

Selecting your drive system

drivesystem

Selecting your alignment method and inputting your alignment measurements

methodmeasure

 

Optional Data Entry Windows

Entering boundary condition information

boundaryconditions

Entering Off Line to Running machinery movement information

ol2r

 

Drive System Data Entry

driveinput1

driveinput2

driveinput3

driveinput4

driveinput5

driveinput6

Alignment Method and Measurements Data Entry

methodmeasure

That's correct. You have TWELVE different choices to select how you want to measure the positions of your shafts. All five basic shaft alignment measurement methods ... Reverse Indicator, Face-Rim, Double Radial, Shaft to Coupling Spool, and Face-Face (with every possible variation) along with naming either machine as the Movable machine just in case your current alignment tool forces you to do that.

Why are there so many choices? Because there is no one alignment method or tool that can perform every possible alignment task. There are advantages and disadvantages to each method. An alignment professional is someone who knows how to perform all of these methods and selects the best method for the alignment task at hand.

Side and Top View Alignment Models

sidetopbasic

The software program draws the exaggerated misalignment condition between the shafts in the up and down direction (i.e. the Side View) and in the side to side direction (i.e. the Top View). If you entered Off Line to Running (OL2R) machinery movement data, the software displays the shaft centerlines in RED to indicate that this is the running positons of the shafts. If no OL2R movement data was entered the shafts will be BLUE.

 

Desired Off Line Side and Top View Alignment Models

DOL1

DOL2

DOL3

DOL4

Basic Side View Alignment Solutions

sideview1

sideview2

sideview3

sideview4

sideview5

sideview6

sideview7

sideview8

Basic Top View Alignment Solutions

topview1

topview2

topview3

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topview5

topview6

topview7

Boundary Condition Layer for the Side and Top View Alignment Models

BC1

BC2

BC3

BC4

BC5

BC6

BC7

BC8

BC9

BC10

BC11

BC12

BC13

BC14

BC15

BC16

BC17

BC18

BC19

BC20

The Overlay Line Menu Item

Overlay1

Overlay2

Overlay3

Overlay4

Overlay5

Overlay6

Overlay7

 

Alignment Acceptability

accept1

accept2

 

User Manual in the Help menu

manual1

Quite simply, there is no other alignment system that offers all of these features and it runs on computers found everywhere and available for every desktop or laptop operating system!

Fast, intuitive, accurate, helpful, and inexpensive! And now you can keep records of all your alignment jobs on your own computer without having to purchase an expensive alignment measurement system with a specialized computer with imbedded software that won’t run on any other platform or operating system and that won’t accept data from measuring devices other than the sensors that came with that system.

The REAL revolution in shaft alignment starts here.

One more thing ...

windows

It definitely runs on Windows

 

$1995.00 (USD)