Archive for the ‘Alignment Troubleshooting’ Category

REAligning America

Setting up OL2R (Offline To Running) and Offset (Cardan) Brackets

OL2R Measurements (Offline To Running) are used to collect very accurate (and actual) Thermal Growth Values and Targets for critical rotating machinery. Offset Measurements (Cardan Shaft) are critical for offset drives to ensure there is no angular misalignment causing lead/lag […] Read More

OLYMPUS DIGITAL CAMERA

Bolt Bound? No Alternate Move Calculator? No Problem!

Previous blogs have discussed several different solutions for solving Base Bound & Bolt Bound conditions when preforming precision laser shaft alignment (Base/Bound Math and Solving Base/Bound Alignment Alignment Problems). Sometimes though, the solution for a Bolt Bound issue is fairly […] Read More

Hog Brand Shims

Shims 201 – The Importance of Measuring Shim Thickness

Stainless steel shims are now the standard for use in shimming machinery when preforming a precision laser or dial indicator shaft alignment.  They are clean, corrosion resistant, flat, and most importantly, pre-cut.  Their use speeds up the alignment process significantly.  […] Read More

Coupled

The Importance of Roughing-in Machines before Performing a Shaft Alignment.

During our Best Alignment Practices Training classes our staff of VibrAlign Trainers stresses the importance of rough aligning the machines as part of the pre-alignment steps.  The main reason to do so is to minimize the coupling influences on the […] Read More

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What if you had to leave a machine slightly misaligned? What would you choose, angle or offset?

As alignment professionals we all want to do the right thing and perform the best shaft alignment possible; however there may be a time when you have to choose and knowingly leave a machine slightly misaligned for the short-term until […] Read More