Resources

For our Alignment Videos, please visit our Video Library.

For our Alignment Tech Notes, please email us or call us at (305) 591-8935 and we will gladly assist you.

Free reference tool for shaft alignment of rotating equipment. With this App you can access important reference material and learn about key laser shaft alignment concepts. “Laser Align” features the following tools with helpful reference guides:

• Short Flex Tolerance Table
• Spacer Shaft Tolerance Table
• Thermal Growth Calculator
• Soft Foot Assistant

This APP is available for both iPhone/iPad and for Android

Shaft Misalignment is a common problem in rotating equipment. Precision alignment means reduced vibration, longer component life, reduced safety risks, lower power consumption and other benefits. Our laminated 24” x 36” wall chart provides information and guidelines for the implementation of good shaft alignment of rotating machinery, best practices, soft foot, tolerances, thermal growth, and much more. Usually $50 each, but for a limited time, request your complimentary copy today!

A simple and effective procedure for shaft alignment of rotating equipment.

Watch animated version of this procedure.

Simple y efectivo procedimiento para alinear ejes en maquinas rotativas.

A simple and effective procedure for sheave pulley alignment of belt-driven equipment.

Watch animated version of this procedure.

This guide provides information for the implementation of good pulley alignment of belt-driven equipment including terminology, alignment methods, belt maintenance, storage and tensioning as well as a 5-Step Sheave/Pulley Alignment Procedure.

There is nothing “soft” about a soft foot—instead, it means machine frame distortion. The effects of machine frame distortion are numerous and potentially very damaging to the machine. This white paper explains in depth the causes and characteristics of soft foot conditions and how to diagnose and solve them.

There is more to proper shimming of a machine for alignment than meets the eye. There are several things you should keep in mind and look out for.

For our Condition Monitoring Videos, please visit our Video Library.

For our Condition Monitoring Tech Notes, please email us or call us at (305) 591-8935 and we will gladly assist you.

Unbalance, misalignment, bearing failures, gear faults, motor electrical problems, etc. are typical faults experienced in all equipment. Identification and elimination of these faults and other issues are critical to maintaining the health of your plant equipment. Healthy equipment means lower maintenance cost, increased uptime, better product quality and a safer work environment for employees. Our laminated 24” x 36” wall chart will help you determine the most common equipment problems using vibration analysis as a diagnosis tool. Usually $50 each, but for a limited time, request your complimentary copy today!

A simple and effective procedure for doing field balancing.

Simple y efectivo procedimiento para balancear maquinas rotativas.

For our Ultrasound Videos, please visit our Video Library.

An effective lubrication procedure to grease bearings right.

An effective procedure to survey your systems and detect leaks.

The measurement of ultrasound with portable devices to provide an objective assessment of the health of a bearing has been well-documented over the last decade. In more recent times, the interconnection between a grease gun and an ultrasound instrument has taken this process one stage further.

This presentation reports on a further evolution – the use of an on-line monitoring system using contact ultrasound sensors to provide a continuous indication of the frictional state and early failure state of rolling element bearings. Case histories showing how this technology can be combined with remote lubrication of difficult-access bearings to provide instant feedback on the benefit or otherwise of individual shots of grease.

Download our handbook and learn how to reduce or eliminate wasted compressed air with ultrasound through effective leak detection and repair.

About the Book
The use of airborne ultrasound by a wide array of manufacturing has led many to dub ultrasound a predictive maintenance tool for the masses. It is a technology with mass appeal, a wide range of applications, and a cost entry point that makes it accessible to practically anyone.

In this book, the authors guide you through the technology step by step, with each chapter dedicated to an application and how the technology applies to that application. You will learn how the inspection should be carried out, along with real-life examples of how these applications are currently being applied.

Airborne and structure borne ultrasonic inspection provides industry with an efficient solution for all kinds of preventative and predictive maintenance functions.

Download a Chapter Preview

Free tool to manage and report leaks including cost impact.

APP is available for both iPhone/iPad and for Android

Download our handbook and learn how to improve reliability and save money with ultrasound by making lubrication a condition-based task instead of a time-based task.

Some tips to help outline the best practices for proper lubrication storage.

A simple and safe procedure for proper bearing installation.

Some basics things to prevent bearing damage and contamination thus maximize bearing life and performance.

Download our white paper and learn the basic principle behind induction heating, the diverse range of applications and advantages, and the different types of equipment you can use to reach your goals.

For our Reliability Videos, please visit our Video Library.

The Asset Condition Monitoring (ACM) Project Manager’s Guide provides basic information about what an ACM initiative or organizational component is, how it should be conducted and who should be involved.

A Reliability Framework and Asset Management System