PSK-käsikirja 3 - Vibration measurement in condition monitoring

Price: 310 €, free to members

The 21st edition of the handbook aptly reflects the ongoing technical advancements in the field. Additionally, it is a testament to the 35 years of dedication and enthusiasm of workgroup PSK57 . The success or effectiveness of condition monitoring can be evaluated by the operational rate of machines and its impact on the daily lives of the company and its employees. Quality, occupational safety, and the environment are today's key values in the effectiveness of condition monitoring. Poorly maintained machines, unexpected production outages, and generally the start-up/shutdown of processes produce poor quality. By reducing unplanned downtimes, more consistent production quality can be achieved. Fewer accidents occur when machines do not need to be unexpectedly repaired in operational conditions. Condition monitoring can significantly reduce unexpected machine breakdowns and shift more towards controlled repairs. Faulty machines and additional process start-ups/shutdowns, in turn, increase energy consumption and emissions. Additionally, machine breakdowns increase the need for spare parts recycling, so the environment also benefits from condition monitoring. Online condition monitoring is the core of the matter. For several years, it has been possible to obtain measurement data on machine vibrations, but it has not necessarily been acted upon correctly. Today's PSK standards provide model solutions that are applied to practical situations. Thus, at the machine's operating site, the machine's behavior can be analyzed, and it can be assessed whether the machine needs immediate repair or can last until the next planned downtime. PSK Standardization aims for a comprehensive solution to condition monitoring methods and, in its role, produces impartial standards to which both the customer and the supplier can safely commit. The standard series provides condition monitoring guidelines from the procurement stage to the refurbishment stage at the end of the machine's lifecycle. The goals have been set high in the making of this handbook, and now it is the reader's turn to set goals for their own condition monitoring work. Setting the bar high becomes easier when it is understood how many parties are truly affected by well-implemented online condition monitoring.

Info

Standard code

PSK-käsikirja 3

Standard name

Vibration measurement in condition monitoring

Edition

21st edition

Published

4.1.2024

Corrected

-

Technical group

57 Vibration measurement in condition monitoring

Work groups

PSK 49/4 Amendments to the pressure equipment directive

Language

Finnish/English

Pages including appendixes

255

Other

Includes the group 57 standards

Edition history

20th edition/2022, 19th edition/2019, 18th edition/2015, 17th edition/2013, 16th edition/2012, 15th edition/2011, 14th edition/2010, 13th edition/2009, 12th edition/2008, 10th edition/2007, 9th edition/2006, 8th edition/2005, 7th edition/2004, 6th edition/2003, 5th edition/2002, 4th edition/2000, 3rd edition/1998, 2nd edition/1996, 1st edition/1996

Keywords

condition measurement monitoring Vibration