April 30, 2012
Is your vibration analysis program or other Condition Monitoring technology simply predicting failures or also identifying the causes of the failures? Vibration analysis is a very useful tool for identifying failure modes in equipment. Bearing failures, unbalance, misalignment, belt issues and many other problems can be easily identified with vibration analysis. However, the value of vibration [...]
March 7, 2012
The vibration analyst is expected to use his or her tools to gather the right vibration data to determine the practical health of process equipment. To distill a systematic workflow of this task, it can more easily be understood in the terms of an “input – output” process. The inputs are data taken from the [...]
March 6, 2012
We will have all our shaft alignment, pulley alignment and vibration analysis and balancing maintenance-related products on display at the following trade shows: PaperCon 2012 Designed by industry professionals, PaperCon brings together CEOs, mill managers, superintendents, scientists, process engineers and suppliers for the largest pulp and paper technical program in the world. Booth# 1007 April 22-25, 2012 [...]
February 3, 2012
We will have all our shaft alignment, pulley alignment and vibration analysis and balancing maintenance-related products on display at the following trade shows: MARTS 2012 Maintenance and Reliability Technology Summit designed for plant and facility managers, maintenance leaders and crew members, reliability engineers, industrial technicians and all other capacity-assurance professionals. Booth# 10 March 13-14, 2012 Rosemont, [...]
February 1, 2012
LUDECA invites you to MARTS 2012, an annual Maintenance and Reliability Technology Summit, as we present on the importance of precision machinery alignment and field balancing . We will also be ready to showcase our shaft alignment, pulley alignment, vibration analysis and balancing products as well as to answer any questions you may have. Visit our Booth# 10 [...]
January 23, 2012
Fault frequencies are very important in vibration analysis, because they allow the analyst to correlate vibration data to specific components in the equipment that may be in some stage of failure (equipment faults). Fault frequencies change with any adjustment in the speed of the equipment being monitored. Most modern vibration data collectors and software will automatically [...]
