Diagnosis and Treatment of Misalignment for a Desulfurization

Yu Jie Guo; Wen Tao Zhang; Feng Shi; Na Suo

doi:10.4028/www.scientific.net/AMM.303-306.353

Paper Titles

Application of Interferometry Measurement in Large-Scale Optic-Electrical Theodolite
p.335

Background Leakage of Pressure Leak Calibration Caused by Temperature Change
p.339

Centroid Position and Intensity Distribution Measurement of the Small-Scale Focal Spot
p.344

Compare Different Calibration Method of Pressure Leak
p.349

Diagnosis and Treatment of Misalignment for a Desulfurization
p.353

Distribution Law Detection of Aquifer in the First District of Lu Xin Mine Using TEM
p.357

Effective Prestressing Force Testing Method of External Prestressed Bridge Based on Frequency Method
p.363

Experiment Study of Vacuum Material Outgassing Rates
p.367

Fuzzy Kappa Coefficient with Simulated Comparisons
p.372

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 303-306Diagnosis and Treatment of Misalignment for a...

Diagnosis and Treatment of Misalignment for a Desulfurization

Abstract:

After changing the bearing box on a desulfurization booster fan, its horizontal vibration value is over 185μm beyond the standard. Through the test, it is decided that fan diaphragm coupling misalignment is the main reason for vibration. The vibration eliminates after readjusting the center.