Bending Elasticity In Rotors

Bending Elasticity In Rotors The unit is perform the following experiments and investigations: Learning Objectives / Experiments: Investigate bending vibrations and resonance of a rotating shaft Determine critical speeds with different arrangements of the bearing and masses on the rotor shaft and compare with theory Investigation of the rotor's self-centering effect To be supplied with: System for data acquisition PC1 Computer-System with 21" TFT-Monitor Win 10 engl. Specification: Investigation of bending vibrations and resonance in rotors 2 self-aligning ball bearings to support the rotor shaft, position able at any point 2 masses to be secured at any point Safety bearing and transparent protective cover for safe operation Three-phase motor: 2 pre-selectable speed ranges; speed electronically controlled and continuously adjustable Digital speed display System for data acquisition Technical Data: Three-phase motor Power: 0,25kw Max. Speed: 3000rpm Rotor shaft L=500mm Ø 6mm High tensile steel Mass 2x, disk-shaped m=965g Ø 80mm Hardened steel Rotor bearing 2x self-aligning ball bearings 2x safety bearings Safety bearing play: ±3mm Adjustable bearing clearance: 300...470mm Measuring ranges Speed: 300...3000rpm Scale for measuring distance: 0...500mm 230V, 50Hz, 1 phase 230V, 60Hz, 1 phase; 120V, 60Hz, 1 phase Dimensions and Weight Length x Width x Height: 1150x390x375mm Weight: 49kg 1. System for Data Acquisition In conjunction with the bending elasticity in rotors unit Investigation and representation of the vibration amplitude of a rotating shaft Recording of signals over time Investigation of how amplitude depends on speed and location Representation of the orbit Specification: Data acquisition and analysis of shaft vibrations for Bending elasticity in rotors unit 2 inductive, non-contact displacement sensors Measuring amplifier and A-D converter for signal processing Software for data acquisition via USB under Windows 7, 8.1, 10 Including PC1 Computer-System with 21" TFT-Monitor Win 10 engl. Technical Data: 2 displacement sensors Measuring principle: inductive, non-contact Output signal: analogue 1...9v Measuring distance: 5...10mm Dimensions and Weight Length x Width x Height: 230x200x80mm Weight: 2kg

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