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Services
Balancing
Bearing Design and Troubleshooting
Computational Fluid Dynamics
Computer Aid Design (CAD)
Condition Assessment
Design Review
Diagnostic and Troubleshooting
Electromagnetic Analysis
Engineering and Scientific
Consulting
Equipment Appraisal & Due
Dilligence
Forensics and Failure
Anaysis
Instrumentation
Machinery Alignment
Materials Characterization
Numeric Modeling
Optical Alignment
Performance Testing
Power Systems Network
Reverse Engineering
Rotordynamics
Specification Development
Technical Education
Test and Inspection
Tribology & Lubrication
Vibration Analysis
Machinery
AC Motors / Generators
Bearings
Control Systems
DC Motors / Generators
Electric Winding and Electrical
Insulation Systems
Gas Turbines
Gears and Geared Drives
Generator/Motor Excitation
Systems Drives
Governors
Hydroelectric Generators
Hydroelectric Turbines
Instrumentation and Monitoring Systems
Laser and Optical Apparatus
Mine Hoists
Pump Storage
Steam Turbines
Variable Speed Drives
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Vibration
and Rotordynamics |
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| PE employs a
suite of field transportable, state of the art, vibration test instrumentation
to measure and record vibration waveforms. Post processing allows
easy analysis of transient data in the form of Bode and Nyquist plots,
as well as spectral and orbit plots for steady state data. Vibration
is routinely measured with a host of transducers as appropriate, including
accelerometers, seismic transducers, proximity probes, strain gages,
and piezometers. PE has extensive experience in both the theoretical
aspects of vibration analysis and the practical considerations of
proper transducer mounting, instrument grounding & shielding,
etc. required to produce valid data for subsequent analysis. |
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Vibration
Analysis and Measurement
PE employs a suite of field transportable, state of the art, vibration
test instrumentation to measure and record vibration waveforms. Post
processing allows easy analysis of transient data in the form of Bode
and Nyquist plots, as well as spectral and orbit plots for steady
state data. Vibration is routinely measured with a host of transducers
as appropriate, including accelerometers, seismic transducers, proximity
probes, strain gages, and piezometers. PE has extensive experience
in both the theoretical aspects of vibration analysis and the practical
considerations of proper transducer mounting, instrument grounding
& shielding, etc. required to produce valid data for subsequent
analysis.
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