Performance evaluation of wireless MEMS accelerometer for reciprocating compressor condition monitoring

Keyphrases

• Condition Monitoring 100%
• Reciprocating Compressor 100%
• Accelerometer 100%
• Micro-electro-mechanical Systems 100%
• Performance Evaluation 100%
• Wireless 100%
• Wireless Sensor 75%
• Rotor 50%
• Flywheel 50%
• Tangential Acceleration 50%
• Rotating Machines 25%
• Dynamic Characteristics 25%
• Motor Faults 25%
• Fault Condition 25%
• Discharge Valve 25%
• Intercooler 25%
• Valve Leakage 25%
• Microcontroller 25%
• Performance Monitoring 25%
• Wireless Communication 25%
• Gravitational Acceleration 25%
• Micro-electro-mechanical Systems Technology 25%
• Leakage Fault 25%
• Rotating Machinery 25%
• Wirelessly 25%
• Sensor Performance 25%
• Host Computer 25%
• Measured Acceleration Data 25%
• Asymmetric Stator Winding 25%
• Running Status 25%
• Stage-discharge 25%
• Instantaneous Angular Speed 25%
• Rotor Acceleration 25%
• Incremental Optical Encoder 25%
• Energy Module 25%
• Motor Driver 25%
• Battery Power 25%
• Speed Signal 25%
• Bluetooth Low Energy 25%

Engineering

• Condition Monitoring 100%
• Reciprocating Compressors 100%
• Micro-Electro-Mechanical System 100%
• Rotors 60%
• Wireless Sensor 60%
• Flywheel 40%
• Test Rig 20%
• Experimental Result 20%
• Intercooler 20%
• Discharge Valve 20%
• Microcontroller 20%
• Gravitational Acceleration 20%
• System Technology 20%
• Rotating Machinery 20%
• Fault Condition 20%
• Wireless Communication 20%
• Optical Encoders 20%
• Angular Speed 20%