GENSET Condition/Health
Measuring vibration levels at strategic locations on a GENSET’s structure is a common method for determining its condition/health. Operators typically acquire baseline vibration measurements after the initial installation and then periodically collect vibration data sets to see if the vibration levels have changed. By monitoring the vibration levels and spectra, vibration analysts can determine when maintenance is required.
Vibration Monitoring Types
In general, operators implement one of three types of vibration monitoring plans. Which plan is implemented depends on manpower availability and the funding available for sensors, hardware and infrastructure. This table lists the three vibration monitoring plans and the pros and cons associated with each plan.
Vibration Testing Resources
Our engineers, analysts, and technicians have been implementing plans and testing GENSETs for years. They are available to support your GENSET planning and testing. Let us know how we can help.
CAT III Vibration Analyst
CAT III Vibration Analyst
CAT II Vibration Analyst
Case Study
Structural Validation and Testing of Generator Sets
Building a reliable system to test Generator Set vibration levels after production to verify that the units were designed and assembled properly. MORE
Hardware Product
Genset Vibration Monitoring System
The system consists of a real time controller enclosed in a stainless steal enclosure and 4 triaxial accelerometers. MORE
Hardware Product
Vibration Test Package
The vibration test package consists of a cDAQ 9188 chassis, power supply and 19 industrial accelerometers. MORE
Hardware Product
Light Tach Kit
The light tach kit contains a light sensor and all the accessories needed to generate speed pulses for rotating machinery measurements. MORE
ITM provides software development, structural and mechanical testing services, industrial monitoring, strain gauging, and data analysis solutions to clients on six continents. ITM is a recognized National Instruments Gold Alliance Partner.
