We have a vibration alarm!!!!! What should be the action taken? What is the Cause? Should we trip the unit? The 50:50:90 Rule states that if we leave this decision to us making a best-guess, 90% of the time we will be wrong (i.e. whenever there is a 50:50 chance of being right, 90% of the time you’re wrong). Maybe we cannot completely eliminate guess-work, but we sure can make that an educated guess! Better yet, we can make that a confident, educated best-guess. Knowledge is the tool that is needed.
The first lesson one needs to learn is that “Vibration is a Symptom of a Problem”. If you are experiencing vibration then there is a reason, a cause. We need to be able to evaluate the probable cause in a relatively short period of time such that timely action can be taken. The recommended corrective action is a function of the cause. To understand the cause we need to interpret data that is available to us in the control room. Tripping the unit is not necessarily the best action to take, so learn when tripping is or is not required. If the unit is tripped, are there any additional actions to be taken? If the unit is not tripped, then what other action should be taken.
A topical outline
would include: Theory for Non-Engineers, Understanding Symptoms, Use of Vibration Equipment, Critical Speeds, Mechanical Unbalance, High Speed Rubs, Low Speed Rubs, Steam Path Component Failure, Oil Whip, Shorted Turns
Participants, upon completion of this course, will be able to:
- Describe, in layman terms, fundamental theory of vibration of rotating equipment.
- Describe, in layman terms, the use of vibration instrumentation.
- List those vibration problems that are typical of a steam turbine generator.
- Describe the symptoms of those vibration problems listed above.
- Demonstrate the knowledge necessary to collect data necessary to make an informed operational decision.
- Vibration Theory for Non-Engineers
- Symptoms: An application of the Vibration Theory for Non-Engineers
- Vibration Measuring Equipment: Shaft Riders, Non-Contact, Phase Angle Detection
- Critical Speeds
- Routine Mechanical Unbalance: Description of Problem, Symptoms, Actions
- Steam Path Component Failure: Description of Problem, Symptoms, Actions
- Low Speed Steam Packing Rubs: Description of Problem, Symptoms, Actions
- High Speed Steam Packing Rubs: Description of Problem, Symptoms, Actions
- Generator Shorted Turns: Description of Problem, Symptoms, Actions
- Oil Whip: Description of Problem, Symptoms, Actions
Course Dates / Location / Fee
TG317 is offered as an on-site course only.
What you will receive
- 1 copy of HPC Technical Services' textbook, Vibration Alarms and the Turbine-Generator Operator, as written by Harold Parker.
- A "Certificate of Completion" with 14 PDH awarded.
Frequently Asked Questions
- Will HPC Technical Services bring this course to our location for our personnel only? YES, call or email Stephen Parker, Stephen@TurbineGeneratorTraining.com for a price quotation.
- Will HPC Technical Services customize the presentation at our site to suit our particular needs?
- Is HPC Technical Services' textbook available for purchase as a reference document? $89 + S&H.
- What is the cost for HPC Technical Service to deliver this course at our location? Well, of course that can vary, but generally speaking, if you're planning on having 6+ attend, when considering your T&L, it is to your advantage to perform the course at your plant (office). You gain from the customization and price.
- Can HPC Technical Services support our need to troubleshoot a vibration issue or conduct a balance program? Yes we can. Call or contact Stephen Parker, Stephen@TurbineGeneratorTraining.com for our rate sheets and any further information required.