Additional information
| Class Dates | Jan 27, 2025 – Jan 30, 2025, June 23, 2025 – June 26, 2025, Nov 18, 2024 – Nov 21, 2024 |
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Events
VOTES Infinity MOV Advanced Signature Analysis
Class ID: TR-9-91410-HA
Description
Course provides instruction on the analysis of Motor-Operated Valve (MOV) performance test data utilizing the VOTES In nity diagnostic system. The data analysis techniques include: critical MOV parameters, actuator / valve degradations, and the components of di erential pressure traces. An overview is presented on generic acceptance criteria for MOVs and industry standard pressure equations.
- Standard Class Size: 6 Students per Instructor
- Maximum Class Size: 8 Students per Instructor
- Course Duration: 4 days
- Supplied Materials: Electronic training manual for each student
- Suggested Attendees: Personnel responsible for evaluating test data and verifying the MOV is operating within the established acceptance criteria.
- Course Description: Course provides instruction on the proper installation and operation of the VOTES Infinity Motor-Operated Valve (MOV) diagnostic system through classroom instruction and hands-on laboratory training. Upon successful course completion, the student will be able to correctly set up and operate the VOTES Infinity diagnostic system, adjust actuator limit and torque switches, and identify critical MOV parameters and common degradations through basic data analysis.
Each student will be required to pass a written test with a minimum score of 80% in order to successfully complete this course. Upon successful completion of this training course, the student will:
- Demonstrate manual analysis and VOTES Infinity Auto Marking capability.
- Demonstrate a working knowledge of all of the special analysis tools available in VOTES Infinity.
- Understand the traces that are automatically calculated by the software and the methods used in their calculation.
- Perform analysis of differential pressure traces.
- Identify various degradations in MOV traces and corresponding actions to correct.
After completing this course, the student will:
- Perform a basic signature analysis and automatic trace marking on a set of MOV data traces.
- Identify and understand the following special tools: measurement types, stem materials, actuator manufactures and models, editing and creating reports, math items, criteria, test descriptions, user settings, baseline and trending.
- Identify the special characteristics of traces acquired under differential pressure conditions.
- Identify various degradations that may be seen on data traces and means of correcting the problem.
Increase the plant’s self-sufficiency in MOV diagnostic testing.
- Increase the reliability of the plant’s MOVs.
- Reduce the plant’s cost of MOV diagnostic testing.
- Standard Class Size: 6 Students per Instructor
- Maximum Class Size: 8 Students per Instructor
- Course Duration: 4 days
- Supplied Materials: Electronic training manual for each student
- Suggested Attendees: Personnel responsible for evaluating test data and verifying the MOV is operating within the established acceptance criteria.
- Course Description: Course provides instruction on the proper installation and operation of the VOTES Infinity Motor-Operated Valve (MOV) diagnostic system through classroom instruction and hands-on laboratory training. Upon successful course completion, the student will be able to correctly set up and operate the VOTES Infinity diagnostic system, adjust actuator limit and torque switches, and identify critical MOV parameters and common degradations through basic data analysis.
Each student will be required to pass a written test with a minimum score of 80% in order to successfully complete this course. Upon successful completion of this training course, the student will:
- Demonstrate manual analysis and VOTES Infinity Auto Marking capability.
- Demonstrate a working knowledge of all of the special analysis tools available in VOTES Infinity.
- Understand the traces that are automatically calculated by the software and the methods used in their calculation.
- Perform analysis of differential pressure traces.
- Identify various degradations in MOV traces and corresponding actions to correct.
After completing this course, the student will:
- Perform a basic signature analysis and automatic trace marking on a set of MOV data traces.
- Identify and understand the following special tools: measurement types, stem materials, actuator manufactures and models, editing and creating reports, math items, criteria, test descriptions, user settings, baseline and trending.
- Identify the special characteristics of traces acquired under differential pressure conditions.
- Identify various degradations that may be seen on data traces and means of correcting the problem.
