I. Foundations of an oil analysis program

1. Lubricant Sampling Techniques
2. Lubricant Cleanliness
3. Sampling Valves
4. Oil Analysis Sampling Frequencies
5. Oil Analysis Sampling Frequencies for Power Generation Equipment
6. Case Study: Cost Savings through Oil analysis in the first year of a program
7. Setting Oil analysis Alarms: General considerations
8. Source of Wear Metals in Oil Analysis
9. International Shipping Regulations

II. Testing Technologies

1. New in-house testing technology
2. Rotrode Filter Spectroscopy
3. BTS Reports Particle Count as per two principal Standards (ISO4406 and NAS 1638)
4. Particle Counting Codes
5. Change in Particle Count Reporting
6. Frequently Asked Question on Particle Counting
7. Viscosity Charts for ISO VG Industrial Fluids
8. Viscosity Charts for ISO VG Compressor Fluids
9. Ph and Lubricating Oils
10. Important Tests in Oil Analysis
11. Just How Much is a Part Per Million?

III. Download/Software Support

1. Interfacing with Vibration Software: CSI Master trend
2. Interfacing with Vibration Software: Entek/IRD
3. Transferring Oil Analysis data to DINGO Products
4. Using the Bently Lube BTS Data Importer

IV. Applications

1. Pulp & Paper
1. Oil Analysis Confirms Supercallender Motor Bearing Failure
2. Power Generation
1. Oil Analysis Sampling Frequencies for Power Generation Equipment
2. General Alarm Limits for Turbines and Circulating Oil
3. Oil Oxidation Concerns with GE Frame 7EA Gas Turbine Variants
4. EHC Fluid ­ Guidelines for Condition Monitoring
3. Chemical
1. Case Studies: Avoiding failures in the Chemical Process Industry
2. General Alarm Limits for Compressors
3. Sampling Techniques: Refrigeration Compressors
4. Construction & Transportation
1. Gear Systems: A Tribological Review
2. Wear Particle Analysis of Gearboxes, Frequently Asked Questions
3. Failure Study of a Diesel Engine
4. A General Alarm Limits for On/Off Highway Engines
5. Metallurgy of Oil Wetted Components in Engines
6. General Alarm Limits for Natural Gas Fired Engines
7. Is This The Right Oil For My Bike?
5. General Manufacturing
1. General Alarm Limits for Hydraulic Systems

Lubricant Cleanliness

Using the Bently LUBE™ BTS Data Importer
Lubricant Sampling Techniques
Rotrode Filter Spectroscopy: Multi-Elemental Determination of the Concentration of Large Particles in Used Lubricating Oil
Sampling Accessories for Pressurized and Non-pressurized Lube Oil Systems
Interfacing with Vibration Monitoring Software: CSI OilTrend Database Setup
EntekIRD Emonitor Odyssey® Oil Analysis Interface Setup
Accessing Lube Explorer Data via Email or Internet
ISO 4406 Standards for Particle Counting
Oil Analysis Sampling Frequencies
Oil Analysis Sampling Frequencies for Power Generation Equipment
Gear Systems - A Tribological Review
Frequently Asked Questions, Gearbox Monitoring
Oil Analysis Confirms Supercallender Motor Bearing Failure
Failure Study of a Diesel Engine Using Oil Analysis
Important Tests in Oil Analysis
Oil Analysis Avoids Failures in the Chemical Process Industry
Cost Savings through Oil Analysis
Setting Oil Analysis Alarms: General Considerations
Alarm Limits for On/Off Highway Engines
General Alarm Limits for Compressors
General Alarm Limits for Turbines and Circulating Oil
General Alarm Limits for Hydraulic Systems
Oil Oxidation Concerns with GE Frame 7EA Gas Turbine Variants
Metallurgy of Oil Wetted Components in Engines
Alarm Limits for Gas Fired Engines