Oil analysis: diagnosis and predictive maintenance
Oil analysis is an essential technique in the predictive maintenance of industrial machinery. It allows for the detection of incipient failures, optimization of maintenance cycles, and prevention of costly breakdowns. By evaluating the lubricant's condition, signs of wear in mechanical components, the presence of contaminants, and oil degradation can be identified.
At Preditec, we offer advanced industrial oil analysis solutions, providing precise diagnostics to improve operational efficiency and reduce maintenance costs.
Preditec’s Oil Analysis Solutions
At Preditec, we offer a specialized predictive diagnostic service through oil analysis – PRE-7017, based on the Preconcerto platform. This service provides detailed information on the lubricant’s condition and machinery wear, enabling efficient maintenance management.
PdM Management Service through Oil Analysis – PRE-7017
Our industrial oil analysis service offers the following advantages:
- Evaluation of lubricant degradation: Allows scheduling oil changes only when necessary.
- Avoids premature or delayed replacements, optimizing maintenance costs: Detection of mechanical component wear.
- Identifies ferrous and non-ferrous particles indicating wear in bearings, gears, and bushings: Allows anticipating failures in critical machinery elements.
- Monitoring of solid and liquid contaminants: Detects contamination by dust, metallic residues, or water: Prevents failures due to cross-contamination between lubrication and cooling systems.
This service is key to improving the reliability of industrial assets and reducing downtime.
Benefits of Oil Analysis in Predictive Maintenance
Predictive maintenance with oil analysis improves equipment reliability, extends its useful life, and allows for the detection of problems before they become serious breakdowns.
Early detection of machinery failures
- Identifies metallic particles and contaminants that indicate wear in bearings, gears, and valves.
- Allows action to be taken before unforeseen machinery failures occur.
Maintenance optimization and cost reduction
- Facilitates maintenance planning, avoiding unnecessary lubricant changes.
- Reduces operational costs and minimizes oil waste.
Increased equipment lifespan
- Reduces friction and wear, extending the useful life of industrial assets.
- Ensures efficient operation and reduces corrective interventions.
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More information about Oil analysis: diagnosis and predictive maintenance
What is oil analysis?
Oil analysis is a procedure to evaluate the condition of lubricants used in industrial equipment. It consists of measuring various parameters such as viscosity, metal particle content, oxidation and contamination.
It is part of a predictive maintenance strategy with oil analysis, making it possible to anticipate mechanical failures and optimize maintenance planning.
Importance of oil analysis in the industry
- Detects problems in bearings, gears and bearings before they cause failures.
- Prevents premature degradation of motors and hydraulic systems.
- Ensures optimum lubrication to reduce friction and wear.
- Optimizes equipment operability, reducing downtime.
- Improves industrial safety and minimizes the risk of catastrophic failures.
Parameters evaluated in the oil analysis
- Viscosity: Measures the oil’s resistance to flow, ensuring effective lubrication.
- Presence of metallic particles: Indicates wear in mechanical components.
- Contamination by water or solids: Allows detection of leaks and presence of impurities.
- Oxidation and acidity: Evaluates the chemical degradation of the lubricant.
Types of oil analysis
There are different types of industrial oil analysis, each focused on detecting specific problems.
Machinery wear analysis
- Evaluates the presence of metallic particles to detect premature wear.
- Identifies damage to bearings and gears.
Contamination analysis of lubricating oils
- Allows detection of the entry of water, dust or chemical residues.
- Prevents oil deterioration and premature machinery failure.
Evaluation of physical-chemical properties of the oil
- Controls viscosity, acidity and oxidation of the lubricant.
- Ensures that the oil maintains its properties for efficient lubrication.
