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HYDRAULIC FLUID AND LUBRICANT CLEANLINESS
Hydraulic fluid cleanliness plays a critical role in the performance and reliability of industrial equipment. Fluids with high levels of contamination and/or solid particulate matter can damage system components, such as pumps, actuators, or servo valves, leading to shorter maintenance intervals, added downtime, and increased costs.
Portable Sample Testing Equipment and Instruments
Monitor multiple test points and machinery with sensors sampling the in-service fluid directly.
Particle counts with display and printer: Laser Contamination Monitor (LCM)
Particle contamination monitor with displayed ISO codes: iCount Oil Sampler (iOS)
Machinery Mounted Direct-Sampling Online Sensors
Monitor fluid particulate contamination in working fluids such as lubricants and hydraulics - including water-based fluids - with in-situ sensors sampling the in-service fluid directly. Constant feedback to displays or integrated into supervisory panels and monitoring systems.
Fluid and particulate monitoring (Cleanliness Codes): iCount Particle Detector range
INSERVICE OIL ANALYSIS (NON-HYDRAULIC SYSTEM)
Parker employs a variety of techniques for machine monitoring to ensure equipment is lubricated properly - including used oil analysis - without interupting the machine's work or production. Condition monitoring methods, like lube testing, are closely related with other terms such as predictive maintenance, proactive maintenance, and reliability centred maintenance. The useful and accurate assessment of equipment and lube condition helps improve maintenance efficiency and reduce costs.
Onsite Sample Testing Equipment and Instruments
Monitor the health of lubricants and greases by taking a sample and analysing in one of the following products:
Lube oil water contamination: DIGI+
Lube oil base number and/or water contamination: DIGI+
Lube oil viscosity: Heated Viscometer
Lube oli multi-parameter analysis: Oil Test Centre
Monitor machinery wear by detecting wear debris in lubricants and greases by taking a sample and analysing it:
Magnetic iron wear debris in oil or grease: Ferrous Wear Meter (FWM+)
Particle Quantifier (pq®) Laboratory standard magnetic iron wear debris in oil or grease: pqL
Machinery Mounted Direct-Sampling Online Sensors
Monitor the health of lubricants with sensors direct in the in-service fluid. Constant feedback to displays or integrated into supervisory panels and monitoring systems.
Lube oil contamination: Fluid Condition Sensor (FCS)
Lube oil condition: Fluid Property Sensor (FPS)
Monitor machinery wear by detecting debris in lubricants with sensors derect in the in-service fluid. Constant feedback to displays or integrated into supervisory panels and monitoring systems.
Machinery wear debri detection in fluids: Metallic Wear Debris Sensor (MWDS)
Monitor fluid particulate contamination in lubricants and hydraulics with sensors sampling directly the in-service fluid. Constant feedback to displays or integrated into supervisory panels and monitoring systems.
Fluid and particulate monitoring (Cleanliness Codes): iCount Particle Detector Range (iCountPD)
ENGINES
Maintaining your machinery's oil is crucial, as it's the key lubricant preventing metal-on-metal contact in engines, hoists, and compressors, ensuring smooth operation.
Prioritizing oil analysis is essential for maintenance teams to keep machinery running efficiently and reduce downtime, thereby optimizing output and cutting costs. Utilizing advanced oil analysis tools, along with wear debris analysis and other condition monitoring techniques, is vital for the health and efficiency of heavy machinery.
Onsite Sample Testing Equipment and Instruments
Monitor the health of lubricants and greases by taking a sample and analysing in one of the following products:
Lube oil water contamination: DIGI+
Lube oil base number and/or water contamination: DIGI+
Lube oil viscosity: Heated Viscometer
Lube oli multi-parameter analysis: Oil Test Centre
Monitor machinery wear by detecting wear debris in lubricants and greases by taking a sample and analysing it:
Magnetic iron wear debris in oil or grease: Ferrous Wear Meter (FWM+)
Machinery Mounted Direct-Sampling Online Sensors
Monitor the health of lubricants with sensors direct in the in-service fluid. Constant feedback to displays or integrated into supervisory panels and monitoring systems.
Lube oil contamination: Fluid Condition Sensor (FCS)
Lube oil condition: Fluid Property Sensor (FPS)
Monitor machinery wear by detecting debris in lubricants with sensors derect in the in-service fluid. Constant feedback to displays or integrated into supervisory panels and monitoring systems.
Machinery wear debri detection in fluids: Metallic Wear Debris Sensor (MWDS)
Monitor fluid particulate contamination in lubricants and hydraulics with sensors sampling directly the in-service fluid. Constant feedback to displays or integrated into supervisory panels and monitoring systems.
Fluid and particulate monitoring (Cleanliness Codes): iCount Particle Detector Range (iCountPD)
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