SERVICES AND EQUIPMENTS
Why do oil analysis in hydraulic / mechanical systems: 80% of machine downtime and component failures are caused by component wear and contamination generated during work.
The size of the particles that we call contamination can vary from 5 to 40 microns, but the limit of human visibility is only 40 microns. Harmful particulate matter, even in high quantities, is invisible.
The size of the particles that we call contamination can vary from 5 to 40 microns, but the limit of human visibility is only 40 microns. Harmful particulate matter, even in high quantities, is invisible.
Even acids, dissolved water and other oxidation by-products can only be detected with specific instruments.
To monitor the real condition of a fluid it is therefore necessary to always use the most appropriate means such as Parker laboratory analysis.
To monitor the real condition of a fluid it is therefore necessary to always use the most appropriate means such as Parker laboratory analysis.
Parker Tracking System – PTS
The Parker Tracking System or PTS is a hose labeling system, consisting of a “unique” database of assembled hoses. With the PTS label, hose assemblies can be ordered by phone and picked up at your convenience or shipped. Failures can be annoying and costly, Parker developed the PTS system to provide exceptional service when you need it most.
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Parker Par-Fit – Interchangeable Filter Cartridges
Par Fit ™ is a range of Parker filter cartridges consisting of over 50,000 interchangeable models that can be installed on different containers of different brands and specific for compressed air, hydraulic fluids, fuels, process liquids. Parker Par Fit ™ elements offer high filtration efficiency, low operating costs, long life, high quality and the convenience of purchasing your products from a single supplier.
Fluid Monitoring – Contamination and Status
80% of hydraulic machine downtime and component failures are caused by component wear, oil contamination generated during operation, and inaccurate monitoring of the status of pressurized fluids.
