On-Site Field Service and Evaluation

Detailed Service Description

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Our experts at Bennett Filtration will come to your site to assess your equipment to determine the ideal ISO cleanliness levels for your equipment’s components. By analyzing maintenance schedules, oil specifications, and production demands, we will tailor solutions to ensure your hydraulic oil attains the industry-specific ISO cleanliness levels.

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Hydraulic equipment components have minimum contamination (Recommended Upper Limit ISO cleanliness co – etc. pdf link) levels at or below which your most sensitive component should operate to deliver maximum cycle life and reliable performance. Machine designers make their best estimate when specifying filter housings and filter element components that will meet these needs. Every hydraulic machine lives in its own world.

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Maintenance periods, oil specs, production schedules affect the hydraulic oil cleanliness levels and replacing filter elements with what is printed on a filter housing doesn’t necessarily deliver the ISO cleanliness level the label suggests it will deliver. The experts at Glenn Bennett Corp can direct you to reference material that explains what level of ISO cleanliness is best suited for the components in your equipment.  We can then define the ideal combination of filter element replacements to bring your hydraulic oil to industry specified ISO cleanliness levels for maximum cycle life and reliable performance.

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Components within hydraulic systems require specific ISO cleanliness levels to function reliably and maximize their life cycles. But replacement filter elements often don’t achieve the necessary ISO cleanliness levels due to various operational factors that affect their oil quality. That makes on-site hydraulic system filtration an essential part of ensuring equipment performs at optimal levels and extending machinery longevity. 

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Contact Bennett Filtration today to find out more about how our on-site filter analysis services can optimize your equipment performance and prolong its life cycles.