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Category Archives: Routine Testing

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Oil Testing for Compressors Explained by Eurofins TestOil

Oil Testing for Compressors Explained by Eurofins TestOil
The oil in compressors needs to be tested regularly to ensure the system operates efficiently and reliably. This analysis is crucial in order to monitor the oil’s condition, detect contamination, prevent damage and optimize the frequency of oil changes. Benefits include: • Early Detection of Problems: Oil sampling can help detect potential problems before they…
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Grease Analysis—Essential for Manufacturing Robotics

Grease Analysis—Essential for Manufacturing Robotics
Grease analysis in terms of robotics involves evaluating the condition of lubricating grease used in components such as joints, bearings, and gears. It helps maximize performance, extend the lifespan of robotics, and prevent unplanned downtime.Grease analysis details the condition of the grease without requiring a full grease change. This allows operators to delay costly changes…
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Filter Debris Analysis for Wind Turbines

Filter Debris Analysis for Wind Turbines
Filter Debris Analysis (FDA) reveals the wealth of information trapped in filters. Along with oil analysis, it delivers a comprehensive assessment of machine wear. FDA is key for industries that include aviation, heavy machinery and energy—wind in particular--to identify wear patterns, contamination sources, and mechanical issues.With standard oil analysis, only particles circulating in the oil…
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Turbidity Testing for Servers with Cold Plate Cooling Systems

Turbidity Testing for Servers with Cold Plate Cooling Systems
Most high-performance server OEMs, including Lenovo , recommend continuous oversight of system coolant properties such as conductivity, pH, corrosion rate, and turbidity to ensure optimal performance and longevity of HPC systems.Turbidity testing for cold plate cooling systems, in particular, is crucial. Elevated turbidity levels can signal the presence of particulates or contaminants that may impair…
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HPC Cluster Coolant Health Testing: Recommended Tests

HPC Cluster Coolant Health Testing: Recommended Tests
In order to guarantee the longevity and optimal performance of HPC cluster cooling systems, it is necessary to conduct a variety of tests on coolants to assess their cleanliness, efficacy, and chemical stability. Quarterly testing is frequently advised in high-demand environments, such as data centers, but the frequency of testing hinges on the manufacturer's recommendations…
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High Performance Server Coolant Health Testing: Types of Coolants

High Performance Server Coolant Health Testing: Types of Coolants
The formulation of coolant in high performance servers differs depending on the cooling method and specific requirements; however, these coolants are typically classified into two categories. Water-Based Coolants: Closed-Loop systems frequently employ these types of coolants, which are a combination of water and other compounds. These coolants are favored for their safety and high thermal…
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