Products

Laboratory Service

OPC - Oil Particle Check This check establishes the quality of filtration in your system. This enables you to determine whether the purity of the oil still meets the required standard for sensitive components. Regular particle analyses can reveal signs of wear and tear and so aid preventive maintenance. Analysis Determination of contamination level according to ISO 4406:1999 Determination of contamination level according to NAS 1638 Number of particles per particle size and in cumulative terms Vacuum membranisation Visual inspection of solid matter

 

OWC - Oil Water Check Water contamination in the oil poses a serious risk to any hydraulic system. It accelerates the ageing process of the oil and can cause local collisions. An increased water content is particularly critical when using bio-oil (HEES). Here again, regular inspection aids preventive maintenance. Analysis Determination of water content in ppm according to Karl Fischer method

 

OCC - Oil Chemical Check An exact solid-matter analysis is essential particularly after lengthy idle periods or in case of damage. If carried out regularly, the results can help determine the optimal service life of the oil. Analysis Determination of exact quantities of the following solids: Wearing metals:  FE, Cr, Sn, Al, Ni, Cu, PB Additives:  Ca, Mg, Zn, P, Ba, Mo Impurities:  Dust (Si), K, Na, B

 

OVC - Oil Viscosity Check This important property of the process medium shows how fast it is ageing. A stable, optimal viscosity is highly important both for the performance data of the hydraulic system and the wear protection of the components. Analysis Viscosity at 40 °C Viscosity at 100 °C Viscosity index Oxidation Appearance analyse ter

 

MOPC - Mobil Oil Particle Check This check establishes the quality of filtration in your system. This enables you to determine whether the purity of the oil still meets the required standard for sensitive components. Regular particle analyses can reveal signs of wear and tear and so aid preventive maintenance. Conducted on site and supplemented by pressure and/or temperature measurements, comprehensive start-up measurements can be completed quickly and efficiently. Measuring on site (optional) Pressure Underpressure Temperature Oil sample Analysis Determination of contamination level according to ISO 4406:1999 Determination of contamination level according to NAS 1638 Number of particles per particle size and in cumulative terms Vacuum membranisation Visual inspection of solid matter

 

FPC - Filter Pressure Check In the case of unusually short filter lifetimes or test applications, etc., it is best to carry out a direct inspection from the filter element on the test bench. With a wide performance range and variety of viscosities, it is possible to determine all required performance curves. Analysis Dp-qv characteristic via test bench Available for a minimum of 2 different viscosities, others subject to agreement.

 

FMC - Filter Material Check An exact analysis of the particles retained in the filter can often provide “clues” to the causes of damage. Both solid matter and chemical reaction products can be examined under the REM. Analysis Separation of element Ultrasonic separation of solid matter Membranisation of solids Visual inspection Microscopic digital recordings Examination of fleece coating if required

 

FSC - Filter Screen Cleaning In the case of filtration grades <100 µm, the wire mesh can only be effectively regenerated via an ultrasonic bath. This prolongs the maintenance intervals and extends the lifetime of the filter element, thus bringing economic benefits for you, the user. Abilities Cleaning of cylindrical or radial-type wire gauze elements via compressed air, cleaning solution and ultrasonic bath.

 

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