Products / Services #4978559

removes impurities and restores improves the electrical, chemical and physical properties of transformer insulating oils. This oil is an integral part of most large power transformers. It serves two major roles, as a cooling agent and as an electrical insulator between internal components. Contamination of this oil compromises the insulating properties and leads to premature failure of the transformer. This contamination can be in the form of water, dissolved gases, or foreign particles. By processing this oil with a vacuum dehydration unit like the Vacudyne Transformer Oil Purifier, this contamination can be removed returning the insulating oil to its original specifications. The system incorporates high vacuum and mechanical filtration to dehydration, degasification and filter contaminated oil. Engineered with functionality and versatility to meet a wide range of applications with features such as: an inlet pump capable of drawing oil from long distances and low elevations, a unique multi-level vacuum chamber design for rapid degasification, a sophisticated heating control scheme to insure safe and efficient processing of the contaminated oil, and a variable speed outlet pump to return the processed oil to the transformer being serviced. Control, monitoring, and user interaction is accomplished through an industrial grade touchscreen operator interface. All parameters are easily viewed and adjusted through this interface along with viewing of current and historical data.

Vacudyne designs and manufactures custom vacuum chambers for a variety of industrial and commercial applications. Since 1957, Vacudyne continues using the latest technologies available to insure our chambers are engineered and built for years of precision operation. From the simple to the complex, Vacudyne can design and manufacture chambers to meet your most critical needs.

remove impurities and restores improves the chemical and physical properties of lubricating oils. The system incorporates high vacuum and mechanical filtration to dehydration, degasification and filter contaminated oil. Engineered with functionality and versatility to meet a wide range of applications with features such as: an inlet pump capable of drawing oil from long distances and low elevations, a unique multi-level vacuum chamber design for rapid degasification, a sophisticated heating control scheme to insure safe and efficient processing of the contaminated oil, and a variable speed outlet pump to return the processed oil to the equipment being serviced. Control, monitoring, and user interaction is accomplished through an industrial grade touchscreen operator interface. All parameters are easily viewed and adjusted through this interface along with viewing of current and historical data.

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Oil is drawn into the high vacuum dehydration system. As oil enters the system, the inlet strainer is used to prevent particles from entering the system. The oil is safely and efficiently heated using low watt density heaters operating at 10 - 12 wattsin2 (1.55 - 1.86 wattscm2). The heater is thermostatically controlled to protect the oil from overheating. The oil then enters the vacuum chamber. Vacudyne uses a unique cascading distribution plates design for the chamber. A low maintenance rotary-piston compound-vacuum pump is used to provide a deep and consistent vacuum. The vacuum chamber system provides the following benefits: System vacuum less than 1 TorrVacuum pump maintains consistent vacuum and discharge volumeHigh water handling capabilityHigh oil water gas separation due to the chamber design which includes dispersion cartridges.Restores the oil dielectric strength to manufacturer's original specifications by ASTM method D1816Water removal from 100 ppm to < 10 or 50 ppm to < 5 ppmGas removal from 12% by volume to less than 0.25% by volumeFilters 99% of particulates > 0.5 micronsHigh and low level system controls for safe operationOil exits the vacuum chamber by way of the outlet pump. The outlet pump enables the system to return the oil to the equipment at a consistent system flow and discharge pressure.

lexable new cycle development capability by renaming and editing cycles reducing programming timing Extremely user friendly Windows based interface Drop down menu driven screens for flexible and efficient cycle development Rules based control prevents users from selecting phases out of sequence Internal LEL calculation is designed to prevent user from creating an unsafe cycle Reporting Detailed cycle reports showing: Cycle Parameters Sterilization Process Data Alarms and Messages Graphs Optional reports for: Summary Validation Report for ParametricRelease Cycle to Cycle Comparison Product Temperature Custom Designed to meet Customerspecifications

Vacudyne transformer vacuum filling chambers are designed and built to remove air and moisture from the electrical transformer under vacuum and then fill the transformer with insulating oil while also under vacuum.

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Vacudyne transformer vacuum filling chambers are designed and built to remove air and moisture from the electrical transformer under vacuum and then fill the transformer with insulating oil while also under vacuum.

Oil is drawn into the high vacuum dehydration system. As oil enters the system, the inlet strainer is used to prevent particles from entering the system. The oil is safely and efficiently heated using low watt density heaters operating at 10 - 12 wattsin2 (1.55 - 1.86 wattscm2). The heater is thermostatically controlled to protect the oil from overheating. The oil then enters the vacuum chamber. Vacudyne uses a unique cascading distribution plates design for the chamber. A low maintenance rotary-piston compound-vacuum pump is used to provide a deep and consistent vacuum. The vacuum chamber system provides the following benefits: System vacuum less than 1 TorrVacuum pump maintains consistent vacuum and discharge volumeHigh water handling capabilityHigh oil water gas separation due to the chamber design which includes dispersion cartridges.Restores the oil dielectric strength to manufacturer's original specifications by ASTM method D1816Water removal from 100 ppm to < 10 or 50 ppm to < 5 ppmGas removal from 12% by volume to less than 0.25% by volumeFilters 99% of particulates > 0.5 micronsHigh and low level system controls for safe operationOil exits the vacuum chamber by way of the outlet pump. The outlet pump enables the system to return the oil to the equipment at a consistent system flow and discharge pressure.