2. About us
• The plants are suitable for Transformer & Capacitor Manufacturers, Transformer Repairers, Transformer
Owners, Oilfiltration service providers etc. These plants work on low temperature, high vacuumprinciple.
We also developed Trickle Impregnating Machines for varnishing of electrical machines windings such as
armatures, rotors,field coils, stators. Thesemachines aresuitable for varnishing of electrical windings in
mass production. Auto electrical parts, mixers, fans, electrical motors, Instrumenttransformers etc. are
few to name.
We also manufactureVacuumImpregnation Plants for big electrical windings and VacuumDrying Ovens
for drying of transformers, capacitorsetc. On line transformer oilregeneration plants are under
development.
Our Customer list includes clients ranging fromsmall oil filtration service providers to big customers like
NTPC, BHEL, NHPC, various electricity boards etc. Our plants areworking all over India and countries such
as Saudi Arabia, Jordan, Qatar, Iraq, Nepal, Bangladesh, Zambia, Equator, Egypt, Turkey etc.
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4. High Vacuum Transformer Oil Filtration
• High-VacuumTransformer Oil FiltrationAndDehydrationPlants aresuitablefor all types of electrical
insulating oils. We havestandard high-vacuumfiltration and dehydration plants to removemoisture(free
as well as dissolved), gases, dirtand oxidation products frommineral-based and synthetic, silicon oils and
others.
• Systems arein flow rates from300 LPH to 12000 LPH. Custombuiltplants can be provided as per
customer’s specific requirement, such as moreflow-rates. Theseplants work on low temperature, high
vacuumprinciple. Plants mainly consistof heating, filtration and vacuumsystem. Heating systemaids to
the filtration and moistureremoval. Filtration systems removesuspended particles down to 1 micron such
as rust, dirt, scales, colloidal carbon etc. VacuumSystems removemoisture(emulsified as well as
dissolved) down to < 5 – 10 ppm depending on the working vacuumof the plant.
• Working Systems
• Optionals
• Plant Can Be Supplied
• Points For SelectionOf Plants
• How To Configure The Model
•
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6. Trickle ImpregnationTechnique
• Trickle Impregnation Technique
• In today’s competitiveworld the electrical insulation materials and the processes areviewed with
tremendous costand quality consciousness. Varnishing of electrical machine winding forms a major part of
the total costof the electrical insulating materials. With the increasing costs of energy and solvents for use
in varnishing, it has become a need of the hour to look into the change in the conventionalimpregnation
methods such as Dip and bake varnishing or the Vacuumimpregnation.
• On this background Trickleimpregnation technique was evolved to improvethe varnishing quality coupled
with reduced cost. This technique is now well accepted and used for impregnating stators /fields and
armatures / rotors in all the advanced countries
• Trickle Impregnation Technique :
• According to the principle of Trickle Impregnation, activated resin is trickled in a thin jet on to the rotating
preheated winding. The resin immediately gets heated and its viscosity is reduced. Due to the rotary
motion of the winding the resin gets distributed evenly inside the winding without any drain loss. The
heated winding accelerates the gelling and curing of the resin.
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8. Batch Type Trickle Impregnating Machines
Trickle Varnish Impregnating Machineis suitable for pre-heating, trickling and postheating of stators. The
machine is simple and compact in design. Itis easy for operation and maintenance. Itis ideally suitable for
batch type production of stators. Themachine is suitable for carrying out following automatic cycle
• Load stators on spindles, connectwinding wires, closethe frontdoor and start cyclewith push button.
• Spindles start rotating and get pre-heated to predetermined temperature.
• Temperature of stator is sensed by non contact TIC.
• Spindle holding plate is tilted up and varnish pipes are tilted down to adjustthe place of trickling.
• Varnish pump starts and predetermined varnish is trickled on stators /rotors and pump stops. Trickle
Temperature is maintained with the non contact TIC
• Spindle holding plate is tilted down and varnish pipes are tilted up and postheating starts.
• After completing the postheating spindles, stop.
• Open the door & removewire connections and Un-load the ready stators.
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9. Batch Type Trickle Impregnating Machines
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10. Index Type Trickle Impregnating Machine
• Trickle Impregnating Machines aresuitable for automatic impregnating of stators and rotors by trickle
process. Stators and Rotors areheated to pre-determined temperatureand then trickled with varnish
(Resin + Hardener) and cured until it hardens. They are then ready for unloading manually. They are
rotated by chain drivewhich rotates the spindles mounted on rotating / indexing table at an appropriate
speed suitable for trickling. Indexing Table is rotated by motor with gear box and limit or proximity
switches.
• Job Indexing System: Indextable is mounted on a spindle placed in fabricated box containing main spindle
bearings. Itis indexed with the help of brakemotor, gearbox, chain, and main spindle. The index position is
ensured by spring loaded index pin operated by pneumatic cylinder, proxy switch, reed switch & PLC.
• Job RotationSystem: Rotating spindles are mounted on the index table driven by electric motor, gearbox,
chain and sprockets. An arrangementis provided such that when jobs cometo loading - unloading station,
spindles stop rotating for easy removaland placement.
• Heating System: Stators and Rotors arepreheated and cured while passing through the preheating zone
and postheating zone. Radiation type electric heaters do heating in pre-heating and curing zonewith
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12. Vacuum Impregnation Plants
• VacuumImpregnation Plants and PressureImpregnation Plants is designed for varnish impregnation to be
carried out in following steps and will be generally as per the schematic diagramattached.
• Pre-heating the jobs in either Impregnation Chamber or in Oven if you have a less time available.
Evacuation of Impregnation Chamber (after putting the jobs) to make the voids in the jobs clear and drying
of jobs for specific time & required temperature/ vacuum.
• Induction of impregnant (Varnish) in the Impregnation Chamber from impregnantTank to submergethe
jobs in it.
• Pressurizethe Impregnation Chamber with dry air or nitrogen to fill the voids with Impregnant.
• Return the varnish to ImpregnantTank.
• Cure the jobs either in Impregnation Chamber or in Oven for specific time if time available is less.
•
The plant will be generally as per the schematic diagramattached herewith and will mainly consistof
following major components:
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14. Industrial Oil Purification Systems
IndustrialOilPurification Systems Oilpurification systems aredesigned & manufactured to suit the specific
requirementof the customer. Normally the oil is deteriorated by contamination of foreign particles, moisture
(free& dissolved), oxidation sludge etc. The deteriorated oil affects the performanceof the equipment in which
it is used because of change in properties. Differentmodules are designed to removeparticular types of
contaminations. The purification systemnormally consists of filtration / purification stages for economical
operation. In prefiltration stage coarseparticles are removed using cleanable / washableelements. In
intermediate stagethe major portion of the contaminants removed by using the properly selected filter
elements suitable for oil to be purified. In final stage the fine contaminants areremoved by special elements to
suit the final application and purification level. The freemoistureremovalis carried out either by gravity
separation methods such as spirafuge, centrifugeor by using coalescer elements. Dissolved moistureis
removed partially by coalescer elements and finally by vacuumtreatment.
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16. Capacitor Impregnation System
• CAPACITOR IMPREGNATION SYSTEM
• The plant is specially designed for drying and impregnation process and to improve power factor of an
electrolytic capacitors for motor and fan industries.
•
The plant consists of : Impregnation chamber
• The impregnation chamber can be of Square shape or in a cylindrical shape.
• Vacuum achievement will be upto 0.0001 torr.
• The leak rate (L.R) of the system will be better then 0.1 torr lit/sec.
• Heating to the impregnation chamber by thermic oil heating (external or internal)
• Individual oil filling by single valve.
• All valves provided to the system will be of our own make, 100% leak proof having standard leak rate.
• Terminal testing flange will be provided for the purpose.
• R.O.S.T(Raw oil storage tank) & P.O.S.T(Processed oil storage tank)Shape: Cylindrical.
• Leak proof level indicators provided.
• Accessible manhole for maintenance purpose.
• Effective oil heating jacket provided surrounding to the R.O.S.T and P.O.S.T.
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18. Cutting Oil Filteration Machines
• CUTTING OIL FILTERATION MACHINES
•
Cutting oils are primarily used as a lubricantin the interface between the chips and the tool's cutting edge,
reducing process friction and aiding in chip flow. Cutting oils arealso employed as a cooling agent to
removeany process-generated heat, as they increasethe rateof heat flow fromthe machining process.
We are a renowned organization that is involved in offering quality approved Cutting Oil Filtration
Machine. The offered rangeis manufactured keeping in mind the variegated requirements of our
respectable customers. Our logistics personnelmake surethat the consignments aretimely delivered at
customers’ destinations.
• Features
• Highperformance
• Longer service life
• Less power consumption
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20. Hydraulic Oil Filtration Plant
• Hydraulic Oil FiltrationPlant
•
We have a specialized team of engineers that fabricatea wide rangeof hydraulic oil filtration unit. These
hydraulic oil filtration units help in the purification of oils & chemicals by removing dust & sediments from
it. This entire unit is fabricated in accordancewith the international standards of quality.
• This filtration unit included the pump, 149 Micron suction filter. 10 Micron return line filter, with single /
three phase electric motor. The unit used for cleaning the fluid in a reservoir by circulating it through its
two stage filtration systems. This porta filter provides flexibility for in plant machinery. Wherever as single
/three phase electrical connection available. The unit provides filtration, flushing and transfer of oil from
container to the hyd. tank or vice versa.
• Features
• Usedfor filtrationof Hydraulic, Turbine oil, Transformer Oil, Diesel, Lubricating Oils andChemicals
• Self priming motorizedpumpwithstarter
• Pressure indicator for filter clogging
• Easy to use and maintain
• Ruggeddesign.
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22. Insulating Oil Purifier
• Transformer oilor insulating oil is a highly refined mineral oil remaining stable at high temperatures and
has excellent electrical insulating properties. Itis vitally importantfor the safeand efficient operation of
many types of electrical equipment such as power transformers, instrumenttransformers, circuitbreakers
and high voltage bushings.
• This filtration unit included the pump, 149 Micron suction filter. 10 Micron return line filter, with single /
three phase electric motor. The unit used for cleaning the fluid in a reservoir by circulating it through its
two stage filtration systems. This porta filter provides flexibility for in plant machinery. Wherever as single
/three phase electrical connection available. The unit provides filtration, flushing and transfer of oil from
container to the hyd. tank or vice versa.
• Why usetransformer oil?
• Transformer oilis used as liquid insulation and dissipates transformer heat. Morespecifically, the
transformer oilis used as a coolantin transformers and as a means of arc suppression in circuitbreakers
(apartfromits insulating properties).
• Transformer oilnotonly helps to preservethe coreand windings which are fully immersed with oil, but
also prevents directcontact of atmospheric oxygen which causes oxidation of the cellulose made paper
insulation around the windings.
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24. TURBINEOIL PURIFIER
• These are specifically designed for filtration and dehydration of hydraulic oil, turbine oil, and thermic fluid.
These plants work on heating, filtration and vacuumprinciple. These plants aresuitable for the machine to
machine filtration, as they are compact in sizeand light in weight and easily handled with two persons.
These plants are suitable for remote site filtration as they can be carried in small rickshaw tempo. Our
plant specialty is the removalof free as well as emulsified water fromthe oil along with particles up to 1
micron such as oxidation sludge, colloidal carbon, dirt, etc. Filtration is efficient and very fastdue to
specially molded cellulose cartridges. Theseplants requirea nearly unattended operation as oil level is
controlled by a float switch.
• Features
• Low operational cost
• High vacuumLow-temperatureoperation
• Highly efficient due to latest technology
•
Specifications
• Flow rate: 150 LPH to 1200 LPHGrade: AutomaticBrand: Ar Engineering
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