New Anucool Engineers Gokul Shirgaon, Kolhapur, Maharashtra

The Window AC Test Rig is designed and manufactured such that the students can understand construction and working of a window type air conditioner and conduct the trial on it to evaluate performance of the same. The Window AC Test Rig is fixed in a rigid angle frame, with its cover cut half open to reveal the internal parts of the AC. The required pressure and temperature tapings are drawn for measurement of pressures and temperatures at salient points. Energy meter is provided for recording compressor energy consumption. A sling psychrometer is provided for measurement of inlet and outlet Dry-bulb & wet bulb temperature. With the help of manometer, velocity of air and consequently the flow rate of air can be determined.

Our Water Cooler Test Rig enables students to study and understand Vapor Compression Cycle, its components, principle and working. These Water Cooler Test Rigs are designed with precision to make the process of testing student-friendly and easy. Construction All the components are mounted on rigid steel frameThe trainer consists of a hermetically sealed compressor, forced convection air-cooled condenser, filter / drier, flow meter, expansion device and coil wound type evaporatorSeparate pressure gauges are provided to record suction and discharge pressures and digital temperature indicators for various temperatures Refrigerant used is R-134 A which is environment friendly. List of Experiments To study various components and controls used in Vapour Compression CycleTo evaluate the cooling capacity of water coolerTo evaluate actual and theoretical C.O.P. of Vapour Compression CycleTo plot the actual Refrigeration Cycle on P-H and T-S charts

Our Water Chillers are manufactured with precision, and have many advanced features to provide effective and high cooling. We make available Water Chillers in vertical and horizontal configurations as per the specifications of the clients. The performance tested Water Chillers offered by us are in demand in food processing industry, and in chemical machines, printing machines, etc. Owing to their robust and rust free body, they offer long-lasting service. Availability Vertical and horizontal configurationsWith standby delivery pumps100% redundant with auto or manual changeover and castors for portability, etc.Capacity: 3-10 tons for fluid cooling between -10oC and 25oCHigh performance PHE, Shell & Tube or Tube in Tube type heat exchangers can be offered as per the demand Features Hermetically sealed scroll compressor for higher efficiencyThe shell & tube or finned tube condenser is used for higher efficiencyThe main power isolatorHigh/Low pressure safety cut-outs protect the compressorAntifreeze protection provided for safetyTop quality drying filterHeavy-duty welded Stainless Steel tank with insulation for rust-free and energy saving

The Vortex Tube Test Rig is one of the non- conventional methods of cooling which has no moving parts. It requires only source of compressed air. Through this tube, when air is admitted at high pressure, from one end, hot sir is discharged and from the other end, cold air comes out. The test rig is designed such that all the performance can be evaluated. Customer Scope Electrical power point 230 volts, 50 HZ, 1 ph, with 16 amps MCB.Clear space of 3 m x 2 m.Compressed air supply at 5 bar & 50 CFM List of Experiments To understand the principle of working Vortex Tube To evaluate Adiabatic Efficiency of the system.To evaluate C.O.P. of the system.To find out Refrigeration Effect per kg of air supplied.

We manufacture Vapor Absorption Refrigerator with advanced working and easy operational features. These are self contained Refrigerators working on absorption technology. In the absence of a compressor or pump, the circulation takes place by density difference. The Vapor Absorption Refrigerator absorbs the vapor emitted in the industries and laboratories, and prevents the heating of the place. Attributes Consumes less electricityDoes effective coolingLong service lifeLow maintenance How It Operates? The system is pre-charged with three fluids namely water, ammonia and hydrogen. Hydrogen is used as an �inert gas� and does not undergo any phase change and heat transfer processes. Its purpose is to keep the pressure of the system constantIt uses an electrically operated generator, where, the ammonia vapors dissolved in water are separated and pure ammonia vapors enter the condenserIn the condenser, the high pressure vapors reject its latent heat to the surroundings and get liquefiedThe liquid ammonia expands through expansion device where its pressure and temperature is reduced and cold low pressure vapor enters the evaporator where it absorbs heat from the space to be cooled and then vaporized ammonia absorbs in waterThis strong solution then enters the generator and the cycle repeats List of Experiments To study construction and working of a vapour absorption refrigeratorTo evaluate performance of the refrigerator by calculating the C.O.P of the system Principle of Operation Electrolux principle works on 3-fluid system. There is solution circulation pump. Total pressure is the same throughout the system. The third fluid remains mainly in the evaporator thus reducing partial pressure of refrigerant to enable it to evaporate at low pressure and hence low temperature. The schematic diagram of the Electrolux refrigerator working on NH3-H2O system with H2 as the third fluid is shown in figure. Liquid NH3 evaporates in the evaporator in the pressure of H2. Hydrogen is chosen as it is non �corrosive and insoluble in water. A thermosyphon bubble pump is used to lift the weak aqua from the generator to the separator. The discharge tube from the evaporator the generator is extended down below the liquid level in the generator. The bubbles rise and carry slugs of weak NH3-H2O solution into the separator. Two U-bends are provided as vapour- locks to prevent H2 from getting into the high side or solution circuit. Partial pressure of H2 provides the pressure difference of NH3 between the condenser and evaporator. Accordingly, we have: In condenser pure NH3 vapour pressure = Total pressureIn evaporator NH3 vapour pressure = Total pressure - partial pressure H2 For example, Consider the condenser temperature at 50 C and evaporator temperature as -15 C The corresponding vapour pressures of NH3 are : Condenser, Pk = 20.33barEvaporator outlet Po2 = 2.6barThe approximate pressures in various parts of the system, then will be as given in the table. SectionNH3H2OH2TotalCondenser20.330020.33Evaporator inlet1.516018.81420.33Evaporator outlet2.36017.9720.33Generator top15.544.79020.33 It has been assumed that vapours leaving generator top are in equilibrium with entering rich solution at 40 C, at which temperature saturation pressure of NH3 is 15.45bar. It has also been assumed that the temperature at evaporator inlet is -25 C at which temperature saturation pressure of NH3 is 1.516 bar. Technical Specifications Sub TitleParameterModelNAEVM-01Gross Volume41 LitersRefrigerantWater, Ammonia, HydrogenGeneratorElectrically HeatedCondenserNatural Convection TypeEvaporatorNatural Convection TypeMaterial of ConstructionM.S.Supply230 Volts, 50 HZ, 1 PHEnergy Consumption1.07 KWH Per 24 HrsEnergymeterProvidedTemperature IndicatorDigital Indicator at the Salient Points

We have vast experience of 15 years to Design & Manufacture all the Educational Products in Mechanical Refrigeration. Over this period, our products have received wide spread acceptance in the market, owing to their high reliability, ruggedness, performance & quality. We assure consistent results throughout it’s lifecycle. We uniquely use environment friendly non ODS refrigerants approved under MONTREAL PROTOCOL.

we are offering steam jet refrigeration test rig. the steam jet refrigeration test rig (naesjr), offered by us, consists of steam ejector, an evaporator, a condenser mounted on a board as shown in the picture. necessary valves at the inlet & exit of the ejector, and between ejector and evaporator are provided in this steam jet refrigeration test rig (naesjr) for the flow variation and maintaining the pressure differential. an insulated water sump is used in steam jet refrigeration test rig (naesjr) as a source of circulating water. a small submersible pump is fitted in the sump for the circulation water through the system. our steam jet refrigeration test rig (naesjr) has a digital temperature indicator with a provision of six numbers of channels to indicate temperatures at various points. why our steam jet refrigeration test rig (naesjr)? accurate in testing efficiently maintains the pressure differentialworking can be easily understoodeco-friendlyindicates temperature at all levels easy to use

The Steam Jet Refrigeration Test Rig (NAESJR), offered by us, consists of steam ejector, an evaporator, a condenser mounted on a board as shown in the picture. Necessary valves at the inlet & exit of the ejector, and between ejector and evaporator are provided in this Steam Jet Refrigeration Test Rig (NAESJR) for the flow variation and maintaining the pressure differential. An insulated water sump is used in Steam Jet Refrigeration Test Rig (NAESJR) as a source of circulating water. A small submersible pump is fitted in the sump for the circulation water through the system. Our Steam Jet Refrigeration Test Rig (NAESJR) has a digital temperature indicator with a provision of six numbers of channels to indicate temperatures at various points. Why Our Steam Jet Refrigeration Test Rig (NAESJR)? Accurate in testing Efficiently maintains the pressure differentialWorking can be easily understoodEco-friendlyIndicates temperature at all levels Easy to use

We are offering sample gas coolers with very high conditioning capacity. Manufactured in adherence to the international standards, these sample gas coolers are used for cooling and drying the analyzer gases. The gas analyzing work is made easier and accurate by reducing the temperature of the sample gas to a very low temperature and thus the dew point of the gas is kept constant. Owing to their advantages, our sample gas coolers find wide applications in cement, petrochemical, steel plants, power generation & process industries. working the sample gas is passed through a heat exchanger where it cools down to approximately 5 degree celsiusthe drying of gas is achieved through condensation of water vapor in heat exchanger from where it has to be continuously drained out features import substitute productcompact designhighly energy efficientlong maintenance-free service lifess 316l gas coilsmicroprocessor based digital temperature indicator cum controlleralarms with potential free relays of high temperature & low temperatures available in single, double and triple gas paths with 110/230 vacbase mounting, wall mounting and standard 19” rack mounting  model

We are offering refrigeration test rig. Our refrigeration test rig (naerf-01e) is designed with accuracy to make the process of testing easy and correct. Use of r134a as a refrigerant makes our refrigeration test rig (naerf-01e) environment friendly. The refrigeration test rig (naerf-01e) is designed by keeping in mind the problems faced by the experimenters while testing, and we provide the refrigeration test rig (naerf-01e) with user-friendly features. Owing to these eco-friendly features, the observation and study of vapor compression cycle, the component principle & working of refrigeration test rig (naerf-01e) are easily understood. list of experiments to study various components and controls used in vapour compression cycleto evaluate the tonnage capacity of the air conditioning system by enthalpy difference methodto evaluate actual & theoretical c.o.p. Of vapour compression cycleto plot actual refrigeration cycle on p-h chart rating conditions ambient temperature = 350 ocatmospheric pressure = 1.01 barsuction pressure = 35 psigdischarge pressure = 180 psigevaporation temperature = 7.70 ocdischarge temperature = 550 oc

Our Refrigeration Test Rig (NAERF-01E) is designed with accuracy to make the process of testing easy and correct. Use of R134a as a refrigerant makes our Refrigeration Test Rig (NAERF-01E) environment friendly. The Refrigeration Test Rig (NAERF-01E) is designed by keeping in mind the problems faced by the experimenters while testing, and we provide the Refrigeration Test Rig (NAERF-01E) with user-friendly features. Owing to these eco-friendly features, the observation and study of vapor compression cycle, the component principle & working of Refrigeration Test Rig (NAERF-01E) are easily understood. List of Experiments To Study Various Components and Controls Used in Vapour Compression CycleTo evaluate the tonnage capacity of the air conditioning system by enthalpy difference methodTo Evaluate Actual & Theoretical C.O.P. of Vapour Compression CycleTo Plot Actual Refrigeration Cycle On P-H Chart Rating Conditions Ambient temperature = 350 oCAtmospheric pressure = 1.01 barSuction pressure = 35 psigDischarge pressure = 180 psigEvaporation temperature = 7.70 oCDischarge temperature = 550 oC

We are offering the refrigeration test rig is designed with accuracy to make the process of testing easy and correct. Use of r134a as a refrigerant makes our refrigeration test rig environment friendly. The system is designed keeping in mind the problems faced by the experimenters while testing, and we provide the refrigeration test rig with user-friendly features. Owing to these eco-friendly features, the observation and study of vapor compression cycle, its component principle & working are easily understood. list of experiments to study various components and controls used in vapour compression cycleto evaluate the tonnage capacity of the air conditioning system by enthalpy difference methodto evaluate actual & theoretical c.o.p. Of vapour compression cycleto plot actual refrigeration cycle on p-h chart rating conditions ambient temperature = 350 catmospheric pressure = 1.01 barsuction pressure = 35 psigdischarge pressure = 180 psigevaporation temperature = 7.70 cdischarge temperature = 550 c technical specifications sub titleparameterdescriptionmodelnaerf-01erefrigeration systemcooling capacity450 watts at rated test conditions* ( 1/8 tr )compressor1/4 hp; hermetically sealed. Make: emerson climate technologies ltd. /or danfoss ltd;/or tecumseh products india ltd./ or any equivalent makecondenserforced convection air cooledcondenser fanaxial flow typedrier/ filtermolecular sieve typeexpansion devicecapillary tubeevaporatordirect expansion type. Shell & coil type providedaccumulatorcopper / m.s. Shell suction line accumulator providedrefrigerantr-134 acontrols & indicationshp / lp cut-outalco/ danfoss / castle or equivalent makepressure indication2 nos. Dial type pressure gauges; one for suction and the other for discharge pressuretemperature indicationmulti-channel led digital temperature indicatorrefrigerant flow indicationglass tube rotameterelectric systemsupply220-240 volts, 50 hz, 1 phaseinput power1.0 kwrated current4.5 ampsoperating switchesmain switch & piano type switches for compressor & heaterindicating lampsprovided for compressorenergy-metersprovided for compressorconstructionmaterialpanel : 1.2 mm thick crcaouter finishpowder coatingcalorimeterstainless steel: ss-304 tank with nitrile foam insulationsize900 x 600 x 1130 mm (l x b x h)

Today’s high end machines incorporate numerous hydraulic operations, for which require special and specific oil with a wide range of viscosity. During operation continuous addition of heat reduces the viscosity of hydraulic oil which indirectly changes the properties of oils and results into undesirable functioning of machine. Therefore it becomes essential to maintain specified temperature limits for this oil during operation. Therefore the function of Hydraulic oil chiller is to maintain temperature at required range.

The electrical electronic components used in control panels of different applications dissipate heat continuously. Also these panels are operating round-o-clock and round the year at any location. The life of electronic components reduces drastically if exposed to high temperatures for long period. Normally, a temperature of 27 Deg. Celsius with 45-50% relative humidity is considered ideal for maximum life of switches and other components. Hence reliable air-conditioning is required to remove the heat for sustained functioning of these panels.

Cooling Capacity (Watt) : 500

Power Supply : 230VAC,1Ph, 50Hz

we hold prominence in the field of the manufacturing panel air conditioners that are tested for performance. These panel air conditioners are precisely designed with closed loops to prevent dust and fumes from entering inside. Use of environment friendly refrigerant makes them the demand of the present time. We make available panel air conditioners with various mounting choices. We offer air conditioners in side mounting, top mounting and stand alone type to suit any type of panel. features high quality crca / ss 304 powder coated bodyhigh performance closed loop designenvironmental friendly 134a refrigerant is usedemerson or equivalent made compressors with high reliabilitymicroprocessor based  digital two set point temperature indicator cum controller (tic)potential free alarm for high and low temperature alerts ( optional )high / low pressure cut-off switcheslubrication free sealed ball bearing motors suited for cnc machine toolstextile machinesfood processing machinerytelecompower generationchemical plantssteel plants pancol mounting arrangement the choice of mounting depends obviously upon the space available for fitment on panel. We offer air conditioners in side mounting, top mounting and stand alone type to suit any type of panel. side mounted : control panels where there is an unrestricted flow of air from one end to other end this type is preferred, so as to ensure uniform cooling of panel. These panels are mounted either on the doors or sidewalls of control panelsstand alone type : the use of side mounted or top mounted panels is not suitable in some cases like for cooling of partitioned panels, where this arrangement is preferredtop mounted : this type is preferred when side mounting or stand-alone type is not suitable. This panel ac is mounted on roof of the control panel advantages of pancol over standard room air conditioners high shf : for panels, due to no occupancy and no positive fresh air intake, the latent heat component is almost negligible, resulting in nearly unity sensible heat factor. Thus the dehumidified air quantity required will be much higher than that available in a room air conditioner of equivalent capacitybigger evaporator coil and evaporator fan : to remove the high sensible heat load effectively, both the evaporator fan and evaporator coil need to be substantially oversized compared to room air conditioners. This increases the first cost of panel air conditioners compared to room air conditionershigh energy efficiency ratio : due to bigger evaporator coils, panel acs operate at much higher suction temperature (approx. 6 to 7oc than room acs) thus eer is improved. Generally energy saving due to panel acs is about 25%reliability : high priority is assigned during design and testing of panel acs to achieve a higher mtbf (mean time between failures)continuous duty operation : standard room acs is designed to run 8 to 10 hours a day whereas panel ac is designed for continuous duty operation round the clock, round the year technical specifications standard modelsrefrigerantcooling capacityratedoverall size wxhxd mmweight in kgwattskcal/hrpower (w)current (a)voltage (v)pancol-250-s-axr 134a2002141501.4230370 x 540 x 18027pancol-500-s-axr 134a5004283502.5230300 x 525 x 27038pancol-600-s-cer 134a6005144402.5230310 x 810 x 26043pancol-1000-s-cer 134a10008575852.7230375 x 950 x 23049pancol-1000-s-ce-1r 134a10008575952.7230395 x 710 x 25563pancol-1500-s-cer 134a150012858754.7230480 x 982 x 30065pancol-2000-s-cer222000171212806.0230440 x 982 x 30070 note : design specifications and technical characteristics are subject to change without notice.

Our hydraulic oil chiller comes with salient features such as • Strong and sturdy body • Machine capable of withstanding high ambient temperatures • Constant temperature output • Digital temperature controller display • Powder coated parts to avoid rusting • PHE Shell & Tube typeImmersed Coil • Safety Controls

Capacity : 2-5 Tr

We have vast experience of 15 years to Design & Manufacture all the Educational Products in Mechanical Refrigeration. Over this period, our products have received wide spread acceptance in the market, owing to their high reliability, ruggedness, performance & quality. We assure consistent results throughout it’s lifecycle. We uniquely use environment friendly non ODS refrigerants approved under MONTREAL PROTOCOL.

The Ice Plant Test Rig designed by us works on simple vapor compression refrigeration cycle and uses R134a or R 404 A as a refrigerant. The system is designed such that students can observe and study ice formation process without any confusion. It is also useful to understand working of vapor compression system, due to its sophisticated yet simple performance and controls. Attributes All the parts are visible and working can be easily understoodEco-friendlyUser friendlyMakes the process of testing easy and accurate List of Experiments To Study Various Components and Controls Used in Ice PlantTo Evaluate Capacity of the Ice PlantTo Calculate C.O.P. of the SystemTo Plot System Performance On P-H Chart Rating Conditions Ambient temperature = 350 Catmospheric pressure = 1.01 barsuction pressure = 10 psigdischarge pressure = 180 psigevaporation temperature =- 140 Cdischarge temperature = 550 C

Manufactured by following the international quality parameters, our hydraulic oil chillers efficiently maintain the temperature range of the oils during hydraulic operations. Our high performance hydraulic oil chillers are very effective in maintaining specific temperature limit for the oils and thus prevent the decrease in the viscosity of the oils due to heat. attributes robust bodycan withstand high temperatureconstant temperature outputdigital temperature controller displaypowder coated parts to avoid rustingphe/shell & tube type/immersed coilsafety controls applications deep hole drillingspindle coolingmillinggrinding honingturningbroaching capacity range 0.5 tr onwards

Manufactured by following the international quality parameters, our hydraulic oil chillers efficiently maintain the temperature range of the oils during hydraulic operations. Our high performance hydraulic oil chillers are very effective in maintaining specific temperature limit for the oils and thus prevent the decrease in the viscosity of the oils due to heat. attributes robust bodycan withstand high temperatureconstant temperature outputdigital temperature controller displaypowder coated parts to avoid rustingphe/shell & tube type/immersed coilsafety controls applications deep hole drillingspindle coolingmillinggrinding honingturningbroaching capacity range 0.5 tr onwards

The Heat Pump Test Rig is a self �contained unit. All the components of Heat Pump Test Rig are mounted such that its operation and working can be easily understood. The required controls for temperature, pressure, and overload are provided in our Heat Pump Test Rig. The Heat Pump Test Rig uses a hermetically sealed compressor, heat rejection chamber, heat absorption chamber, and apparatus to measure the heat gain and heat loss. List of Experiments To study various components and controls used in heat pumpTo evaluate gross heat rejection of the heat pumpTo calculate actual & theoretical C.O.P. of the systemTo plot system performance on Ph chart Rating Conditions Ambient temperature= 350 CAtmospheric pressure = 1.01 barSuction pressure = 35 psigDischarge pressure= 180 psigEvaporation temperature = 7.70 CDischarge temperature = 550 C.

Gas CoolersSAMPLE GAS COOLERS are designed as per ISO standards. The sample gas coolers are used for conditioning the sample gas of an Analyzing system. The water vapor proportion of sample gas affects the analyzing results. Hence it is necessary that dew point of the sample gas is to be kept constant to keep the water vapor proportion constant. This is essential for correct analyzing results. The sample gas coolers cools the humid sample gas to such a low temperature that at no further point of analyzing system the temperature falls below the dew point of the gas. There by making the gas analyzing work much easier. The sample gas cooler is designed to cool & dry the analyzing gases. It is accomplished by passing the sample gas through a heat exchanger & cooling it down to approximately 5 degree Celsius. The drying of gas is achieved through condensation of water vapor in heat exchanger from where it has to be continuously drained out. They find wide application in cement, petrochemical, steel plants, power generation & process industries.