Industrial Refrigeration Systems Dealers in Chinchwad, Pune

• Shape: Horizontal
• Application: Pharmaceutical industry
• Material: SS
• Brand Name: REAL _IONS
• Primary Exchanger Material: Steel
• Medium Used: Oil

Thermax Evaporative Condenser operates in a manner wherein a condenser is integrated into a cooling tower which rejects the latent heat of condensation of refrigerant (Ammonia/Freon) through a coil to the surroundings by means of evaporation. Water sprayed onto the coil exchanges heat with the refrigerant.A small quantity of water is evaporated into the air thereby cooling the remaining water cascading to the basin at the bottom. Post evaporation the saturated air passes through the drift eliminators and then forced out using a fan.The coil serves to isolate the process fluid from the outside air, keeping it clean and contamination free in a closed loop, thus creating two separate circuits. Primary / Internal circuit in which the process fluid / gas circulates inside the coil Secondary / External circuit where water is sprayed over the coil and mixes with outside air Systems using a Thermax Evaporative Condenser are far simpler when compared with conventional system. The Primary circuit is identical to the conventional system whereas the cooling tower, secondary pumps, PHE / shell & tube heat exchanger and associated piping, valves are eliminated. Thermax Evaporative Condenser has a built in heat exchanger coil, spray pump & exhaust fan, which saves power & installation space while ensuring ease of maintenance. Benefits EFFICIENCY Limited impact of scaling on cooling performance over time. Minimum deterioration of cooling performance due to scaling, overtime Honeycomb PVC Film fill for most optimal air & Water usage Air Flow - Parallel at coil side & cross at fill side for efficient heat transfer with lower static resistance Optimized spray water flow to coil for maximum heat transfer Efficient Wave type Drift eliminator reduces makeup requirement RELIABILITY Continuous coil without welded joints Robust corrosion resistant structural material for long life Optimized diameter interference nozzles for clog free operation Optimized air exit velocity to avoid recirculation MAINTENANCE Side access door for easy online inspection & maintenance Electronic De-scaling device for trouble free operation Direct Drive Axial fan arrangement ensures lowest inventory Operating Principle The refrigerant flows through the coil of the evaporative condenser. Heat from the refrigerant is rejected through the coil tubes. Part of the heat is removed directly by the downward induced air and discharged to the surrounding. Rest of the heat is rejected to the water cascading down over the tubes. Simultaneously, air is drawn in through the air inlet louvers at the base of the evaporative condenser. A small portion of the water is evaporated which removes the heat. The warm saturated air travels through the drift eliminator & discharged by the fan to the surrounding, thereby reducing drift water loss. Post heat exchange, the condensed refrigerant flows to receiver tank Why Thermax Evaporative Condensers Thermax Evaporative Condenser offers unmatched flexibility, providing optimized selections for various refrigeration systems & climatic conditions, utilizing multi flow configuration. Thermax provides the most energy efficient evaporative condenser in the market. Wide Range of Thermal Duties - Ideal for Ammonia / Freon condensation with low approach Retro Fit & Replacement— Single air inlet models are designed and fit into the existing system. Selection Customization — can optimize footprint and least Power requirements to suit project requirements, large product range & Customized Material of Construction like FRP /GI /SS based on application . Largest sales & support network globally

Description: A cascade system is a multistage application in which two separate refrigerant systems are interconnected in such a manner that one provides the means of heat rejection (condenser) for the other. The lower system may, therefore may operate at a much lower temperature. Cascade system has the additional feature, over compound systems of permitting the use of different refrigerants in each cycle of the cascade.   ADVANTAGES: The principal advantage of the cascade system is that, it permits the use of two or more different refrigerant, thus each refrigerant circuit is comparatively simple. Each refrigerant can be chosen that operates best within the required comparatively narrow temperature and pressure range. For example, a refrigerant, which does require a vacuum in the evaporator to produce a low suction temperature, is selected for the low stage system. Another refrigerant such as R-404 A, which does not require an excessive pressure in the condenser, is selected for use in the high stage system. As each cycle is operating separately, there is no difficulty of lubrication. The refrigerants used in the system will have successively low freezing temperatures, so that refrigerants having low freezing point can be used in high temperature circuit and refrigerant having high freezing point can be used in the low temperature circuit. Inclusion of inter-cooling with liquid refrigerants in the cascade system improves the performance of the system.   PRINCIPLE OF OPERATION: Cascade system is just similar to the binary vapour cycle used for the power plants. In the Binary vapour cycle a condenser for mercury works as a boiler for water. Similarly, in the cascade system the condenser for low temperature cycle works as an evaporator for the high temperature cycle. In a cascade system, a series of refrigerants with progressively lower freezing points is used in the series of single stage unit.   CONSTRUCTION: All the components of cascade system are mounted on the powder coated fabricated stand. The cascade system is divided in the three parts. These are as follows: High side ,Intermediate stage and Low side. The cascade system consist of hermetically sealed compressors, shell and coil type condenser, desuper-heater, water flow cut-out, expansion device, expansion chamber, cascade condenser, oil-Seperator, and low-side evaporator. The refrigerant used on the high side is R -404a, and the refrigerant used on the low side is SUVA-95. On the high side a hermetically sealed compressor, shell and coil type condenser, drier/filter, flow meter, expansion device, and cascade condenser are connected to each other. On the low side a hermetically sealed compressor, oil Separator, De-super heater, cascade condenser, drier/filter, expansion device, low side evaporator, expansion chamber, cooling fan are connected with each other. Separate pressure gauges are provided to measure the pressure at the compressor inlet and compressor outlets. HP/LP cutout is used as a safety device. Cooling thermostats are provided in the cascade condenser and in the low side evaporator. Separate energy-meters are provided to measure the energy consumed by the compressor and the heater. A dimmer is also provided to control the input of the heater. Flow meter in the liquid line is incorporated to measure the refrigerant flow. Digital temperature indicator displays temperatures at various locations as per the selection viz. temperature before and after compressor and before and after expansion.   WORKING:pecifications subject to change without any notification. List Of Experiments: To evaluate the cooling capacity of cascade system. To evaluate actual and theoretical C.O.P. of Cascade Refrigeration system. To plot the actual Refrigeration Cycle on P-H and T-S charts. To study various components and controls used in Cascade Refrigeration system. Rating conditions * : Ambient temperature= 35o C, atmospheric pressure = 1.01 bar, CUSTOMER SCOPE: A CONTINUOUS WATER SUPPLY OF 50 LPM@2.5 BAR AT AMBIENT TEMPERATURE OR A COLING TOWER OF 5 TR CAPACITY. ELECTRICAL POWER POINT 415 VOLTS, 50 HZ, 3 PH, WITH 32 AMPS MCB. CLEAR SPACE OF 3MTR X 2 MTR.  

• Type: Refrigerator Door, Cold Room Door
• Application: Refrigerator Use
• Opening Style: Pull Door, Sliding
• Country of Origin: India
• Condition: New
• German Workplace Ordinance provisions Compliant: Manually opened during a power outage
• Optional heated side frames: Frequency converter control unit

• Application: For Distillation Plant, Reactor , heat recovery, product recovery
• MOC: To suit process ( Typ. SS, MS)
• Design & construction: As per duty condition and process requirement
• Features: Quality fabrication, Reliability, Economical

• Fin Material: Stainless Steel
• Tube Material: Copper
• Packaging Type: Box
• Shape: Rectangular

• Material: Stainless Steel
• Brand Name: VAI
• Frequency: 110 Hz
• Voltage: 440 V
• Condenser Application: Refrigeration
• Power: 150 W
• Work Pressure: 100 Bar
• Is It Rust Proof: Yes
• Grade: 304

We have all the resources that are required for bulk and customized production of top class bulk milk coolers. These coolers are used to improve the quality of milk by storing it and chilling it to 5oC at the collector center, before transporting it to different dairies. Our range of bulk milk coolers is based on Ice Bank Technology, in which ice is formed upon no supply of milk in the tank and melting of ice on the entry of milk in the tank. Bulk Milk Coolers This lessens the milk temperature ensuing minimal growth of bacteria, which in turn improves the shelf life of milk. Our bulk milk coolers are used in : • Big dairies • Milk collection center • Village cooperatives milk cooperatives • Agriculture industry for the storage of bulk milk Specifications : • These chillers are available in 150, 300, 600 & 1000 liters capacities. • The chiller units operate on a single phase electric connection and consume around 7, 10, and 14 Amps respectively. Further, our unit is also capable of operating on a single phase diesel genset.

We have all the resources that are required for bulk and customized production of top class bulk milk coolers. These coolers are used to improve the quality of milk by storing it and chilling it to 5oC at the collector center, before transporting it to different dairies. Our range of bulk milk coolers is based on Ice Bank Technology, in which ice is formed upon no supply of milk in the tank and melting of ice on the entry of milk in the tank.

• Brand Name: Keje Thermoweld
• Tower Material: Metal
• Country of Origin: Made in India
• Usage/Application: Industrial / Automobile Industry
• Cooling Capacity: 22.5 Kcal/Hr
• Tower Type: Natural Draft
• Supply Phase: Single Phase
• Weather Proof: Yes
• Model No: TCT - 22

We have all the resources that are required for bulk and customized production of top class bulk milk coolers. These coolers are used to improve the quality of milk by storing it and chilling it to 5oC at the collector center, before transporting it to different dairies. Our range of bulk milk coolers is based on Ice Bank Technology, in which ice is formed upon no supply of milk in the tank and melting of ice on the entry of milk in the tank.   This lessens the milk temperature ensuing minimal growth of bacteria, which in turn improves the shelf life of milk. Our bulk milk coolers are used in: • Big dairies • Milk collection center • Village cooperatives / milk cooperatives • Agriculture industry for the storage of bulk milk     Specifications: • These chillers are available in 150, 300, 600 & 1000 liters capacities. • The chiller units operate on a single phase electric connection and consume around 7, 10, and 14 Amps respectively. Further, our unit is also capable of operating on a single phase diesel genset.

condenser assembly, Air Conditioner Outdoor Condensing Unit

environment services, environment solution

Glass Condensers, Hollow Cathode Lamps, Link polygon apparatus

Home Appliances, fish fry masala, Fish Fry, hotel food

Home Appliances, cd players, hand watches, wall watch

Single Phase Home Protector, Clean Air System, electronic inverter

solar thermal, Ion Exchange Resins, fired heaters, thermal oil heaters

Semi Hermetic Condensing Units, Refrigeration System Condensing Units

refrigerator door, Truck Steel Load Body

Water Cooled Chillers For Plastic Industries, Toshiba Blending Unit

Air Showers, Bio Safety Cabinets, Garment Storage Cabinet

Refrigerator Doors

clean room equpment, amc contract services

Shell and Tube Condenser, transport tank, Lpg Storage Tank

Refrigerator Doors, Chassis, Pressed Metal Parts

Can Washer, CAN SCRUBBER., S.S.Centrifugal Pumps, Dairy Machinery

Home Appliances, Electric Inverters, lp gas reticulated systems