Refrigeration System Dealers

We are engaged in offering quality Cascade Refrigeration System, which 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. Our Cascade Refrigeration System has a lower system which operates at a much lower temperature. The Cascade Refrigeration System, provided by us, comprises of additional feature, over compound systems for permitting the use of different refrigerants in each cycle of the cascade. Why Our Cascade Refrigeration System? Robust body Multistage ApplicationHigh performance Energy efficient Effective CoolingHigh Durability Low maintenance

Compact refrigeration systems, ideal for installation in small and medium stores, where it is necessary to refrigerate from 2 to 12 utilities. Suitable for outdoor applications thanks to the compact dimensions and soundproof paneling.

Voltas, brings you the latest technology Variable Refrigerant Flow (VRF) Systems, with Inverter scroll technology. The key features of the new 'Verve' series are: Key Features Cutting edge technologies Outdoor unit combination upto 72 hp Total piping length of 1000 m One outdoor unit can drive upto 64 indoor units Building Management System available Available with R410a refrigerant Low noise indoor &outdoor units Cordless remote with every indoor unit Wide variety of applications done Countrywide Voltas service network

Our Cascade Refrigeration System has a lower system which operates at a much lower temperature. The Cascade Refrigeration System, provided by us, comprises of additional feature, over compound systems for permitting the use of different refrigerants in each cycle of the cascade   Product Code : SAMS R/AC - 008

TRANE TVR™ II VARIABLE REFRIGERANT DC INVERTER SYSTEM Innovation for superior efficiency and all-year-around comfort ● Ideal for villas, condominiums & residences ● Modular system with advanced architectural concepts ● Best-in-class energy efficiency and reliability   LESS CARBON, MORE EFFICIENCY   Wide operating range Be it severe winter conditions, when outdoor temperatures are as low as -15° C, or hot summers with temperatures hovering at 48° C, the TVR™ II system always operates stably and solidly.     High efficiency full DC Inverter Compressor technology TVR™ II system achieves best-in-class efficiency levels, an EER of up to 4.24, by utilizing the brushless reluctance DC compressor control, DC fan motor and improved performance heat exchanger. It reduces power consumption by 25%.     Intelligent soft start technology for quicker cooling The DC Inverter Compressor with soft start function operates at a faster rate on starting, eventually reducing start-up time. This helps the unit bring the room temperature to the set level quickly.     Night Silent Operation Did you ever imagine being able to control noise levels of your AC system? The Night Silent Operation mode optimizes the noise output by allowing different time settings for peak and off-peak hours. The integration with DC Inverter technology results in one of the industry’s lowest noise levels, 21 dB(A) for indoor units, which is equivalent to a whisper 1.5 m away.     Easy to install The TVR™ II system’s compact and elegant design ensures it requires a small installation footprint and floor-load. It’s easy to ship, some units can be shipped in general-size elevators or using forklifts, minimizing access issues at installation sites     Individual comfort Customers can customize their TVR™ II system to choose different set temperatures for different rooms and zones. The system allows owners and administrators to add, delete or modify zones basis individual needs of their users and tenants.     Environment friendly The TVR™ II system operates with the highly efficient R410a refrigerant with zero Ozone layer depleting potential. This refrigerant not only increases system performance and heat transfer, but also helps reduce pipe sizes and refrigerant quantity. Which also equals savings on installation costs.     Intelligent Management Control System The TVR™ II system offers different control levels to different users. Managers can delegate control at three levels – a zone level, tenant level or a PC-based fully integrated building control level depending on individual needs. The control system also allows managers to diagnose and troubleshoot the system, even monitor power consumption if external Watt-meters have been installed.     Building Management Control The TVR™ II control network can combine several centralized controllers with a PC (or external BMS systems such as Tracer SC) through BACnet™, Lonworks™ or MODBUS™ interfaces to meet customers' needs in different applications. Central controllers with features such as weekly scheduling, group and individual control are also available with TVR™ II. There’s much more to a TVR™ II system than what’s listed above. Download thefull brochure now to learn how innovative the TVR™ II really is. How it sets a new standard in meeting customers highest expectations by providing superior energy efficiency, reliability, and an unmatched array of options to choose from, and intelligent control – from the overall building level down to a zone level. To help choose the right system configuration for your unique needs, get a Trane Comfort Specialist to visit your estate, villa, condominium or residence.

Our Refrigeration System is in compliance with international quality standards that ensure its premium usage, reliable performance and longer working life. It has the maximum rack main power supply of 380V/custom made.

The Company's products and production process are bench marked with the best of global quality standards and meet the most rigorous international specifications. A special Quality Management Division spearheads the concept of Total Quality Management, on integration of all process, system and functions with built-in-quality. we listen to our customers and provide them with quality products in a safe and responsible way. we have been accredited with the prestigious ISO 9001-2000 certificate

Microtech make chiller is basically a water refrigeration system, that produces cold water at pre – set temperature level which can be used for heat removal from one area & deposit it into ambient air. The normal range of temperature can be any where from 6 degree to 25 degree depend upon process requirement. Precise temperature control of water is achieved through digital temperature control. Microtech chillers are designed to achieve efficient cooling of equipment / components in industrial applications. Large size Chiller & Condenser for any industrial environmental condition. User friendly operations of Electrical as well as Refrigeration. Anti freeze protection. Anti vibrators for Compressors. Tropicalised design. Digital Temperature Controller. With over load Protections for compressor, pump fan etc.

The refrigeration system is critical in the production of beer has it controls the fermentation process and keep the temperature ideal, fermentation process, alcohol water tank.

The Refrigeration system is critical in the production of Beer has it controls the Fermentation process and keep the temperature ideal for yeast during the process of conversion of sugar into alcohol. The refrigeration system is the key system in the fermentation process as it regulates the temperature absorbing the intermediate product heat caused during the fermentation process. Various types and recipes of beer require different temperatures which can be controlled by the refrigeration system. The refrigeration system consist of the main • Compressor Unit• Ice water tank which is used for cooling the hot wort and alcohol water tank which is used for cooling both the fermentation tank and bright beer tank.

The company is primarily engaged in the supplying of  Variable Refrigerant Volume System in all over the country. The Variable Refrigerant Volume System, which we offer, is procured from the reliable vendors to ensure its high performance. The Variable Refrigerant Volume System has superb performance, easy operations, and longer service life.

Liquid to Refrigerant Cooling System (LRCS) for RADAR Application Liquid to Refrigerant Cooling System (LRCS) for Defence and special purpose applications are designed and manufactured at MAK to cool the radar systems. A high-powered 330kW Liquid to Refrigerant Cooling System (LRCS) for defence radar application, is one of our successful achievements in cooling system development. Salient Features Sophisticated digital control system, touchscreen (MAK RDMS optional) Successfully tested from -20°C to +55°C operations. Efficient cooling with minimal power consumption Capable of maintaining precise set temperature Complied for EMI/EMC MIL STD – 461E

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.  

Cold room applications demand a wide range of temperatures to be maintained – low temperature     (–230C to –5oC), medium temperature  (–5oC to +2oC)  and high temperature ( +2oC to +15oC ). And so they need a wide range of refrigeration systems as well. Cool N Safe range of refrigeration solutions therefore offers a wide variety of both evaporating units and condensing units to suit every specific cold room application. The range includes both air-cooled and water-cooled low-temperature condensers, and technology from world leaders success like Emerson, Denfoss, Dorin and Bitzer to ensure reliability and efficiency.   Condensing units Condensing units are characterised by high-efficiency heat transfer and low power consumption. Other features include: 1. Sleek designs 2. UV- and corrosion-resistant 3. Inner grooved copper tubes & slit aluminum fins for superior heat transfer 4. Energy-efficient compressors 5. Safety and control devices built-in 6. Weather-proof canopy   Refrigeration System A set of Indoor and Outdoor Unit like split A/C or Unitary System like Window A/C. Using refrigerant R-22, R-134a & R- 404a… except 1 later two are CFC Free. Air Defrost & Electric Defrost for +ve and -ve Temp. Hermetically sealed Recip. Danfoss Compressor upto 10 H.P. for Freezer Room Application. Semi-Hermetic Recip. BITZER / DORIN Compressor upto 80 H.P. for +ve and –ve Temp. Application. Scroll Compressor – upto 10 HP for +ve Temp