Air Handling Unit Dealers in Noida

Are you on the lookout for a company that provides HVAC Turnkey solutions? If your answer is an empathic yes, we are the right choice to opt for. We provide complete design and consultation in cleanroom mechanical systems. Our professionals are efficient enough to analyze, modify and retrofit existing cleanroom systems. They use modern techniques and tools in order to execute HVAC Turnkey Projects in an effective manner. Moreover, our experts complete HVAC Turnkey Projects in a time bound manner. One Air Handler can do the work of several motorized filter modules. Air Handlers not only pump cleanroom air, they also offer advanced climate control features not offered by fan filters. Optional capabilities such as air conditioning, humidifying and temperature control make air handling units better suited to precisely control your cleanroom environment. Whether you are building new, or upgrading to a cleaner climate, Air Handlers offer a wealth of performance benefits. Air Handler Features : Pull or produce room air through self-contained units Use a pre-filter to clean and a coil to condition the air Floor mounted outside the cleanroom saving valuable cleanroom floor space

Our vast range of highly efficient and compact Air Handling Units are used extensively in Heavy Application Industries, Malls, Hotels, Pharmaceuticals, and a variety of other applications. Frostech Air Handling Units are completely customised as per the given specificationsrequirements with premium quality designed as per latest technology to provide maximum efficiency at the most economical rates.

• Type: Double Skin
• Brand Name: AARKAYS
• Driven Type: Belt Drive
• Usage/Application: Industrial/Pharma/Commercial
• Capacity: 1000 CFM-60000 CFM
• Installation Type: Floor Mounted
• Material: Galvanised steel
• Energy Saving: IE-3

• Voltage: Upto 415 V
• Brand Name: Aarkays
• Installation Type: Floor Mounted
• Body Material: SS-304, Aluminium or G.I.
• Phase: 3 Phase
• Features: Moderate temperature controlled, Balanced air flow stress, Dust detection and cleaning .
• Applications: Hospitals, Research centers.

In this write up, an energy-saving device is introduced into the air-handling unit (AHU). Due to increases in energy costs, energy saving devices or systems have become the new preferred trend in tropical countries. A primary cooling coil system is incorporated into the AHU to recycle the condensate water in order to achieve energy savings. The warm outside fresh air is drawn through the primary cooling coil to recover the latent heat of condensate water. The large temperature gradient between the warm fresh air and condensate water enlarges the amount of energy recovered. This system is well applicable to primary AHU which serves primary air to the air-conditioning system. The cost of installing the device is negligible but in returning long term saving. Furthermore, the de-cooled condensate water can be drained off through non-insulated drain pipe. The idea generation is discussed in the introduction. Chapters 2 and 3 describe the preliminary calculation of the energy saving percentage. Chapter 4 shows the detailed theoretical study of the development of the energy saving system. This shows the viability of the idea. Chapter 5 will recommend the design of the primary cooling coil configuration to achieve the desired cooling effect and energy saving strategy. Lastly, the conclusion of the whole study is presented.

The Double Skin Modular Air Handling Unit is designed based on modular paneling concept to fulfill the indoor air quality requirement. The air flow of DM AHU is within range of 330 to 20,000 lps (700 to 42379CFM) and up to a total static pressure of 1991 pa (8” W.G). For special design, the air flow can be reached25,000 lps (52974 CFM).The AHU is constructed of high strength extruded Aluminium to form rigid frame. Besides, it is with thermal barrier feature which using three leg-fiber plastic corner pieces, 25 or 50 mm Polyurethane (PU)insulation panel and all frames are insulated with 3.0 mm PE foam to minimize energy heat loss and prevent condensation occurring. The external clip method to hold the double skin PU insulation panel is easily accessible for maintenance while being air tight. The new thermal- break profile can perform better than the original profile in terms of providing better insulation and energy saving.There is selection software programme available: DM AHU, to optimize the best arrangement and performance for either chilled water system or DX system. Standard components can be selected and be placed according to customer requirement. Once the unit is defined, optional item and accessories are identified. The programme gives immediate feedback if there is no suitable choice for the units. The programme provides us with fan curves data, coil performance data, dimension, and shipment weight. McQuay can produce high quality, flexibility air handling unit which can provide excellent thermal efficiencies and to be airtight. Besides, air handling unit produced is with flexibility features to meet the indoor air quality, operating efficiency, sound level and installation requirement for today’s extensive   SALIENT FEATURES Application :Cooling, Heating, Dehumidification, Humidification in shopping malls, offices, restaurants, health care, multiplex, clean rooms and all type of industrial application Wide capacity range :2040 CMH to 59500 CMH Comfort to Industrial :pressure range from 250 Pa to 1500 Pa Product Range for all Application :   1. Horizontal Floor Mounted These units are suitable for large air quantity. The modular design allow flexible combination of component to suit specific application. hese AHU’s are ideal for large commercial / office / industrial / hospitality / healthcare application. 2. Unitary Vertical Floor Mounted These units are preferred when floor space is at a premium. Vertical units are units designed with filter coil & fan all arranged in a vertical frame. The advantage of these units are they occupy less floor space. Floor Plates where low ceiling height is a constraint multiple vertical units can be used to advantage. Where no AHU rooms are provided exposed units with supply air plenum can be used. 3. Ceiling Suspended Hide These units are suspended from ceiling slab above false ceiling and thus require no floor space & AHU rooms. These units are

In this write up, an energy-saving device is introduced into the air-handling unit (AHU). Due to increases in energy costs, energy saving devices or systems have become the new preferred trend in tropical countries. A primary cooling coil system is incorporated into the AHU to recycle the condensate water in order to achieve energy savings. The warm outside fresh air is drawn through the primary cooling coil to recover the latent heat of condensate water. The large temperature gradient between the warm fresh air and condensate water enlarges the amount of energy recovered. This system is well applicable to primary AHU which serves primary air to the airconditioning system. The cost of installing the device is negligible but in returning long term saving. Furthermore, the de-cooled condensate water can be drained off through non-insulated drain pipe. The idea generation is discussed in the introduction. Chapters 2 and 3 describe the preliminary calculation of the energy saving percentage. Chapter 4 shows the detailed theoretical study of the development of the energy saving system. This shows the viability of the idea. Chapter 5 will recommend the design of the primary cooling coil configuration to achieve the desired cooling effect and energy saving strategy. Lastly, the conclusion of the whole study is presented.In tropical countries such as the United Arabia Emirates (UAE) and Malaysia, the climate is always hot and highly humid throughout the year. Lots of energy is consumed for Air-Conditioning and Mechanical Ventilation (ACMV) systems. For buildings such as hotels and hospitals, energy is used to cool down the fresh air in the primary AHU and pumped into the building to achieve the internal air quality required. Due to the high humid climate, lots of condensed water is drained away as a by-product. However, the cooled condensate water actually consumes 2% of the total cooling load of the system on average. Here, we are studying the recovery of the condensed water in which the 2% energy can be saved. 2% of energy for a system running 24 hours a day can make a significant reduction for the operating cost. The condensed water is first collected by the condensate drain pan below the main secondary cooling coil. Then, the collected condensed water is pumped into the primary cooling coil for the de-cooling process.In order to maximize the energy recovery, a primary cooling coil is recommended to be installed at the fresh air intake opening of the AHU where the temperature gradient between the air outside and condensate water is greater, rather than at the side in which air returns or at the mixing plenum.

Air Washer, AXIAL FAN, Cabinet Fans, inline fan, jet fan, Scrubbers

Air Handling Unit, air cooling machine, Centrifugal Blower

Air Conditioners, mild steel pipe line, Diffusers, Ventilation Grills

air handler, ventilation contractors, Malls Air Conditioning System

air handling, Axial Fans, Air Washers, Centrifugal Fans, Fume Extraction

Clean Room Equipment, Doors, Flooring Design, Modular ceiling Services

Blowers, Fans, Special Purpose Machines

Double Skin Air-Handling Units, Double Spray-Type Unit