Heat Recovery Wheel

Heat Recovery Wheel
Model:DDC-250,350
Brand:Devatech
Origin:Made In India
Category:Industrial Supplies / Machinery / Drying Machine
Label:Desiccant Rotors , Desiccant wheel , dehumidifier wheel
Price: US $1100 / pc
Min. Order:5 pc
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Product Description

DevFresh Heat Recovery Wheel is used to recover the heat humidity from air conditioning units, air conditioning systems in many industrial applications. These are also called as energy recovery wheel which is made up of aluminum. Its surface is coated with Hygroscopic.

About the Product

DevFresh Heat Exchanger Wheel-HEW is a benefit for facility operators with regards to getting fresh Air and saving recurring expenses. Our Heat Wheels in the air-conditioning system means more outdoor air at lower energy cost reduced chiller load

Energy Conservation Wheels, Energy Recovery Wheels, Enthalpy Wheels, Sensible Wheels, Hygroscopic Wheels, Condensation Wheels or Sorption Wheels.

The Production

Devatech as a Company wants to meet the Users requirement as exact and as precise as possible. Every National government regulation to preserve and proper utilisation of energy has resulted in increasing the use of energy recovery equipment.

We strictly go with engineer's s estions which is otherwise called as perfect technical utility and end user awareness as the Investment in energy recovery equipment significantly reduce the energy costs associated with conditioning ventilation air, and lowers the investment initial cost in lowering stream heating, cooling and humidification equipment.

Benefits 

Devatech's Aluminium made hygroscopic coating of the storage combination pulls the additional advantage of recovering moisture. Summer operation is dehumidification of warm and humid supply air to reduce the energy consumption of the down stream cooling equipment. During Winter this feature recovers moisture from the exhaust air to reduce the humidification load.

Energy Recovery from Devatech provides sound economic payback.

Energy Conservation Wheels are easily integrated and retrofitted in new ventilation systems. It can be easily installed into existing systems also. Delivers fresh air throughout the year at all conditions and Helps to meet ventilation standard without raising energy cost. As it Pre-conditions incoming fresh air maintains humidity conditions at no additional cost. 

The Authority for Standard

The HVAC industry has responded to this indoor air quality (IAQ) concerns through its professional organization The American Society of Heating and Refrigerating and Air Conditioning Engineers which is Popularly known as ASHRAE

ASHRAE have issued IAQ Standard 62, entitled "Ventilation for Acceptable Indoor Air Quality". This standard specifies and stress on the need for continuous outdoor air ventilation as well as the importance of maintaining indoor humidity levels.

How to Recover Heat?

The combination of heat and humidity recovery of rotary heat exchangers is a highly efficient energy-saving. This is not a formula but is a Technology.

In the most of installation, the wheel is mounted in air handling unit AHU. It is positioned Supply and exhaust air each pass through half of the wheel in counter flow directions. The rotor media is a rotating transfer media.

In air-conditioning area, the cold air from air-condition room will pass through the half section of rotating honey comb cooling the metallic media which is Aluminium or other metal foil. This continuous rotating cooled media, after coming in other half section of frame, will cool the hot air coming from outside in the air-conditioned area.

It temporarily takes up the heat from the warm air stream and releases it in the colder air stream.

DevFresh Heat Exchanger Wheel (HEW) exchanger recovers both sensible (temperature) and latent (moisture) energy, and does effective job on Recovering the Heat and Humidity.

Heat Recovery Wheel 1

Member Information

Devatech Engineers Private Limited
Country/Region:India
Business Nature:Manufacturer
Phone:9930838898
Contact:S.P. Gupta (C.E.O)
Last Online:11 May, 2017