HVAC Heat Recovery Unit Fresh Air Ventilator

                  Profession Designed to Optimize Your HVAC Air Handler System       HYC air handlers can help HVAC systems achieve higher energy efficiency.From the most straightforward       needs to wide-ranging demands for air cleaning ,dehumidification and energy saving,HYC air handling unit                                                        to deliver everything your project requires.Inverter Air Handling Unit DC Inverter air handling unit refers to the inverrter compressor.The most common types of compressors are the fixed speed compressor. The fixed speed will run at 100% of its capacity and will stop and start automatically to  maintain the desired temperature. An inverter compressor will vary its speed in order to maintain a consistent temperature. They convert the AC power into DC to all the control of the outdoor unit compressor speed. This gives the unit better accuracy to provide a constant temperature and less energy wastage.Comparison with non-frequency conversion Air Handling Unit:More comfortableWith a wider range of temperatures modes for heating and cooling,the inverter is able to operate in even the most extreme outdoor temperatures.An inverter compressor can also operate faster than non-inverter air conditioners thus allowing the air conditioners to reach the set temperature faster and bring you comfort sooner.More ComfortableWhen the air conditioner is initially activated to either heat or cool,the compressor will operate at maximum speed to reach the desired temperature is achieved,unlike non-inverter air conditioners that turn the compressor on and off,inverter units adjust and constantly vary the compressor speed to maintain the desired temperature with minimal fluctuation to ensure that your comfort is not compromised.More Energy-efficientCompressor and motor speed in non-inverter type air conditioners remains constant and temperature is adjusted by turning the compressor and more ON and OFF,which consumes more energy.In inverter type air conditioners,temperature is adjusted by changing compressor frequency/motor speed without turning them ON and OFF.Therefor,the power loss of the inverter air conditioner is smaller,with can increase energy efficiency by about 35%.More EconomicsAll inverter systems are engineered and manufactured,ensuring performance.reliability,and efficiency.The increased efficiency and operation of our inverter systems reduce the wear tear on the compressor,contributing to durability and longevity of the system.FEATURESCAPACITYAir Flow from 1500m³/h~60000m³/hCooling performance: -5~50ºCHeating performance: -20~24ºCHIGHLY QUALITY COMPONENTS AND RELIABLE PERFORMANCEDC inverter type compressor and high quality world known brand cooling parts, which ensures units' reliable performance. WIDE AIR FLOW RANGEAir flow ranges from 2700 to 120000m3/h, which is able to fulfill various application requirements.  PANEL STRUCTURE DESIGNPanel is made of powder coated double steel (outer and inner both) with high pressure polyurethane foam fitting in between, thus offering a rigid and robust panel.  Frame is made of aluminum alloy which is fastened to the panel, as a result, the unit is strong and lightweight.  LOW AIR LEAKAGE Thanks to the high pressure PU foam fitting, and special design insulation method to guarantee no low air leakage, to best minimize loss of energy.  LOW NOISE Thanks to the rigidly bolted panel, dynamically and statically balanced fan assembly with spring isolator and closely integrated section, maximum to reduce the vibration and noise.  COIL DESIGNAll coils are designed by professional computer selection software,  proved throught the lab testing and real life application.  MODULAR DESIGNModular design method, able to make it flexible and robust to suit different site conditions. Easy assemble and installation at site.  FUNCTION PARTS Cabient Mixing box section Fresh air/ehaust air section Pre-Sec-Hepa filter section Coil section Fan section Humidification section Electrical heater section Sound attenuator section Heat recovery section Air flow4ROW6ROW8ROWTCSCWaterflowWaterresistanceTCSCWaterflowWaterresistanceTCSCWaterflowWaterresistancem³/hkWkWL/SkPakWkWL/SkPakWkWL/SkPa21108.507.770.381.013.4010.190.623.416.4511.520.766.1364019.4315.320.916.026.6518.831.2614.931.1920.851.4624.8518030.2922.771.4316.139.8727.491.8836.345.8630.192.1559.3558029.3123.131.397.340.3528.501.9216.947.3731.622.2527.7799046.0834.702.1818.961.0142.042.8740.963.6963.513.069.21041063.4046.513.0137.873.8252.323.5310.987.0958.204.1818.11282079.6357.843.6859.794.2365.744.4718.3110.1072.835.2630.31080062.4046.852.9816.082.4456.723.9536.294.9962.374.5258.31409085.3062.634.0631.499.5370.544.7710.8117.5878.545.5617.917380108.7378.645.1854.1127.5888.966.0818.4149.3298.667.1830.420670117.5188.605.6313.3156.33107.687.5129.4180.23118.438.6046.117030103.8875.964.9934.8120.3085.205.7610.8142.1194.876.7917.920980131.1294.816.1956.7153.81107.247.3318.5179.44228.698.4829.524930141.99106.926.82