Double Skin Air Handling Unit

Product Details:

Supply of Horizontal Double Skin 43 MM THICK THERMAL BRAKE  with 40+/-2kg/m³ PUF insulated Draw Through type Air handling Unit (AHU) , Single tier made out of G.I 24 Gauge Plain inner and 24 Gauge precoated outer G.I sheet.comprising of mixing box, filter section down to 20μ filter of 50 mm thick at Fresh air and Pre-filter section with 10 micron filter of 150 mm thick, CHW Coil section with 6 row deep with copper tubes and aluminium fins, Insulated SS-304 drain tray, Blower section with DIDW Backward curved  Blower centrifugal fan Direct drive (PLUG FAN ) by suitable NFLP IE2 motor with make Kruger/nicotra and complete with anti vibration mounts, discharge filter section down to 5 μ of 300 mm thick filters and  Fresh air, Supply, Bleed and Return air dampers shall be Aluminium Aerofoil opposed blade compatiable for motorized operation (along with knob for manual operation), Differential Pressure ports for measuring the pressure drops across the filters, Standard accessories like NFLP Bulk head lamp, NFLP limit switch 

Additional Information:

• Item Code: BOTH
• Production Capacity: 100 NO PER MONTH
• Delivery Time: 2 WEEKS
• Packaging Details: AS PER DISCUSSION

Product Details:

Other details:

Air Handling Units (AHUs) also known as Air handlers are used to supply and circulate air around a building, or to extract stale air as part of a building’s Heating, Ventilating and Air Conditioning (HVAC) system.

 

Basically, an Air Handling Unit system includes a large insulated metal box that contains a fan, heating and/or cooling elements, filters, sound attenuators and dampers. In most cases, the AHU is connected to air distribution ductwork; alternatively, the AHU can be open to the space it serves

 

Supply air passing through the AHU is filtered and is either heated or cooled, depending on specified duty and the ambient weather conditions. In some buildings, Air Handling Units are used only to supply fresh air for ventilation and extract stale air.

 

For heating or cooling, AHUs may be connected to central plant such as boilers or chillers, receiving hot or chilled water for heat exchange with the incoming air. Alternatively, heating or cooling may be provided by electric heating elements or direct expansion refrigeration units built into the air handler.

 

When AHU systems are used to extract stale air from the building, a controlled proportion of this air may be recirculated to avoid having to condition all supplied air. AHUs can also incorporate heat recovery mechanisms to extract heat from the air being expelled and use it to heat incoming supply air

 

Air Handling Units vary considerably in size, capacity and complexity, depending on the job they are designed to perform