AIR CONDITIONING SYSTEMS
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Air Handling Unit Framework Panel Radial and Plug Fans Sealing Volumetric Air Dampers Filters Silencers Heating and Cooling Coils Heat Recovery Unit Steam Humidifier Configuration Examples Air Handling Unit Dimensions Table Hygienic Air Handling Units Air Handling Units with Heat Recovery Recovery from Water to Air Recovery from Air to Air Packaged Type Hygenic Air Handling Unit Framework Panels Fans Volumetric Air Dampers Filters Steam Humidifier Heating and Cooling Coils Compressor Condenser Automation Operation Principle Swimming Pool Dehumidifying Unit Cell Aspirators Fresh Air Units...

Roof and Duct Type Fans AACF Horizontal Throw Axial Roof Fans ARF Horizontal Throw Centrifugal Roof Fans ARF-V Vertical Throw Centrifugal Roof Fans ADKF Rectangular Duct Fan ADTX Round Duct Fan Heat Pump HEPA Filter Boxes Product Certificates System Certificates Humid Air Psychometric Chart Laminar Flow Units Steam Humidifiers Our References Hotels Hospitals Governmental Institutions Industrial Facilities VAV - CAV Units ACSMART Automation

Your point of view will change when you read this page When searching for a product, it may be difficult to select a product among similar ones. If you are at this stage, we would like to remind you some important points. This catalogue contains technical details for our product range. When you review and compare the products, you will see the superior features of our products. You will discover the potential that how our products can contribute to your firm. Your purchase decision affects your future! "The evaluation criterion should not be limited to price only but price & performance!"...

AIR HANDLING UNIT Air handling units are used in ventilation, filtering, heating, cooling, humidifying and dehumidifying applications. ACS supplies air handling units under serie namely ACS50 having 50 mm rockwool insulation respectivel y. There are totally 29 models are available in the product range with capacities varying from 1,000 to 100,000 cubic meter per hour. ACS50 with range ACS 7 1 - 1003 has been tested and certified by EUROVENT as per EN 1886 standards.

AIR HANDLING UNIT FRAMEWORK The frame is composed of specially rolled aluminium or steel profiles and plastic brackets designed specially for these profiles. Interior surfaces of the profiles are designed be smooth and free of recess and protrusion and are fully sealed in order to minimize pressure loss and avoid aggregation of contaminants inside the air handling unit. PANEL The panels constituting the body have double layers. The inner surface of the panels is composed of electrostatic painted galvanized sheets. Heat and sound isolation is achieved either by fixing rockwool plates of...

Components and Their Features Motor is directly coupled to the rotor. This way power loss caused by transmission components is avoided and contamination and breaking risk of belt is eliminated. Because the revolutions of the fan and the motor are the same air flow rate control can be managed by controlling the frequency in the fans. Fans are powered 380V /50 Hz. Asynchronous motors have IP55 protection class and F isolation class. SEALING Special extruded rubber gaskets with air cushion are used to avoid possible air leakage caused by the pressure difference at the seams where framework and...

Components and Their Features Heating and Cooling Coils Heater and cooler coils can be composed of either copper pipe and aluminium fins or steel pipe and steel fins depending on the purpose of the component and type of the fluid. All coils are subjected to pressurized hydrostatic test upon completion of the production. Coils are installed on the studs arranged in a way to enable easy access and maintenance. Cooling coils exchangers are equipped with a stainless steel trays or a specially formed PVC droplet catcher for condensing water. Electric heaters are produced using steel pipe and...

Configuration Examples

All air handling unit cell dimensions of sections in “mm” Drop Eleminator Steam Humidifier Water Humidifying Section Final Heating Section Ventilator Section Silencer Section Empty Section Heat Recovery Section w/plate Electric Heater Section Heater Section Mixing and Filter Section Exhaust Section AIR WIDTH HEIGHT FAN TYPE MODEL FLOW (NICOTRA) ACS RATE (m3/h) (W) (H) Side View ACS 50 AIR HANDLING UNIT DIMENSIONS TABLE OUTLET NOZZLE INLET NOZZLE OUTLET INLET AIR WIDTH FLOW WIDTH HEIGHT AIR WIDTH HEIGHT AIR VELOCITY VELOCITY RATE (m3 /h) (mm) (mm) (m/s) (mm) (mm) (m/s) (mm) HEAT RECOVERY...

HYGIENIC AIR HANDLING UNITS

HYGIENIC AIR HANDLING UNITS HYGIENIC AIR HANDLING UNITS Hygienic air handling units are used in surgical operating rooms, clean rooms, food, medicine and chemistry facilities and in similar places where sensitive sterile conditions are required. • Smooth interior surface by means of profile and framework specifically designed for hygienic series. • Panels with interior layers fully covered by AISI 304 stainless steel sheets. • Stainless steel skids for filter and exchangers and stainless steel silencer chamber sheets. • Cooling and heating coils composed of copper pipes and epoxy coated...

AIR HANDLING UNIT WITH HEAT RECOVERY

AIR HANDLING UNIT WITH HEAT RECOVERY AIR HANDLING UNIT WITH HEAT RECOVERY In air handling units with heat recovery, effective heat transfer takes place between the incoming fresh air and exhaust air. The efficiency of the heat recovery reaches to levels up to 70%. The level of energy saving varies depending on the location and temperature and air volume of fresh air. Optionally, the units can also be designed to operate with mixed air. Although heat recovery does not take place at a higher degree as in the case of 100% fresh air operation, there will still be some remarkable amount of heat...

AIR HANDLING UNIT WITH HEAT RECOVERY Water-to-Air Heat Recovery There are two separate exchangers in the water-to-air heat recovery systems. One exchanger is on the exhaust side and the other is on the fresh air side. These two exchangers operate in a close circuit by means of a water recirculation pump. The purpose of the system is to reclaim the energy of the air on the exhaust side and transfer it to the fresh air; the system can be used for both heating and cooling.