Commercial

• Compact design & Low profile
• Low sound power level
• Easy maintenance
• Easy installation & maintenance
• External terminal box
• High efficiency tropical design
• Galvanized heavy gauge panels, oven baked powder coated
• Designed to operate at severe ambient temperature up to 52°C without tripping
• External service valve with gauge ports
• Microprocessor controller
• Optional electrical heater.

• High EER (Energy Efficiency Ratio) exceeds the new ASHRAE 90.1 efficiency levels
• Designed to operate at severe ambient temperature up to 52°C without tripping
• Microprocessor Controller
• Weather proof Control panel
• Factory run tested.
• Produced in an ISO 9001-2000 listed manufacturing facility.
• Constructed in compliance with ASHRAE 15 safety requirements.
• AHRI certified cooling coils
• Totally Enclosed Fan cooled (TEFC) Blower Motor
• Intelligent air Quality System by Economizer control
• Ultra Violet (UV) lamps

• Customizable configuration & Flexible Cabinet Sizing
• Inner Painted GI, Aluminum or Stainless Steel Panels with the various thickness such as 1.0, 1.2 &1.6 mm
• Selection of Drain Pan Materials, Mixing Boxes / Economizers.
• Multiple Coil Section Depths.
• Integral face and By-Pass Dampers.
• Variety of fans - Belt or Direct Drive, Forward or Backward curved or Aerofoil, Plug Fans.
• Motors – Standard and Energy Efficient (EFF1/EFF2)
• Humidifier and De-Humidifier sections.
• Filters – Flat Filters, Bag Filters, Hepa Filters
• Digital Controls
• Optional Accessories – View Port, Hinge Door, Lights, etc.

• Easy access to the unit casing with removable panels for maintenance of the blower, fan motor, belt and pulleys.
• Easy access to drain pan for cleaning.
• Finned type electric heater from 35 to 210 kW capacity.
• Double skin construction and totally enclosed fan cooled motor with Class F insulation.
• Microprocessor controller and Decorative wall mounted thermostat

• Designed for gulf harsh environment with optimum performance, high efficiency, low power consumption, easy installation and low noise operations.
• ACL series chillers are designed to provide central cooling for Residential and commercial applications with the high reliability utilizing the R 407C & R 410A.

• Designed for Gulf harsh environment with optimum performance where it has been designed for a higher efficiency, low power consumption with a less than 1.6 KW /TON
• Easy installation and low noise operation
• Central cooling for commercial and industrial application with the high reliability utilizing the Environment friendly R-134a refrigerant.

• Designed for harsh climate conditions typical of Middle East and even more crucial operating limits compared to usual conditions
• Equipped with high-efficient SCREW compressors
• “V” condensing shape with increased surface and extremely efficient evaporator with low refrigerant charge
• Very stable operating performance due to excellent refrigerant distribution.

• Designed to reach the lowest energy consumption and highest efficiency.
• Equipped with high-efficient SCROLL compressors
• “V” condensing shape with increased surface and extremely efficient evaporator with low refrigerant charge.
• Very stable operating performance due to excellent refrigerant distribution

• EKAC series uses environmentally-friendly refrigerant-type (R410A).
• Applicable to places such as hotels, restaurants, recreational centers, hospitals, dining halls, offices, cinemas, factories and supermarkets, especially to those rising high requirement on noise reduction and ambient environment and where water is lacking or cooling water tanks are inapplicable.
• Featuring flexibility in installation, quickness in construction and simplicity in pipelining.

High & Low Static Fan Coil Units ranging from 200 CFM to 2000 CFM, are highly efficient means of turning a water chiller, or hot water boiler into an efficient quiet air conditioning system for both commercial and residential applications.

• Centrifugal fans, with forward curved blades, are statically and dynamically balanced and driven by single-phase motors with three speeds.
• Electronically Commutated (EC) fan motors for high efficiency.
• Fan Coil Units are AHRI certified.

• High External Static Pressure and high Delta T applications.
• Low chilled water pressure drop.
• Extra high air flow volume (200-1600 CFM at med speed) at high ESP (75 Pa).
• EK slit designed and HYDROPHILIC DALUE FIN eliminates this boundary layer of air and creates continuous turbulence for best heat exchange efficiency.
• The low height design makes this fan coil unit series ideally suited for the tight ceiling concealed installation.

• 2-pipe version with 2,3 or 4 rows coil as well as 4-pipe version with 2 row cooling coil + 1 row heating coil or 3 row cooling + 1 row heating coil
• Three speed, IP20 with class B insulation motor and permanent split capacitor with ball bearings
• Hydrophilic blue pre-coated Aluminum fins

The ceiling mounted A series are decorative type units with

• 3 speed fan.
• IP20 with class B insulation motor and permanent split capacitor with ball bearings.
• Hydrophilic blue pre-coated Aluminum fins with a decorative grill up front.

The Cabinet type Air Handling Units comes with 3 series A, B and C

• Series A - Horizontal super-slim units: EKSW015D ~ EKSW050D (7 Models)
• Series B - Vertical units: EKSW040V ~ EKSW250V (10 Models)

• EK Patented cabinet structure.
• Customizable configurations.
• High Quality filter.
• Electric heating and humidification.
• Sound attenuator.
• Heat recovery and secondary return air section.
• Unique Anti corrosion angle design
• High strength panel structure.
• Intelligent control.
• High performance heat exchanger.

• Anti-over compression technology and anti-liquid striking design
• Advanced two-stage sub-cooling technology
• Ultra low temperature operation – unit can be reliably operated at -20 degC
• Ultra high IPLV value – up to 9.6
• Two stage sub cooling technology.
• Multi-stage oil return technology of the system.
• Intelligent backup operation technology.
• Patented heat exchanger design.
• All DC frequency conversion technology.