Optional Features:

Low water flow protection on the evaporator and the condenser

Remote control capability with PC or building automation system

Copper tube and copper fin type condenser

Copper tube and epoxy coated aluminium fin type condenser

Air cooled condenser and mesh protection

Condenser pump circulation control with microprocessor evaporator and condenser

Models with low noise and vibration levels

Heat pump models

Recovery and free cooling exchanger models

Models with sea water condenser

Models with remote condenser

Models with inverter scroll compressors

Custom design for special project and flexible production

Fans with radial fan AC and EC fans

Units compatible down to -15°C ambient temperature

Units compatible up to +55°C ambient temperature

Screw Compressor Water Chiller Units

(R-134a)

Capacity range: 180-2000 kW. Water temperature range: -5/+20°C Condenser water exit temperature range: +20/+50C. Semi hermetic type, compact, helicoidal twin screw compressors control system is stepless capacity control. It has three phases and engine suction gas with two poles. All the chiller with screw compressors have minimum two compressors and independent cooling circuits for each compressors.

Scroll Compressor Water Chiller Units

(R-410a)

Capacity range: 5-500 kW. Water temperature range: -5/+20°C Condenser water exit temperature range: 20/50°C Asymmetrical compressor application where multiple compressors are connected to the same circuit is used in Scroll type cooling units. Two compressors with different capacities are connected to the same cooling circuit providing three steps capacity control.

Piston Compressor Water Chiller Units

(R-407c, R-404a)

Capacity range: 20-450 kW. Water exit temperature range: -25/+15°C Condenser water exit temperature range: 20/50°C Condenser water exit temperature range: 20/50°C C. The units have a wide range of usage areas and in especially low water temperature, provide high performance.

Reliability, Long Life and Easy Operating

Imbat water cooler units include single water inlet and outlet with single or multiple gas circuits. The water carrier shell and tube type evaporators are protective against partial freezing possibility. The water cell is removable and the pipes can be cleaned mechanically. The compressors work in automated order providing equal aging in all compressors.

High Efficiency

Imbat units are designed to provide maximum energy efficiency with over 30 years of engineering expertise in the sector. This includes expansion valve, microprocessor control, high efficiency compressors and heat transfer surfaces on compressor and the condenser. The heat transfer surfaces on the condenser and evaporator come as a standard feature in all our models.

Asymmetrical Cooling

Is the application of using multiple capacity compressors on a single circuit cooling system.

Since multiple compressors at different capacities are connected to a single evaporator and condenser circuit, condensation is performed at low temperatures and evaporation is performed at high temperatures under partial load. Multiple compressor systems tend to have a longer lifespan and energy saving features due to its step capacity control abilities.