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Process Chillers & HVAC Chillers

CEMS Chiller Series

Explore the CEMS product range for process cooling and HVAC on one page. Compare capacities, refrigerants and key characteristics, then visit the relevant product page for technical details.

  1. Environmentally Conscious Design

    We develop cooling solutions designed to reduce environmental impact, with next-generation and lower-GWP refrigerant options.

  2. 24/7 Technical Support

    Our experienced service team provides reliable technical support and quality service throughout the sales and after-sales process.

  3. Advanced Technology

    We continually develop our technological capabilities to deliver efficient cooling solutions tailored to our customers’ requirements.

  4. Globally Recognised Suppliers

    We use components from established refrigeration manufacturers, focusing on quality, reliability and long service life to support projects in Türkiye and abroad.

Air-Cooled Chiller Models

Explore the CORE SE, ST, SM and MASTER SW series, alongside dry cooler and heat pump solutions on the same page.

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CEMS Chiller — 4 HP
Representative series image. Model and equipment may vary with the selected configuration.

CEMS CORE SE

Air-Cooled Chiller

CORE SE provides precise temperature control from 2 to 50 kW, with R134a, R410A or R454B refrigerants. An integrated hydraulic module and microprocessor controller simplify installation. Scroll or reciprocating compressors are used depending on the model. Units undergo operation, pressure, flow and electrical panel tests before shipment.

Cooling capacity
2–50 kW
Refrigerant
R134a / R410A / R454B

Capacities are calculated at +15 °C leaving water temperature and +25 °C ambient temperature. Pump selection depends on process pressure losses and the piping system.

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CEMS Core ST 2.10
Representative series image. Model and equipment may vary with the selected configuration.

CEMS CORE ST

Air-Cooled Chiller

CORE ST covers cooling requirements from 50 to 120 kW. Tandem scroll compressors using R410A or R454B adapt to capacity demand. An integrated hydraulic module and microprocessor controller simplify installation. Stainless steel plate or shell-and-tube evaporators and microchannel condensers are key components.

Cooling capacity
50–120 kW
Refrigerant
R410A / R454B

Capacities are calculated at +15 °C leaving water temperature and +25 °C ambient temperature. Pump selection depends on process pressure losses and the piping system.

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CEMS Core SD40
Representative series image. Model and equipment may vary with the selected configuration.

CEMS CORE SM

Air-Cooled Chiller

CORE SM meets cooling requirements from 120 to 600 kW with multiple tandem scroll compressors and R410A or R454B refrigerants. Balanced compressor operating hours, an integrated hydraulic module, microprocessor control, a shell-and-tube evaporator and a microchannel condenser support precise temperature control and straightforward system integration.

Cooling capacity
120–600 kW
Refrigerant
R410A / R454B
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CEMS Master SW Hava Soğutmalı Chiller
Representative series image. Model and equipment may vary with the selected configuration.

CEMS MASTER SW

Air-Cooled Chiller

MASTER SW is a screw-compressor chiller series for high-capacity industrial and commercial applications. It offers 300–1,000 kW capacities with R134a or R513A refrigerants. PLC control, remote monitoring and BMS integration support operation and capacity management.

Cooling capacity
300–1,000 kW
Refrigerant
R134a / R513A
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CEMS Dry Cooler Kuru Soğutucular
Representative series image. Model and equipment may vary with the selected configuration.

CEMS DRY COOLER

Dry Coolers

CEMS dry coolers reject heat to the outdoor air in process cooling and HVAC systems. They can be considered for projects aiming to reduce water consumption. Design and equipment selection can be configured to suit plant requirements and operating conditions.

Application
Process cooling and HVAC
Benefit
Heat rejection with reduced water consumption
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CEMS Heat Pump Serisi Isı Pompası
Representative series image. Model and equipment may vary with the selected configuration.

CEMS HEAT PUMP

Heat Pumps

The CEMS Heat Pump Series offers heat pump solutions in the 20–300 kW range, with R410A and R454B refrigerant options. Application conditions and the required capacity are assessed during project evaluation.

Capacity range
20–300 kW
Refrigerant
R410A / R454B
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Compare Chiller Series

Air-Cooled Chiller Models
SeriesCooling capacityRefrigerant optionsCompressor configuration
CEMS CORE SE2–50 kWR134a / R410A / R454BScroll or reciprocating, depending on model
CEMS CORE ST50–120 kWR410A / R454BTandem scroll
CEMS CORE SM120–600 kWR410A / R454BMultiple tandem scroll
CEMS MASTER SW300–1,000 kWR134a / R513AScrew

These series ranges support an initial assessment. Net capacity must be verified for the selected model and operating conditions; catalogue capacity is not constant at every temperature. Dry coolers and heat pumps serve different functions and are not included in this chiller comparison.

What Should You Check When Selecting an Air-Cooled Chiller?

Cooling load and water temperatures

Specify the required net cooling capacity, entering and leaving water temperatures, flow rate and glycol concentration, if applicable. A series capacity range alone is not sufficient for model selection.

Installation and ambient conditions

Assess outdoor design temperature, air circulation, service clearances and site noise requirements. Select the pump together with the piping system’s pressure losses.

Operation and quotation scope

Include operating hours, part-load conditions, pump and tank scope, automation, installation and service conditions in the same quotation comparison.

Project-Specific Selection for Process Cooling and HVAC

Plastics processing, machinery, food production lines and HVAC applications do not share the same temperature and flow requirements. Select within the CEMS Chiller range based on the application’s load profile and site infrastructure, rather than nominal kW alone.

What Information Do We Need for a Quotation?

Share your application, target water temperatures, estimated cooling load, flow rate, installation location and operating hours. We can then assess the model, hydraulic equipment and quotation scope together.

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