Water Cooled Industrial Chiller Datasheets
Review reference specifications for water cooled industrial chillers used in continuous process cooling, large-capacity equipment cooling, central cooling systems, and factory production lines.
Water cooled industrial chiller datasheets should be reviewed according to cooling capacity, chilled water temperature, condenser water inlet and outlet temperature, water flow rate, compressor configuration, pump requirement, voltage, and installation conditions. Compared with air cooled chillers, water cooled chillers are usually selected for larger capacity, continuous operation, lower condenser pressure, and factory systems where cooling towers or condenser water circuits are available.
- Datasheet PurposeWater cooled chiller datasheet and engineering data reference.
- Technical DataCooling capacity, chilled water flow, condenser water flow, compressor, pump, voltage.
- Before QuotationCompare industrial water cooled chiller technical data before requesting final selection.
Water Cooled Chiller Model Data Tables
Use the following reference tables to compare typical water cooled industrial chiller models by capacity range. Final configuration may vary according to chilled water temperature, condenser water condition, pump pressure, voltage, refrigerant, compressor configuration, and project requirements.
Initial Comparison
Data is for initial model comparison and quotation preparation.
Final Review
Final selection should be reviewed according to real heat load and operating conditions.
Temperature Effect
Cooling capacity is affected by chilled water outlet temperature and condenser water inlet temperature.
Custom Items
Pump, voltage, refrigerant, evaporator, condenser, and control system can be adjusted for custom projects.
5–20 HP Water Cooled Industrial Chiller Datasheet Reference
Reference values for small and medium process cooling| Model Group | Nominal HP | Cooling Capacity | Compressor Power | Chilled Water Outlet Range | Typical Chilled Water ΔT | Chilled Water Flow Rate | Condenser Water Flow Rate | Condenser Water In / Out | Evaporator Type | Condenser Type | Refrigerant | Power Supply | Application Notes |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Standard Water Cooled | 5 HP | Approx. 13–16 kW | Approx. 3.7 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 45–55 L/min | Approx. 55–70 L/min | 30°C / 35°C reference | Stainless steel plate heat exchanger or shell-and-tube option | Water cooled shell-and-tube condenser | R410A / R407C / project-reviewed | 380V/3Ph/50Hz, 220V/3Ph/60Hz, 460V/3Ph/60Hz available | Machine cooling, electroplating, laser, small process cooling. |
| Standard Water Cooled | 8 HP | Approx. 21–25 kW | Approx. 6.0 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 70–90 L/min | Approx. 90–110 L/min | 30°C / 35°C reference | Plate heat exchanger or shell-and-tube option | Water cooled shell-and-tube condenser | R410A / R407C / project-reviewed | Export voltage and frequency available | Small production equipment, laboratory process loop, plating bath cooling. |
| Standard Water Cooled | 10 HP | Approx. 26–32 kW | Approx. 7.5 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 90–110 L/min | Approx. 110–135 L/min | 30°C / 35°C reference | Plate heat exchanger or shell-and-tube option | Water cooled shell-and-tube condenser | R410A / R407C / project-reviewed | Export voltage and frequency available | Injection molding, laser, CNC, process tank cooling. |
| Standard Water Cooled | 15 HP | Approx. 40–48 kW | Approx. 11 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 135–165 L/min | Approx. 165–200 L/min | 30°C / 35°C reference | Plate heat exchanger or shell-and-tube option | Water cooled shell-and-tube condenser | R410A / R407C / project-reviewed | Export voltage and frequency available | Medium process cooling, plating, hydraulic systems, factory equipment. |
| Standard Water Cooled | 20 HP | Approx. 52–62 kW | Approx. 15 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 180–215 L/min | Approx. 215–260 L/min | 30°C / 35°C reference | Plate heat exchanger or shell-and-tube option | Water cooled shell-and-tube condenser | R410A / R407C / project-reviewed | Export voltage and frequency available | Production equipment, thermal spray, die casting, chemical process cooling. |
20–50 HP Industrial Water Cooled Chiller Datasheet Reference
Reference values for continuous industrial process cooling| Model Group | Nominal HP | Cooling Capacity | Compressor Type / Quantity | Compressor Power | Chilled Water Outlet Range | Typical ΔT | Chilled Water Flow Rate | Condenser Water Flow Rate | Condenser Water In / Out | Pump Configuration | Evaporator | Condenser | Power Supply | Typical Applications |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Industrial Water Cooled | 20 HP | Approx. 52–62 kW | Scroll or semi-hermetic compressor, project-reviewed | Approx. 15 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 180–215 L/min | Approx. 215–260 L/min | 30°C / 35°C reference | Standard circulation pump or pump sized by pipe resistance | Plate or shell-and-tube evaporator | Water cooled shell-and-tube condenser | Export voltage and frequency available | Thermal spray, die casting, electroplating lines, chemical process cooling. |
| Industrial Water Cooled | 25 HP | Approx. 65–78 kW | Scroll or semi-hermetic compressor, project-reviewed | Approx. 18.5 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 225–270 L/min | Approx. 270–325 L/min | 30°C / 35°C reference | Standard or high-pressure pump according to piping loss | Plate or shell-and-tube evaporator | Water cooled shell-and-tube condenser | Export voltage and frequency available | Production equipment, plastic extrusion, process tanks. |
| Industrial Water Cooled | 30 HP | Approx. 78–95 kW | Scroll or semi-hermetic compressor, project-reviewed | Approx. 22 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 270–330 L/min | Approx. 330–395 L/min | 30°C / 35°C reference | Pump selected by flow rate and head | Plate or shell-and-tube evaporator | Water cooled shell-and-tube condenser | Export voltage and frequency available | Centralized factory equipment cooling and continuous process loops. |
| Industrial Water Cooled | 40 HP | Approx. 105–125 kW | Single or multiple compressor configuration available | Approx. 30 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 360–430 L/min | Approx. 430–520 L/min | 30°C / 35°C reference | Pump selected by pipe distance and pressure loss | Shell-and-tube evaporator or project-reviewed exchanger | Water cooled shell-and-tube condenser | Export voltage and frequency available | Large equipment cooling, die casting, chemical process cooling. |
| Industrial Water Cooled | 50 HP | Approx. 130–155 kW | Single or multiple compressor configuration available | Approx. 37 kW | 5–35°C standard, custom range available | 5°C reference | Approx. 450–535 L/min | Approx. 535–645 L/min | 30°C / 35°C reference | Standard or external pump station by project review | Shell-and-tube evaporator or project-reviewed exchanger | Water cooled shell-and-tube condenser | Export voltage and frequency available | Centralized factory equipment cooling and continuous industrial cooling. |
50+ HP Large Water Cooled Chiller System Datasheet Reference
Reference values for central cooling and large-capacity projects| Capacity Group | Nominal HP | Cooling Capacity | Compressor Configuration | Chilled Water Temperature Range | Chilled Water Flow Rate | Condenser Water Flow Rate | Condenser Water Condition | Evaporator Option | Pump System | Control System | Power Supply | Installation Notes | Custom Options |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Large System | 50 HP | Approx. 130–155 kW | Single or multiple compressor configuration available | 5–35°C standard, custom range available | Approx. 450–535 L/min | Approx. 535–645 L/min | 30°C / 35°C reference or project-confirmed | Shell-and-tube evaporator or plate heat exchanger | Built-in or external pump station | Digital controller or PLC option | Export voltage and frequency available | Requires condenser water circuit and service access review. | Dual pump, buffer tank, PLC, Modbus, stainless wetted parts. |
| Large System | 60 HP | Approx. 155–185 kW | Multiple compressor configuration available | 5–35°C standard, custom range available | Approx. 535–640 L/min | Approx. 640–770 L/min | 30°C / 35°C reference or project-confirmed | Shell-and-tube evaporator or project-reviewed exchanger | External pump station optional | Digital controller or PLC option | Export voltage and frequency available | Reviewed for factory chilled-water loop and cooling tower condition. | Dual pump, stronger pump, larger buffer tank, communication interface. |
| Large System | 80 HP | Approx. 210–250 kW | Multiple compressor configuration available | 5–35°C standard, custom range available | Approx. 720–860 L/min | Approx. 860–1030 L/min | 30°C / 35°C reference or project-confirmed | Shell-and-tube evaporator or project-reviewed exchanger | External pump station commonly reviewed | PLC, HMI, Modbus, alarm output optional | Export voltage and frequency available | Reviewed for multi-point process cooling and pipe system pressure loss. | Skid-mounted structure, PLC control, special voltage, central cooling design. |
| Large System | 100 HP | Approx. 260–310 kW | Multiple compressor configuration available | 5–35°C standard, custom range available | Approx. 900–1070 L/min | Approx. 1070–1290 L/min | 30°C / 35°C reference or project-confirmed | Shell-and-tube evaporator or project-reviewed exchanger | External pump station and buffer tank by project | PLC, HMI, Modbus, alarm output optional | Export voltage and frequency available | Requires engineering review of heat load, cooling tower, piping, transport, and installation. | Central cooling system design, multiple loops, redundancy, special control. |
| Project-specific | 100+ HP | Reviewed according to heat load and operating schedule | Custom compressor and refrigeration configuration | Project-defined | Calculated by heat load and ΔT | Matched to condenser and cooling tower design | Confirmed by site condenser water condition | Project-reviewed exchanger | External pump station, dual pump, or central system | Project-defined controller and communication | Export voltage and frequency available | For large industrial cooling systems requiring project-level engineering. | Shell-and-tube evaporator, stainless heat exchanger, dual pump, PLC, Modbus, skid-mounted structure. |
Special Water Cooled Chiller Datasheet Configuration Options
Configuration items commonly reviewed before final datasheet| Configuration Type | Typical Use | Key Datasheet Items | Selection Notes |
|---|---|---|---|
| Stainless Steel Water Cooled Chiller | Food, chemical, corrosion-sensitive or clean process cooling | Stainless steel tank, stainless steel piping, plate heat exchanger, water quality requirement | Confirm fluid, corrosion risk, cleaning requirement, and installation environment. |
| Central Water Cooled Chiller System | Factory production line or multi-equipment cooling | Total heat load, pump flow, main pipe pressure, buffer tank, control system | Confirm total connected equipment, simultaneity factor, and pressure loss. |
| High Temperature Process Cooling | Process water cooling where outlet temperature is higher than standard chilled water | Cooling capacity at required temperature, condenser water condition, control range | Higher outlet temperature may increase available cooling capacity. |
| Low Temperature Water Cooled Chiller | Special process cooling below standard range | Glycol ratio, evaporator protection, refrigerant, compressor, anti-freeze control | Capacity must be recalculated at low outlet temperature. |
How to Read the Datasheet Tables
Capacity Depends on Temperature
Cooling capacity is affected by chilled water outlet temperature and condenser water inlet temperature.
Chilled Water Flow
Chilled water flow rate is usually calculated according to heat load and temperature difference.
Condenser Water Flow
Condenser water flow rate should match cooling tower and condenser design.
Pump Pressure
Pump pressure should be selected according to pipe distance, height difference, valves, filters, and equipment pressure loss.
Voltage and Frequency
Voltage and frequency must be confirmed before quotation and final electrical configuration.
Final Datasheet
Final datasheet should be confirmed after reviewing the real application and operating conditions.
Technical Parameters Explained
| Parameter | What It Means | Selection Note |
|---|---|---|
| Cooling Capacity | Required heat removal capacity | Confirm based on real process heat load and operating temperature. |
| Chilled Water Outlet Temperature | Target water temperature supplied to the process | Lower outlet temperature may reduce available cooling capacity. |
| Chilled Water Flow Rate | Water circulation volume through the process | Match flow rate with heat load, ΔT, and equipment requirement. |
| Condenser Water Flow Rate | Water flow through the water cooled condenser | Must match cooling tower, condenser pressure, and heat rejection requirement. |
| Condenser Water Inlet Temperature | Cooling water temperature entering the condenser | Higher condenser water temperature may reduce efficiency and cooling capacity. |
| Pump Pressure | Available pressure for chilled water circulation | Check pipe distance, height, valves, filters, and equipment resistance. |
| Evaporator Type | Heat exchanger between chilled water and refrigerant | Plate heat exchanger is compact; shell-and-tube is suitable for larger or special systems. |
| Power Supply | Voltage, phase, and frequency | Confirm according to country and site electrical system. |
Water Cooled Chiller Selection Notes
Cooling Tower Required
Water cooled chillers require condenser water from a cooling tower or central condenser water circuit.
Better for Larger Capacity
Water cooled systems are often preferred for larger heat loads and continuous industrial operation.
Condenser Water Condition Matters
The datasheet should confirm condenser water inlet and outlet temperature, water quality, and flow rate.
Indoor Installation Advantage
Water cooled chillers are commonly installed indoors, with heat rejected through condenser water.
Maintenance Consideration
Cooling tower, condenser cleaning, water treatment, and pipe system maintenance should be considered.
Custom System Options
Pump, tank, evaporator, condenser, control panel, communication, and voltage can be customized.
Typical Applications for Water Cooled Industrial Chillers
Water cooled process chiller datasheet review is often useful when the project involves large heat load, continuous operation, centralized cooling, stable water temperature, indoor installation, or lower condenser noise requirements.
Thermal Spray Cooling
Stable process water cooling for spray gun, power supply, and high-duty workshop operation.
View Application →Injection Molding Cooling
Water cooled chillers can support molds, hydraulic systems, and production water loops.
View Application →Electroplating Cooling
Useful when plating bath temperature control and corrosion-sensitive circuits need review.
View Application →Chemical Process Cooling
Reviewed for reactor, tank, condenser, solvent, and process temperature control loops.
View Application →Die Casting Cooling
Supports high heat-load process cooling where continuous duty and stable flow are required.
View Application →Central Factory Process Cooling
Project-based central cooling systems can support multiple machines or production lines.
Review Custom Direction →Information Needed Before Requesting a Water Cooled Chiller Datasheet
Related Technical Datasheet Pages
Industrial Chiller Technical Datasheets
Return to the main technical datasheet center.
Open Page →Air Cooled Industrial Chiller Datasheets
Compare air cooled chiller capacity, airflow, pump, and voltage data.
Open Page →Custom Industrial Chiller Datasheets
Review project-based configuration data for custom industrial chillers.
Open Page →Parts & Heat Exchanger Datasheets
Review heat exchanger, pump, compressor, and chiller component reference data.
Open Page →Export Voltage Configuration Reference
Review common export voltage and frequency configurations.
Open Page →Water Cooled Chiller Datasheet FAQ
What information is included in a water cooled chiller datasheet?
A water cooled chiller datasheet usually includes cooling capacity, compressor power, chilled water flow rate, condenser water flow rate, temperature range, evaporator type, condenser type, refrigerant, voltage, pump options, and installation notes.
Are the cooling capacity values in the table final selection data?
No. The values are reference data for initial comparison. Final capacity should be checked according to heat load, chilled water outlet temperature, condenser water inlet temperature, and operating conditions.
Why does condenser water temperature affect chiller capacity?
Higher condenser water inlet temperature increases condensing pressure and may reduce cooling capacity and efficiency. The datasheet should always confirm the condenser water condition.
Does a water cooled chiller require a cooling tower?
In most cases, yes. A water cooled chiller requires condenser water from a cooling tower or central condenser water system to reject heat.
How should I compare chilled water flow rate?
Chilled water flow rate is related to heat load and temperature difference. The final flow rate should match the process equipment requirement and pipe system design.
Can condenser water flow rate be customized?
Yes. Condenser water flow rate can be reviewed according to condenser design, cooling tower condition, and project heat rejection requirement.
Can APT provide stainless steel water cooled chillers?
Yes. APT can provide stainless steel tank, stainless steel piping, and suitable heat exchanger options for food, chemical, corrosion-sensitive, or clean process applications.
What is the difference between air cooled and water cooled chiller datasheets?
Air cooled chiller datasheets focus on condenser airflow and ambient temperature, while water cooled chiller datasheets must also include condenser water inlet temperature, condenser water flow rate, and cooling tower conditions.
Can pump flow and pressure be customized?
Yes. Pump flow and pressure can be adjusted according to pipe distance, pressure loss, equipment resistance, and required circulation condition.
Can APT prepare a project-specific water cooled chiller datasheet?
Yes. APT can prepare a project-specific datasheet after reviewing cooling capacity, target temperature, condenser water condition, fluid, pump requirement, voltage, application, and installation conditions.
Request Water Cooled Industrial Chiller Datasheets
Send your cooling capacity, target chilled water temperature, condenser water condition, flow requirement, pump pressure, voltage, process fluid, and application details. APT can prepare a project-specific water cooled chiller datasheet after engineering review.