APT Chiller Quick Selection App
Estimate cooling capacity, preview preliminary chiller direction, and generate an engineering-ready RFQ for industrial process cooling projects.
Quick Answer
Use the tool to estimate cooling capacity, preview chiller direction, and generate a cleaner RFQ draft.
Choose the closest process profile.
Fill in flow, temperature, ambient, voltage, and coolant.
Review results and send the generated draft to APT engineers.
Build a preliminary chiller selection in one pass
All calculation logic stays connected to the existing engineering model. This update improves readability, navigation, and result presentation without changing the underlying selection behavior.
Read the sizing outcome before moving into configuration
Use the result strip as the main review area before exporting the RFQ.
Thermal spray and HVOF processes need continuous-duty industrial process cooling.
Key equipment direction at a glance
The five cards below summarize the first-pass chiller, compressor, evaporator, control, and refrigerant direction.
Designed for continuous-duty industrial process cooling with stable circulation flow.
Chosen according to preliminary capacity range and duty stability.
Preliminary choice depends on coolant type, cleanliness, and process sensitivity.
Supports stable temperature control and optional remote monitoring integration.
Final refrigerant selection should match local standards and actual system design.
Use this draft data for internal review and RFQ preparation
These values are formatted to help project teams transfer selection outputs into quotation requests or engineering checklists.
Primary and secondary engineering decisions
The most important configuration choices remain visible first, while supporting recommendations stay accessible below.
Designed for continuous-duty industrial process cooling with stable circulation flow.
Why this was selected: thermal spray and HVOF demand reliable heat removal and robust system stability.
Chosen according to preliminary capacity range and site electrical standards.
Why this was selected: balanced efficiency, maintainability, and stable industrial duty performance.
Depends on coolant type, cleanliness, pressure drop, and corrosion considerations.
Why this was selected: adaptable to industrial water quality and broader application requirements.
Pump size depends on flow rate, required head, and piping resistance.
Why this was selected: reliable circulation for standard industrial closed-loop cooling duties.
View supporting engineering recommendations
Water-cooled or air-cooled direction depends on ambient condition and installation environment.
Why this was selected: efficient heat rejection for the current preliminary cooling capacity range.
PLC or remote monitoring upgrade available according to project requirements.
Why this was selected: practical balance of temperature control stability and maintainability.
Electrical configuration follows input voltage, project region, and compliance needs.
Why this was selected: suitable base for industrial site integration and protective device planning.
Final refrigerant choice should be confirmed by local regulations and final system design.
Why this was selected: common industrial refrigerant directions for current load and temperature ranges.
Application-specific notes
Review the notes below before sending the RFQ.
- Confirm the actual process fluid and whether corrosion-resistant wetted materials are required.
- Verify the final ambient condition, especially for outdoor installation or high-temperature regions.
- Check whether precision control, PLC integration, or redundancy is required.
Generated Preliminary Technical RFQ
Copy the generated RFQ and send it to APT engineers for quotation review.
Make sure the application, units, and operating conditions are correct.
Use the RFQ block as the starting point for quotation or engineering review.
APT engineers can confirm configuration, materials, and final proposal direction.
Generated Preliminary Technical RFQ
Copy this message and send it to APT engineers for quotation review.
Questions commonly asked before requesting a formal solution
The visible FAQ content below should stay aligned with the FAQPage schema included at the end of the snippet.
How is industrial chiller cooling capacity calculated?
Cooling capacity can be estimated from flow rate and temperature difference. For water cooling, Q(kW) = Flow(L/min) × 4.186 × ΔT(°C) / 60. A safety factor is normally added for real industrial conditions.
Is this tool a final chiller selection?
No. This tool provides preliminary engineering selection only. Final chiller design should be confirmed by APT engineers according to heat load, coolant properties, pump head, ambient temperature, installation environment and electrical standards.
When should I choose a T3 high-ambient chiller?
A T3 high-ambient chiller is recommended for hot climates, outdoor installation, Middle East projects or sites where ambient temperature may reach 40-45°C or higher.
Do corrosive liquids require titanium heat exchangers?
Corrosive liquids such as plating solution, anodizing chemicals, seawater or some chemical fluids usually require titanium, stainless steel or anti-corrosion heat exchanger options. Final material should be confirmed according to the liquid composition.
What applications may require explosion-proof chillers?
Chemical extraction, solvent processes, flammable gas areas and classified electrical environments may require explosion-proof chiller configuration. The final explosion-proof level should follow local safety standards.
When is a water-cooled chiller recommended?
Water-cooled chillers are often recommended for large cooling capacity, high ambient temperature, indoor installation, central cooling systems or applications requiring higher efficiency and stable condenser performance.
What information should I provide for an accurate quotation?
Please provide application, heat load or flow rate, inlet and outlet temperature, coolant type, ambient temperature, voltage, pump distance, installation location and special requirements such as explosion-proof, titanium or PLC control.
Can APT customize the chiller configuration?
Yes. APT can customize cooling capacity, compressor type, evaporator material, condenser design, pump, tank, electrical cabinet, PLC control, voltage and protection options according to project requirements.
Confirm your industrial chiller selection with APT engineers
Use this rebuilt selection tool as a preliminary engineering reference, then send your working conditions to APT for detailed chiller validation, control confirmation, and quotation support.