Air Cooled Chiller Condenser
99.9% TP2 Copper
After special soft annealing treatment,it is more flexible and easy to process.
The Fins
Use high-quality aluminum alloy,Thin and uniform structure, excellent thermal conductivity, effectively expanding heat exchange area to enhance cooling efficiency.
The Welding Technology
Firm and seamless joint between copper tubes,ensuring minimal heat loss at connection points.High welding strength, resisting vibration during refrigerator and freezer operation, extending service life.
The Protective Cover
The surface of the condenser has been cleaned when leaving the factory.
Dust-proof and moisture-proof, keeping the copper tubes and fins in optimal working condition before installation.
Product Details
Domi Refrigeration supplies Air Cooled Chiller Condenser for OEM buyers who need a drawing-driven component, stable repeat production, and a supplier that can discuss size, material, testing, and packaging before release.
For coil projects, the safest starting point is the old sample, a cabinet sketch, or an approved drawing. That lets the supplier confirm face area, tube pitch, row count, connection position, and mounting pattern before quotation.
Where this product fits
This product is used wherever the system needs efficient heat rejection or heat absorption inside a compact footprint.
- air cooled chillers
- process cooling systems
- industrial heat rejection projects
Materials and build options
Heavy-duty copper tube and aluminum fin assemblies are common, with stronger frames, support bars, and anti-corrosion coatings available when the application is more demanding.
Chiller condenser dimensions are usually set by capacity target, air path, fin spacing, tube arrangement, and installation clearance. Final dimensions should be matched to the approved drawing.
Specification guidance
| Item | Guidance |
|---|---|
| Main materials | Copper tube / aluminum fin or project-specific tube and fin combination with stronger structural support. |
| Dimensions | Set by capacity, air path, fin spacing, and installation clearance. Confirm drawing before production. |
| Refrigerant / medium | Project-specific refrigerants and heat-transfer media, including industrial refrigeration systems where the approved design calls for low-GWP or natural refrigerant operation. |
| Pressure / electrical note | Working pressure and test pressure must be confirmed against the system design, tube wall thickness, and service conditions before quotation is finalized. |
| Testing | Inspection can include dimensional control, joint visual review, leak testing, and packing checks before export. For larger industrial units, the packing method should protect fins, headers, and lifting points. |
| MOQ | Sample MOQ, repeat-order MOQ, and packaging detail should be confirmed by model. Small trial orders can be reviewed case by case. |
| Lead time | Lead time depends on project size, coating requirements, and the amount of engineering confirmation needed before release. |
Testing and release checks
Inspection can include dimensional control, joint visual review, leak testing, and packing checks before export. For larger industrial units, the packing method should protect fins, headers, and lifting points.
If the condenser is being used as a replacement, a photo of the existing nameplate, connection end, and installation space helps reduce sizing mistakes.
| MODEL | CAPACITY | AREA | FAN | CONNECTDIA(MM) | OVERALL(MM) | INSTALLSIZE | |||||
| KW | m² | INPUT(W) | DIA(MM) | VOLTAGE(V) | AIR(m³/H) | INLET | OUTLET | A*B*C | D(MM) | E(MM) | |
| CD-2 | 0.6 | 2 | 1*35 | 200 | 410 | 220 | ø10 | ø10 | 320*100*230 | 270 | 65 |
| CD-3.4 | 1 | 3.4 | 1*35 | 200 | 410 | 220 | ∅12 | ∅12 | 320*100*230 | 270 | 65 |
| CD-4.4 | 1.3 | 4.4 | 1*60 | 250 | 750 | 220 | ∅12 | ∅12 | 370*100*280 | 325 | 65 |
| CD-5.4 | 1.6 | 5.4 | 1*75 | 300 | 1350 | 220 | ∅12 | ∅12 | 440*100*330 | 392 | 65 |
| CD-7 | 2 | 7 | 1*90 | 300 | 1350 | 220 | ∅12 | ∅12 | 440*135*330 | 390 | 90 |
| CD-8.4 | 2.3 | 8.4 | 1*150 | 350 | 3100 | 380 | ∅16 | ∅12 | 500*130*430 | 455 | 95 |
| CD-11.5 | 3.5 | 11.5 | 1*150 | 350 | 3100 | 380 | ∅16 | ∅12 | 480*180*430 | 430 | 145 |
| CD-15 | 4.4 | 15 | 1*150 | 350 | 3100 | 380 | ∅16 | ∅12 | 550*180*480 | 490 | 145 |
| CD-18 | 5.2 | 18 | 1*180 | 400 | 4500 | 380 | ∅19 | ∅12 | 590*180*530 | 530 | 140 |
| CD-22 | 6.4 | 22 | 1*180 | 400 | 4500 | 380 | ∅19 | ∅12 | 590*180*530 | 530 | 140 |
| CD-25 | 8.1 | 25 | 1*180 | 400 | 4500 | 380 | ∅19 | ∅16 | 750*180*680 | 660 | 150 |
| CD-21 | 6.1 | 21 | 2*90 | 300 | 2700 | 220 | ∅16 | ∅12 | 840*180*430 | 790 | 140 |
| CD-28 | 8.2 | 28 | 2*150 | 350 | 6200 | 380 | ∅19 | ∅16 | 900*180*430 | 840 | 145 |
| CD-33 | 11.2 | 33 | 2*150 | 350 | 6200 | 380 | ∅19 | ∅16 | 900*200*480 | 840 | 130 |
| CD-36 | 12.6 | 36 | 2*180 | 400 | 9000 | 380 | ∅16 | ∅12 | 1015*180*580 | 950 | 150 |
| CD-43 | 14.8 | 43 | 2*180 | 400 | 9000 | 380 | ∅16 | ∅12 | 1015*180*680 | 950 | 150 |
| CD-48 | 17.5 | 48 | 2*180 | 400 | 9000 | 380 | ∅16 | ∅12 | 1250*200*630 | 1172 | 120 |
| CD-55 | 19.2 | 55 | 2*180 | 400 | 9000 | 380 | ∅22 | ∅12 | 1250*200*730 | 1172 | 140 |
| CD-70 | 20.5 | 70 | 4*150 | 350 | 12400 | 380 | ∅22 | ∅16 | 1250*200*830 | 1172 | 120 |
| CD-80 | 24.4 | 80 | 4*150 | 350 | 12400 | 380 | ∅28 | ∅16 | 1250*200*930 | 1172 | 120 |
| CD-100 | 29.6 | 100 | 4*180 | 400 | 18000 | 380 | ∅28 | ∅16 | 1250*200*1130 | 1172 | 120 |
| CD-130 | 38.2 | 130 | 4*180 | 400 | 18000 | 380 | ∅28 | ∅22 | 1250*200*1330 | 1172 | 120 |
| CD-150 | 47.2 | 150 | 4*180 | 400 | 18000 | 380 | ∅28 | ∅22 | 1250*200*1330 | 1240 | 200 |
| CD-180 | 54 | 180 | 4*180 | 400 | 18000 | 380 | ∅28 | ∅22 | 1250*270*1330 | 1240 | 200 |
FAQ
Can you confirm the size from a sample or photo?
Yes. Photos of the existing coil, mounting pattern, and inlet and outlet positions are useful when the original drawing is missing.
How do you confirm refrigerant, pressure, or operating conditions?
Compatibility is confirmed against the approved project conditions, including refrigerant choice, pressure class, and corrosion environment.
What is needed for MOQ and lead time confirmation?
Quantity, drawing status, coating requirement, and shipping destination are the main inputs for MOQ and lead time confirmation.
Quotation next step
Please send the operating conditions, approved drawing, quantity target, and delivery destination for an engineering review.
Related resources: manufacturing process, quality certifications, and industrial refrigeration coils. For procurement follow-up, request a custom quote.
Get Product Information for Your Project
Send the product model, drawings, sample photos, quantity, or application requirements. Our team will review the information and help confirm suitable options, technical data, and quotation details.