VEVOR
VEVOR CW-6300 Industrial Water Chiller 27,300 BTU/h 10.6 Gal
A 10.6 gal compressor chiller delivering 27,300 BTU/h at 18.5 GPM for CO₂ laser cooling
- TypeOther Appliances
- 27,300 BTU/h cooling capacity handles high-heat laser tubes
- 6 gal tank holds more coolant for stable temperatures
- 5 GPM max flow delivers rapid heat removal
- Compressor-based cooling provides consistent industrial-grade performance
- Q235 steel shell protects internal components in demanding environments
Industrial Water Chiller for Laser Systems
The VEVOR CW-6300 is a compressor-driven industrial water chiller rated at 27,300 BTU/h with a 10.6 Gal tank. It delivers up to 18.5 GPM flow to maintain stable coolant temperature for CO2 laser engraving and cutting machines. The unit operates at 80 dB and uses a 2500 W rated power input.
Suited for Continuous Laser Cooling
This chiller fits workshops running CO2 laser tubes that demand constant heat removal at 8000 W capacity. The 40 L reservoir and 70 L/min peak flow support extended cutting sessions without frequent refills. Buyers needing quieter operation below 80 dB or a smaller footprint for light-duty hobby lasers should look at alternative cooling methods.
Sustained Load Behaviour
Under continuous load the compressor maintains the rated 27,300 BTU/h cooling capacity while circulating coolant through copper tubes inside a Q235 steel shell. The 3.35 HP motor sustains the 18.5 GPM maximum flow rate during prolonged cuts, keeping laser tube temperatures stable over long production runs.
Highlights
- 27,300 BTU/h cooling capacity handles high-heat laser tubes
- 6 gal tank holds more coolant for stable temperatures
- 5 GPM max flow delivers rapid heat removal
- Compressor-based cooling provides consistent industrial-grade performance
- Q235 steel shell protects internal components in demanding environments
Specifications
| Type | Other Appliances |
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Questions about this item
What power supply do I need to run the CW-6300 chiller?
The unit draws 2500 W (3.35 HP) at its rated power, so a circuit capable of supplying that load is required.
Can I keep my existing 18.5 GPM pump and still get full flow through this chiller?
Yes, the chiller's maximum water flow is rated at 18.5 GPM (70 L/min), matching that pump's output.
How can I verify the chiller is delivering its 27,300 BTU/h rating after installation?
Measure the inlet and outlet water temperatures under load; the difference multiplied by the flow rate should equal roughly 8000 W of heat removal.
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