Note: The Yellow zone indicates overfilled, and the Red zone indicates underfilled. Connecting the Hoses
Designed specifically for demanding applications, the CWFL-6000 is not a standard cooler. Its foundation is a , a crucial feature that allows it to simultaneously manage the distinct cooling needs of a 6kW laser source and its optical components, preventing the condensation and thermal stress that can degrade beam quality and shorten component lifespan.
Open the rear drain valve and tilt the machine slightly backward to ensure the reservoir is fully empty. Use compressed air to blow out any residual water trapped inside the low-temperature and high-temperature internal plumbing loops. Residual water that freezes inside the chiller will crack the internal evaporator and ruin the cooling system. cwfl-6000 manual
: A checklist for cleaning dust gauze, replacing cooling water every 3–6 months, and checking for leaks.
If you need help with a specific part of your chiller setup, please let me know: Are you looking to resolve a specific right now? Note: The Yellow zone indicates overfilled, and the
Ensure the machine is properly grounded to prevent electrical interference with the laser control system.
Are you configuring the chiller for a (e.g., IPG, Raycus, Maxphotonics)? Open the rear drain valve and tilt the
Main water loop sensor malfunction. Inspect connection or replace sensor. Water flow alarm
The CWFL-6000 is a "dual-circuit" system. This means it provides simultaneous cooling for two different components: Handled by the low-temperature circuit.
Locate the water level gauge on the back or side of the unit. Slowly pour water into the fill port.
Check the main power input and replace internal fuses if necessary.