Cwfl-6000 Manual ((link)) -
Position the chiller in a well-ventilated room with ambient temperatures ideally below 40°C.
By default, it uses an Intelligent Control Mode (T-803 controller) which adjusts water temperature based on ambient room temperature. 🛠️ Maintenance & Troubleshooting CWFL-6000 Manual - 20230104094939 | PDF - Scribd
Ensure the high-temperature circuit (optics) and low-temperature circuit (laser source) are connected correctly according to the labeled piping on the back of the unit.
use tap water or well water. Mineral buildup will clog the laser's internal channels. cwfl-6000 manual
Keep the chiller running 24/7 so the water constantly circulates.
By default, the CWFL-6000 starts via the front panel. To enable remote start:
The CWFL-6000 features a user-friendly T-507/T-508 controller. Powering On/Off Position the chiller in a well-ventilated room with
For further information on the CWFL-6000 manual, consult the manufacturer's website or contact their customer support team. Additional resources, such as training programs and maintenance services, may be available to help you optimize your device's performance and extend its lifespan.
To extend the lifespan of your 6000W laser system, adhere strictly to this maintenance routine:
Ensure the unit and accessories are intact after unboxing. use tap water or well water
CWFL-6000 units manufactured after 2020 include a USB port. Insert a FAT32-formatted USB drive, press and hold the UP arrow for 10 seconds. The manual says the file will be named CWFL_LOG.txt .
1. Low water level.2. Clogged filter or external line.3. Bypass test failed.
1. Check for oily residues on copper lines (signs of refrigerant leak).2. Verify the top exhaust fan spins smoothly.3. Ensure the laser is not exceeding a 6kW output load.
Regular maintenance is essential to extend the lifespan of the CWFL-6000 and prevent downtime. The manual recommends the following maintenance schedule:
Connect the chiller's water outlet (labeled "OUT") to the laser device's water inlet, and the laser's water outlet to the chiller's water inlet ("IN").