Cwfl-6000 Manual File

For advanced settings, the CWFL-6000 supports for remote monitoring and parameter adjustment through a control system. CWFL-6000 Manual - 20230104094939 | PDF - Scribd

Press any button on the temperature controller to stop the audible buzzer. However, the error code will remain on the screen until the underlying physical condition is resolved. 🧹 Section 5: Routine Maintenance Schedule

Environmentally friendly (varies by region, typically R-410a or similar). Intelligent dual-temperature controller. Pump Protection cwfl-6000 manual

Following the official ensures your 6kW laser chiller operates efficiently, preventing downtime and protecting your investment. By prioritizing proper installation and regular maintenance, you ensure the longevity and reliability of your laser cutting or welding operations.

Understanding the technical limits of the CWFL-6000 ensures safe operation and optimal cooling performance. Specification Up to 14.2kW to 15.5kW (depending on operating conditions) Power Supply Options 3-Phase 380V 50Hz / 3-Phase 460V 60Hz Refrigerant Type R-410a / R-407c (environmentally friendly) Pump Power 1.1kW to 1.5kW Max. Pump Pressure 5.2 bar to 6.2 bar Max. Pump Flow Water Tank Capacity Inlet / Outlet Sizes G1" (Laser source) / G1/2" (Optics) Net Weight ~140 kg (308 lbs) Dimensions (LxWxH) ~93 x 64 x 132 cm 2. Installation and Setup Unpacking and Positioning For advanced settings, the CWFL-6000 supports for remote

Allow at least 50cm of clearance at the back (air outlet) and 30cm on the side (air inlet) to ensure proper airflow.

Snap them back into place. Never run the chiller permanently without these filters. Every 3 Months: Change the Water Turn off the chiller and laser system. Dirty filters restrict airflow

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By default, the chiller is set to , which adjusts the water temperature automatically based on changes in the ambient temperature to prevent condensation.

Remove the side dust gauze plates. Use compressed air or wash them with water to remove accumulated dust. Dirty filters restrict airflow, causing E1 and E2 alarms.