Manual | Cwfl-6000

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

: Includes clear intervals for cleaning dust filters (quarterly) and checking water connections (weekly) to prevent condensation and leaks. Error Codes

Up to 14.3 kW (48,792 BTU/h) depending on ambient and water temperatures. Control Precision: ±1°C structural stability. Dual Cooling Circuit: cwfl-6000 manual

The is a dual-circuit industrial water chiller designed specifically for cooling 6kW (6000W) fiber laser systems .

Add S&A approved laser-grade anti-freeze (usually a specific ratio of Ethylene Glycol or Propylene Glycol). Never exceed a 30% mixture ratio , and drain it completely as soon as spring arrives. Allow at least 50cm of clearance at the

Remember to always follow the manufacturer's instructions and guidelines for safe and efficient operation of the CWFL-6000 boiler.

Understanding the structural and electrical boundaries outlined in the official document is vital before configuring the hardware: Specification Details Designed explicitly for 6000W fiber lasers Cooling Accuracy Precise control within ±1∘Cplus or minus 1 raised to the composed with power C Default Voltage 380V AC (Three-Phase) at 50Hz / 60Hz Refrigerant Type Eco-friendly R-407C Water Pump Rating Heavy-duty 1.1 kW motor Internal Reservoir 70-liter capacity tank Net Weight (Dry) Approximately 200 kg (440 lbs) Digital Interfacing ModBus RS-485 communication protocol Unboxing and System Components Control Precision: ±1°C structural stability

Use low-pressure compressed air to clean the internal condenser fins from the inside out. Every 3 to 6 Months

Maintain continuous operation of the chiller and laser pumps to keep water moving.

The CWFL-6000's wire LCD controller features an intuitive interface with several buttons for navigating settings, adjusting parameters, and accessing system information. For precise control, you have two ways to adjust the settings: