Cwfl-6000 Manual Upd -

The chiller maintains a fixed user-defined temperature regardless of room conditions. Changing Parameters (Switching to Constant Mode)

The chiller automatically adjusts the water temperature based on fluctuations in ambient room temperature. This minimizes the risk of condensation forming on your expensive optics when seasonal weather changes. Constant Mode

Simultaneous cooling for the fiber laser source (low-temperature circuit) and the optics/QBH connector (high-temperature circuit). Temperature Stability: Precision control within ±1∘Cplus or minus 1 raised to the composed with power C

The CWFL-6000 features a , meaning it cools both the fiber laser source (low-temperature circuit) and the optics/QBH connector (high-temperature circuit) simultaneously using a single compressor system. Water Quality Requirements cwfl-6000 manual

Immediately inspect all pipes for water leaks after the first startup. ⚠️ Essential Safety & Maintenance

: Place the chiller in a well-ventilated area, maintaining a clearance of at least 100cm from the air outlet and 50cm from the air inlet for proper airflow.

Open the drain valve at the bottom rear of the chiller. Drain the old water completely. Flush the tank and refill with fresh distilled or purified water. Constant Mode Simultaneous cooling for the fiber laser

Operating ambient temperature should be between 5°C and 40°C. Operating above 43°C will trigger ultrahigh room temperature alarms.

The CWFL-6000 features a wire-controlled LCD temperature controller with a user-friendly interface for precise temperature management.

The is a dual-circuit industrial water chiller designed specifically for cooling 6kW (6000W) fiber laser systems . ⚠️ Essential Safety & Maintenance : Place the

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One circuit cools the fiber laser source, while the other cools the laser gun/optics.

Connect the chiller's alarm output terminal to your laser machine’s emergency stop (E-stop) circuit. If the chiller encounters a critical fault (e.g., flow alarm), it will instantly shut down the laser beam to protect the optics from overheating.