[Overview]

This Direct Cooling Frequency Magnetic Bearing Chiller represents a leap forward in industrial cooling technology. Leveraging magnetic levitation bearing technology and advanced frequency conversion control, it delivers exceptional efficiency, reliability, and precise temperature regulation. Tailored for processes like section bar oxidation, this Centrifugal Chiller ensures stable operation while minimizing energy consumption and environmental impact.

[Key Features and Technical Data]

I. Magnetic Levitation Technology Excellence:

• Contact-Free Operation:

  • Uses magnetic suspension bearing technology, eliminating mechanical friction.

  • No need for lubricating oil, minimizing wear-and-tear.

  • Reduces maintenance costs by more than 60% compared to traditional chillers.

• High Energy Efficiency:

  • IPLV of up to 17.45.

  • Models in the JCK series offer cooling capacities from 530kW to 2120kW while maintaining high energy efficiency.

  • Cuts power consumption by over 45%.

II. Precision Temperature Management:

• Stable Cooling Output:

  • Maintains a chilled water outlet temperature accuracy of ±0.1℃.

  • Crucial for ensuring uniform oxide layer formation in section bar oxidation.

• Variable Frequency Adaptation:

  • Smart frequency conversion system adapts to load changes (0-100% unloading range).

  • Optimizes energy use in fluctuating industrial settings by matching cooling capacity to real-time demands.

III. Compact and Eco-Friendly Design:

• Refrigerant and System:

  • Uses environmentally friendly refrigerant R134a with a low Global Warming Potential (GWP).

  • Oil-free design simplifies maintenance and lessens environmental impact.

• Space-Saving Structure:

  • Compact footprint. Example: JCK535WAH-C dimensions: 3000mm×1450mm×1700mm, lightweight.

  • Pipe connections (e.g., cooling water inlet/outlet diameters: Dn150 (5.91 inches) to Dn300 (11.81 inches)) comply with industrial standards for easy integration.

IV. Performance in Variable Conditions:

• Cooling Water Temperature Impact:

  • COP rises significantly as cooling water inlet temperature drops (e.g., from 35℃ to 20℃).

  • Higher efficiency at lower inlet temperatures makes it suitable for regions with cooler water sources.

[Industry Applications]

• Section Bar Oxidation:

  • Ensuring Uniform Coating: Precise 7℃/44.6℉ cooling for oxidation baths guarantees consistent oxide layer thickness and quality.

  • Energy-Efficient for Production Lines: Cuts energy consumption by 45% in oxidation lines, cost-effective for large-scale aluminum processing.

• Other Industrial Processes:

  • Data Centers and HVAC: Efficient cooling for server rooms and commercial buildings with variable-frequency control.

  • Chemical and Pharmaceutical Industries: Meets strict temperature requirements for reactor cooling and solvent recovery.

[Why Choose This Chiller?]

• Low Total Cost of Ownership:

  • Magnetic levitation technology reduces maintenance costs.

  • High efficiency lowers energy bills.

  • Many industrial users achieve a 3-year payback period.

• Environmental Compliance:

  • Uses eco-friendly R134a refrigerant and an oil-free design, aligning with global sustainability regulations.

• Reliability and Precision:

  • Ensures stable operation in harsh industrial environments.

  • ±0.1℃ temperature control for critical processes like section bar oxidation.