Portable Industrial Chiller 13690Kcal/h 3°C to 98°C Temperature Control 6KW Heating 0.75KW Pump

Descriptions of Portable Industrial Chiller

This Portable Industrial Chiller is a high-performance temperature control unit with 13690Kcal/h cooling capacity and a temperature range of 3°C to 98°C. It features a hermetic scroll or piston compressor, 6KW heating power, and a 0.75KW water pump for stable water circulation. Equipped with imported compressors from Europe and the US, SUS stainless steel pipelines, and RS485 communication for automation, this chiller ensures high efficiency, durability, and intelligent operation. Ideal for plastic injection molding, die casting, printing, chemical processing, and mold temperature control, it enhances production efficiency, reduces equipment wear, and lowers energy consumption.

Detailed Informations of Portable Industrial Chiller

Specifications of Portable Industrial Chiller 13690Kcal/h 3°C to 98°C Temperature Control 6KW Heating 075KW Pump

Key Features of Portable Industrial Chiller

1. Wide Temperature Control Range: Supports 3°C to 98°C, ideal for industrial cooling and heating processes.

2. High Cooling Efficiency: Delivers 13,690 Kcal/h cooling capacity with hermetic scroll or piston compressor for reliable performance.

3. Integrated Heating System: Equipped with 6KW heating power, ensuring precise temperature management.

4. Stainless Steel Water Circuit: SUS304 pipelines prevent corrosion, rust, and contamination, extending equipment lifespan.

5. Automated Operation: RS485 communication for seamless factory integration and automated temperature control.

6. Energy-Efficient Design: Features high-efficiency evaporator and condenser, reducing energy consumption by 30%.

Ideal Industrial Applications

1. Plastic Injection Molding: Ensures stable mold temperature for defect-free products.

2. Die Casting & Metal Processing: Maintains optimal cooling to prevent overheating and material deformation.

3. Chemical & Pharmaceutical Industries: Provides precise temperature control for chemical reactions and storage.

4. Printing & Electroplating: Helps maintain process stability and improves product quality.

5. Rubber & Textile Production: Supports consistent heating and cooling for uniform processing.

Investment Considerations for Buyers

1. Production Scale: Ensure the chiller meets cooling/heating demands based on your factory’s process requirements.

2. Power Supply Compatibility: Verify that your facility supports 3N-380V/415V 50Hz/60Hz power input.

3. Integration Needs: Consider RS485 communication for remote monitoring and factory automation.

4. Space Availability: Check if the compact 1080×580×1230mm size fits your workspace.

5. Long-Term Energy Savings: Assess how the 30% energy efficiency improvement reduces operational costs.

FAQs about this portable industrial chiller

1. What makes the Portable Industrial Chiller energy-efficient?

The chiller features a high-efficiency evaporator and condenser, reducing energy consumption by 30%. Additionally, it uses SUS304 stainless steel pipelines to minimize heat loss and maximize cooling performance.

2. Can this chiller handle both cooling and heating applications?

Yes, the unit supports cooling down to 3°C and heating up to 98°C with a 6KW heating system, making it ideal for industries requiring precise temperature control.

3. What industries benefit most from this Portable Industrial Chiller?

This chiller is widely used in plastic injection molding, die casting, printing, electroplating, rubber manufacturing, and chemical processing due to its reliable temperature stability and automation-ready design.

4. What should I consider before purchasing this Portable Industrial Chiller?

Buyers should evaluate power supply compatibility (3N-380V/415V 50Hz/60Hz), cooling capacity needs (13,690 Kcal/h), heating requirements (6KW), and space constraints (1080×580×1230mm size) to ensure a perfect fit for their operations.

5. What are the key customization options for this chiller?

Custom options include PLC control, higher capacity configurations, specific cooling media, and custom pipe sizes for integration into specialized industrial setups.

6. How does this chiller improve operational efficiency?

By maintaining precise temperature control, reducing machine wear, and enhancing product quality, this chiller optimizes production efficiency, leading to lower maintenance costs and improved output consistency.