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  • 0℃ to 100℃
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Industrial Cooling Equipment
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Temperature Control Unit, 0℃ to 100℃

Industrial heating/cooling units providing cooling and heating from 0°C to 100°C for battery, photovoltaic, energy storage, and semiconductor sectors
Temperature Control Unit, 0℃ to 100℃
    1. Model

      Model: NEC-2A/W ~ NEC-15A/W

    1. Cooling Capacity

      Cooling Capacity: 6.0-45kW

    1. Temperature precision

      Temperature precision: ±0.1/±0.2°C

    1. High Efficiency & Energy Saving
      High Efficiency & Energy Saving
    1. Intelligent Control
      Intelligent Control
    1. Multiple Safety Features
      Multiple Safety Features
    1. Durable Construction
      Durable Construction
    1. Easy to Operate
      Easy to Operate
    1. Simple Maintenance
      Simple Maintenance
    1. CE Certification
      CE Certification
    1. Certified Manufacturing Facility
      Certified Manufacturing Facility
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Specifications
Model NEC-2A NEC-3A NEC-5A NEC-6A
NEC-2W NEC-3W NEC-5W NEC-6W
Cooling capacity 0℃ liquid temperature 3.5kW 5.5kW 9kW 10.5kW
20℃ liquid temperature 6kW 9kW 15kW 18kW
Flow Flow range 2-15L/min 2-20L/min 3-30L/min 4-40L/min
Flow accuracy ±0.2L/Min ±0.2L/Min ±0.2L/Min ±0.2L/Min
Outlet circuits Single/dual/triple optional
Temperature Temperature control range 0~100℃
Temperature control precision ±0.1/±0.2℃
Temperature sensor PT100
Pressure Pressure display/control Pressure display and adjustable pressure control
Pressure range 2-3bar
Communication interface Modbus RTU protocol, RS485 port, optional CAN bus, or Ethernet (TCP/IP)
Power supply 380V/3Ph/50Hz (non-standard power supply customizable)
Compressor type Imported flexible scroll compressor
Water pump type Stainless steel multistage variable-frequency water pump
Evaporator type Stainless steel coil type/stainless steel shell-and-tube type
Condenser type (air-cooled) Hydrophilic aluminum fins + internal thread copper tubes
Condenser type (water-cooled) Shell-and-tube type
Expansion device Expansion valve
Control panel 7-inch touch screen
Safety protection Pressure, current, temperature, flow, liquid level, and power protection
Pipe connection size G-3/4”
Refrigerant type R410A/R407C
Model NEC-8A NEC-10A NEC-12A NEC-15A
NEC-8W NEC-10W NEC-12W NEC-15W
Cooling capacity 0℃ liquid temperature 14.5kW 14.5kW 22kW 27kW
20℃ liquid temperature 24kW 30kW 36kW 45kW
Flow Flow range 4-40L/min 4-40L/min 5-50L/min 5-50L/min
Flow accuracy ±0.2L/Min ±0.2L/Min ±0.2L/Min ±0.2L/Min
Outlet circuits Single/dual/triple optional
Temperature Temperature control range 0~100℃
Temperature control precision ±0.1/±0.2℃
Temperature sensor PT100
Pressure Pressure display/control Pressure display and adjustable pressure control
Pressure range 2-3bar
Communication interface Modbus RTU protocol, RS485 port, optional CAN bus, or Ethernet (TCP/IP)
Power supply 380V/3Ph/50Hz (non-standard power supply customizable)
Compressor type Imported flexible scroll compressor
Water pump type Stainless steel multistage variable-frequency water pump
Evaporator type Stainless steel coil type/stainless steel shell-and-tube type
Condenser type (air-cooled) Hydrophilic aluminum fins + internal thread copper tubes
Condenser type (water-cooled) Shell-and-tube type
Expansion device Expansion valve
Control panel 7-inch touch screen
Safety protection Pressure, current, temperature, flow, liquid level, and power protection
Pipe connection size G-3/4”
Refrigerant type R410A/R407C

Customized specifications are available upon request. Please Contact Us for details.

  • Energy Efficiency
  • Innovation
  • Safety Features
  • Precision Manufacturing
  • Various Applications
Energy Performance
    1. Internally Threaded Copper Tubes
      25% Improve heat exchange efficiency by approximately
      Internally Threaded Copper Tubes
    1. Wave-Shaped Fins
      20% Improve heat transfer efficiency by about
      Wave-Shaped Fins
    1. PID-Controlled Electronic Expansion Valve
      6% Reduces total power consumption by about
      PID-Controlled Electronic Expansion Valve
    1. Optimized Refrigerant Distribution System
      20% Improves distribution uniformity by approximately
      Optimized Refrigerant Distribution System
    1. Optimized Airflow Path Design
      10% Enhances air circulation by about
      Optimized Airflow Path Design
    1. Automatic Air Volume Control
      20% Lowers fan power consumption by approximately
      Automatic Air Volume Control
Innovation
    1. Stainless Steel Evaporator
      Stainless Steel Evaporator
    1. V-Shaped Condenser
      V-Shaped Condenser
    1. Cylindrical Water Tank
      Cylindrical Water Tank
    1. Low-Noise Fan
      Low-Noise Fan
    1. Touch-Screen Controller
      Touch-Screen Controller
    1. Advanced Control System
      Advanced Control System
Multiple Safety Features
    1. Over-Temperature Protection
      Over-Temperature Protection
    1. Current Protection
      Current Protection
    1. Self-Diagnosis
      Self-Diagnosis
    1. Intelligent Antifreeze
      Intelligent Antifreeze
    1. Water Flow Alarm
      Water Flow Alarm
    1. Water Level Alarm
      Water Level Alarm
    1. Pressure Alarm
      Pressure Alarm
    1. Timer On/Off
      Timer On/Off
Precision Manufacturing
    1. Precision Sheet Metal Forming
      Precision Sheet Metal Forming
    1. Stamped Flow Guide Rings
      Stamped Flow Guide Rings
    1. Robotic Bending System (Bystronic, Switzerland)
      Robotic Bending System (Bystronic, Switzerland)
    1. Laser Welding Technology
      Laser Welding Technology
    1. Automated Insulation Material Cutting
      Automated Insulation Material Cutting
    1. Automated Joint Welding
      Automated Joint Welding
Customer Application Site
  • Customer Application Site
  • Customer Application Site
  • Customer Application Site
  • Customer Application Site
  • Customer Application Site

With over 20 years of experience in the industrial cooling industry, KANSA designs and manufactures a variety of industrial chillers and process temperature control equipment in-house to ensure consistent quality, reliable operation and exceptional temperature stability of ±0.05°C. The company holds CE, ISO9001-2016, ISO45001 and other international certifications, serving more than 70,000 customers worldwide.

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How does an air-cooled chiller dissipate heat, and what distinguishes it from a water-cooled chiller?

The air-cooled chiller dissipates heat by means of fans blowing air across the condenser, without the need for external cooling water. The main distinction is that it does not require a cooling tower, making installation simpler and more suitable for environments where water resources are limited or water-cooled systems are impractical.

What does “split system” mean in a split-system air-cooled chiller, and when is this configuration appropriate?

Split system refers to the separation of the compressor and condenser into distinct units. This configuration is appropriate for locations with limited installation space, insufficient ventilation, or where it is desirable to reduce the noise level of the main unit in the workspace.

How does high ambient temperature affect the operation of an air-cooled chiller?

Excessive ambient temperature reduces cooling efficiency and may trigger compressor overload protection. It is recommended to install the unit in a well-ventilated area where the temperature does not exceed 40°C.

What specific considerations apply when air-cooled chillers are used in food or pharmaceutical applications?

The cooling medium and contact materials should comply with relevant standards (e.g., stainless steel, food-grade hoses, and seals). Leak prevention, cleanability, and indirect cooling via plate heat exchangers should be ensured to prevent direct contact between the cooling medium and the product. Compliance with applicable hygiene standards and validation procedures is also required.

What should be checked if cooling performance decreases in a high-temperature environment?

Two aspects should be examined:

  • Whether the condenser fins are contaminated with dust or oil; they should be cleaned with compressed air or suitable cleaning agents to maintain heat exchange efficiency.
  • Whether the cooling fan is malfunctioning (e.g., reduced speed or stopped operation); inspect the fan motor and wiring, and repair or replace components as necessary to maintain proper airflow.
About Us
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  • Innovation
  • Manufacturing
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  • Exhibitions
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Products
  • Air-Cooled Chillers
  • Water-Cooled Chillers
  • Scroll Chillers
  • Temperature Control Units for New Energy
  • Cutting Fluid & Oil Chillers
  • Air Conditioners for Electrical Cabinets
  • Shell-and-Tube Evaporator
Case Studies
  • Industrial Chiller for Bakery Production
  • Industrial Chiller for Printing Process Cooling
  • Injection Molding Chiller for Auto Parts Manufacturing
  • Water-Cooled Chiller for Textile Dyeing & Finishing
Shanghai KANSA Refrigeration Equipment Co., Ltd.
  • Manager Pan
  • kansa@kansa-chillers.com
  • +86-21-58540871
  • +86-13585991002
  •  Inquiry
  •  +86-13585991002
  • +86-21-58540871
  • kansa@kansa-chillers.com