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Air Cooled Chiller LMACR-A103

Air Cooled Chiller LMACR-A103 is a versatile and efficient cooling system designed to regulate the temperature of various industrial processes by removing excess heat from a specific environment. It features energy efficiency, operational excellence, and a leak-resistant design. The system accommodates a large water tank capacity of 220L with a flow rate of 100 to 200L/ min and exhibits a 7.5kW compressor motor. 

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Specifications

Water Tank Capacity 220 L
Cooling Capacity 28400 W, 97000 BTU / hr
Flow Rate 100 - 200 L / Min
Water Pump 1 HP, 0.75 kW
Refrigerant Type R22
Compressor Motor 7.5 kW, 10 HP
Condenser Fan Flow Rate 9200 CHM
Fan Diameter 500 mm × 2 set
Voltage/Base 380V - 400 V / 3 Phase (50 Hz - 60 Hz)
Running Current 15 Amp
Insulation Material Poly-foam type rubberized tube insulation
Dimension (L × W × H) 1480 × 750 × 1450 mm
Net Weight 420 kg

Features

The interior components of the chillers are constructed from durable stainless steel
Features effective insulation with poly foam rubberized tube insulation
Chillers operate using R22 as the refrigerant
The compact design is well-suited for outdoor installation
Precision temperature control is maintained within a narrow range of ±1ºC by the PID temperature controller
The importation pump switch is equipped with a high-pressure function
Equipped with an indicator light to promptly alert users to any abnormal conditions
Provides automatic cut-off during emergency situations

Applications

Air-cooled chillers are refrigeration systems employed for dehumidifying air and cooling production process lines in both commercial and industrial settings.

Similar Products

Air Cooled Chiller LMACR-A102

  • Water Tank Capacity: 140 L
  • Cooling Capacity: 20540 W, 77300 BTU / hr
  • Flow Rate: 100 - 200 L / Min
  • Water Pump: 1 HP, 0.75 kW
  • Refrigerant Type: R22

Air Cooled Chiller LMACR-A105

  • Water Tank Capacity: 500 L
  • Flow Rate: 160 to 320 L / Min
  • Refrigerant: R22
  • Condenser Fan: 18900 m³/h (CHM)
  • Insulation Material: Poly-foam type rubberized tube

Air Cooled Chiller LMACR-A104

  • Water Tank Capacity: 380 L
  • Flow Rate: 160 to 320 L / Min
  • Refrigerant: R22
  • Condenser Fan: 12600 m³/h (CHM)
  • Insulation Material: Poly-foam type rubberized tube
Air Cooled Chiller LMACR-A109
  • Water Tank Capacity: 800 L
  • Flow Rate: 400 to 800 L / Min
  • Refrigerant: R22
  • Condenser Fan: 39000 m³/h (CHM)
  • Insulation Material: Poly-foam type rubberized tube
Air Cooled Chiller LMACR-A107
  • Water Tank Capacity: 520 L
  • Flow Rate: 250 to 500 L / Min
  • Refrigerant: R22
  • Condenser Fan: 23400 m³/h (CHM)
  • Insulation Material: Poly-foam type rubberized tube

Air Cooled Chiller LMACR-A101

  • Water Tank Capacity: 65 L
  • Cooling Capacity: 11324 W, 38650 BTU / hr
  • Flow Rate: 50 - 100 L / Min
  • Water Pump: 1 / 2HP, 0.37 kW
  • Refrigerant Type: R22

Air Cooled Chiller LMACR-A108

  • Water Tank Capacity: 630 L
  • Flow Rate: 400 to 800 L / Min
  • Refrigerant: R22
  • Condenser Fan: 31200 m³/h (CHM)
  • Insulation Material: Poly-foam type rubberized tube

Air Cooled Chiller LMACR-A100

  • Water Tank Capacity: 65 L
  • Cooling Capacity: 8250 W, 29000 BTU / hr
  • Flow Rate: 50 - 100L / Min
  • Water Pump: 1 / 2 HP, 0.37 kW
  • Refrigerant Type: R22
Air Cooled Chiller LMACR-A106
  • Water Tank Capacity: 500 L
  • Flow Rate: 250 to 500 L / Min
  • Refrigerant: R22
  • Condenser Fan: 21000 m³/h (CHM)
  • Insulation Material: Poly-foam type rubberized tube

Frequently Asked Questions

1 What is an Air Cooled Chiller?

An Air Cooled Chiller is an apparatus designed to use ambient air to remove heat from a process or space by circulating refrigerant through a vapor-compression cycle.

2 How does an Air Cooled Chiller work?

It operates by compressing refrigerant, extracting heat from a fluid, and dissipating it via air-cooled coils.

3 What kind of maintenance does Air Cooled Chiller require?

Regular maintenance includes cleaning condenser coils, checking refrigerant pressure, inspecting electrical components, and verifying temperature set points.

4 Can Air Cooled Chiller be used in industrial manufacturing?

It is widely used in industrial manufacturing to cool machinery, hydraulic systems and process fluids.

5 Is Air Cooled Chiller suitable for plastic molding process?

It is commonly used in plastic molding to maintain precise mold temperatures and improve cycle times and product consistency.

6 How does Air Cooled Chiller benefit hospitals and healthcare facilities?

It supports critical HVAC systems in healthcare facilities, ensuring reliable temperature control in patient rooms, operating theaters, and labs.

7 Is Air Cooled Chiller suitable for pharmaceutical production?

It is used in pharmaceutical facilities for temperature control in manufacturing, packaging, and cleanroom environments.

8 Is Air Cooled Chiller effective for greenhouse or agricultural cooling?

It is used to regulate climate conditions in greenhouses or agriculture facilities, protecting plants from heat stress and maintaining growth cycles.

9 Can Air Cooled Chiller be used in textile manufacturing?

It is used to cool dyeing machines, maintain ambient factory temperatures, and prevent yarn or fabric distortion.

10 Can Air Cooled Chiller be used in laboratories and research centers?

It is vital for temperature control in scientific equipment such as electron microscopes, laser systems, and climate chambers.