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Scroll Chillers

Scroll Chillers

A scroll chiller is a refrigeration system that uses a scroll compressor to remove heat from a specific area. It consists of four main components: compressor, condenser, evaporator and metering device. Scroll chillers are widely used in plastics manufacturing, laser cooling, pharmaceutical cascading systems and so on. Scroll chiller can be divided into air-cooled scroll chillers and water-cooled scroll chillers. Scroll chillers are versatile, efficient systems dominating mid-sized cooling applications.

Cryogenic Chillers

Scroll Chillers Characteristics

  • Advanced vortex technology: The scroll chiller is a refrigeration device that uses advanced scroll technology. This technology significantly improves cooling efficiency and performance stability through an efficient scroll compression mechanism. Compared with traditional refrigeration methods, the scroll chiller can provide more uniform temperature control, with less noise and lower energy consumption during operation. Its core components are precisely designed and manufactured to ensure long-term reliability and durability.
  • Sturdy body: The scroll chiller has a sturdy body. The sturdy body improves the overall structural strength of the device and effectively protects the internal precision components from external shock and vibration. In addition, this sturdy design also greatly extends the service life of the scroll chiller, enabling it to maintain efficient and reliable cooling performance for a long time, providing you with a more durable and stable use experience.
  • Smart connected technology: The scroll chiller uses intelligent connection technology. This technology enables the device to interact efficiently with the cloud, and realizes in-depth data analysis and real-time status monitoring based on the cloud platform. Through this intelligent connection method, you can remotely obtain the operating data of the device, and use the powerful computing power of the cloud to process and analyze this data, thereby optimizing the performance of the scroll chiller and discovering potential problems in a timely manner.

Customized Solutions

We have more than 30 years of design and manufacturing experience in the field of temperature control, supporting a full range of customized designs, from small mini machines to industrial large equipment.

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Model LT-1 M LTZ-3M LTZ-6M LTZ-15M LTZ-25WM
LTZ-3WM LTZ-6WM LTZ-15WM
Temperature range 5℃~30℃ (Use glycol water below 10℃)
Temperature control accuracy ±0.5℃
Temperature feedback Pt100
Cooling capacity (kW) 20℃ 3 10.5 21 52 87
compressor Mitsubishi, Hitachi Inverter compressor
Throttling method Thermal Expansion Valve Electronic expansion valve
DI heat exchanger Plate Heat Exchanger
Input, Display 4.3-inch touch screen 7-inch color touch screenPLC controller
Communication Modbus RTU protocol RS485 interface
Security protection   Self-diagnosis function; refrigerator overload protection; high and low voltage protection, overload relay, thermal protection device, exhaust and suction temperature protection, sensor fault protection and other safety protection functions.
Refrigerant R407C
Interface size G1/2 G3/4 G3/4    
Water-cooled
@ 20℃
600L/H 1800L/H 3600L/H 9000L/H 15000L/H
G3/4 G1 DN32 PN10 DN40 PN10
Water-cooled condenser Water-cooling equipment adopts plate heat exchanger and requires closed cooling tower to supply water.
Air-cooled condenser Microchannel Heat Exchanger Microchannel Heat Exchanger Microchannel Heat Exchanger Microchannel Heat Exchanger Microchannel Heat Exchanger
 power supply 380V 50HZ, optional 220V;460V;3PH
Contact pipe material SUS304
Shell material Cold rolled sheet (REL7035)

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Lab Chillers

Scroll Chillers Advantages

  • Low energy consumption: LNEYA scroll chiller compressor has a simple design, low friction loss and is more efficient than piston and screw compressors. The scroll chiller has a high IPLV (Integrated Part Load Performance Factor) and is suitable for variable load operation. The scroll chiller uses frequency conversion technology to further reduce energy consumption.
  • Wide operating range: The scroll chiller is a highly efficient refrigeration device with a wide operating range. Its application range covers from extremely cold environments as low as -40°C to high temperature scenarios as high as 50°C. This excellent adaptability makes the scroll chiller not only suitable for applications requiring low-temperature freezing, but also plays an important role in the field of high-temperature refrigeration, providing reliable support for various process steps that require precise temperature control. Whether in cold regions or hot climates, the scroll chiller can demonstrate excellent stability and energy-saving effects, meeting the diverse needs of different industries for refrigeration equipment.
  • Fast response & precise cooling: The scroll chiller starts and stops quickly, making it suitable for process cooling. The temperature control accuracy can reach ±0.5°C.Whether in industrial production or other specific applications, the scroll chiller is able to respond quickly to changes in demand, thus ensuring stable operation of the system.
  • In addition, the scroll chiller performs well in temperature control, with an accuracy of ±0.5°C. This means that it can provide precise and reliable cooling support for temperature-sensitive processes, further optimizing overall performance and meeting high standards.
Small Chiller

Scroll Chillers Importance

Scroll chillers are of irreplaceable importance in the industrial field. Their high efficiency, energy saving, stability, reliability and precise temperature control make them the core equipment for small and medium-sized industrial refrigeration. In processes such as plastic molding and laser processing, the scroll chillers can quickly remove the heat generated by the equipment to ensure production efficiency and product quality. In precision industries such as pharmaceutical cold chain and electronic manufacturing, their high-precision temperature control capability of ±0.5°C ensures the stability of sensitive materials and equipment.
Compared with other types of chillers, scroll chiller has the advantages of low maintenance cost and long life, which is particularly suitable for industrial scenarios that require 24-hour continuous operation. It is an indispensable temperature control solution in the modern intelligent manufacturing system.

Semiconductor Chiller

Scroll Chillers Applications

Industrial manufacturing: In plastic industry, LNEYA scroll chiller can be used for cooling of injection molding machines and bottle blowing machines to improve production efficiency.
In laser processing, LNEYA scroll chiller can be used for cooling laser cutting machines and welding equipment to ensure precision.
Medical and laboratory: In medical storage, LNEYA scroll chiller can be used for cold chain for vaccines and medicines.
New energy and high technology: In battery production, LNEYA scroll chiller can be used for temperature management during lithium battery manufacturing.

Why Choose Us?

LNEYA takes technological innovation as its core competitiveness and has a number of patented technologies in the field of refrigeration. Our R&D team is composed of experienced engineers and is committed to the development of efficient and energy-saving refrigeration systems. LNEYA’s refrigeration equipment adopts advanced frequency conversion control technology, which can achieve precise temperature control of ±0.1℃, meeting the stringent requirements of high-end manufacturing. At the same time, our products integrate intelligent control systems, support remote monitoring and data analysis, and help customers optimize energy consumption management. LNEYA also cooperates with many universities and scientific research institutions to continuously promote the upgrading and iteration of refrigeration technology to ensure its technological leadership in the industry.

The temperature control range covers -120℃ to +350℃, and the accuracy of key scenarios reaches ±0.1℃. This meets the stringent requirements of semiconductor, pharmaceutical and chemical industries for extreme temperature and stability. Its self-developed model-free self-building algorithm and anti-hysteresis cascade algorithm can accurately control the temperature of the reactor material (±1℃) to ensure process repeatability.

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FAQ

What is the difference between a scroll chiller and a screw chiller?

The two types of air cooled chillers are scroll compressor air cooled chillers and screw compressor air cooled chillers. Scroll compressors are used for the smaller air cooled chillers, and screw compressors are used for larger air cooled chillers and have a variable speed drive option for increased efficiency. Scroll chillers are very basic in construction and have fewer moving parts compared to screw chillers. This may make them simpler and less expensive to maintain than screw chillers. Scroll chillers are also known as air-cooled scroll chillers. In addition to this, they are renowned for their silent functioning.

What type of chiller is a scroll chiller?

A scroll chiller is a type of refrigeration system that uses a scroll compressor to compress the refrigerant and remove heat from a specific area or space. The system typically consists of a compressor, a condenser, an evaporator, and a refrigerant.

Is a scroll chiller positive displacement?

Yes, a scroll chiller uses a positive displacement compressor. A scroll compressor, also known as a spiral compressor and a scroll pump, is a type of positive-displacement compressor. It works through the internal compression of air or gas.