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Enfriador de refrigerante

LTZ-M 5℃～30℃ industrial low temperature chillers

LTZ M Variable Frequency Series  the best choice for your indoor chiller.It is suitable for the target temperature control object that already has a cold storage tank and a circulating pump.

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Capacidad de refrigeración
3kW~87kW
Información sobre la temperatura
Pt100
Precisión de la temperatura
±0.5℃
Power AC220V / AC380V

Ampliamente utilizados en diversas industrias y laboratorios por su capacidad para proporcionar una refrigeración precisa y constante. Estos sistemas hacen circular refrigerante (normalmente agua o una mezcla de agua y glicol) para mantener temperaturas estables en aplicaciones como la refrigeración de equipos, la refrigeración de procesos y la investigación científica.

LTZ series

5°C

más bajo

30°C

Más alto

±0.5°C

Precisión del control de temperatura


Modo LTZ-1 M LTZ-3M
LTZ-3WM		 LTZ-6M
LTZ-6WM		 LTZ-15M
LTZ-15WM		 LTZ-25WM
Rango de temperatura 5 ℃～30℃  （Use glycol water below 10℃）
Precisión del control de temperatura ±0.5℃
Información sobre la temperatura Pt100
Cooling capacity at 20℃ 3kW  10.5kW 21kW 52kW 87kW
Refrigerante R407C
Temperatura feedback

Retroalimentación de temperatura PT100 (temperatura de entrada, temperatura de salida)


Compresor

Compresores Highly, Mitsubishi, Panasonic y otros


Protocolo de comunicación

Protocolo MODBUS RTU Interfaz RS485



LNEYA nunca decepciona a los usuarios！.

Ventajas de Enfriador de refrigerante

  • Brand Components
  • Wide Temperature Control Range:
  • Precise Control
  • Energy Efficiency
  • Intelligent Management

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LNEYA nunca decepciona a los usuarios！.

Aplicación de refrigerant chiller

  • Mining and Metallurgy:

In the mining and metallurgy industries, many machines require cooling to ensure production efficiency and quality. Refrigerant chillers provide both cooling and insulation, helping to prevent equipment from overheating, especially during summer months.

  • Power Industry:

In the power industry, generators dissipate a significant amount of heat and require cooling water to maintain normal operation.

  • Manufacturing:

Refrigerant chillers maintain the optimal temperature for machinery and manufacturing processes, ensuring efficient operations.

  • Plastic Industry:

In the plastic manufacturing process, refrigerant chillers are used to cool molds and extruders.

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TODOS los modelos de enfriadoras de recirculación

LT 10℃~30℃

máquina enfriadora

potencia frigorífica 3kW~14kW

Caudal de la bomba de circulación 30L/min 1,6bar~50L/min 2bar

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LT -25℃~30℃

circuladores de refrigeración

potencia frigorífica 1kW~5kW

caudal de la bomba de circulación 30L/min 1,6bar

precisión de temperatura ±0,5℃

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LT -45℃~30℃

refrigeradores de precisión

potencia frigorífica 0,7 kW~4,8 kW

caudal de la bomba de circulación 30L/min 1,6bar

precisión de temperatura ±0,5℃

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LT -60℃~-30℃

circuladores refrigerados

potencia frigorífica 0,7 kW~4,8 kW

caudal de la bomba de circulación 30L/min 1,6bar

precisión de temperatura ±0,5℃

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LT -80℃~-40℃

enfriadoras de circuito cerrado

potencia frigorífica 0,4 kW~2,5 kW

caudal de la bomba de circulación 30L/min 1,6bar

precisión de temperatura ±0,5℃

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LT-800 -18~30℃

mini refrigerador

potencia frigorífica 0,35 kW~0,9 kW

caudal de la bomba de circulación 10L/min 0,6bar

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Puede confiar en nuestra fábrica de enfriadores portátiles

Somos un potente proveedor de enfriadores con fábrica propia y más de 20 años de experiencia en el campo del control de la temperatura.

Since our development, we have recruited several high-quality professional design talents with rich experience in ultra-low temperature and high and low temperature development. At present, we are at the advanced level in the industry in singlemachine cascade refrigeration technology and at the international advanced level in high and low temperature rapid heating and cooling technology.

Contact us for customized refrigeration chiller solutions →

Global service

Served more than 30,000 customers.
Exported to more than 20 countries.

Certification patents

Has obtained CE certification, SGS certification, ISO certification.

After-sales service

Provide comprehensive technical training.
With 24/7 solutions.

Professional team

Founded in 2010, with 15 years of industry experience.
20% of employees are technicians.

Quality control

Visual inspection.
Performance test.
Electrical safety test.

Get in touch with our Refrigerant Chiller experts

¿No encuentra el enfriador adecuado? ¿O no sabe cómo elegirlo? Contáctenos ahora para obtener información y precios.

A Refrigerant Chiller System is a cooling system that uses a refrigeration cycle to remove heat from a liquid (usually water). The cooled liquid then circulates through a process or system to absorb heat, which is ultimately expelled by the chiller to achieve the chill refrigeration effect.
These systems are widely used in a variety of applications, from air conditioning to industrial processes.

Proper maintenance is essential for ensuring optimal performance and extending the lifespan of laboratory refrigeration equipment. Key maintenance tips include:
 
Regular Cleaning: Clean the equipment regularly, especially the coils and filters, to ensure efficient heat exchange and prevent dust accumulation.
 
Seal and Gasket Inspection: Check seals for tightness to prevent warm air from entering and affecting temperature control.
 
Calibration: Regularly calibrate the temperature control system to ensure accuracy and reliability.
 
Preventive Maintenance Program: Implementing a preventive maintenance program helps identify and resolve issues before they cause equipment failure.

Here are some common refrigerants used in chiller systems:

1. R22 (Chlorodifluoromethane)

    Characteristics: Nonflammable, slightly toxic, and has a higher toxicity than R12.

    Applications: Commonly used in air conditioning systems.

    Advantages: 60% greater refrigerating capacity per unit volume than R12.

    Disadvantages: Requires oil return measures and can lead to “ice block” issues.

2. R12 (Dichlorodifluoromethane)

    Characteristics: Colorless, odorless, and low toxicity. It decomposes into harmful gases under high heat or combustion.

    Applications: Widely used in small to medium refrigeration systems like refrigerators and freezers.

    Disadvantages: Requires high-quality rubber seals.

3. R404A

    Characteristics: Environmentally friendly, does not damage the ozone layer.

    Applications: Commercial refrigeration systems (e.g., supermarket freezers, cold storage).

    Advantages: A long-term replacement for R502 and R22.

4. R134a (R134a Refrigerant Chiller)

    Characteristics: Environmentally friendly, safe, and with excellent overall performance.

    Applications: Commonly used in refrigerators, air conditioning, and cold storage.

    Advantages: An effective replacement for CFC12 (R12).

5. R410A

    Characteristics: Does not harm the ozone layer, operates at higher pressure, and offers higher cooling efficiency.

    Applications: Refrigerant for air conditioning systems.

    Advantages: Superior performance, enhances air conditioning efficiency.

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