Industrial Temperature Control Equipment

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Definition of industrial temperature control equipment

Industrial temperature control equipment is a temperature control system that can automatically regulate the industrial production process. It monitors the temperature in real time through the sensor and transmits the temperature signal to the controller. The controller compares and calculates according to the preset temperature range, and then controls the heating or cooling equipment through the actuator to keep the temperature within the preset range.

The principle of industrial temperature control equipment

industrial temperature control equipment is used to measure, monitor and control temperature. It consists of several components including sensors, controllers, actuators and displays. The sensor is used to measure the ambient temperature and transmit the data to the controller. The controller is a central processor responsible for receiving and processing the data provided by the sensor, and making judgments and processing according to the preset temperature range. The actuator adjusts the temperature according to the controller’s instructions to keep it within the preset range. Finally, the display is used to show real-time conditions of the ambient temperature and parameters set by the controller.

Features and advantages of industrial temperature control equipment

1. Intelligentization: With the development of artificial intelligence technology, industrial temperature control systems will become more intelligent. It can automatically adjust temperature control parameters and improve control accuracy and stability by learning and analyzing a large amount of data.

2. Energy saving and environmental protection: Industrial temperature control systems will pay more attention to energy saving and environmental protection. It can reduce energy consumption and environmental pollution by optimizing control strategies and using efficient heating or cooling equipment.

3. Multi-parameter control: Industrial temperature control systems will not only be limited to single temperature control, but will also consider the control of other parameters, such as humidity, pressure, etc. This will better meet the needs of different industries.

4. Remote monitoring: With the development of Internet technology, industrial temperature control systems will realize remote monitoring. Production personnel can remotely monitor and adjust the temperature through mobile phones or computers, improving production efficiency and convenience.

Application fields of industrial temperature control equipment

1. Petrochemical industry: In oil refining and chemical production, industrial temperature control systems can stabilize the temperature of reactors, distillation towers and other equipment to ensure the smooth progress of the production process.

2. Electronic manufacturing industry: In the manufacturing process of semiconductors and electronic components, industrial temperature control systems can control the temperature of equipment to ensure product quality and performance.

3. Food processing industry: During food heating, baking, freezing and other processes, industrial temperature control systems can control the temperature of food to ensure the taste and quality of food.

4. Pharmaceutical industry: During the production and storage of drugs, industrial temperature control systems can control the temperature of drugs to ensure the effectiveness and stability of the drugs.

5. Agriculture: Temperature control systems are usually used in greenhouses. For example, the temperature in the greenhouse needs to be strictly controlled in winter to ensure the growth of crops. The temperature control system can realize constant temperature or variable temperature control to adapt to the growth needs of different types of crops.

6. Automobile manufacturing industry: Temperature control systems are often used in manufacturing industries, especially in high-precision manufacturing. For example, in automotive engine manufacturing, engine parts require precise temperature control to ensure part quality and reduce work time. The temperature control system can monitor and control the temperature of machine parts to ensure the stability of the production environment and improve production efficiency.

The future development trend of industrial temperature control equipment

With the continuous development of technology, there will be more innovations and improvements in temperature control systems in the future. The following are several future development trends:

1. Application of cloud technology and Internet of Things

By using cloud technology and the Internet of Things, temperature control systems can be better remotely monitored and controlled. Technological developments will increase the scalability and customizability of temperature control systems.

2. Application of AI technology

AI technology has become a hot topic in many industries. Applying AI technology to temperature control systems can help improve control accuracy and enable intelligent monitoring and control.

3. Application of new materials

The development of new materials will make controllers lighter and more powerful. New materials can also make sensors more sensitive and have higher control accuracy.

Fornecemos a conceção e o fabrico de sistemas completos de controlo de temperatura. Desde modelos standard a produtos personalizados completos até 900 . Somos especializados no serviço ao cliente e dedicamo-nos a ajudar cada cliente a ter o sistema de controlo de temperatura ideal para as suas necessidades específicas.

Fornecemos soluções personalizadas não padronizadas. Estão disponíveis chillers de refrigeração simples e unidades combinadas de refrigeração e aquecimento.

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Sistemas de arrefecimento e aquecimento (série SUNDI)

(Desenhos personalizados)

Gama de controlo de temperatura: -120°C a +350°C

termóstato de arrefecimento e aquecimento, amplamente utilizado em várias indústrias.

Sistemas de arrefecimento e aquecimento (série WTD)

(Desenhos personalizados)

（Reactores de canal micro / tubo especializados）

Gama de controlo de temperatura: -70°C a +300°C

Design especializado para micro canal (pequena capacidade de retenção de líquido, forte capacidade de troca de calor, sistema de circulação de alta queda de pressão)

Circuladores de arrefecimento e aquecimento

(Desenhos personalizados)

Gama de controlo de temperatura: -45°C a +250°C

Circuladores de aquecimento

(Desenhos personalizados)

Gama de controlo de temperatura: +50°C a +300°C

Nota: A série UC pode controlar a temperatura do meio de transferência de calor. A série UST pode não só controlar a temperatura do meio de transferência de calor, mas também controlar a temperatura do material de reação.

Série TES

(Desenhos personalizados)

Gama de controlo de temperatura: -85°C a +250°C

Série LTS (Líquido Fluoretado) 

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Temperature Control Range: -80°C to +80°C

TCU Sistema de controlo da temperatura de multi-reactores

(Desenhos personalizados)

Gama de controlo de temperatura: -120°C a +250°C

Chillers de arrefecimento                                                                                                     

Chillers de recirculação / Circulador refrigerado

(Desenhos personalizados)

O refrigerador pode ser amplamente utilizado em várias indústrias e laboratórios, e suporta um design personalizado.

Refrigeradores de água / Refrigeradores pequenos

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O refrigerador pode ser amplamente utilizado em várias indústrias e laboratórios, e suporta um design personalizado.

Refrigeradores de baixa temperatura

(Desenhos personalizados)

Somos especializados na produção de refrigeradores de baixa temperatura com uma gama de controlo de temperatura tão baixa como -150°C, que pode satisfazer as necessidades de refrigeração de diferentes indústrias.

Chillers de alta temperatura

(Desenhos personalizados)

O refrigerador pode ser amplamente utilizado em várias indústrias e laboratórios, e suporta um design personalizado.