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High and low temperature cold and heat integrated machine

Cooling capacity range: 1.5KW to 160KW Temperature control range: -60℃ to 300℃ Temperature control accuracy: ±1℃ Optional refrigerants: R404A, R507A, R23, R508B Installation environment: Indoor installation Non-standard customization: Explosion-proof type, corrosion-resistant type Optional: MODBUS RTU protocol RS485 remote communication

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High and Low Temperature Series

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High and low temperature integrated cold and heat machine mainly has the following characteristics and advantages:

Characteristics:

Wide temperature range: It can operate within a wide temperature range from extremely low temperature to high temperature, meeting the application scenarios of various different temperature requirements, such as it can be used for material performance testing at low temperature, and can also meet the temperature requirements of high-temperature chemical reactions.
High-precision temperature control: Using advanced temperature control technology and high-precision temperature sensors, the temperature can be controlled within a small fluctuation range, generally reaching ±0.3℃ or even higher temperature control accuracy, ensuring the accuracy and stability of the temperature during experiments or production.
Fast temperature rise and fall: It has a powerful refrigeration and heating system, which can achieve rapid temperature rise and fall in a short time, improve work efficiency, reduce waiting time, and meet the process requirements for temperature change speed.
Fully enclosed system: The entire circulation system is closed, only the heat transfer medium participates in the circulation, avoiding oxidation and pollution caused by air entering the circulation system, and also reducing the volatilization and loss of the heat transfer medium.
Good heat exchange efficiency: Usually, high-efficiency tubular heaters and plate heat exchangers are used as heat exchange components to improve the system's power density ratio, accelerate the heat transfer speed, and thus achieve faster and more accurate temperature control.
Multiple safety protections: It has multiple safety protection functions such as high-pressure protection, low-pressure protection, overload protection, overtemperature protection, and overcurrent protection to ensure the safety and reliability of the equipment during operation. When an abnormal situation occurs, it can automatically shut down in time to avoid equipment damage and safety accidents.
Intelligent control system: Equipped with an intelligent control system, the operation interface is intuitive and simple. Users can easily set and adjust temperature parameters, and can monitor and display temperature changes, equipment operating status, and other information in real time, making it easy for users to grasp the operation of the equipment.

Advantages:

Multi-functional integration: It integrates refrigeration and heating functions, eliminating the need to purchase refrigeration and heating equipment separately, reducing equipment footprint and investment costs, and facilitating equipment installation, debugging, and maintenance.
Strong applicability: Widely used in many industries such as chemical industry, pharmaceuticals, scientific research, electronics, and new energy, it can meet the diversified needs of temperature control in different industries, such as temperature control in chemical reaction processes, high and low temperature testing of electronic equipment, storage and production of pharmaceutical products, etc.
Stable and reliable operation: Using high-quality materials and precise manufacturing processes, the equipment has high durability and reliability, and can maintain stable performance during long-term operation, reducing equipment failure rate and maintenance costs.
Energy saving and environmental protection: The design focuses on energy utilization efficiency, and by optimizing the operation mode of the refrigeration and heating systems, it reduces energy consumption and reduces the impact on the environment.
Easy maintenance: The maintenance of the equipment is relatively simple, and daily inspection and maintenance work is easy to carry out, reducing maintenance costs and difficulty, and improving equipment utilization efficiency.