In modern scientific research experiments, temperature control is often one of the key factors for the success of the experiment. Whether it is biopharmaceuticals, chemical reactions or physical experiments, accurate and stable temperature control equipment is indispensable. The GDH series of high-precision low-temperature thermostats came into being. With its excellent temperature control performance and powerful functions, it has become an ideal choice for laboratory and industrial applications. Today, we will take you to learn more about how this innovative equipment can improve experimental efficiency and accuracy.

Precise temperature control, stable experimental environment

One of the biggest highlights of the GDH series of high-precision low-temperature thermostats is its unparalleled temperature control accuracy. The equipment uses a large-screen LCD display with a digital display resolution of up to 0.001℃, ensuring that every experimenter can accurately monitor temperature changes and avoid the influence of temperature control errors on experimental results. The latest dedicated software equipped can correct the error between the displayed temperature and the actual temperature in real time, and the temperature correction resolution can be as high as 0.001℃, ensuring the extremely high accuracy of temperature display.

In order to ensure the stability of the equipment in long-term operation, the GDH thermostatic bath is equipped with high-performance temperature sensors and fully imported electronic components. These high-quality accessories effectively improve the overall performance, ensure the temperature control accuracy and long life of the equipment. With this equipment, you will enjoy a more stable and reliable experimental environment and reduce experimental errors caused by temperature fluctuations.

Intelligent control system, easy operation

The GDH series thermostatic bath also has an intelligent control system, which automatically adjusts system parameters through PID control algorithm to adapt to the needs of different experimental media. Whether it is liquid or gas medium, the system can automatically adjust according to the experimental conditions to achieve the best temperature control effect. At the same time, users can also manually adjust PID parameters to further meet specific experimental needs.

In order to prevent unnecessary losses due to operational errors, the control system of the GDH thermostatic bath has a digital lock function to prevent irrelevant personnel from making wrong operations, thereby ensuring the accuracy and reliability of experimental data. In addition, the over-temperature protection function is also one of the core safety designs of the GDH series. The equipment is equipped with an over-temperature alarm system, which can set the over-temperature threshold. Once the temperature exceeds the standard, the system will automatically cut off the load and issue an alarm to ensure the safety of laboratory personnel and equipment.

Efficient refrigeration system, fast cooling

The GDH thermostatic bath adopts an efficient fully enclosed compressor unit refrigeration system, which can achieve fast cooling and stabilize the temperature at the set value in a short time. This design is very suitable for experiments that require fast cooling, such as chemical reactions, material research and other fields. The system also has multiple protections such as overheating and overcurrent to ensure the safety of the equipment during long-term operation.

In addition, the thermostatic bath is also equipped with an advanced internal and external circulation system. The internal circulation ensures that the temperature in the tank is uniform and stable, while the external circulation transports the constant temperature liquid to the external container through a 6L/min and 13L/min flow pump to create a second constant temperature field. This not only improves the temperature control efficiency, but also provides a cooling source for the external experimental container, greatly enhancing the application range of the equipment.

High durability, easy to clean and maintain

The GDH series high-precision low-temperature thermostatic bath uses a full stainless steel liner and countertop to ensure its corrosion resistance and oxidation resistance in long-term use. At the same time, the outer shell is made of cold-rolled steel spray-coated, which further enhances the appearance and durability of the equipment and can adapt to a variety of harsh environments in the laboratory.

Not only that, the equipment design pays attention to details, and all materials are easy to clean and maintain, so that experimenters can focus more on experimental operations without worrying about long-term maintenance of the equipment.

Widely used to meet a variety of experimental needs

Whether it is in the fields of chemistry, physics, pharmaceuticals or bioengineering, the GDH series high-precision low-temperature thermostat can meet the temperature control needs of experiments in different fields. Its advantages such as high-precision temperature control, intelligent operation, and rapid cooling make it stand out among many laboratories and widely used in chemical reaction research, drug synthesis, material testing, environmental simulation, food testing and other fields.

Conclusion

The GDH series high-precision low-temperature thermostat is a laboratory equipment that integrates high performance, high precision and safety, providing a stable temperature control environment for various scientific research experiments. With its advanced control system, rapid cooling function, intelligent operation and excellent durability, the GDH thermostat has become the preferred equipment in many laboratories and industrial fields. Come and experience the innovative technology it brings now to improve your experimental accuracy and efficiency!

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GDH series high-precision low-temperature thermostat

High-precision low-temperature thermostat

Laboratory temperature control equipment