Low temperature constant temperature bath, high-precision constant temperature source

Low temperature constant temperature bath, high-precision constant temperature sourceCHDC-3020

Low temperature constant temperature bath is suitable for industries

Low temperature constant temperature bath, as a device that can provide a stable low-temperature environment, has been widely used in various fields such as scientific research, industry, and medical care due to its core advantages of precise temperature control and uniform temperature. It provides key temperature control support for experimental research and production processes.
Research and Academic Fields
In the field of life sciences, it is used to observe the growth reactions and characteristics of organisms at different temperatures, such as the cultivation of microorganisms in biological fermentation. It can also be matched with instruments such as rotary evaporators and biological fermentation tanks to support experiments such as cell viability research and biological sample preservation.
In the field of materials science: testing the low temperature resistance, high temperature resistance, corrosion resistance and other properties of materials, applied in vacuum sputtering electroplating and vacuum coating processes for semiconductor equipment manufacturing, as well as microstructure analysis of equipment such as electron microscopy and X-ray diffraction.
In the field of physical chemistry: controlling chemical reaction conditions to ensure the accuracy of experimental results, it can be used in conjunction with devices such as lasers and magnetic fields for electronic component detection and measurement of material physical properties (such as viscosity and density).
Industrial production field
Electronics industry: used for low-temperature performance testing of electronic components such as chips to ensure the reliability of the components at temperature.
Pharmaceutical and food industries: Provide a stable low-temperature environment during drug storage, freeze-drying, and food processing to ensure product quality, such as drug storage and transportation of biological products in the pharmaceutical industry.
Other industrial fields: Physical property testing and chemical analysis in industries such as petroleum, chemical, and metallurgy, such as material performance testing and environmental simulation
Maintain stable low temperatures during the storage and transportation of drugs and biological products to ensure their quality and safety.
Other special fields
Military and Aerospace: Metal impact low-temperature bath (an application form of low-temperature constant temperature bath) can simulate low-temperature environment, evaluate the impact resistance of metal materials under impact, and be used for reliability testing of military equipment and aerospace materials.
Metrology and Quality Inspection Department: As a laboratory basic equipment, it is used for calibration of metrological standard substances and product quality testing to ensure the accuracy of testing data.

Low temperature constant temperature bath, high-precision constant temperature sourceCHDC-3020

Precautions for low-temperature constant temperature bath

When using a low-temperature constant temperature bath, a series of precautions must be followed to ensure the safety and normal operation of the equipment. Here are some key points:
1. Selection and addition of liquid media
Before starting to use a low-temperature constant temperature bath, an appropriate liquid medium must be added first. The liquid level of the liquid medium should be about 30mm lower than the worktable, otherwise powering on may damage the heater.
The selection of liquid medium should be determined based on the working temperature:
When the working temperature is between 5-85 ℃, water is generally used as the liquid medium;
When the working temperature is between 85-95 ℃, a 15% glycerol aqueous solution can be used as the liquid medium;
When the working temperature is above 95 ℃, oil is generally used as the liquid medium, and the open cup flash point value of the selected oil should be above 50 ℃ above the working temperature.
2. Power supply and grounding
The low-temperature constant temperature bath needs to be connected to a power supply of 220V AC 50Hz, with a power supply greater than the total power of the instrument, and the power supply must have a good grounding device.
3. Environmental conditions
The instrument should be placed in a dry and ventilated place, and there should be no obstacles within 300mm around the instrument.
4. Safe operation
When the working temperature of the constant temperature bath is high, be careful not to open the cover and do not enter the bath with your hands to prevent burns.
If the working temperature exceeds 100 ℃, for safety reasons, the constant temperature bath is usually set to internal circulation mode. If the customer requests to change to external circulation, special attention should be paid to the firmness of the connection of the outlet pipe to prevent detachment and avoid burns.
5. Daily maintenance
After use, all switches should be turned off and the power should be cut off.
Regular cleaning work should be done to maintain the cleanliness of the workbench and operation panel

How to maintain and upkeep a low-temperature constant temperature bath

Low temperature constant temperature water tanks are widely used in research departments such as petroleum, chemical, electronic instruments, physics, chemistry, bioengineering, medicine and health, life sciences, light industry and food, physical property testing and chemical analysis, as well as in higher education institutions, enterprise quality inspection and production departments. They provide users with a controlled hot and cold, uniform and constant temperature field source for conducting constant temperature tests on test samples or produced products. They can also be used as a direct heating or cooling source and an auxiliary heating or cooling source.
The daily maintenance and upkeep of low-temperature constant temperature water tanks are also of concern to many users. Our company has summarized the following points:
1. Before use, liquid medium must be added to the low-temperature constant temperature bath, otherwise the heater will be damaged when powered on. The liquid level of the medium should be about 30mm lower than the worktable.
The selection of liquid medium in the low-temperature constant temperature bath should comply with the following principles:
a. When the working temperature is between 5-85 ℃, water is generally used as the liquid medium;
b. When the working temperature is between 85-95 ℃, a 15% glycerol aqueous solution can be used as the liquid medium;
c. When the working temperature is below 5 ℃, alcohol or freezing liquid is generally used as the liquid medium.
After the cooling switch of the low-temperature constant temperature bath is turned off, the cooling switch should be turned on again with an interval of 10-20 minutes (depending on the ambient temperature).
4. Low temperature constant temperature bath power supply: 220V 50Hz, the power supply power should be greater than the total power of the instrument, and the power supply must have a good "grounding" device.
5. The low-temperature constant temperature bath should be placed in a dry and ventilated area, with no obstacles within 300mm around the instrument. When the working temperature of the low-temperature constant temperature bath is low, attention should be paid not to enter the bath with hands to prevent frostbite. After use, all switches are turned off and the power is cut off. The low-temperature constant temperature bath should be regularly cleaned to maintain the cleanliness of the workbench and operating panel.