How should the ideal operating environment for a low-temperature centrifuge be selected?

Release time:

2016-03-21

Overview:

　　 Low-temperature centrifuge Equipped with microcomputer control, a touch panel, and a large-screen LCD display, this unit features an inverter-driven motor for smooth operation. It is powered by a European-imported compressor unit and uses environmentally friendly refrigerants. It offers 10 different speed-setting options and supports 40 customizable operating modes. Parameters can be adjusted at any time during operation without the need to stop the machine. It includes a jog function for short-term centrifugation and is compatible with a variety of rotor capacities and adapters.
　　Low-temperature centrifuges, also known as refrigerated centrifuges, mainly come in two types: low-temperature high-speed centrifuges and low-temperature low-speed centrifuges. Next, the editor will briefly introduce the differences between these two types of low-temperature centrifuges.
　　1. Low-temperature high-speed centrifuge: A low-temperature high-speed centrifuge is a mechanical device that uses centrifugal force to separate the components of mixtures consisting of liquids and solid particles or liquids and liquids. It is primarily used to separate solid particles from liquids in suspensions or to separate two immiscible liquids with different densities in emulsions. It can also be used to remove liquids from wet solids. This type of centrifuge is widely employed in scientific research, education, and production sectors such as biology, chemistry, and pharmaceuticals, and is particularly suitable for the rapid separation and synthesis of trace samples.
　　2. Low-temperature, low-speed centrifuge: The low-temperature, low-speed centrifuge is equipped with a frequency converter for smooth starting. Its separation factor is adjustable, and its structural design is optimized to effectively eliminate sanitary dead spots. All structural components feature smoothly transitioned curves, and their surfaces are polished. External structural parts, fasteners, and the rotor drum are all made of stainless steel. It uses antistatic belt drive, and its seals are made of silicone rubber or fluororubber. This centrifuge meets closed-system and explosion-proof requirements, making it suitable for applications in environments that involve toxic, flammable, and explosive substances.
　　No matter which one it is Low-temperature centrifuge During installation, attention should be paid to the following: the quality of the centrifuge’s installation will directly affect its operational safety in the later stages; among other things:
　　1. The installation location should have a solid and level ground to prevent the low-temperature centrifuge from vibrating or shifting during operation.
　　2. Ensure there is a dedicated ground wire; absolutely prohibit sharing the neutral wire with the ground wire to prevent electric shock injuries.
　　3. Adjust the left and right leveling screws to ensure that the entire low-speed refrigerated centrifuge is perfectly horizontal.
　　4. The area around the low-temperature centrifuge should be free from corrosive gases and electromagnetic interference to prevent premature failure of the instrument’s surface protective coating and interference with electrical components.
　　A good usage environment is essential for... Low-temperature centrifuge This is extremely important: on the one hand, it can help maximize the centrifuge’s operational efficiency; on the other hand, it can effectively extend the equipment’s service life. At the same time, it also ensures safety during later use. If you’d like to learn more about low-temperature centrifuges, feel free to drop by and consult us directly!

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