Low Speed High Capacity Refrigerated Centrifuge (L535R-1)
Model: L535R-1, L535-1, L535R
The L535R-1 (normal temperature), L535-1, and tabletop L535R models offer a wide range of rotors, buckets, and adaptors. These centrifuges are widely used in clinical medicine, biopharmaceuticals, and cell culture applications. When operating at maximum speed, the L535R/L535R-1 can maintain a temperature below -4°C. The special wind deflector ensures that samples remain in optimal condition during operation.
Features:
- A variety of rotors, brackets, and adaptors are available for different applications.
- Microprocessor control with a high-torque, frequency-controlled motor that eliminates carbon pollution, enhancing longevity.
- Flexible settings for speed, time, and RCF (Relative Centrifugal Force).
- 9 ACC profiles and 10 DEC profiles to ensure efficient centrifugation performance.
- Protective functions including overspeed protection, maloperation prevention, self-diagnosis, door interlock, stainless steel chamber, and double containment structure for enhanced safety.
- Programmable with multiple programs stored for convenience.
- Environmental refrigerant maintains temperatures below 4°C at maximum speed.
Technical Specifications:
| Model | L535R-1 | L535-1 | L535R |
|---------------|----------------|----------------|----------------|
| Order No. | 151000 | 219000 | 143000 |
| Max. Speed | 5350 rpm | 5350 rpm | 5350 rpm |
| Max. RCF | 5030 xg | 5030 xg | 5030 xg |
| Max. Capacity | 4x750ml | 4x750ml | 4x750ml |
| Speed Accuracy| ±30 rpm | ±30 rpm | ±30 rpm |
| Time Setting Range | 1 min to 99 min | 1 min to 99 min | 1 min to 99 min |
| Temp Setting Range | 20°C to 40°C | – | 20°C to 40°C |
| Temp Accuracy | ±2°C | – | ±2°C |
| Compressor | Non-CFC unit (R404a) | – | Non-CFC unit (R404a) |
| Noise | <65 dB(A) | <65 dB(A) | <65 dB(A) |
| Power Supply | AC220V±22V 50Hz 16A | AC220V±22V 50/60Hz 5A | AC220V±22V 50/60Hz 10A |
| Wattage | 1700W | 1100W | 1600W |
| Dimensions (WxDxH) | 560x660x850mm | 565x660x850mm | 710x630x440mm |
| Package Dimensions (WxDxH) | 756x856x1320mm | 756x856x1320mm | 860x810x620mm |
| Net Weight | 120kg | 98kg | 75kg |
This refrigerated centrifuge is ideal for laboratories requiring reliable, high-capacity, and temperature-controlled centrifugation. Its advanced features make it suitable for a wide range of scientific and medical applications. Whether you're working with cell cultures, blood samples, or other biological materials, the L535R-1 ensures precision, efficiency, and safety.
Among the dazzling starry sky of metal materials, Galvanized Steel stands out as a shining star, and with its outstanding performance and wide range of applications, it has become a highly sought-after key material in industry and construction.
The core charm of Galvanized Steel lies in its unique galvanizing process. A zinc coating is formed on the surface of steel by hot-dip galvanizing or electro-galvanizing methods. This zinc coating is like a loyal guard, providing powerful anti-corrosion protection for the steel substrate. In the natural environment, zinc reacts with oxygen in the air to form a dense layer of zinc oxide film. This film can effectively prevent oxygen and moisture from further contacting the steel, thereby slowing down the rusting rate of the steel. Even in some harsh environmental conditions, such as damp basements and areas with frequent acid rain, galvanized steel can maintain the integrity and stability of its structure for a long time thanks to the protection of its zinc coating, significantly extending its service life.
Galvanized steel has excellent strength and toughness. Steel itself has a relatively high strength and can withstand considerable pressure and weight. However, galvanizing treatment does not weaken its original mechanical properties; instead, it enhances its wear resistance and impact resistance to a certain extent. This makes galvanized steel perform well in various structural applications. Whether it is the frame structure for building high-rise buildings, the support components of Bridges, or the racks for manufacturing industrial equipment, galvanized steel can provide reliable support to ensure the safety and stability of the structure.
Galvanized Steel is also economically viable. Compared with some materials that use special alloys or expensive coatings, the production cost of galvanized steel is relatively low. Moreover, due to its excellent anti-corrosion performance, it reduces the costs of later maintenance and replacement. In the long run, it can save a large amount of expenses for the project. In addition, the production process of galvanized steel is mature and highly efficient, allowing for large-scale production to meet the demands of various projects.
The application fields of Galvanized Steel are extremely extensive. In the construction industry, it is a commonly used material for building structures such as roofs, walls, doors and Windows. It not only provides solid support but also adds a touch of simple and modern beauty to the building. In the field of transportation, many components of vehicles such as cars, trains and ships are made of galvanized steel to enhance their durability and safety. In agriculture, galvanized steel is used to manufacture facilities such as greenhouses and fences, which can withstand harsh climatic conditions and ensure the smooth progress of agricultural production.
Galvanized Steel, with its excellent corrosion resistance, high strength, good economy and wide range of applications, has become a solid cornerstone in industry and construction. Whether in the high-rise buildings of modern cities or in the agricultural facilities of remote villages, galvanized steel can be seen everywhere. Choosing Galvanized Steel means choosing a reliable, efficient and sustainable future.
The core charm of Galvanized Steel lies in its unique galvanizing process. A zinc coating is formed on the surface of steel by hot-dip galvanizing or electro-galvanizing methods. This zinc coating is like a loyal guard, providing powerful anti-corrosion protection for the steel substrate. In the natural environment, zinc reacts with oxygen in the air to form a dense layer of zinc oxide film. This film can effectively prevent oxygen and moisture from further contacting the steel, thereby slowing down the rusting rate of the steel. Even in some harsh environmental conditions, such as damp basements and areas with frequent acid rain, galvanized steel can maintain the integrity and stability of its structure for a long time thanks to the protection of its zinc coating, significantly extending its service life.
Galvanized steel has excellent strength and toughness. Steel itself has a relatively high strength and can withstand considerable pressure and weight. However, galvanizing treatment does not weaken its original mechanical properties; instead, it enhances its wear resistance and impact resistance to a certain extent. This makes galvanized steel perform well in various structural applications. Whether it is the frame structure for building high-rise buildings, the support components of Bridges, or the racks for manufacturing industrial equipment, galvanized steel can provide reliable support to ensure the safety and stability of the structure.
Galvanized Steel is also economically viable. Compared with some materials that use special alloys or expensive coatings, the production cost of galvanized steel is relatively low. Moreover, due to its excellent anti-corrosion performance, it reduces the costs of later maintenance and replacement. In the long run, it can save a large amount of expenses for the project. In addition, the production process of galvanized steel is mature and highly efficient, allowing for large-scale production to meet the demands of various projects.
The application fields of Galvanized Steel are extremely extensive. In the construction industry, it is a commonly used material for building structures such as roofs, walls, doors and Windows. It not only provides solid support but also adds a touch of simple and modern beauty to the building. In the field of transportation, many components of vehicles such as cars, trains and ships are made of galvanized steel to enhance their durability and safety. In agriculture, galvanized steel is used to manufacture facilities such as greenhouses and fences, which can withstand harsh climatic conditions and ensure the smooth progress of agricultural production.
Galvanized Steel, with its excellent corrosion resistance, high strength, good economy and wide range of applications, has become a solid cornerstone in industry and construction. Whether in the high-rise buildings of modern cities or in the agricultural facilities of remote villages, galvanized steel can be seen everywhere. Choosing Galvanized Steel means choosing a reliable, efficient and sustainable future.
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