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Floor-standing High-Speed Refrigerated Centrifuge GL-21M - Large Capacity, Various Rotors AvailableIn everyday life, ensuring the stable operation of a centrifuge guarantees its separation efficiency and significantly enhances the safety of machine operation. To ensure the stability of a centrifuge, we must pay attention to all aspects of the system. So, how can we ensure the stable operation of a centrifuge in our daily lives? We have analyzed the points to be aware of during the centrifuge's use.
To enhance equipment management, particularly the cleaning of centrifuges, especially the drum, this helps to reduce the dirt on the drum, thereby avoiding vibrations caused by uneven force distribution in the centrifuge. Therefore, when cleaning the drum, it is important to rinse it repeatedly with clear water to ensure thorough cleaning.
Secondly, it's important to regularly clean the flocculant storage unit to minimize sludge buildup on the centrifuge drum, ensuring the drum is subjected to even force during operation. Under normal circumstances, the centrifuge should perform optimally.
Third, during the initial installation of the centrifuge, the vibration of the centrifuge in operation should be considered. Use a sturdy steel structure as the base to ensure the height difference between the centrifuge pulley and the differential is less than 5 millimeters. Then, connect to the pipeline and dynamically judge the vibration amplitude of the machine based on the load.
Fourth, reduce the load of impurities in the centrifuge material, decrease the solid content rate of the material, as the material is thrown out at a high speed. If there are more large particle impurities, it could lead to accelerated wear of the centrifuge's components, and unstable operation of the centrifuge is to be expected.
However, in addition to the aforementioned points, the operators of centrifuges must be properly trained. In fact, operating a centrifuge is a systematic process where each step must be precise. In the event of an emergency, there must be a response plan in place to minimize accidents.
These points above are what to be mindful of when operating a centrifuge in daily life. As long as the centrifugal force is evenly distributed during the drum's rotation, the centrifuge will operate smoothly.
Floor-standing High-Speed Refrigerated Centrifuge GL-21M, with Large Capacity and Various Rotor OptionsKey Features:
◆ Featuring 20 different capacities of rotors to choose from, catering to the needs of users.
Maximum speed up to 21,000 rpm, maximum centrifugal force up to 48,900 xg.
◆ Utilizing imported eco-friendly compressor units, ensuring excellent refrigeration performance while meeting environmental protection requirements.
Microcomputer control, AC variable frequency motor drive, extended service life; low noise, minimal vibration.
Touchscreen panel, digital display, programmable operation.
◆Freely set acceleration/deceleration time, automatically calculate RCF value, dual temperature control for cooling and heating, and achieve optimal centrifugal effect.
◆ Features include overspeed, over-temperature, unbalance, and door cover self-locking protections to ensure personal and machine safety.
GL-21M Freestanding High-Speed Refrigerated Centrifuge, available in various large capacity rotorsTechnical Specifications:
RPM | 21000r/min | Temperature Control Accuracy | ±1℃ |
Relative Centrifugal Force | 48900×g | Timing Range | 0-99H59min |
Capacity | 3000ml | Power Supply | AC 220V 50Hz 18A |
RPM Accuracy | ±20r/min | Overall Noise Level | ≤55dB |
Temperature Control Range | -20℃-+40℃ | Dimensions | 810×710×1220mm |
Product Name | Model | Capacity | Maximum Speed (r/min) | Maximum Centrifugal Force (×g) |
High-capacity centrifuge | GL21M | 3000ml | 21000 | 48900 |
Corner turner Angle Rotr | No.1 | 16×10ml | 21000 | 48900 |
No.2 | 16×1.5ml | 21000 | 48900 | |
No.3 | 6×50ml | 20000 | 43000 | |
No.4 | 8×100ml | 12000 | 19830 | |
No.5 | 4×300ml | 15000 | 28720 | |
No.6 | 6×250ml | 14000 | 24390 | |
No.7 | 6×500ml | 10000 | 18000 | |
No.8 | 8×50ml | 15000 | 27720 | |
Horizontal rotor Swing Rotor | No.18 | 4×50ml | 5000 | 4390 |
No.20 | 8×50ml | 4000 | 2950 | |
No.19 | 32×15ml | 4000 | 3160 | |
No.17 | 4×500ml | 5000 | 5470 | |
Continuous Separation Rotor Continuous Rotor | No.9 | 1800ml | 14000 | 21710 |
No.13 | 3000ml | 8000 | 9450 | |
Enzyme-coated转子 Bucket Rotor | No.14 | 2x2x96 holes | 4000 | 2300 |
Intermittent rotor Lntermittent Rotor | No.11 | 1000ml | 17000 | 31390 |
No.12 | 1200ml | 12000 | 19350 | |
No.13 | 3000ml | 10000 | 14890 | |
Vertical Rotor | No.14 | 16×5ml | 20000 | 38340 |
No.15 | 8×30ml | 18000 | 32650 |
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