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Bench Top Low-speed Centrifuge BZBL-601 is controlled by a microprocessor and an AC brushless motor system. It can run continuously or according to a program and has a speed range of 0 to 4000rpm. It has a capacity of 24×15 ml and an RCF variety of 0 to 2870×g. It is autoclavable, has a metal rotational body, and is extremely resistant to disinfectants and sterilizing liquids. The lid is held in place by a gas hinge.
| Speed Range | 0-5000rpm adjustable |
|---|---|
| Maximum Capacity | 24×15m1 |
| RCF Range | 0 to 4650×g adjustable |
| Time Range | 1-99minutes adjustable |
| Temperature Range | -20°C to +40°C adjustable |
| Speed Accuracy | ± 20r/min |
| Temperature Accuracy | +1 °C |
| Power Supply | AC220-240V,50/60HZ,15A,2.2KW |
| Noise | 58dB(A) |
| Dimension | 630×730×1060mm |
| Net Weight(Without Rotor) | 180 kg |
It has a brushless AC motor that is controlled by a microprocessor
In a CFC-free cooling system, pre-cooling works
The speed, timer, RCF, temperature, rotor information, Program (Memory) information, acceleration, and deceleration information, and error code information are all displayed on the LCD screen
The centrifugal body and chamber are made from stainless steel and are resistant to detergents and disinfection liquids
A gas hinge protects the lid from dropping
When the rotor is running, the door will not open, and if the lid is open, the device will not run, resulting in an error code
When the power goes out, the lid lock opens
On the lid, there is an opening for speed and noise measurements
Continuous operation with strict adherence to the schedule
There are ten different types of programs (memory) to choose from, as well as ten various types of acceleration (deceleration)
Automatic troubleshooting with a runtime error and a screen alerting identification
A wide range of rotors can be autoclaved
| Swing Rotor | Maximum Speed (rpm) | Maximum Capacity (ml) | Maximum RCF ×g |
|---|---|---|---|
| Swing rotor | 4000 | 24×15ml | 2870 |
Microorganisms, cellular debris, larger cellular organelles, and proteins precipitated by ammonium sulfate can all be collected using chilled centrifuges. This laboratory workhorse is used extensively in chemistry, biology, and biochemistry.
